CEP170 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	CEP170
Entrez Gene ID	9859
Full Name	centrosomal protein 170
Synonyms	FAM68A,KAB,KIAA0470
General protein information	Preferred Names centrosomal protein 170 Names centrosomal protein of 170 kDa KARP-1-binding protein XRCC5 binding protein centrosomal protein 170kDa
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 1 Map Location: 1q43
Summary	The product of this gene is a component of the centrosome, a non-membraneous organelle that functions as the major microtubule-organizing center in animal cells. During interphase, the encoded protein localizes to the sub-distal appendages of mature centrioles, which are microtubule-based structures thought to help organize centrosomes. During mitosis, the protein associates with spindle microtubules near the centrosomes. The protein interacts with and is phosphorylated by polo-like kinase 1, and functions in maintaining microtubule organization and cell morphology. The human genome contains a putative transcribed pseudogene. Several alternatively spliced transcript variants of this gene have been found, but the full-length nature of some of these variants has not been determined. [provided by RefSeq, Jul 2008].
Disorder MIM:	613023

mRNA and Protein(s)

mRNA	Protein	Name
XM_017002949.1	XP_016858438.1	centrosomal protein of 170 kDa isoform X18
XM_011544338.2	XP_011542640.1	centrosomal protein of 170 kDa isoform X4
XM_011544339.2	XP_011542641.1	centrosomal protein of 170 kDa isoform X5
XM_017002947.1	XP_016858436.1	centrosomal protein of 170 kDa isoform X17
XM_017002933.1	XP_016858422.1	centrosomal protein of 170 kDa isoform X6
XM_017002938.1	XP_016858427.1	centrosomal protein of 170 kDa isoform X11
XM_017002942.1	XP_016858431.1	centrosomal protein of 170 kDa isoform X12
XM_017002947.2	XP_016858436.1	centrosomal protein of 170 kDa isoform X17
XM_017002949.2	XP_016858438.1	centrosomal protein of 170 kDa isoform X18
XM_017002943.1	XP_016858432.1	centrosomal protein of 170 kDa isoform X12
XM_017002946.1	XP_016858435.1	centrosomal protein of 170 kDa isoform X16
XM_017002951.1	XP_016858440.1	centrosomal protein of 170 kDa isoform X20
XM_011544342.2	XP_011542644.1	centrosomal protein of 170 kDa isoform X7
XM_011544335.3	XP_011542637.1	centrosomal protein of 170 kDa isoform X1
XM_017002933.2	XP_016858422.1	centrosomal protein of 170 kDa isoform X6
XM_017002940.2	XP_016858429.1	centrosomal protein of 170 kDa isoform X9
XM_017002937.1	XP_016858426.1	centrosomal protein of 170 kDa isoform X10
XM_011544334.2	XP_011542636.1	centrosomal protein of 170 kDa isoform X1
XM_017002950.1	XP_016858439.1	centrosomal protein of 170 kDa isoform X19
XM_017002939.1	XP_016858428.1	centrosomal protein of 170 kDa isoform X8
XM_011544344.2	XP_011542646.1	centrosomal protein of 170 kDa isoform X14
XM_011544335.2	XP_011542637.1	centrosomal protein of 170 kDa isoform X1
XM_017002934.2	XP_016858423.1	centrosomal protein of 170 kDa isoform X6
XM_017002938.2	XP_016858427.1	centrosomal protein of 170 kDa isoform X11
XM_017002945.2	XP_016858434.1	centrosomal protein of 170 kDa isoform X15
XM_017002948.2	XP_016858437.1	centrosomal protein of 170 kDa isoform X17
XM_017002950.2	XP_016858439.1	centrosomal protein of 170 kDa isoform X19
XM_017002951.2	XP_016858440.1	centrosomal protein of 170 kDa isoform X20
NM_014812.3	NP_055627.2	centrosomal protein of 170 kDa isoform alpha
NM_001042404.1	NP_001035863.1	centrosomal protein of 170 kDa isoform beta
XM_006711843.3	XP_006711906.1	centrosomal protein of 170 kDa isoform X1
XM_011544340.2	XP_011542642.1	centrosomal protein of 170 kDa isoform X3
XM_017002941.1	XP_016858430.1	centrosomal protein of 170 kDa isoform X10
XM_011544341.2	XP_011542643.1	centrosomal protein of 170 kDa isoform X6
XM_017002934.1	XP_016858423.1	centrosomal protein of 170 kDa isoform X6
XM_017002948.1	XP_016858437.1	centrosomal protein of 170 kDa isoform X17
XM_017002935.1	XP_016858424.1	centrosomal protein of 170 kDa isoform X8
XM_017002944.1	XP_016858433.1	centrosomal protein of 170 kDa isoform X14
XM_011544343.2	XP_011542645.1	centrosomal protein of 170 kDa isoform X13
NM_014812.2	NP_055627.2	centrosomal protein of 170 kDa isoform alpha
XM_006711843.4	XP_006711906.1	centrosomal protein of 170 kDa isoform X1
XM_017002932.1	XP_016858421.1	centrosomal protein of 170 kDa isoform X1
XM_011544336.2	XP_011542638.1	centrosomal protein of 170 kDa isoform X1
XM_011544334.3	XP_011542636.1	centrosomal protein of 170 kDa isoform X1
XM_011544340.3	XP_011542642.1	centrosomal protein of 170 kDa isoform X3
XM_011544338.3	XP_011542640.1	centrosomal protein of 170 kDa isoform X4
XM_011544339.3	XP_011542641.1	centrosomal protein of 170 kDa isoform X5
XM_011544342.3	XP_011542644.1	centrosomal protein of 170 kDa isoform X7
XM_017002935.2	XP_016858424.1	centrosomal protein of 170 kDa isoform X9
XM_017002944.2	XP_016858433.1	centrosomal protein of 170 kDa isoform X14
XM_017002946.2	XP_016858435.1	centrosomal protein of 170 kDa isoform X16
XM_017002939.2	XP_016858428.1	centrosomal protein of 170 kDa isoform X9
XM_017002941.2	XP_016858430.1	centrosomal protein of 170 kDa isoform X10
XM_017002942.2	XP_016858431.1	centrosomal protein of 170 kDa isoform X12
NM_001042405.1	NP_001035864.1	centrosomal protein of 170 kDa isoform gamma
XM_017002936.1	XP_016858425.1	centrosomal protein of 170 kDa isoform X9
XM_011544337.2	XP_011542639.1	centrosomal protein of 170 kDa isoform X2
XM_017002940.1	XP_016858429.1	centrosomal protein of 170 kDa isoform X8
XM_017002945.1	XP_016858434.1	centrosomal protein of 170 kDa isoform X15
XM_011544337.3	XP_011542639.1	centrosomal protein of 170 kDa isoform X2
XM_011544341.3	XP_011542643.1	centrosomal protein of 170 kDa isoform X6
XM_017002936.2	XP_016858425.1	centrosomal protein of 170 kDa isoform X8
XM_017002937.2	XP_016858426.1	centrosomal protein of 170 kDa isoform X10
XM_017002943.2	XP_016858432.1	centrosomal protein of 170 kDa isoform X12
XM_011544343.3	XP_011542645.1	centrosomal protein of 170 kDa isoform X13
XM_011544344.3	XP_011542646.1	centrosomal protein of 170 kDa isoform X14

Pathways from BioSystems

Homologies

	CEP170	XP_001091584.1
Mus musculus (house mouse)	Cep170	NP_001093107.2
Gallus gallus (chicken)	CEP170	XP_004935510.1
Homo sapiens (human)	CEP170	NP_055627.2
Canis lupus familiaris (dog)	CEP170	XP_851112.1
Rattus norvegicus (Norway rat)	Cep170	XP_006250413.1
Danio rerio (zebrafish)	cep170a	XP_005156635.1
Pan troglodytes (chimpanzee)	CEP170	XP_001135941.1
Bos taurus (cattle)	CEP170	NP_001030454.2
Xenopus tropicalis (tropical clawed frog)	LOC779465	XP_002935869.2

Gene Ontology
Bibliography

Related articles in PubMed

The C-terminal region of A-kinase anchor protein 350 (AKAP350A) enables formation of microtubule-nucleation centers and interacts with pericentriolar proteins.
Kolobova E, Roland JT, Lapierre LA, Williams JA, Mason TA, Goldenring JR
The Journal of biological chemistry292(50)20394-20409(2017 Dec)

Architecture of the human interactome defines protein communities and disease networks.
Huttlin EL, Bruckner RJ, Paulo JA, Cannon JR, Ting L, Baltier K, Colby G, Gebreab F, Gygi MP, Parzen H, Szpyt J, Tam S, Zarraga G, Pontano-Vaites L, Swarup S, White AE, Schweppe DK, Rad R, Erickson BK, Obar RA, Guruharsha KG, Li K, Artavanis-Tsakonas S, Gygi SP, Harper JW
Nature545(7655)505-509(2017 05)

Hierarchical assembly of centriole subdistal appendages via centrosome binding proteins CCDC120 and CCDC68.
Huang N, Xia Y, Zhang D, Wang S, Bao Y, He R, Teng J, Chen J
Nature communications815057(2017 Apr)

A Conserved Role for Girdin in Basal Body Positioning and Ciliogenesis.
Nechipurenko IV, Olivier-Mason A, Kazatskaya A, Kennedy J, McLachlan IG, Heiman MG, Blacque OE, Sengupta P
Developmental cell38(5)493-506(2016 09)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

Data indicate that Cep170 association with the C-terminus of Kif2b enhances localization of Kif2b to the spindle.
Title: The microtubule-binding protein Cep170 promotes the targeting of the kinesin-13 depolymerase Kif2b to the mitotic spindle.

Clinical trial of gene-disease association and gene-environment interaction. (HuGE Navigator)
Title: Personalized smoking cessation: interactions between nicotine dose, dependence and quit-success genotype score.

Observational study of gene-disease association. (HuGE Navigator)
Title: Follow-up examination of linkage and association to chromosome 1q43 in multiple sclerosis.

Cep170 interacts with Polo-like kinase 1 in mature centrioles.
Title: The forkhead-associated domain protein Cep170 interacts with Polo-like kinase 1 and serves as a marker for mature centrioles.

The following CEP170 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CEP170 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OHu90873	XM_017002945.2 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X26, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu90874	XM_017002946.2 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X27, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu90875	XM_017002948.2 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X29, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu90875	XM_017002947.2 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X28, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu90876	XM_017002949.2 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X30, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu90877	XM_017002950.2 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X31, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu90878	XM_017002951.2 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X32, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu90869	XM_017002940.2 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X17, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu90869	XM_017002935.2 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X15, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu90869	XM_017002939.2 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X16, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu90870	XM_017002937.2 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X18, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu90870	XM_017002941.2 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X19, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu90871	XM_017002938.2 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X20, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu90872	XM_017002942.2 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X21, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu90872	XM_017002943.2 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X22, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu17291	NM_001042404.1 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant beta, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$384.30 $549.00
OHu17369	NM_001042405.1 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant gamma, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu18583	NM_014812.3 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant alpha, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$923.30 $1319.00
OHu18583	XM_017002936.2 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X14, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$923.30 $1319.00
OHu35160	XM_017002932.1 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu35160	XM_011544336.2 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu35160	XM_011544334.3 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu35160	XM_011544335.3 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu35160	XM_006711843.4 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu35161	XM_011544337.3 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu35162	XM_011544338.3 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu35163	XM_011544339.3 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu35164	XM_011544340.3 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu35165	XM_017002934.2 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X13, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu35165	XM_017002933.2 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu35165	XM_011544341.3 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu35166	XM_011544342.3 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu35167	XM_017002944.2 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X24, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu35167	XM_011544344.3 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X25, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu63397	XM_011544343.3 Latest version!	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X23, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
View Old Accession Versions >>
OHu90875	XM_017002947.1	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X28, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu90876	XM_017002949.1	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X30, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu35165	XM_017002933.1	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu35160	XM_011544335.2	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu90871	XM_017002938.1	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X17, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu90877	XM_017002950.1	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X31, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu90878	XM_017002951.1	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X32, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu35165	XM_017002934.1	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X13, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu90875	XM_017002948.1	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X29, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu18583	NM_014812.2	Homo sapiens centrosomal protein 170 (CEP170), transcript variant alpha, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$923.30 $1319.00
OHu35160	XM_006711843.3	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu35160	XM_011544334.2	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu35164	XM_011544340.2	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu35162	XM_011544338.2	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu35163	XM_011544339.2	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu35166	XM_011544342.2	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu90869	XM_017002935.1	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X14, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu35167	XM_017002944.1	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X24, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu90874	XM_017002946.1	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X27, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu90869	XM_017002939.1	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X18, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu90870	XM_017002941.1	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X20, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu90872	XM_017002942.1	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X21, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu90869	XM_017002940.1	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X19, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu90873	XM_017002945.1	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X26, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu35161	XM_011544337.2	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu35165	XM_011544341.2	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu18583	XM_017002936.1	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X15, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$923.30 $1319.00
OHu90870	XM_017002937.1	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X16, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu90872	XM_017002943.1	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X22, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu63397	XM_011544343.2	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X23, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu35167	XM_011544344.2	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X25, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
Hide Old Accession Versions >>

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Reference Sequences (Refseq)

CEP170 ( XM_017002945.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858434.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X26, mRNA.

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CloneID	OHu90873
Clone ID Related Accession (Same CDS sequence)	XM_017002945.2 , XM_017002945.1
Accession Version	XM_017002945.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4410bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017002945.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACATTGGTT 
GATCGTGTTT TTGATGAAAG CCTCAACTTC CGAAAGATTC CTCCATTAGT TCATTCCAAA 
ACACCAGAAG GAAACAACGG TCGATCTGGT GATCCAAGAC CTCAAGCAGC AGAGCCTCCC 
GATCACTTAA CAATTACAAG GCGGAGAACC TGGAGCAGGG ATGAAGTCAT GGGAGATAAT 
CTGCTGCTGT CATCCGTCTT TCAGTTCTCT AAGAAGATAA GACAATCTAT AGATAAGACA 
GCTGGAAAGA TCAGAATATT ATTTAAAGAC AAAGATCGGA ATTGGGATGA CATAGAAAGC 
AAATTAAGAG CCGAAAGTGA AGTCCCTATT GTGAAAACCT CAAGCATGGA GATTTCTTCT 
ATCTTACAGG AACTGAAAAG AGTAGAAAAG CAGCTGCAAG CAATCAATGC TATGATTGAT 
CCTGATGGAA CTTTGGAGGC TCTGAACAAC ATGGGATTTC CCAGTGCTAT GTTGCCATCT 
CCACCGAAAC AGAAGTCCAG CCCTGTGAAT AACCACCACA GCCCGGGTCA GACACCAACA 
CTTGGCCAAC CAGAAGCTAG GGCTCTTCAT CCTGCTGCTG TTTCAGCCGC AGCTGAATTT 
GAGAATGCTG AATCTGAGGC TGATTTCAGT ATACATTTCA ATAGATTCAA CCCCGATGGG 
GAAGAGGAAG ATGTTACAGT ACAAGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858434.1
CDS	234..4643
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002945.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X26, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002945.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACATTGGTT 
GATCGTGTTT TTGATGAAAG CCTCAACTTC CGAAAGATTC CTCCATTAGT TCATTCCAAA 
ACACCAGAAG GAAACAACGG TCGATCTGGT GATCCAAGAC CTCAAGCAGC AGAGCCTCCC 
GATCACTTAA CAATTACAAG GCGGAGAACC TGGAGCAGGG ATGAAGTCAT GGGAGATAAT 
CTGCTGCTGT CATCCGTCTT TCAGTTCTCT AAGAAGATAA GACAATCTAT AGATAAGACA 
GCTGGAAAGA TCAGAATATT ATTTAAAGAC AAAGATCGGA ATTGGGATGA CATAGAAAGC 
AAATTAAGAG CCGAAAGTGA AGTCCCTATT GTGAAAACCT CAAGCATGGA GATTTCTTCT 
ATCTTACAGG AACTGAAAAG AGTAGAAAAG CAGCTGCAAG CAATCAATGC TATGATTGAT 
CCTGATGGAA CTTTGGAGGC TCTGAACAAC ATGGGATTTC CCAGTGCTAT GTTGCCATCT 
CCACCGAAAC AGAAGTCCAG CCCTGTGAAT AACCACCACA GCCCGGGTCA GACACCAACA 
CTTGGCCAAC CAGAAGCTAG GGCTCTTCAT CCTGCTGCTG TTTCAGCCGC AGCTGAATTT 
GAGAATGCTG AATCTGAGGC TGATTTCAGT ATACATTTCA ATAGATTCAA CCCCGATGGG 
GAAGAGGAAG ATGTTACAGT ACAAGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002945.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858434.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X26, mRNA.

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CloneID	OHu90873
Clone ID Related Accession (Same CDS sequence)	XM_017002945.2 , XM_017002945.1
Accession Version	XM_017002945.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4410bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACATTGGTT 
GATCGTGTTT TTGATGAAAG CCTCAACTTC CGAAAGATTC CTCCATTAGT TCATTCCAAA 
ACACCAGAAG GAAACAACGG TCGATCTGGT GATCCAAGAC CTCAAGCAGC AGAGCCTCCC 
GATCACTTAA CAATTACAAG GCGGAGAACC TGGAGCAGGG ATGAAGTCAT GGGAGATAAT 
CTGCTGCTGT CATCCGTCTT TCAGTTCTCT AAGAAGATAA GACAATCTAT AGATAAGACA 
GCTGGAAAGA TCAGAATATT ATTTAAAGAC AAAGATCGGA ATTGGGATGA CATAGAAAGC 
AAATTAAGAG CCGAAAGTGA AGTCCCTATT GTGAAAACCT CAAGCATGGA GATTTCTTCT 
ATCTTACAGG AACTGAAAAG AGTAGAAAAG CAGCTGCAAG CAATCAATGC TATGATTGAT 
CCTGATGGAA CTTTGGAGGC TCTGAACAAC ATGGGATTTC CCAGTGCTAT GTTGCCATCT 
CCACCGAAAC AGAAGTCCAG CCCTGTGAAT AACCACCACA GCCCGGGTCA GACACCAACA 
CTTGGCCAAC CAGAAGCTAG GGCTCTTCAT CCTGCTGCTG TTTCAGCCGC AGCTGAATTT 
GAGAATGCTG AATCTGAGGC TGATTTCAGT ATACATTTCA ATAGATTCAA CCCCGATGGG 
GAAGAGGAAG ATGTTACAGT ACAAGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858434.1
CDS	939..5348
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002945.1
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X26, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002945.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACATTGGTT 
GATCGTGTTT TTGATGAAAG CCTCAACTTC CGAAAGATTC CTCCATTAGT TCATTCCAAA 
ACACCAGAAG GAAACAACGG TCGATCTGGT GATCCAAGAC CTCAAGCAGC AGAGCCTCCC 
GATCACTTAA CAATTACAAG GCGGAGAACC TGGAGCAGGG ATGAAGTCAT GGGAGATAAT 
CTGCTGCTGT CATCCGTCTT TCAGTTCTCT AAGAAGATAA GACAATCTAT AGATAAGACA 
GCTGGAAAGA TCAGAATATT ATTTAAAGAC AAAGATCGGA ATTGGGATGA CATAGAAAGC 
AAATTAAGAG CCGAAAGTGA AGTCCCTATT GTGAAAACCT CAAGCATGGA GATTTCTTCT 
ATCTTACAGG AACTGAAAAG AGTAGAAAAG CAGCTGCAAG CAATCAATGC TATGATTGAT 
CCTGATGGAA CTTTGGAGGC TCTGAACAAC ATGGGATTTC CCAGTGCTAT GTTGCCATCT 
CCACCGAAAC AGAAGTCCAG CCCTGTGAAT AACCACCACA GCCCGGGTCA GACACCAACA 
CTTGGCCAAC CAGAAGCTAG GGCTCTTCAT CCTGCTGCTG TTTCAGCCGC AGCTGAATTT 
GAGAATGCTG AATCTGAGGC TGATTTCAGT ATACATTTCA ATAGATTCAA CCCCGATGGG 
GAAGAGGAAG ATGTTACAGT ACAAGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002946.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858435.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X27, mRNA.

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CloneID	OHu90874
Clone ID Related Accession (Same CDS sequence)	XM_017002946.1 , XM_017002946.2
Accession Version	XM_017002946.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4308bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X16
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGAAATAAAC ATGATGATGG TACGCAAAGT 
GATTCAGAGA ACGCTGGGGC TCACAGGCGC TGTAGCAAAC GTGCAACTCT TGAGGAACAC 
TTAAGACGCC ACCATTCAGA ACACAAAAAG CTACAGAAGG TCCAGGCTAC TGAAAAGCAT 
CAAGACCAAG CTGTTACTAG CTCTGCGCAT CACAGAGGGG GGCATGGTGT TCCACATGGG 
AAATTGTTAA AACAGAAATC AGAGGAGCCA TCGGTGTCAA TACCCTTCCT ACAAACTGCA 
TTATTAAGAA GTTCAGGGAG TCTTGGGCAC AGACCAAGCC AGGAGATGGA TAAAATGTTA 
AAAAATCAAG CAACTTCTGC TACTTCTGAA AAGGATAATG ATGATGACCA AAGTGACAAG 
GGTACTTATA CCATTGAGTT AGAGAATCCC AACAGTGAGG AAGTGGAAGC AAGAAAAATG 
ATTGACAAGG TGTTTGGAGT AGATGACAAT CAGGATTATA ATAGGCCTGT TATCAACGAA 
AAACATAAAG ATCTAATAAA AGATTGGGCT CTCAGTTCTG CTGCAGCAGT AATGGAAGAA 
AGAAAACCAC TGACTACATC TGGATTTCAC CACTCAGAGG AAGGCACATC TTCATCTGGA 
AGCAAACGTT GGGTTTCACA GTGGGCTAGT TTGGCTGCCA ATCATACAAG GCATGATCAA 
GAAGAAAGGA TAATGGAATT TTCTGCACCT CTTCCTTTAG AGAATGAGAC AGAGATCAGT 
GAGTCTGGCA TGACAGTGAG AAGTACTGGC TCTGCAACTT CCTTGGCTAG CCAGGGAGAG 
AGAAGGAGAC GAACTCTTCC CCAGCTTCCA AATGAAGAAA AGTCTCTTGA GAGCCACAGA 
GCAAAGGTTG TAACACAGAG GTCAGAGATA GGAGAAAAAC AAGACACAGA ACTTCAGGAG 
AAAGAAACAC CTACACAGGT ATACCAGAAA GATAAACAAG ATGCTGACAG ACCCTTGAGT 
AAAATGAACA GGGCAGTAAA TGGAGAGACT CTCAAAACTG GTGGAGATAA TAAAACCCTA 
CTTCACTTAG GCAGCTCTGC TCCTGGAAAA GAGAAAAGTG AAACTGATAA GGAAACTTCT 
TTGGTAAAGC AAACATTAGC AAAACTTCAA CAACAAGAAC AAAGGGAGGA GGCTCAGTGG 
ACACCTACTA AATTGTCTTC CAAAAATGTT TCAGGTCAGA CAGATAAATG TAGGGAGGAA 
ACTTTTAAAC AAGAATCACA ACCTCCAGAA AAAAATTCAG GACATTCTAC AAGCAAAGGA 
GACAGAGTGG CACAAAGTGA GAGCAAGAGA AGAAAAGCTG AGGAAATTCT GAAAAGTCAG 
ACTCCAAAGG GAGGAGACAA GAAGGAATCC TCCAAGTCAT TAGTGCGACA AGGGAGCTTC 
ACTATAGAAA AACCCAGCCC AAACATACCC ATAGAACTTA TTCCCCATAT AAATAAACAG 
ACTTCCTCTA CTCCTTCTTC TTTAGCATTA ACATCTGCAA GTAGAATACG AGAAAGAAGT 
GAGTCTTTGG ATCCTGATTC TAGTATGGAC ACAACCCTTA TTCTAAAAGA CACAGAAGCA 
GTAATGGCTT TTCTAGAAGC TAAACTACGT GAAGATAATA AAACTGATGA AGGACCAGAT 
ACTCCCAGTT ATAATAGAGA CAATTCTATT TCACCAGAAT CTGATGTAGA TACAGCTAGT 
ACAATCAGTC TGGTTACTGG AGAAACTGAA AGAAAGTCAA CCCAAAAGCG AAAGAGTTTC 
ACTAGCCTCT ATAAAGATAG GTGTTCCACA GGTTCTCCTT CCAAAGATGT TACAAAATCA 
TCATCTTCAG GTGCTAGGGA AAAAATGGAA AAGAAAACAA AAAGTCGTTC CACAGATGTG 
GGTTCAAGAG CAGATGGTCG TAAATTTGTT CAGTCCAGTG GGAGAATAAG ACAGCCCTCA 
GTAGACTTAA CAGATGATGA CCAAACCTCT AGTGTACCTC ATTCTGCCAT CTCTGATATT 
ATGTCATCTG ATCAAGAAAC TTACTCTTGT AAACCTCATG GACGGACTCC ACTTACCTCA 
GCTGATGAGC ATGTACATTC CAAACTGGAA GGAAGTAAAG TAACGAAATC TAAGACTTCT 
CCGGTGGTAT CTGGTTCATC TAGTAAATCA ACCACCCTTC CAAGGCCACG ACCTACCAGG 
ACTTCCCTCT TGCGCAGAGC ACGACTTGGT GAAGCTTCAG ACAGTGAACT TGCTGATGCT 
GACAAAGCAT CTGTTGCTTC TGAAGTATCC ACAACAAGTT CTACATCAAA ACCTCCCACA 
GGAAGGCGTA ACATCTCTCG GATTGATTTA TTGGCTCAGC CTCGTAGAAC ACGACTTGGC 
TCACTGTCAG CTCGTAGTGA CTCTGAAGCA ACAATTTCTA GAAGTAGTGC CTCTTCGAGG 
ACCGCAGAAG CCATCATTAG AAGTGGAGCC AGACTAGTAC CATCAGATAA ATTTTCTCCT 
AGAATTAGAG CTAACAGTAT CTCTCGACTC TCAGACTCCA AGGTCAAAAG TATGACCTCA 
GCTCATGGCT CTGCTTCAGT AAATTCAAGA TGGAGGCGCT TTCCTACTGA TTATGCTTCC 
ACCTCAGAAG ATGAATTTGG ATCAAACCGT AATTCCCCTA AACATACCCG TCTACGTACT 
TCTCCAGCCC TGAAAACCAC TCGCTTGCAG AGCGCTGGAT CAGCAATGCC TACTAGTTCT 
TCATTCAAAC ACCGGATTAA AGAGCAGGAA GACTACATCC GAGATTGGAC TGCTCATCGA 
GAAGAGATAG CCAGGATCAG CCAAGATCTT GCTCTCATTG CTCGGGAGAT CAACGATGTA 
GCAGGAGAGA TAGATTCAGT GACTTCATCA GGCACTGCCC CTAGTACCAC AGTAAGCACT 
GCTGCCACCA CCCCTGGCTC TGCCATAGAC ACTAGAGAAG AGGTAGGAGA TCTTCATGGA 
GAAATGCATA AGTTGGTTGA TCGTGTTTTT GATGAAAGCC TCAACTTCCG AAAGATTCCT 
CCATTAGTTC ATTCCAAAAC ACCAGAAGGA AACAACGGTC GATCTGGTGA TCCAAGACCT 
CAAGCAGCAG AGCCTCCCGA TCACTTAACA ATTACAAGGC GGAGAACCTG GAGCAGGGAT 
GAAGTCATGG GAGATAATCT GCTGCTGTCA TCCGTCTTTC AGTTCTCTAA GAAGATAAGA 
CAATCTATAG ATAAGACAGC TGGAAAGATC AGAATATTAT TTAAAGACAA AGATCGGAAT 
TGGGATGACA TAGAAAGCAA ATTAAGAGCC GAAAGTGAAG TCCCTATTGT GAAAACCTCA 
AGCATGGAGA TTTCTTCTAT CTTACAGGAA CTGAAAAGAG TAGAAAAGCA GCTGCAAGCA 
ATCAATGCTA TGATTGATCC TGATGGAACT TTGGAGGCTC TGAACAACAT GGGATTTCCC 
AGTGCTATGT TGCCATCTCC ACCGAAACAG AAGTCCAGCC CTGTGAATAA CCACCACAGC 
CCGGGTCAGA CACCAACACT TGGCCAACCA GAAGCTAGGG CTCTTCATCC TGCTGCTGTT 
TCAGCCGCAG CTGAATTTGA GAATGCTGAA TCTGAGGCTG ATTTCAGTAT ACATTTCAAT 
AGATTCAACC CCGATGGGGA AGAGGAAGAT GTTACAGTAC AAGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858435.1
CDS	889..5196
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002946.1
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X27, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002946.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGAAATAAAC ATGATGATGG TACGCAAAGT 
GATTCAGAGA ACGCTGGGGC TCACAGGCGC TGTAGCAAAC GTGCAACTCT TGAGGAACAC 
TTAAGACGCC ACCATTCAGA ACACAAAAAG CTACAGAAGG TCCAGGCTAC TGAAAAGCAT 
CAAGACCAAG CTGTTACTAG CTCTGCGCAT CACAGAGGGG GGCATGGTGT TCCACATGGG 
AAATTGTTAA AACAGAAATC AGAGGAGCCA TCGGTGTCAA TACCCTTCCT ACAAACTGCA 
TTATTAAGAA GTTCAGGGAG TCTTGGGCAC AGACCAAGCC AGGAGATGGA TAAAATGTTA 
AAAAATCAAG CAACTTCTGC TACTTCTGAA AAGGATAATG ATGATGACCA AAGTGACAAG 
GGTACTTATA CCATTGAGTT AGAGAATCCC AACAGTGAGG AAGTGGAAGC AAGAAAAATG 
ATTGACAAGG TGTTTGGAGT AGATGACAAT CAGGATTATA ATAGGCCTGT TATCAACGAA 
AAACATAAAG ATCTAATAAA AGATTGGGCT CTCAGTTCTG CTGCAGCAGT AATGGAAGAA 
AGAAAACCAC TGACTACATC TGGATTTCAC CACTCAGAGG AAGGCACATC TTCATCTGGA 
AGCAAACGTT GGGTTTCACA GTGGGCTAGT TTGGCTGCCA ATCATACAAG GCATGATCAA 
GAAGAAAGGA TAATGGAATT TTCTGCACCT CTTCCTTTAG AGAATGAGAC AGAGATCAGT 
GAGTCTGGCA TGACAGTGAG AAGTACTGGC TCTGCAACTT CCTTGGCTAG CCAGGGAGAG 
AGAAGGAGAC GAACTCTTCC CCAGCTTCCA AATGAAGAAA AGTCTCTTGA GAGCCACAGA 
GCAAAGGTTG TAACACAGAG GTCAGAGATA GGAGAAAAAC AAGACACAGA ACTTCAGGAG 
AAAGAAACAC CTACACAGGT ATACCAGAAA GATAAACAAG ATGCTGACAG ACCCTTGAGT 
AAAATGAACA GGGCAGTAAA TGGAGAGACT CTCAAAACTG GTGGAGATAA TAAAACCCTA 
CTTCACTTAG GCAGCTCTGC TCCTGGAAAA GAGAAAAGTG AAACTGATAA GGAAACTTCT 
TTGGTAAAGC AAACATTAGC AAAACTTCAA CAACAAGAAC AAAGGGAGGA GGCTCAGTGG 
ACACCTACTA AATTGTCTTC CAAAAATGTT TCAGGTCAGA CAGATAAATG TAGGGAGGAA 
ACTTTTAAAC AAGAATCACA ACCTCCAGAA AAAAATTCAG GACATTCTAC AAGCAAAGGA 
GACAGAGTGG CACAAAGTGA GAGCAAGAGA AGAAAAGCTG AGGAAATTCT GAAAAGTCAG 
ACTCCAAAGG GAGGAGACAA GAAGGAATCC TCCAAGTCAT TAGTGCGACA AGGGAGCTTC 
ACTATAGAAA AACCCAGCCC AAACATACCC ATAGAACTTA TTCCCCATAT AAATAAACAG 
ACTTCCTCTA CTCCTTCTTC TTTAGCATTA ACATCTGCAA GTAGAATACG AGAAAGAAGT 
GAGTCTTTGG ATCCTGATTC TAGTATGGAC ACAACCCTTA TTCTAAAAGA CACAGAAGCA 
GTAATGGCTT TTCTAGAAGC TAAACTACGT GAAGATAATA AAACTGATGA AGGACCAGAT 
ACTCCCAGTT ATAATAGAGA CAATTCTATT TCACCAGAAT CTGATGTAGA TACAGCTAGT 
ACAATCAGTC TGGTTACTGG AGAAACTGAA AGAAAGTCAA CCCAAAAGCG AAAGAGTTTC 
ACTAGCCTCT ATAAAGATAG GTGTTCCACA GGTTCTCCTT CCAAAGATGT TACAAAATCA 
TCATCTTCAG GTGCTAGGGA AAAAATGGAA AAGAAAACAA AAAGTCGTTC CACAGATGTG 
GGTTCAAGAG CAGATGGTCG TAAATTTGTT CAGTCCAGTG GGAGAATAAG ACAGCCCTCA 
GTAGACTTAA CAGATGATGA CCAAACCTCT AGTGTACCTC ATTCTGCCAT CTCTGATATT 
ATGTCATCTG ATCAAGAAAC TTACTCTTGT AAACCTCATG GACGGACTCC ACTTACCTCA 
GCTGATGAGC ATGTACATTC CAAACTGGAA GGAAGTAAAG TAACGAAATC TAAGACTTCT 
CCGGTGGTAT CTGGTTCATC TAGTAAATCA ACCACCCTTC CAAGGCCACG ACCTACCAGG 
ACTTCCCTCT TGCGCAGAGC ACGACTTGGT GAAGCTTCAG ACAGTGAACT TGCTGATGCT 
GACAAAGCAT CTGTTGCTTC TGAAGTATCC ACAACAAGTT CTACATCAAA ACCTCCCACA 
GGAAGGCGTA ACATCTCTCG GATTGATTTA TTGGCTCAGC CTCGTAGAAC ACGACTTGGC 
TCACTGTCAG CTCGTAGTGA CTCTGAAGCA ACAATTTCTA GAAGTAGTGC CTCTTCGAGG 
ACCGCAGAAG CCATCATTAG AAGTGGAGCC AGACTAGTAC CATCAGATAA ATTTTCTCCT 
AGAATTAGAG CTAACAGTAT CTCTCGACTC TCAGACTCCA AGGTCAAAAG TATGACCTCA 
GCTCATGGCT CTGCTTCAGT AAATTCAAGA TGGAGGCGCT TTCCTACTGA TTATGCTTCC 
ACCTCAGAAG ATGAATTTGG ATCAAACCGT AATTCCCCTA AACATACCCG TCTACGTACT 
TCTCCAGCCC TGAAAACCAC TCGCTTGCAG AGCGCTGGAT CAGCAATGCC TACTAGTTCT 
TCATTCAAAC ACCGGATTAA AGAGCAGGAA GACTACATCC GAGATTGGAC TGCTCATCGA 
GAAGAGATAG CCAGGATCAG CCAAGATCTT GCTCTCATTG CTCGGGAGAT CAACGATGTA 
GCAGGAGAGA TAGATTCAGT GACTTCATCA GGCACTGCCC CTAGTACCAC AGTAAGCACT 
GCTGCCACCA CCCCTGGCTC TGCCATAGAC ACTAGAGAAG AGGTAGGAGA TCTTCATGGA 
GAAATGCATA AGTTGGTTGA TCGTGTTTTT GATGAAAGCC TCAACTTCCG AAAGATTCCT 
CCATTAGTTC ATTCCAAAAC ACCAGAAGGA AACAACGGTC GATCTGGTGA TCCAAGACCT 
CAAGCAGCAG AGCCTCCCGA TCACTTAACA ATTACAAGGC GGAGAACCTG GAGCAGGGAT 
GAAGTCATGG GAGATAATCT GCTGCTGTCA TCCGTCTTTC AGTTCTCTAA GAAGATAAGA 
CAATCTATAG ATAAGACAGC TGGAAAGATC AGAATATTAT TTAAAGACAA AGATCGGAAT 
TGGGATGACA TAGAAAGCAA ATTAAGAGCC GAAAGTGAAG TCCCTATTGT GAAAACCTCA 
AGCATGGAGA TTTCTTCTAT CTTACAGGAA CTGAAAAGAG TAGAAAAGCA GCTGCAAGCA 
ATCAATGCTA TGATTGATCC TGATGGAACT TTGGAGGCTC TGAACAACAT GGGATTTCCC 
AGTGCTATGT TGCCATCTCC ACCGAAACAG AAGTCCAGCC CTGTGAATAA CCACCACAGC 
CCGGGTCAGA CACCAACACT TGGCCAACCA GAAGCTAGGG CTCTTCATCC TGCTGCTGTT 
TCAGCCGCAG CTGAATTTGA GAATGCTGAA TCTGAGGCTG ATTTCAGTAT ACATTTCAAT 
AGATTCAACC CCGATGGGGA AGAGGAAGAT GTTACAGTAC AAGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002946.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858435.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X27, mRNA.

Price & Availability↑

CloneID	OHu90874
Clone ID Related Accession (Same CDS sequence)	XM_017002946.1 , XM_017002946.2
Accession Version	XM_017002946.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4308bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X16
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017002946.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGAAATAAAC ATGATGATGG TACGCAAAGT 
GATTCAGAGA ACGCTGGGGC TCACAGGCGC TGTAGCAAAC GTGCAACTCT TGAGGAACAC 
TTAAGACGCC ACCATTCAGA ACACAAAAAG CTACAGAAGG TCCAGGCTAC TGAAAAGCAT 
CAAGACCAAG CTGTTACTAG CTCTGCGCAT CACAGAGGGG GGCATGGTGT TCCACATGGG 
AAATTGTTAA AACAGAAATC AGAGGAGCCA TCGGTGTCAA TACCCTTCCT ACAAACTGCA 
TTATTAAGAA GTTCAGGGAG TCTTGGGCAC AGACCAAGCC AGGAGATGGA TAAAATGTTA 
AAAAATCAAG CAACTTCTGC TACTTCTGAA AAGGATAATG ATGATGACCA AAGTGACAAG 
GGTACTTATA CCATTGAGTT AGAGAATCCC AACAGTGAGG AAGTGGAAGC AAGAAAAATG 
ATTGACAAGG TGTTTGGAGT AGATGACAAT CAGGATTATA ATAGGCCTGT TATCAACGAA 
AAACATAAAG ATCTAATAAA AGATTGGGCT CTCAGTTCTG CTGCAGCAGT AATGGAAGAA 
AGAAAACCAC TGACTACATC TGGATTTCAC CACTCAGAGG AAGGCACATC TTCATCTGGA 
AGCAAACGTT GGGTTTCACA GTGGGCTAGT TTGGCTGCCA ATCATACAAG GCATGATCAA 
GAAGAAAGGA TAATGGAATT TTCTGCACCT CTTCCTTTAG AGAATGAGAC AGAGATCAGT 
GAGTCTGGCA TGACAGTGAG AAGTACTGGC TCTGCAACTT CCTTGGCTAG CCAGGGAGAG 
AGAAGGAGAC GAACTCTTCC CCAGCTTCCA AATGAAGAAA AGTCTCTTGA GAGCCACAGA 
GCAAAGGTTG TAACACAGAG GTCAGAGATA GGAGAAAAAC AAGACACAGA ACTTCAGGAG 
AAAGAAACAC CTACACAGGT ATACCAGAAA GATAAACAAG ATGCTGACAG ACCCTTGAGT 
AAAATGAACA GGGCAGTAAA TGGAGAGACT CTCAAAACTG GTGGAGATAA TAAAACCCTA 
CTTCACTTAG GCAGCTCTGC TCCTGGAAAA GAGAAAAGTG AAACTGATAA GGAAACTTCT 
TTGGTAAAGC AAACATTAGC AAAACTTCAA CAACAAGAAC AAAGGGAGGA GGCTCAGTGG 
ACACCTACTA AATTGTCTTC CAAAAATGTT TCAGGTCAGA CAGATAAATG TAGGGAGGAA 
ACTTTTAAAC AAGAATCACA ACCTCCAGAA AAAAATTCAG GACATTCTAC AAGCAAAGGA 
GACAGAGTGG CACAAAGTGA GAGCAAGAGA AGAAAAGCTG AGGAAATTCT GAAAAGTCAG 
ACTCCAAAGG GAGGAGACAA GAAGGAATCC TCCAAGTCAT TAGTGCGACA AGGGAGCTTC 
ACTATAGAAA AACCCAGCCC AAACATACCC ATAGAACTTA TTCCCCATAT AAATAAACAG 
ACTTCCTCTA CTCCTTCTTC TTTAGCATTA ACATCTGCAA GTAGAATACG AGAAAGAAGT 
GAGTCTTTGG ATCCTGATTC TAGTATGGAC ACAACCCTTA TTCTAAAAGA CACAGAAGCA 
GTAATGGCTT TTCTAGAAGC TAAACTACGT GAAGATAATA AAACTGATGA AGGACCAGAT 
ACTCCCAGTT ATAATAGAGA CAATTCTATT TCACCAGAAT CTGATGTAGA TACAGCTAGT 
ACAATCAGTC TGGTTACTGG AGAAACTGAA AGAAAGTCAA CCCAAAAGCG AAAGAGTTTC 
ACTAGCCTCT ATAAAGATAG GTGTTCCACA GGTTCTCCTT CCAAAGATGT TACAAAATCA 
TCATCTTCAG GTGCTAGGGA AAAAATGGAA AAGAAAACAA AAAGTCGTTC CACAGATGTG 
GGTTCAAGAG CAGATGGTCG TAAATTTGTT CAGTCCAGTG GGAGAATAAG ACAGCCCTCA 
GTAGACTTAA CAGATGATGA CCAAACCTCT AGTGTACCTC ATTCTGCCAT CTCTGATATT 
ATGTCATCTG ATCAAGAAAC TTACTCTTGT AAACCTCATG GACGGACTCC ACTTACCTCA 
GCTGATGAGC ATGTACATTC CAAACTGGAA GGAAGTAAAG TAACGAAATC TAAGACTTCT 
CCGGTGGTAT CTGGTTCATC TAGTAAATCA ACCACCCTTC CAAGGCCACG ACCTACCAGG 
ACTTCCCTCT TGCGCAGAGC ACGACTTGGT GAAGCTTCAG ACAGTGAACT TGCTGATGCT 
GACAAAGCAT CTGTTGCTTC TGAAGTATCC ACAACAAGTT CTACATCAAA ACCTCCCACA 
GGAAGGCGTA ACATCTCTCG GATTGATTTA TTGGCTCAGC CTCGTAGAAC ACGACTTGGC 
TCACTGTCAG CTCGTAGTGA CTCTGAAGCA ACAATTTCTA GAAGTAGTGC CTCTTCGAGG 
ACCGCAGAAG CCATCATTAG AAGTGGAGCC AGACTAGTAC CATCAGATAA ATTTTCTCCT 
AGAATTAGAG CTAACAGTAT CTCTCGACTC TCAGACTCCA AGGTCAAAAG TATGACCTCA 
GCTCATGGCT CTGCTTCAGT AAATTCAAGA TGGAGGCGCT TTCCTACTGA TTATGCTTCC 
ACCTCAGAAG ATGAATTTGG ATCAAACCGT AATTCCCCTA AACATACCCG TCTACGTACT 
TCTCCAGCCC TGAAAACCAC TCGCTTGCAG AGCGCTGGAT CAGCAATGCC TACTAGTTCT 
TCATTCAAAC ACCGGATTAA AGAGCAGGAA GACTACATCC GAGATTGGAC TGCTCATCGA 
GAAGAGATAG CCAGGATCAG CCAAGATCTT GCTCTCATTG CTCGGGAGAT CAACGATGTA 
GCAGGAGAGA TAGATTCAGT GACTTCATCA GGCACTGCCC CTAGTACCAC AGTAAGCACT 
GCTGCCACCA CCCCTGGCTC TGCCATAGAC ACTAGAGAAG AGGTAGGAGA TCTTCATGGA 
GAAATGCATA AGTTGGTTGA TCGTGTTTTT GATGAAAGCC TCAACTTCCG AAAGATTCCT 
CCATTAGTTC ATTCCAAAAC ACCAGAAGGA AACAACGGTC GATCTGGTGA TCCAAGACCT 
CAAGCAGCAG AGCCTCCCGA TCACTTAACA ATTACAAGGC GGAGAACCTG GAGCAGGGAT 
GAAGTCATGG GAGATAATCT GCTGCTGTCA TCCGTCTTTC AGTTCTCTAA GAAGATAAGA 
CAATCTATAG ATAAGACAGC TGGAAAGATC AGAATATTAT TTAAAGACAA AGATCGGAAT 
TGGGATGACA TAGAAAGCAA ATTAAGAGCC GAAAGTGAAG TCCCTATTGT GAAAACCTCA 
AGCATGGAGA TTTCTTCTAT CTTACAGGAA CTGAAAAGAG TAGAAAAGCA GCTGCAAGCA 
ATCAATGCTA TGATTGATCC TGATGGAACT TTGGAGGCTC TGAACAACAT GGGATTTCCC 
AGTGCTATGT TGCCATCTCC ACCGAAACAG AAGTCCAGCC CTGTGAATAA CCACCACAGC 
CCGGGTCAGA CACCAACACT TGGCCAACCA GAAGCTAGGG CTCTTCATCC TGCTGCTGTT 
TCAGCCGCAG CTGAATTTGA GAATGCTGAA TCTGAGGCTG ATTTCAGTAT ACATTTCAAT 
AGATTCAACC CCGATGGGGA AGAGGAAGAT GTTACAGTAC AAGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858435.1
CDS	234..4541
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002946.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X27, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002946.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGAAATAAAC ATGATGATGG TACGCAAAGT 
GATTCAGAGA ACGCTGGGGC TCACAGGCGC TGTAGCAAAC GTGCAACTCT TGAGGAACAC 
TTAAGACGCC ACCATTCAGA ACACAAAAAG CTACAGAAGG TCCAGGCTAC TGAAAAGCAT 
CAAGACCAAG CTGTTACTAG CTCTGCGCAT CACAGAGGGG GGCATGGTGT TCCACATGGG 
AAATTGTTAA AACAGAAATC AGAGGAGCCA TCGGTGTCAA TACCCTTCCT ACAAACTGCA 
TTATTAAGAA GTTCAGGGAG TCTTGGGCAC AGACCAAGCC AGGAGATGGA TAAAATGTTA 
AAAAATCAAG CAACTTCTGC TACTTCTGAA AAGGATAATG ATGATGACCA AAGTGACAAG 
GGTACTTATA CCATTGAGTT AGAGAATCCC AACAGTGAGG AAGTGGAAGC AAGAAAAATG 
ATTGACAAGG TGTTTGGAGT AGATGACAAT CAGGATTATA ATAGGCCTGT TATCAACGAA 
AAACATAAAG ATCTAATAAA AGATTGGGCT CTCAGTTCTG CTGCAGCAGT AATGGAAGAA 
AGAAAACCAC TGACTACATC TGGATTTCAC CACTCAGAGG AAGGCACATC TTCATCTGGA 
AGCAAACGTT GGGTTTCACA GTGGGCTAGT TTGGCTGCCA ATCATACAAG GCATGATCAA 
GAAGAAAGGA TAATGGAATT TTCTGCACCT CTTCCTTTAG AGAATGAGAC AGAGATCAGT 
GAGTCTGGCA TGACAGTGAG AAGTACTGGC TCTGCAACTT CCTTGGCTAG CCAGGGAGAG 
AGAAGGAGAC GAACTCTTCC CCAGCTTCCA AATGAAGAAA AGTCTCTTGA GAGCCACAGA 
GCAAAGGTTG TAACACAGAG GTCAGAGATA GGAGAAAAAC AAGACACAGA ACTTCAGGAG 
AAAGAAACAC CTACACAGGT ATACCAGAAA GATAAACAAG ATGCTGACAG ACCCTTGAGT 
AAAATGAACA GGGCAGTAAA TGGAGAGACT CTCAAAACTG GTGGAGATAA TAAAACCCTA 
CTTCACTTAG GCAGCTCTGC TCCTGGAAAA GAGAAAAGTG AAACTGATAA GGAAACTTCT 
TTGGTAAAGC AAACATTAGC AAAACTTCAA CAACAAGAAC AAAGGGAGGA GGCTCAGTGG 
ACACCTACTA AATTGTCTTC CAAAAATGTT TCAGGTCAGA CAGATAAATG TAGGGAGGAA 
ACTTTTAAAC AAGAATCACA ACCTCCAGAA AAAAATTCAG GACATTCTAC AAGCAAAGGA 
GACAGAGTGG CACAAAGTGA GAGCAAGAGA AGAAAAGCTG AGGAAATTCT GAAAAGTCAG 
ACTCCAAAGG GAGGAGACAA GAAGGAATCC TCCAAGTCAT TAGTGCGACA AGGGAGCTTC 
ACTATAGAAA AACCCAGCCC AAACATACCC ATAGAACTTA TTCCCCATAT AAATAAACAG 
ACTTCCTCTA CTCCTTCTTC TTTAGCATTA ACATCTGCAA GTAGAATACG AGAAAGAAGT 
GAGTCTTTGG ATCCTGATTC TAGTATGGAC ACAACCCTTA TTCTAAAAGA CACAGAAGCA 
GTAATGGCTT TTCTAGAAGC TAAACTACGT GAAGATAATA AAACTGATGA AGGACCAGAT 
ACTCCCAGTT ATAATAGAGA CAATTCTATT TCACCAGAAT CTGATGTAGA TACAGCTAGT 
ACAATCAGTC TGGTTACTGG AGAAACTGAA AGAAAGTCAA CCCAAAAGCG AAAGAGTTTC 
ACTAGCCTCT ATAAAGATAG GTGTTCCACA GGTTCTCCTT CCAAAGATGT TACAAAATCA 
TCATCTTCAG GTGCTAGGGA AAAAATGGAA AAGAAAACAA AAAGTCGTTC CACAGATGTG 
GGTTCAAGAG CAGATGGTCG TAAATTTGTT CAGTCCAGTG GGAGAATAAG ACAGCCCTCA 
GTAGACTTAA CAGATGATGA CCAAACCTCT AGTGTACCTC ATTCTGCCAT CTCTGATATT 
ATGTCATCTG ATCAAGAAAC TTACTCTTGT AAACCTCATG GACGGACTCC ACTTACCTCA 
GCTGATGAGC ATGTACATTC CAAACTGGAA GGAAGTAAAG TAACGAAATC TAAGACTTCT 
CCGGTGGTAT CTGGTTCATC TAGTAAATCA ACCACCCTTC CAAGGCCACG ACCTACCAGG 
ACTTCCCTCT TGCGCAGAGC ACGACTTGGT GAAGCTTCAG ACAGTGAACT TGCTGATGCT 
GACAAAGCAT CTGTTGCTTC TGAAGTATCC ACAACAAGTT CTACATCAAA ACCTCCCACA 
GGAAGGCGTA ACATCTCTCG GATTGATTTA TTGGCTCAGC CTCGTAGAAC ACGACTTGGC 
TCACTGTCAG CTCGTAGTGA CTCTGAAGCA ACAATTTCTA GAAGTAGTGC CTCTTCGAGG 
ACCGCAGAAG CCATCATTAG AAGTGGAGCC AGACTAGTAC CATCAGATAA ATTTTCTCCT 
AGAATTAGAG CTAACAGTAT CTCTCGACTC TCAGACTCCA AGGTCAAAAG TATGACCTCA 
GCTCATGGCT CTGCTTCAGT AAATTCAAGA TGGAGGCGCT TTCCTACTGA TTATGCTTCC 
ACCTCAGAAG ATGAATTTGG ATCAAACCGT AATTCCCCTA AACATACCCG TCTACGTACT 
TCTCCAGCCC TGAAAACCAC TCGCTTGCAG AGCGCTGGAT CAGCAATGCC TACTAGTTCT 
TCATTCAAAC ACCGGATTAA AGAGCAGGAA GACTACATCC GAGATTGGAC TGCTCATCGA 
GAAGAGATAG CCAGGATCAG CCAAGATCTT GCTCTCATTG CTCGGGAGAT CAACGATGTA 
GCAGGAGAGA TAGATTCAGT GACTTCATCA GGCACTGCCC CTAGTACCAC AGTAAGCACT 
GCTGCCACCA CCCCTGGCTC TGCCATAGAC ACTAGAGAAG AGGTAGGAGA TCTTCATGGA 
GAAATGCATA AGTTGGTTGA TCGTGTTTTT GATGAAAGCC TCAACTTCCG AAAGATTCCT 
CCATTAGTTC ATTCCAAAAC ACCAGAAGGA AACAACGGTC GATCTGGTGA TCCAAGACCT 
CAAGCAGCAG AGCCTCCCGA TCACTTAACA ATTACAAGGC GGAGAACCTG GAGCAGGGAT 
GAAGTCATGG GAGATAATCT GCTGCTGTCA TCCGTCTTTC AGTTCTCTAA GAAGATAAGA 
CAATCTATAG ATAAGACAGC TGGAAAGATC AGAATATTAT TTAAAGACAA AGATCGGAAT 
TGGGATGACA TAGAAAGCAA ATTAAGAGCC GAAAGTGAAG TCCCTATTGT GAAAACCTCA 
AGCATGGAGA TTTCTTCTAT CTTACAGGAA CTGAAAAGAG TAGAAAAGCA GCTGCAAGCA 
ATCAATGCTA TGATTGATCC TGATGGAACT TTGGAGGCTC TGAACAACAT GGGATTTCCC 
AGTGCTATGT TGCCATCTCC ACCGAAACAG AAGTCCAGCC CTGTGAATAA CCACCACAGC 
CCGGGTCAGA CACCAACACT TGGCCAACCA GAAGCTAGGG CTCTTCATCC TGCTGCTGTT 
TCAGCCGCAG CTGAATTTGA GAATGCTGAA TCTGAGGCTG ATTTCAGTAT ACATTTCAAT 
AGATTCAACC CCGATGGGGA AGAGGAAGAT GTTACAGTAC AAGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002947.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858436.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X28, mRNA.

Price & Availability↑

CloneID	OHu90875
Clone ID Related Accession (Same CDS sequence)	XM_017002947.1 , XM_017002947.2 , XM_017002948.2 , XM_017002948.1
Accession Version	XM_017002947.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4353bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X17
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACAGTAA GCACTGCTGC CACCACCCCT GGCTCTGCCA TAGACACTAG AGAAGAGTTG 
GTTGATCGTG TTTTTGATGA AAGCCTCAAC TTCCGAAAGA TTCCTCCATT AGTTCATTCC 
AAAACACCAG AAGGAAACAA CGGTCGATCT GGTGATCCAA GACCTCAAGC AGCAGAGCCT 
CCCGATCACT TAACAATTAC AAGGCGGAGA ACCTGGAGCA GGGATGAAGT CATGGGAGAT 
AATCTGCTGC TGTCATCCGT CTTTCAGTTC TCTAAGAAGA TAAGACAATC TATAGATAAG 
ACAGCTGGAA AGATCAGAAT ATTATTTAAA GACAAAGATC GGAATTGGGA TGACATAGAA 
AGCAAATTAA GAGCCGAAAG TGAAGTCCCT ATTGTGAAAA CCTCAAGCAT GGAGATTTCT 
TCTATCTTAC AGGAACTGAA AAGAGTAGAA AAGCAGCTGC AAGCAATCAA TGCTATGATT 
GATCCTGATG GAACTTTGGA GGCTCTGAAC AACATGGGAT TTCCCAGTGC TATGTTGCCA 
TCTCCACCGA AACAGAAGTC CAGCCCTGTG AATAACCACC ACAGCCCGGG TCAGACACCA 
ACACTTGGCC AACCAGAAGC TAGGGCTCTT CATCCTGCTG CTGTTTCAGC CGCAGCTGAA 
TTTGAGAATG CTGAATCTGA GGCTGATTTC AGTATACATT TCAATAGATT CAACCCCGAT 
GGGGAAGAGG AAGATGTTAC AGTACAAGAA TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858436.1
CDS	939..5291
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREELVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002947.1
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X28, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002947.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACAGTAA GCACTGCTGC CACCACCCCT GGCTCTGCCA TAGACACTAG AGAAGAGTTG 
GTTGATCGTG TTTTTGATGA AAGCCTCAAC TTCCGAAAGA TTCCTCCATT AGTTCATTCC 
AAAACACCAG AAGGAAACAA CGGTCGATCT GGTGATCCAA GACCTCAAGC AGCAGAGCCT 
CCCGATCACT TAACAATTAC AAGGCGGAGA ACCTGGAGCA GGGATGAAGT CATGGGAGAT 
AATCTGCTGC TGTCATCCGT CTTTCAGTTC TCTAAGAAGA TAAGACAATC TATAGATAAG 
ACAGCTGGAA AGATCAGAAT ATTATTTAAA GACAAAGATC GGAATTGGGA TGACATAGAA 
AGCAAATTAA GAGCCGAAAG TGAAGTCCCT ATTGTGAAAA CCTCAAGCAT GGAGATTTCT 
TCTATCTTAC AGGAACTGAA AAGAGTAGAA AAGCAGCTGC AAGCAATCAA TGCTATGATT 
GATCCTGATG GAACTTTGGA GGCTCTGAAC AACATGGGAT TTCCCAGTGC TATGTTGCCA 
TCTCCACCGA AACAGAAGTC CAGCCCTGTG AATAACCACC ACAGCCCGGG TCAGACACCA 
ACACTTGGCC AACCAGAAGC TAGGGCTCTT CATCCTGCTG CTGTTTCAGC CGCAGCTGAA 
TTTGAGAATG CTGAATCTGA GGCTGATTTC AGTATACATT TCAATAGATT CAACCCCGAT 
GGGGAAGAGG AAGATGTTAC AGTACAAGAA TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002947.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858436.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X28, mRNA.

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CloneID	OHu90875
Clone ID Related Accession (Same CDS sequence)	XM_017002947.1 , XM_017002947.2 , XM_017002948.2 , XM_017002948.1
Accession Version	XM_017002947.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4353bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X17
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017002947.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACAGTAA GCACTGCTGC CACCACCCCT GGCTCTGCCA TAGACACTAG AGAAGAGTTG 
GTTGATCGTG TTTTTGATGA AAGCCTCAAC TTCCGAAAGA TTCCTCCATT AGTTCATTCC 
AAAACACCAG AAGGAAACAA CGGTCGATCT GGTGATCCAA GACCTCAAGC AGCAGAGCCT 
CCCGATCACT TAACAATTAC AAGGCGGAGA ACCTGGAGCA GGGATGAAGT CATGGGAGAT 
AATCTGCTGC TGTCATCCGT CTTTCAGTTC TCTAAGAAGA TAAGACAATC TATAGATAAG 
ACAGCTGGAA AGATCAGAAT ATTATTTAAA GACAAAGATC GGAATTGGGA TGACATAGAA 
AGCAAATTAA GAGCCGAAAG TGAAGTCCCT ATTGTGAAAA CCTCAAGCAT GGAGATTTCT 
TCTATCTTAC AGGAACTGAA AAGAGTAGAA AAGCAGCTGC AAGCAATCAA TGCTATGATT 
GATCCTGATG GAACTTTGGA GGCTCTGAAC AACATGGGAT TTCCCAGTGC TATGTTGCCA 
TCTCCACCGA AACAGAAGTC CAGCCCTGTG AATAACCACC ACAGCCCGGG TCAGACACCA 
ACACTTGGCC AACCAGAAGC TAGGGCTCTT CATCCTGCTG CTGTTTCAGC CGCAGCTGAA 
TTTGAGAATG CTGAATCTGA GGCTGATTTC AGTATACATT TCAATAGATT CAACCCCGAT 
GGGGAAGAGG AAGATGTTAC AGTACAAGAA TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858436.1
CDS	234..4586
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREELVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002947.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X28, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002947.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACAGTAA GCACTGCTGC CACCACCCCT GGCTCTGCCA TAGACACTAG AGAAGAGTTG 
GTTGATCGTG TTTTTGATGA AAGCCTCAAC TTCCGAAAGA TTCCTCCATT AGTTCATTCC 
AAAACACCAG AAGGAAACAA CGGTCGATCT GGTGATCCAA GACCTCAAGC AGCAGAGCCT 
CCCGATCACT TAACAATTAC AAGGCGGAGA ACCTGGAGCA GGGATGAAGT CATGGGAGAT 
AATCTGCTGC TGTCATCCGT CTTTCAGTTC TCTAAGAAGA TAAGACAATC TATAGATAAG 
ACAGCTGGAA AGATCAGAAT ATTATTTAAA GACAAAGATC GGAATTGGGA TGACATAGAA 
AGCAAATTAA GAGCCGAAAG TGAAGTCCCT ATTGTGAAAA CCTCAAGCAT GGAGATTTCT 
TCTATCTTAC AGGAACTGAA AAGAGTAGAA AAGCAGCTGC AAGCAATCAA TGCTATGATT 
GATCCTGATG GAACTTTGGA GGCTCTGAAC AACATGGGAT TTCCCAGTGC TATGTTGCCA 
TCTCCACCGA AACAGAAGTC CAGCCCTGTG AATAACCACC ACAGCCCGGG TCAGACACCA 
ACACTTGGCC AACCAGAAGC TAGGGCTCTT CATCCTGCTG CTGTTTCAGC CGCAGCTGAA 
TTTGAGAATG CTGAATCTGA GGCTGATTTC AGTATACATT TCAATAGATT CAACCCCGAT 
GGGGAAGAGG AAGATGTTAC AGTACAAGAA TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002948.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858437.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X29, mRNA.

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CloneID	OHu90875
Clone ID Related Accession (Same CDS sequence)	XM_017002947.1 , XM_017002947.2 , XM_017002948.2 , XM_017002948.1
Accession Version	XM_017002948.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4353bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X17
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017002948.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACAGTAA GCACTGCTGC CACCACCCCT GGCTCTGCCA TAGACACTAG AGAAGAGTTG 
GTTGATCGTG TTTTTGATGA AAGCCTCAAC TTCCGAAAGA TTCCTCCATT AGTTCATTCC 
AAAACACCAG AAGGAAACAA CGGTCGATCT GGTGATCCAA GACCTCAAGC AGCAGAGCCT 
CCCGATCACT TAACAATTAC AAGGCGGAGA ACCTGGAGCA GGGATGAAGT CATGGGAGAT 
AATCTGCTGC TGTCATCCGT CTTTCAGTTC TCTAAGAAGA TAAGACAATC TATAGATAAG 
ACAGCTGGAA AGATCAGAAT ATTATTTAAA GACAAAGATC GGAATTGGGA TGACATAGAA 
AGCAAATTAA GAGCCGAAAG TGAAGTCCCT ATTGTGAAAA CCTCAAGCAT GGAGATTTCT 
TCTATCTTAC AGGAACTGAA AAGAGTAGAA AAGCAGCTGC AAGCAATCAA TGCTATGATT 
GATCCTGATG GAACTTTGGA GGCTCTGAAC AACATGGGAT TTCCCAGTGC TATGTTGCCA 
TCTCCACCGA AACAGAAGTC CAGCCCTGTG AATAACCACC ACAGCCCGGG TCAGACACCA 
ACACTTGGCC AACCAGAAGC TAGGGCTCTT CATCCTGCTG CTGTTTCAGC CGCAGCTGAA 
TTTGAGAATG CTGAATCTGA GGCTGATTTC AGTATACATT TCAATAGATT CAACCCCGAT 
GGGGAAGAGG AAGATGTTAC AGTACAAGAA TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858437.1
CDS	259..4611
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREELVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002948.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X29, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002948.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACAGTAA GCACTGCTGC CACCACCCCT GGCTCTGCCA TAGACACTAG AGAAGAGTTG 
GTTGATCGTG TTTTTGATGA AAGCCTCAAC TTCCGAAAGA TTCCTCCATT AGTTCATTCC 
AAAACACCAG AAGGAAACAA CGGTCGATCT GGTGATCCAA GACCTCAAGC AGCAGAGCCT 
CCCGATCACT TAACAATTAC AAGGCGGAGA ACCTGGAGCA GGGATGAAGT CATGGGAGAT 
AATCTGCTGC TGTCATCCGT CTTTCAGTTC TCTAAGAAGA TAAGACAATC TATAGATAAG 
ACAGCTGGAA AGATCAGAAT ATTATTTAAA GACAAAGATC GGAATTGGGA TGACATAGAA 
AGCAAATTAA GAGCCGAAAG TGAAGTCCCT ATTGTGAAAA CCTCAAGCAT GGAGATTTCT 
TCTATCTTAC AGGAACTGAA AAGAGTAGAA AAGCAGCTGC AAGCAATCAA TGCTATGATT 
GATCCTGATG GAACTTTGGA GGCTCTGAAC AACATGGGAT TTCCCAGTGC TATGTTGCCA 
TCTCCACCGA AACAGAAGTC CAGCCCTGTG AATAACCACC ACAGCCCGGG TCAGACACCA 
ACACTTGGCC AACCAGAAGC TAGGGCTCTT CATCCTGCTG CTGTTTCAGC CGCAGCTGAA 
TTTGAGAATG CTGAATCTGA GGCTGATTTC AGTATACATT TCAATAGATT CAACCCCGAT 
GGGGAAGAGG AAGATGTTAC AGTACAAGAA TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002948.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858437.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X29, mRNA.

Price & Availability↑

CloneID	OHu90875
Clone ID Related Accession (Same CDS sequence)	XM_017002947.1 , XM_017002947.2 , XM_017002948.2 , XM_017002948.1
Accession Version	XM_017002948.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4353bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X17
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACAGTAA GCACTGCTGC CACCACCCCT GGCTCTGCCA TAGACACTAG AGAAGAGTTG 
GTTGATCGTG TTTTTGATGA AAGCCTCAAC TTCCGAAAGA TTCCTCCATT AGTTCATTCC 
AAAACACCAG AAGGAAACAA CGGTCGATCT GGTGATCCAA GACCTCAAGC AGCAGAGCCT 
CCCGATCACT TAACAATTAC AAGGCGGAGA ACCTGGAGCA GGGATGAAGT CATGGGAGAT 
AATCTGCTGC TGTCATCCGT CTTTCAGTTC TCTAAGAAGA TAAGACAATC TATAGATAAG 
ACAGCTGGAA AGATCAGAAT ATTATTTAAA GACAAAGATC GGAATTGGGA TGACATAGAA 
AGCAAATTAA GAGCCGAAAG TGAAGTCCCT ATTGTGAAAA CCTCAAGCAT GGAGATTTCT 
TCTATCTTAC AGGAACTGAA AAGAGTAGAA AAGCAGCTGC AAGCAATCAA TGCTATGATT 
GATCCTGATG GAACTTTGGA GGCTCTGAAC AACATGGGAT TTCCCAGTGC TATGTTGCCA 
TCTCCACCGA AACAGAAGTC CAGCCCTGTG AATAACCACC ACAGCCCGGG TCAGACACCA 
ACACTTGGCC AACCAGAAGC TAGGGCTCTT CATCCTGCTG CTGTTTCAGC CGCAGCTGAA 
TTTGAGAATG CTGAATCTGA GGCTGATTTC AGTATACATT TCAATAGATT CAACCCCGAT 
GGGGAAGAGG AAGATGTTAC AGTACAAGAA TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858437.1
CDS	932..5284
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREELVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002948.1
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X29, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002948.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACAGTAA GCACTGCTGC CACCACCCCT GGCTCTGCCA TAGACACTAG AGAAGAGTTG 
GTTGATCGTG TTTTTGATGA AAGCCTCAAC TTCCGAAAGA TTCCTCCATT AGTTCATTCC 
AAAACACCAG AAGGAAACAA CGGTCGATCT GGTGATCCAA GACCTCAAGC AGCAGAGCCT 
CCCGATCACT TAACAATTAC AAGGCGGAGA ACCTGGAGCA GGGATGAAGT CATGGGAGAT 
AATCTGCTGC TGTCATCCGT CTTTCAGTTC TCTAAGAAGA TAAGACAATC TATAGATAAG 
ACAGCTGGAA AGATCAGAAT ATTATTTAAA GACAAAGATC GGAATTGGGA TGACATAGAA 
AGCAAATTAA GAGCCGAAAG TGAAGTCCCT ATTGTGAAAA CCTCAAGCAT GGAGATTTCT 
TCTATCTTAC AGGAACTGAA AAGAGTAGAA AAGCAGCTGC AAGCAATCAA TGCTATGATT 
GATCCTGATG GAACTTTGGA GGCTCTGAAC AACATGGGAT TTCCCAGTGC TATGTTGCCA 
TCTCCACCGA AACAGAAGTC CAGCCCTGTG AATAACCACC ACAGCCCGGG TCAGACACCA 
ACACTTGGCC AACCAGAAGC TAGGGCTCTT CATCCTGCTG CTGTTTCAGC CGCAGCTGAA 
TTTGAGAATG CTGAATCTGA GGCTGATTTC AGTATACATT TCAATAGATT CAACCCCGAT 
GGGGAAGAGG AAGATGTTAC AGTACAAGAA TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002949.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858438.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X30, mRNA.

Price & Availability↑

CloneID	OHu90876
Clone ID Related Accession (Same CDS sequence)	XM_017002949.1 , XM_017002949.2
Accession Version	XM_017002949.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4302bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X18
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACATTGG TTGATCGTGT TTTTGATGAA AGCCTCAACT TCCGAAAGAT TCCTCCATTA 
GTTCATTCCA AAACACCAGA AGGAAACAAC GGTCGATCTG GTGATCCAAG ACCTCAAGCA 
GCAGAGCCTC CCGATCACTT AACAATTACA AGGCGGAGAA CCTGGAGCAG GGATGAAGTC 
ATGGGAGATA ATCTGCTGCT GTCATCCGTC TTTCAGTTCT CTAAGAAGAT AAGACAATCT 
ATAGATAAGA CAGCTGGAAA GATCAGAATA TTATTTAAAG ACAAAGATCG GAATTGGGAT 
GACATAGAAA GCAAATTAAG AGCCGAAAGT GAAGTCCCTA TTGTGAAAAC CTCAAGCATG 
GAGATTTCTT CTATCTTACA GGAACTGAAA AGAGTAGAAA AGCAGCTGCA AGCAATCAAT 
GCTATGATTG ATCCTGATGG AACTTTGGAG GCTCTGAACA ACATGGGATT TCCCAGTGCT 
ATGTTGCCAT CTCCACCGAA ACAGAAGTCC AGCCCTGTGA ATAACCACCA CAGCCCGGGT 
CAGACACCAA CACTTGGCCA ACCAGAAGCT AGGGCTCTTC ATCCTGCTGC TGTTTCAGCC 
GCAGCTGAAT TTGAGAATGC TGAATCTGAG GCTGATTTCA GTATACATTT CAATAGATTC 
AACCCCGATG GGGAAGAGGA AGATGTTACA GTACAAGAAT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858438.1
CDS	939..5240
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002949.1
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X30, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002949.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACATTGG TTGATCGTGT TTTTGATGAA AGCCTCAACT TCCGAAAGAT TCCTCCATTA 
GTTCATTCCA AAACACCAGA AGGAAACAAC GGTCGATCTG GTGATCCAAG ACCTCAAGCA 
GCAGAGCCTC CCGATCACTT AACAATTACA AGGCGGAGAA CCTGGAGCAG GGATGAAGTC 
ATGGGAGATA ATCTGCTGCT GTCATCCGTC TTTCAGTTCT CTAAGAAGAT AAGACAATCT 
ATAGATAAGA CAGCTGGAAA GATCAGAATA TTATTTAAAG ACAAAGATCG GAATTGGGAT 
GACATAGAAA GCAAATTAAG AGCCGAAAGT GAAGTCCCTA TTGTGAAAAC CTCAAGCATG 
GAGATTTCTT CTATCTTACA GGAACTGAAA AGAGTAGAAA AGCAGCTGCA AGCAATCAAT 
GCTATGATTG ATCCTGATGG AACTTTGGAG GCTCTGAACA ACATGGGATT TCCCAGTGCT 
ATGTTGCCAT CTCCACCGAA ACAGAAGTCC AGCCCTGTGA ATAACCACCA CAGCCCGGGT 
CAGACACCAA CACTTGGCCA ACCAGAAGCT AGGGCTCTTC ATCCTGCTGC TGTTTCAGCC 
GCAGCTGAAT TTGAGAATGC TGAATCTGAG GCTGATTTCA GTATACATTT CAATAGATTC 
AACCCCGATG GGGAAGAGGA AGATGTTACA GTACAAGAAT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002949.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858438.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X30, mRNA.

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CloneID	OHu90876
Clone ID Related Accession (Same CDS sequence)	XM_017002949.1 , XM_017002949.2
Accession Version	XM_017002949.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4302bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X18
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017002949.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACATTGG TTGATCGTGT TTTTGATGAA AGCCTCAACT TCCGAAAGAT TCCTCCATTA 
GTTCATTCCA AAACACCAGA AGGAAACAAC GGTCGATCTG GTGATCCAAG ACCTCAAGCA 
GCAGAGCCTC CCGATCACTT AACAATTACA AGGCGGAGAA CCTGGAGCAG GGATGAAGTC 
ATGGGAGATA ATCTGCTGCT GTCATCCGTC TTTCAGTTCT CTAAGAAGAT AAGACAATCT 
ATAGATAAGA CAGCTGGAAA GATCAGAATA TTATTTAAAG ACAAAGATCG GAATTGGGAT 
GACATAGAAA GCAAATTAAG AGCCGAAAGT GAAGTCCCTA TTGTGAAAAC CTCAAGCATG 
GAGATTTCTT CTATCTTACA GGAACTGAAA AGAGTAGAAA AGCAGCTGCA AGCAATCAAT 
GCTATGATTG ATCCTGATGG AACTTTGGAG GCTCTGAACA ACATGGGATT TCCCAGTGCT 
ATGTTGCCAT CTCCACCGAA ACAGAAGTCC AGCCCTGTGA ATAACCACCA CAGCCCGGGT 
CAGACACCAA CACTTGGCCA ACCAGAAGCT AGGGCTCTTC ATCCTGCTGC TGTTTCAGCC 
GCAGCTGAAT TTGAGAATGC TGAATCTGAG GCTGATTTCA GTATACATTT CAATAGATTC 
AACCCCGATG GGGAAGAGGA AGATGTTACA GTACAAGAAT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858438.1
CDS	234..4535
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002949.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X30, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002949.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACATTGG TTGATCGTGT TTTTGATGAA AGCCTCAACT TCCGAAAGAT TCCTCCATTA 
GTTCATTCCA AAACACCAGA AGGAAACAAC GGTCGATCTG GTGATCCAAG ACCTCAAGCA 
GCAGAGCCTC CCGATCACTT AACAATTACA AGGCGGAGAA CCTGGAGCAG GGATGAAGTC 
ATGGGAGATA ATCTGCTGCT GTCATCCGTC TTTCAGTTCT CTAAGAAGAT AAGACAATCT 
ATAGATAAGA CAGCTGGAAA GATCAGAATA TTATTTAAAG ACAAAGATCG GAATTGGGAT 
GACATAGAAA GCAAATTAAG AGCCGAAAGT GAAGTCCCTA TTGTGAAAAC CTCAAGCATG 
GAGATTTCTT CTATCTTACA GGAACTGAAA AGAGTAGAAA AGCAGCTGCA AGCAATCAAT 
GCTATGATTG ATCCTGATGG AACTTTGGAG GCTCTGAACA ACATGGGATT TCCCAGTGCT 
ATGTTGCCAT CTCCACCGAA ACAGAAGTCC AGCCCTGTGA ATAACCACCA CAGCCCGGGT 
CAGACACCAA CACTTGGCCA ACCAGAAGCT AGGGCTCTTC ATCCTGCTGC TGTTTCAGCC 
GCAGCTGAAT TTGAGAATGC TGAATCTGAG GCTGATTTCA GTATACATTT CAATAGATTC 
AACCCCGATG GGGAAGAGGA AGATGTTACA GTACAAGAAT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002950.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858439.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X31, mRNA.

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CloneID	OHu90877
Clone ID Related Accession (Same CDS sequence)	XM_017002950.1 , XM_017002950.2
Accession Version	XM_017002950.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4227bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X19
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGAAATAAAC ATGATGATGG TACGCAAAGT 
GATTCAGAGA ACGCTGGGGC TCACAGGCGC TGTAGCAAAC GTGCAACTCT TGAGGAACAC 
TTAAGACGCC ACCATTCAGA ACACAAAAAG CTACAGAAGG TCCAGGCTAC TGAAAAGCAT 
CAAGACCAAG CTGTTACTAG CTCTGCGCAT CACAGAGGGG GGCATGGTGT TCCACATGGG 
AAATTGTTAA AACAGAAATC AGAGGAGCCA TCGGTGTCAA TACCCTTCCT ACAAACTGCA 
TTATTAAGAA GTTCAGGGAG TCTTGGGCAC AGACCAAGCC AGGAGATGGA TAAAATGTTA 
AAAAATCAAG CAACTTCTGC TACTTCTGAA AAGGATAATG ATGATGACCA AAGTGACAAG 
GGTACTTATA CCATTGAGTT AGAGAATCCC AACAGTGAGG AAGTGGAAGC AAGAAAAATG 
ATTGACAAGG TGTTTGGAGT AGATGACAAT CAGGATTATA ATAGGCCTGT TATCAACGAA 
AAACATAAAG ATCTAATAAA AGATTGGGCT CTCAGTTCTG CTGCAGCAGT AATGGAAGAA 
AGAAAACCAC TGACTACATC TGGATTTCAC CACTCAGAGG AAGGCACATC TTCATCTGGA 
AGCAAACGTT GGGTTTCACA GTGGGCTAGT TTGGCTGCCA ATCATACAAG GCATGATCAA 
GAAGAAAGGA TAATGGAATT TTCTGCACCT CTTCCTTTAG AGAATGAGAC AGAGATCAGT 
GAGTCTGGCA TGACAGTGAG AAGTACTGGC TCTGCAACTT CCTTGGCTAG CCAGGGAGAG 
AGAAGGAGAC GAACTCTTCC CCAGCTTCCA AATGAAGAAA AGTCTCTTGA GAGCCACAGA 
GCAAAGGTTG TAACACAGAG GTCAGAGATA GGAGAAAAAC AAGACACAGA ACTTCAGGAG 
AAAGAAACAC CTACACAGGT ATACCAGAAA GATAAACAAG ATGCTGACAG ACCCTTGAGT 
AAAATGAACA GGGCAGTAAA TGGAGAGACT CTCAAAACTG GTGGAGATAA TAAAACCCTA 
CTTCACTTAG GCAGCTCTGC TCCTGGAAAA GAGAAAAGTG AAACTGATAA GGAAACTTCT 
TTGGTAAAGC AAACATTAGC AAAACTTCAA CAACAAGAAC AAAGGGAGGA GGCTCAGTGG 
ACACCTACTA AATTGTCTTC CAAAAATGTT TCAGGTCAGA CAGATAAATG TAGGGAGGAA 
ACTTTTAAAC AAGAATCACA ACCTCCAGAA AAAAATTCAG GACATTCTAC AAGCAAAGGA 
GACAGAGTGG CACAAAGTGA GAGCAAGAGA AGAAAAGCTG AGGAAATTCT GAAAAGTCAG 
ACTCCAAAGG GAGGAGACAA GAAGGAATCC TCCAAGTCAT TAGTGCGACA AGGGAGCTTC 
ACTATAGAAA AACCCAGCCC AAACATACCC ATAGAACTTA TTCCCCATAT AAATAAACAG 
ACTTCCTCTA CTCCTTCTTC TTTAGCATTA ACATCTGCAA GTAGAATACG AGAAAGAAGT 
GAGTCTTTGG ATCCTGATTC TAGTATGGAC ACAACCCTTA TTCTAAAAGA CACAGAAGCA 
GTAATGGCTT TTCTAGAAGC TAAACTACGT GAAGATAATA AAACTGATGA AGGACCAGAT 
ACTCCCAGTT ATAATAGAGA CAATTCTATT TCACCAGAAT CTGATGTAGA TACAGCTAGT 
ACAATCAGTC TGGTTACTGG AGAAACTGAA AGAAAGTCAA CCCAAAAGCG AAAGAGTTTC 
ACTAGCCTCT ATAAAGATAG GTGTTCCACA GGTTCTCCTT CCAAAGATGT TACAAAATCA 
TCATCTTCAG GTGCTAGGGA AAAAATGGAA AAGAAAACAA AAAGTCGTTC CACAGATGTG 
GGTTCAAGAG CAGATGGTCG TAAATTTGTT CAGTCCAGTG GGAGAATAAG ACAGCCCTCA 
GTAGACTTAA CAGATGATGA CCAAACCTCT AGTGTACCTC ATTCTGCCAT CTCTGATATT 
ATGTCATCTG ATCAAGAAAC TTACTCTTGT AAACCTCATG GACGGACTCC ACTTACCTCA 
GCTGATGAGC ATGTACATTC CAAACTGGAA GGAAGTAAAG TAACGAAATC TAAGACTTCT 
CCGGTGGTAT CTGGTTCATC TAGTAAATCA ACCACCCTTC CAAGGCCACG ACCTACCAGG 
ACTTCCCTCT TGCGCAGAGC ACGACTTGGT GAAGCTTCAG ACAGTGAACT TGCTGATGCT 
GACAAAGCAT CTGTTGCTTC TGAAGTATCC ACAACAAGTT CTACATCAAA ACCTCCCACA 
GGAAGGCGTA ACATCTCTCG GATTGATTTA TTGGCTCAGC CTCGTAGAAC ACGACTTGGC 
TCACTGTCAG CTCGTAGTGA CTCTGAAGCA ACAATTTCTA GAAGTAGTGC CTCTTCGAGG 
ACCGCAGAAG CCATCATTAG AAGTGGAGCC AGACTAGTAC CATCAGATAA ATTTTCTCCT 
AGAATTAGAG CTAACAGTAT CTCTCGACTC TCAGACTCCA AGGTCAAAAG TATGACCTCA 
GCTCATGGCT CTGCTTCAGT AAATTCAAGA TGGAGGCGCT TTCCTACTGA TTATGCTTCC 
ACCTCAGAAG ATGAATTTGG ATCAAACCGT AATTCCCCTA AACATACCCG TCTACGTACT 
TCTCCAGCCC TGAAAACCAC TCGCTTGCAG AGCGCTGGAT CAGCAATGCC TACTAGTTCT 
TCATTCAAAC ACCGGATTAA AGAGCAGGAA GACTACATCC GAGATTGGAC TGCTCATCGA 
GAAGAGATAG CCAGGATCAG CCAAGATCTT GCTCTCATTG CTCGGGAGAT CAACGATGTA 
GCAGGAGAGA TAGATTCAGT GACTTCATCA GGCACTGCCC CTAGTACCAC ATTGGTTGAT 
CGTGTTTTTG ATGAAAGCCT CAACTTCCGA AAGATTCCTC CATTAGTTCA TTCCAAAACA 
CCAGAAGGAA ACAACGGTCG ATCTGGTGAT CCAAGACCTC AAGCAGCAGA GCCTCCCGAT 
CACTTAACAA TTACAAGGCG GAGAACCTGG AGCAGGGATG AAGTCATGGG AGATAATCTG 
CTGCTGTCAT CCGTCTTTCA GTTCTCTAAG AAGATAAGAC AATCTATAGA TAAGACAGCT 
GGAAAGATCA GAATATTATT TAAAGACAAA GATCGGAATT GGGATGACAT AGAAAGCAAA 
TTAAGAGCCG AAAGTGAAGT CCCTATTGTG AAAACCTCAA GCATGGAGAT TTCTTCTATC 
TTACAGGAAC TGAAAAGAGT AGAAAAGCAG CTGCAAGCAA TCAATGCTAT GATTGATCCT 
GATGGAACTT TGGAGGCTCT GAACAACATG GGATTTCCCA GTGCTATGTT GCCATCTCCA 
CCGAAACAGA AGTCCAGCCC TGTGAATAAC CACCACAGCC CGGGTCAGAC ACCAACACTT 
GGCCAACCAG AAGCTAGGGC TCTTCATCCT GCTGCTGTTT CAGCCGCAGC TGAATTTGAG 
AATGCTGAAT CTGAGGCTGA TTTCAGTATA CATTTCAATA GATTCAACCC CGATGGGGAA 
GAGGAAGATG TTACAGTACA AGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858439.1
CDS	889..5115
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002950.1
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X31, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002950.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGAAATAAAC ATGATGATGG TACGCAAAGT 
GATTCAGAGA ACGCTGGGGC TCACAGGCGC TGTAGCAAAC GTGCAACTCT TGAGGAACAC 
TTAAGACGCC ACCATTCAGA ACACAAAAAG CTACAGAAGG TCCAGGCTAC TGAAAAGCAT 
CAAGACCAAG CTGTTACTAG CTCTGCGCAT CACAGAGGGG GGCATGGTGT TCCACATGGG 
AAATTGTTAA AACAGAAATC AGAGGAGCCA TCGGTGTCAA TACCCTTCCT ACAAACTGCA 
TTATTAAGAA GTTCAGGGAG TCTTGGGCAC AGACCAAGCC AGGAGATGGA TAAAATGTTA 
AAAAATCAAG CAACTTCTGC TACTTCTGAA AAGGATAATG ATGATGACCA AAGTGACAAG 
GGTACTTATA CCATTGAGTT AGAGAATCCC AACAGTGAGG AAGTGGAAGC AAGAAAAATG 
ATTGACAAGG TGTTTGGAGT AGATGACAAT CAGGATTATA ATAGGCCTGT TATCAACGAA 
AAACATAAAG ATCTAATAAA AGATTGGGCT CTCAGTTCTG CTGCAGCAGT AATGGAAGAA 
AGAAAACCAC TGACTACATC TGGATTTCAC CACTCAGAGG AAGGCACATC TTCATCTGGA 
AGCAAACGTT GGGTTTCACA GTGGGCTAGT TTGGCTGCCA ATCATACAAG GCATGATCAA 
GAAGAAAGGA TAATGGAATT TTCTGCACCT CTTCCTTTAG AGAATGAGAC AGAGATCAGT 
GAGTCTGGCA TGACAGTGAG AAGTACTGGC TCTGCAACTT CCTTGGCTAG CCAGGGAGAG 
AGAAGGAGAC GAACTCTTCC CCAGCTTCCA AATGAAGAAA AGTCTCTTGA GAGCCACAGA 
GCAAAGGTTG TAACACAGAG GTCAGAGATA GGAGAAAAAC AAGACACAGA ACTTCAGGAG 
AAAGAAACAC CTACACAGGT ATACCAGAAA GATAAACAAG ATGCTGACAG ACCCTTGAGT 
AAAATGAACA GGGCAGTAAA TGGAGAGACT CTCAAAACTG GTGGAGATAA TAAAACCCTA 
CTTCACTTAG GCAGCTCTGC TCCTGGAAAA GAGAAAAGTG AAACTGATAA GGAAACTTCT 
TTGGTAAAGC AAACATTAGC AAAACTTCAA CAACAAGAAC AAAGGGAGGA GGCTCAGTGG 
ACACCTACTA AATTGTCTTC CAAAAATGTT TCAGGTCAGA CAGATAAATG TAGGGAGGAA 
ACTTTTAAAC AAGAATCACA ACCTCCAGAA AAAAATTCAG GACATTCTAC AAGCAAAGGA 
GACAGAGTGG CACAAAGTGA GAGCAAGAGA AGAAAAGCTG AGGAAATTCT GAAAAGTCAG 
ACTCCAAAGG GAGGAGACAA GAAGGAATCC TCCAAGTCAT TAGTGCGACA AGGGAGCTTC 
ACTATAGAAA AACCCAGCCC AAACATACCC ATAGAACTTA TTCCCCATAT AAATAAACAG 
ACTTCCTCTA CTCCTTCTTC TTTAGCATTA ACATCTGCAA GTAGAATACG AGAAAGAAGT 
GAGTCTTTGG ATCCTGATTC TAGTATGGAC ACAACCCTTA TTCTAAAAGA CACAGAAGCA 
GTAATGGCTT TTCTAGAAGC TAAACTACGT GAAGATAATA AAACTGATGA AGGACCAGAT 
ACTCCCAGTT ATAATAGAGA CAATTCTATT TCACCAGAAT CTGATGTAGA TACAGCTAGT 
ACAATCAGTC TGGTTACTGG AGAAACTGAA AGAAAGTCAA CCCAAAAGCG AAAGAGTTTC 
ACTAGCCTCT ATAAAGATAG GTGTTCCACA GGTTCTCCTT CCAAAGATGT TACAAAATCA 
TCATCTTCAG GTGCTAGGGA AAAAATGGAA AAGAAAACAA AAAGTCGTTC CACAGATGTG 
GGTTCAAGAG CAGATGGTCG TAAATTTGTT CAGTCCAGTG GGAGAATAAG ACAGCCCTCA 
GTAGACTTAA CAGATGATGA CCAAACCTCT AGTGTACCTC ATTCTGCCAT CTCTGATATT 
ATGTCATCTG ATCAAGAAAC TTACTCTTGT AAACCTCATG GACGGACTCC ACTTACCTCA 
GCTGATGAGC ATGTACATTC CAAACTGGAA GGAAGTAAAG TAACGAAATC TAAGACTTCT 
CCGGTGGTAT CTGGTTCATC TAGTAAATCA ACCACCCTTC CAAGGCCACG ACCTACCAGG 
ACTTCCCTCT TGCGCAGAGC ACGACTTGGT GAAGCTTCAG ACAGTGAACT TGCTGATGCT 
GACAAAGCAT CTGTTGCTTC TGAAGTATCC ACAACAAGTT CTACATCAAA ACCTCCCACA 
GGAAGGCGTA ACATCTCTCG GATTGATTTA TTGGCTCAGC CTCGTAGAAC ACGACTTGGC 
TCACTGTCAG CTCGTAGTGA CTCTGAAGCA ACAATTTCTA GAAGTAGTGC CTCTTCGAGG 
ACCGCAGAAG CCATCATTAG AAGTGGAGCC AGACTAGTAC CATCAGATAA ATTTTCTCCT 
AGAATTAGAG CTAACAGTAT CTCTCGACTC TCAGACTCCA AGGTCAAAAG TATGACCTCA 
GCTCATGGCT CTGCTTCAGT AAATTCAAGA TGGAGGCGCT TTCCTACTGA TTATGCTTCC 
ACCTCAGAAG ATGAATTTGG ATCAAACCGT AATTCCCCTA AACATACCCG TCTACGTACT 
TCTCCAGCCC TGAAAACCAC TCGCTTGCAG AGCGCTGGAT CAGCAATGCC TACTAGTTCT 
TCATTCAAAC ACCGGATTAA AGAGCAGGAA GACTACATCC GAGATTGGAC TGCTCATCGA 
GAAGAGATAG CCAGGATCAG CCAAGATCTT GCTCTCATTG CTCGGGAGAT CAACGATGTA 
GCAGGAGAGA TAGATTCAGT GACTTCATCA GGCACTGCCC CTAGTACCAC ATTGGTTGAT 
CGTGTTTTTG ATGAAAGCCT CAACTTCCGA AAGATTCCTC CATTAGTTCA TTCCAAAACA 
CCAGAAGGAA ACAACGGTCG ATCTGGTGAT CCAAGACCTC AAGCAGCAGA GCCTCCCGAT 
CACTTAACAA TTACAAGGCG GAGAACCTGG AGCAGGGATG AAGTCATGGG AGATAATCTG 
CTGCTGTCAT CCGTCTTTCA GTTCTCTAAG AAGATAAGAC AATCTATAGA TAAGACAGCT 
GGAAAGATCA GAATATTATT TAAAGACAAA GATCGGAATT GGGATGACAT AGAAAGCAAA 
TTAAGAGCCG AAAGTGAAGT CCCTATTGTG AAAACCTCAA GCATGGAGAT TTCTTCTATC 
TTACAGGAAC TGAAAAGAGT AGAAAAGCAG CTGCAAGCAA TCAATGCTAT GATTGATCCT 
GATGGAACTT TGGAGGCTCT GAACAACATG GGATTTCCCA GTGCTATGTT GCCATCTCCA 
CCGAAACAGA AGTCCAGCCC TGTGAATAAC CACCACAGCC CGGGTCAGAC ACCAACACTT 
GGCCAACCAG AAGCTAGGGC TCTTCATCCT GCTGCTGTTT CAGCCGCAGC TGAATTTGAG 
AATGCTGAAT CTGAGGCTGA TTTCAGTATA CATTTCAATA GATTCAACCC CGATGGGGAA 
GAGGAAGATG TTACAGTACA AGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002950.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858439.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X31, mRNA.

Price & Availability↑

CloneID	OHu90877
Clone ID Related Accession (Same CDS sequence)	XM_017002950.1 , XM_017002950.2
Accession Version	XM_017002950.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4227bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X19
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017002950.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGAAATAAAC ATGATGATGG TACGCAAAGT 
GATTCAGAGA ACGCTGGGGC TCACAGGCGC TGTAGCAAAC GTGCAACTCT TGAGGAACAC 
TTAAGACGCC ACCATTCAGA ACACAAAAAG CTACAGAAGG TCCAGGCTAC TGAAAAGCAT 
CAAGACCAAG CTGTTACTAG CTCTGCGCAT CACAGAGGGG GGCATGGTGT TCCACATGGG 
AAATTGTTAA AACAGAAATC AGAGGAGCCA TCGGTGTCAA TACCCTTCCT ACAAACTGCA 
TTATTAAGAA GTTCAGGGAG TCTTGGGCAC AGACCAAGCC AGGAGATGGA TAAAATGTTA 
AAAAATCAAG CAACTTCTGC TACTTCTGAA AAGGATAATG ATGATGACCA AAGTGACAAG 
GGTACTTATA CCATTGAGTT AGAGAATCCC AACAGTGAGG AAGTGGAAGC AAGAAAAATG 
ATTGACAAGG TGTTTGGAGT AGATGACAAT CAGGATTATA ATAGGCCTGT TATCAACGAA 
AAACATAAAG ATCTAATAAA AGATTGGGCT CTCAGTTCTG CTGCAGCAGT AATGGAAGAA 
AGAAAACCAC TGACTACATC TGGATTTCAC CACTCAGAGG AAGGCACATC TTCATCTGGA 
AGCAAACGTT GGGTTTCACA GTGGGCTAGT TTGGCTGCCA ATCATACAAG GCATGATCAA 
GAAGAAAGGA TAATGGAATT TTCTGCACCT CTTCCTTTAG AGAATGAGAC AGAGATCAGT 
GAGTCTGGCA TGACAGTGAG AAGTACTGGC TCTGCAACTT CCTTGGCTAG CCAGGGAGAG 
AGAAGGAGAC GAACTCTTCC CCAGCTTCCA AATGAAGAAA AGTCTCTTGA GAGCCACAGA 
GCAAAGGTTG TAACACAGAG GTCAGAGATA GGAGAAAAAC AAGACACAGA ACTTCAGGAG 
AAAGAAACAC CTACACAGGT ATACCAGAAA GATAAACAAG ATGCTGACAG ACCCTTGAGT 
AAAATGAACA GGGCAGTAAA TGGAGAGACT CTCAAAACTG GTGGAGATAA TAAAACCCTA 
CTTCACTTAG GCAGCTCTGC TCCTGGAAAA GAGAAAAGTG AAACTGATAA GGAAACTTCT 
TTGGTAAAGC AAACATTAGC AAAACTTCAA CAACAAGAAC AAAGGGAGGA GGCTCAGTGG 
ACACCTACTA AATTGTCTTC CAAAAATGTT TCAGGTCAGA CAGATAAATG TAGGGAGGAA 
ACTTTTAAAC AAGAATCACA ACCTCCAGAA AAAAATTCAG GACATTCTAC AAGCAAAGGA 
GACAGAGTGG CACAAAGTGA GAGCAAGAGA AGAAAAGCTG AGGAAATTCT GAAAAGTCAG 
ACTCCAAAGG GAGGAGACAA GAAGGAATCC TCCAAGTCAT TAGTGCGACA AGGGAGCTTC 
ACTATAGAAA AACCCAGCCC AAACATACCC ATAGAACTTA TTCCCCATAT AAATAAACAG 
ACTTCCTCTA CTCCTTCTTC TTTAGCATTA ACATCTGCAA GTAGAATACG AGAAAGAAGT 
GAGTCTTTGG ATCCTGATTC TAGTATGGAC ACAACCCTTA TTCTAAAAGA CACAGAAGCA 
GTAATGGCTT TTCTAGAAGC TAAACTACGT GAAGATAATA AAACTGATGA AGGACCAGAT 
ACTCCCAGTT ATAATAGAGA CAATTCTATT TCACCAGAAT CTGATGTAGA TACAGCTAGT 
ACAATCAGTC TGGTTACTGG AGAAACTGAA AGAAAGTCAA CCCAAAAGCG AAAGAGTTTC 
ACTAGCCTCT ATAAAGATAG GTGTTCCACA GGTTCTCCTT CCAAAGATGT TACAAAATCA 
TCATCTTCAG GTGCTAGGGA AAAAATGGAA AAGAAAACAA AAAGTCGTTC CACAGATGTG 
GGTTCAAGAG CAGATGGTCG TAAATTTGTT CAGTCCAGTG GGAGAATAAG ACAGCCCTCA 
GTAGACTTAA CAGATGATGA CCAAACCTCT AGTGTACCTC ATTCTGCCAT CTCTGATATT 
ATGTCATCTG ATCAAGAAAC TTACTCTTGT AAACCTCATG GACGGACTCC ACTTACCTCA 
GCTGATGAGC ATGTACATTC CAAACTGGAA GGAAGTAAAG TAACGAAATC TAAGACTTCT 
CCGGTGGTAT CTGGTTCATC TAGTAAATCA ACCACCCTTC CAAGGCCACG ACCTACCAGG 
ACTTCCCTCT TGCGCAGAGC ACGACTTGGT GAAGCTTCAG ACAGTGAACT TGCTGATGCT 
GACAAAGCAT CTGTTGCTTC TGAAGTATCC ACAACAAGTT CTACATCAAA ACCTCCCACA 
GGAAGGCGTA ACATCTCTCG GATTGATTTA TTGGCTCAGC CTCGTAGAAC ACGACTTGGC 
TCACTGTCAG CTCGTAGTGA CTCTGAAGCA ACAATTTCTA GAAGTAGTGC CTCTTCGAGG 
ACCGCAGAAG CCATCATTAG AAGTGGAGCC AGACTAGTAC CATCAGATAA ATTTTCTCCT 
AGAATTAGAG CTAACAGTAT CTCTCGACTC TCAGACTCCA AGGTCAAAAG TATGACCTCA 
GCTCATGGCT CTGCTTCAGT AAATTCAAGA TGGAGGCGCT TTCCTACTGA TTATGCTTCC 
ACCTCAGAAG ATGAATTTGG ATCAAACCGT AATTCCCCTA AACATACCCG TCTACGTACT 
TCTCCAGCCC TGAAAACCAC TCGCTTGCAG AGCGCTGGAT CAGCAATGCC TACTAGTTCT 
TCATTCAAAC ACCGGATTAA AGAGCAGGAA GACTACATCC GAGATTGGAC TGCTCATCGA 
GAAGAGATAG CCAGGATCAG CCAAGATCTT GCTCTCATTG CTCGGGAGAT CAACGATGTA 
GCAGGAGAGA TAGATTCAGT GACTTCATCA GGCACTGCCC CTAGTACCAC ATTGGTTGAT 
CGTGTTTTTG ATGAAAGCCT CAACTTCCGA AAGATTCCTC CATTAGTTCA TTCCAAAACA 
CCAGAAGGAA ACAACGGTCG ATCTGGTGAT CCAAGACCTC AAGCAGCAGA GCCTCCCGAT 
CACTTAACAA TTACAAGGCG GAGAACCTGG AGCAGGGATG AAGTCATGGG AGATAATCTG 
CTGCTGTCAT CCGTCTTTCA GTTCTCTAAG AAGATAAGAC AATCTATAGA TAAGACAGCT 
GGAAAGATCA GAATATTATT TAAAGACAAA GATCGGAATT GGGATGACAT AGAAAGCAAA 
TTAAGAGCCG AAAGTGAAGT CCCTATTGTG AAAACCTCAA GCATGGAGAT TTCTTCTATC 
TTACAGGAAC TGAAAAGAGT AGAAAAGCAG CTGCAAGCAA TCAATGCTAT GATTGATCCT 
GATGGAACTT TGGAGGCTCT GAACAACATG GGATTTCCCA GTGCTATGTT GCCATCTCCA 
CCGAAACAGA AGTCCAGCCC TGTGAATAAC CACCACAGCC CGGGTCAGAC ACCAACACTT 
GGCCAACCAG AAGCTAGGGC TCTTCATCCT GCTGCTGTTT CAGCCGCAGC TGAATTTGAG 
AATGCTGAAT CTGAGGCTGA TTTCAGTATA CATTTCAATA GATTCAACCC CGATGGGGAA 
GAGGAAGATG TTACAGTACA AGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858439.1
CDS	234..4460
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002950.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X31, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002950.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGAAATAAAC ATGATGATGG TACGCAAAGT 
GATTCAGAGA ACGCTGGGGC TCACAGGCGC TGTAGCAAAC GTGCAACTCT TGAGGAACAC 
TTAAGACGCC ACCATTCAGA ACACAAAAAG CTACAGAAGG TCCAGGCTAC TGAAAAGCAT 
CAAGACCAAG CTGTTACTAG CTCTGCGCAT CACAGAGGGG GGCATGGTGT TCCACATGGG 
AAATTGTTAA AACAGAAATC AGAGGAGCCA TCGGTGTCAA TACCCTTCCT ACAAACTGCA 
TTATTAAGAA GTTCAGGGAG TCTTGGGCAC AGACCAAGCC AGGAGATGGA TAAAATGTTA 
AAAAATCAAG CAACTTCTGC TACTTCTGAA AAGGATAATG ATGATGACCA AAGTGACAAG 
GGTACTTATA CCATTGAGTT AGAGAATCCC AACAGTGAGG AAGTGGAAGC AAGAAAAATG 
ATTGACAAGG TGTTTGGAGT AGATGACAAT CAGGATTATA ATAGGCCTGT TATCAACGAA 
AAACATAAAG ATCTAATAAA AGATTGGGCT CTCAGTTCTG CTGCAGCAGT AATGGAAGAA 
AGAAAACCAC TGACTACATC TGGATTTCAC CACTCAGAGG AAGGCACATC TTCATCTGGA 
AGCAAACGTT GGGTTTCACA GTGGGCTAGT TTGGCTGCCA ATCATACAAG GCATGATCAA 
GAAGAAAGGA TAATGGAATT TTCTGCACCT CTTCCTTTAG AGAATGAGAC AGAGATCAGT 
GAGTCTGGCA TGACAGTGAG AAGTACTGGC TCTGCAACTT CCTTGGCTAG CCAGGGAGAG 
AGAAGGAGAC GAACTCTTCC CCAGCTTCCA AATGAAGAAA AGTCTCTTGA GAGCCACAGA 
GCAAAGGTTG TAACACAGAG GTCAGAGATA GGAGAAAAAC AAGACACAGA ACTTCAGGAG 
AAAGAAACAC CTACACAGGT ATACCAGAAA GATAAACAAG ATGCTGACAG ACCCTTGAGT 
AAAATGAACA GGGCAGTAAA TGGAGAGACT CTCAAAACTG GTGGAGATAA TAAAACCCTA 
CTTCACTTAG GCAGCTCTGC TCCTGGAAAA GAGAAAAGTG AAACTGATAA GGAAACTTCT 
TTGGTAAAGC AAACATTAGC AAAACTTCAA CAACAAGAAC AAAGGGAGGA GGCTCAGTGG 
ACACCTACTA AATTGTCTTC CAAAAATGTT TCAGGTCAGA CAGATAAATG TAGGGAGGAA 
ACTTTTAAAC AAGAATCACA ACCTCCAGAA AAAAATTCAG GACATTCTAC AAGCAAAGGA 
GACAGAGTGG CACAAAGTGA GAGCAAGAGA AGAAAAGCTG AGGAAATTCT GAAAAGTCAG 
ACTCCAAAGG GAGGAGACAA GAAGGAATCC TCCAAGTCAT TAGTGCGACA AGGGAGCTTC 
ACTATAGAAA AACCCAGCCC AAACATACCC ATAGAACTTA TTCCCCATAT AAATAAACAG 
ACTTCCTCTA CTCCTTCTTC TTTAGCATTA ACATCTGCAA GTAGAATACG AGAAAGAAGT 
GAGTCTTTGG ATCCTGATTC TAGTATGGAC ACAACCCTTA TTCTAAAAGA CACAGAAGCA 
GTAATGGCTT TTCTAGAAGC TAAACTACGT GAAGATAATA AAACTGATGA AGGACCAGAT 
ACTCCCAGTT ATAATAGAGA CAATTCTATT TCACCAGAAT CTGATGTAGA TACAGCTAGT 
ACAATCAGTC TGGTTACTGG AGAAACTGAA AGAAAGTCAA CCCAAAAGCG AAAGAGTTTC 
ACTAGCCTCT ATAAAGATAG GTGTTCCACA GGTTCTCCTT CCAAAGATGT TACAAAATCA 
TCATCTTCAG GTGCTAGGGA AAAAATGGAA AAGAAAACAA AAAGTCGTTC CACAGATGTG 
GGTTCAAGAG CAGATGGTCG TAAATTTGTT CAGTCCAGTG GGAGAATAAG ACAGCCCTCA 
GTAGACTTAA CAGATGATGA CCAAACCTCT AGTGTACCTC ATTCTGCCAT CTCTGATATT 
ATGTCATCTG ATCAAGAAAC TTACTCTTGT AAACCTCATG GACGGACTCC ACTTACCTCA 
GCTGATGAGC ATGTACATTC CAAACTGGAA GGAAGTAAAG TAACGAAATC TAAGACTTCT 
CCGGTGGTAT CTGGTTCATC TAGTAAATCA ACCACCCTTC CAAGGCCACG ACCTACCAGG 
ACTTCCCTCT TGCGCAGAGC ACGACTTGGT GAAGCTTCAG ACAGTGAACT TGCTGATGCT 
GACAAAGCAT CTGTTGCTTC TGAAGTATCC ACAACAAGTT CTACATCAAA ACCTCCCACA 
GGAAGGCGTA ACATCTCTCG GATTGATTTA TTGGCTCAGC CTCGTAGAAC ACGACTTGGC 
TCACTGTCAG CTCGTAGTGA CTCTGAAGCA ACAATTTCTA GAAGTAGTGC CTCTTCGAGG 
ACCGCAGAAG CCATCATTAG AAGTGGAGCC AGACTAGTAC CATCAGATAA ATTTTCTCCT 
AGAATTAGAG CTAACAGTAT CTCTCGACTC TCAGACTCCA AGGTCAAAAG TATGACCTCA 
GCTCATGGCT CTGCTTCAGT AAATTCAAGA TGGAGGCGCT TTCCTACTGA TTATGCTTCC 
ACCTCAGAAG ATGAATTTGG ATCAAACCGT AATTCCCCTA AACATACCCG TCTACGTACT 
TCTCCAGCCC TGAAAACCAC TCGCTTGCAG AGCGCTGGAT CAGCAATGCC TACTAGTTCT 
TCATTCAAAC ACCGGATTAA AGAGCAGGAA GACTACATCC GAGATTGGAC TGCTCATCGA 
GAAGAGATAG CCAGGATCAG CCAAGATCTT GCTCTCATTG CTCGGGAGAT CAACGATGTA 
GCAGGAGAGA TAGATTCAGT GACTTCATCA GGCACTGCCC CTAGTACCAC ATTGGTTGAT 
CGTGTTTTTG ATGAAAGCCT CAACTTCCGA AAGATTCCTC CATTAGTTCA TTCCAAAACA 
CCAGAAGGAA ACAACGGTCG ATCTGGTGAT CCAAGACCTC AAGCAGCAGA GCCTCCCGAT 
CACTTAACAA TTACAAGGCG GAGAACCTGG AGCAGGGATG AAGTCATGGG AGATAATCTG 
CTGCTGTCAT CCGTCTTTCA GTTCTCTAAG AAGATAAGAC AATCTATAGA TAAGACAGCT 
GGAAAGATCA GAATATTATT TAAAGACAAA GATCGGAATT GGGATGACAT AGAAAGCAAA 
TTAAGAGCCG AAAGTGAAGT CCCTATTGTG AAAACCTCAA GCATGGAGAT TTCTTCTATC 
TTACAGGAAC TGAAAAGAGT AGAAAAGCAG CTGCAAGCAA TCAATGCTAT GATTGATCCT 
GATGGAACTT TGGAGGCTCT GAACAACATG GGATTTCCCA GTGCTATGTT GCCATCTCCA 
CCGAAACAGA AGTCCAGCCC TGTGAATAAC CACCACAGCC CGGGTCAGAC ACCAACACTT 
GGCCAACCAG AAGCTAGGGC TCTTCATCCT GCTGCTGTTT CAGCCGCAGC TGAATTTGAG 
AATGCTGAAT CTGAGGCTGA TTTCAGTATA CATTTCAATA GATTCAACCC CGATGGGGAA 
GAGGAAGATG TTACAGTACA AGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002951.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858440.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X32, mRNA.

Price & Availability↑

CloneID	OHu90878
Clone ID Related Accession (Same CDS sequence)	XM_017002951.1 , XM_017002951.2
Accession Version	XM_017002951.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4014bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X20
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGAAATAAAC ATGATGATGG TACGCAAAGT 
GATTCAGAGA ACGCTGGGGC TCACAGGCGC TGTAGCAAAC GTGCAACTCT TGAGGAACAC 
TTAAGACGCC ACCATTCAGA ACACAAAAAG CTACAGAAGG TCCAGGCTAC TGAAAAGCAT 
CAAGACCAAG CTGTTGTGTT TGGAGTAGAT GACAATCAGG ATTATAATAG GCCTGTTATC 
AACGAAAAAC ATAAAGATCT AATAAAAGAT TGGGCTCTCA GTTCTGCTGC AGCAGTAATG 
GAAGAAAGAA AACCACTGAC TACATCTGGA TTTCACCACT CAGAGGAAGG CACATCTTCA 
TCTGGAAGCA AACGTTGGGT TTCACAGTGG GCTAGTTTGG CTGCCAATCA TACAAGGCAT 
GATCAAGAAG AAAGGATAAT GGAATTTTCT GCACCTCTTC CTTTAGAGAA TGAGACAGAG 
ATCAGTGAGT CTGGCATGAC AGTGAGAAGT ACTGGCTCTG CAACTTCCTT GGCTAGCCAG 
GGAGAGAGAA GGAGACGAAC TCTTCCCCAG CTTCCAAATG AAGAAAAGTC TCTTGAGAGC 
CACAGAGCAA AGGTTGTAAC ACAGAGGTCA GAGATAGGAG AAAAACAAGA CACAGAACTT 
CAGGAGAAAG AAACACCTAC ACAGGTATAC CAGAAAGATA AACAAGATGC TGACAGACCC 
TTGAGTAAAA TGAACAGGGC AGTAAATGGA GAGACTCTCA AAACTGGTGG AGATAATAAA 
ACCCTACTTC ACTTAGGCAG CTCTGCTCCT GGAAAAGAGA AAAGTGAAAC TGATAAGGAA 
ACTTCTTTGG TAAAGCAAAC ATTAGCAAAA CTTCAACAAC AAGAACAAAG GGAGGAGGCT 
CAGTGGACAC CTACTAAATT GTCTTCCAAA AATGTTTCAG GTCAGACAGA TAAATGTAGG 
GAGGAAACTT TTAAACAAGA ATCACAACCT CCAGAAAAAA ATTCAGGACA TTCTACAAGC 
AAAGGAGACA GAGTGGCACA AAGTGAGAGC AAGAGAAGAA AAGCTGAGGA AATTCTGAAA 
AGTCAGACTC CAAAGGGAGG AGACAAGAAG GAATCCTCCA AGTCATTAGT GCGACAAGGG 
AGCTTCACTA TAGAAAAACC CAGCCCAAAC ATACCCATAG AACTTATTCC CCATATAAAT 
AAACAGACTT CCTCTACTCC TTCTTCTTTA GCATTAACAT CTGCAAGTAG AATACGAGAA 
AGAAGTGAGT CTTTGGATCC TGATTCTAGT ATGGACACAA CCCTTATTCT AAAAGACACA 
GAAGCAGTAA TGGCTTTTCT AGAAGCTAAA CTACGTGAAG ATAATAAAAC TGATGAAGGA 
CCAGATACTC CCAGTTATAA TAGAGACAAT TCTATTTCAC CAGAATCTGA TGTAGATACA 
GCTAGTACAA TCAGTCTGGT TACTGGAGAA ACTGAAAGAA AGTCAACCCA AAAGCGAAAG 
AGTTTCACTA GCCTCTATAA AGATAGGTGT TCCACAGGTT CTCCTTCCAA AGATGTTACA 
AAATCATCAT CTTCAGGTGC TAGGGAAAAA ATGGAAAAGA AAACAAAAAG TCGTTCCACA 
GATGTGGGTT CAAGAGCAGA TGGTCGTAAA TTTGTTCAGT CCAGTGGGAG AATAAGACAG 
CCCTCAGTAG ACTTAACAGA TGATGACCAA ACCTCTAGTG TACCTCATTC TGCCATCTCT 
GATATTATGT CATCTGATCA AGAAACTTAC TCTTGTAAAC CTCATGGACG GACTCCACTT 
ACCTCAGCTG ATGAGCATGT ACATTCCAAA CTGGAAGGAA GTAAAGTAAC GAAATCTAAG 
ACTTCTCCGG TGGTATCTGG TTCATCTAGT AAATCAACCA CCCTTCCAAG GCCACGACCT 
ACCAGGACTT CCCTCTTGCG CAGAGCACGA CTTGGTGAAG CTTCAGACAG TGAACTTGCT 
GATGCTGACA AAGCATCTGT TGCTTCTGAA GTATCCACAA CAAGTTCTAC ATCAAAACCT 
CCCACAGGAA GGCGTAACAT CTCTCGGATT GATTTATTGG CTCAGCCTCG TAGAACACGA 
CTTGGCTCAC TGTCAGCTCG TAGTGACTCT GAAGCAACAA TTTCTAGAAG TAGTGCCTCT 
TCGAGGACCG CAGAAGCCAT CATTAGAAGT GGAGCCAGAC TAGTACCATC AGATAAATTT 
TCTCCTAGAA TTAGAGCTAA CAGTATCTCT CGACTCTCAG ACTCCAAGGT CAAAAGTATG 
ACCTCAGCTC ATGGCTCTGC TTCAGTAAAT TCAAGATGGA GGCGCTTTCC TACTGATTAT 
GCTTCCACCT CAGAAGATGA ATTTGGATCA AACCGTAATT CCCCTAAACA TACCCGTCTA 
CGTACTTCTC CAGCCCTGAA AACCACTCGC TTGCAGAGCG CTGGATCAGC AATGCCTACT 
AGTTCTTCAT TCAAACACCG GATTAAAGAG CAGGAAGACT ACATCCGAGA TTGGACTGCT 
CATCGAGAAG AGATAGCCAG GATCAGCCAA GATCTTGCTC TCATTGCTCG GGAGATCAAC 
GATGTAGCAG GAGAGATAGA TTCAGTGACT TCATCAGGCA CTGCCCCTAG TACCACAGTA 
AGCACTGCTG CCACCACCCC TGGCTCTGCC ATAGACACTA GAGAAGAGGT AGGAGATCTT 
CATGGAGAAA TGCATAAGTT GGTTGATCGT GTTTTTGATG AAAGCCTCAA CTTCCGAAAG 
ATTCCTCCAT TAGTTCATTC CAAAACACCA GAAGGAAACA ACGGTCGATC TGGTGATCCA 
AGACCTCAAG CAGCAGAGCC TCCCGATCAC TTAACAATTA CAAGGCGGAG AACCTGGAGC 
AGGGATGAAG TCATGGGAGA TAATCTGCTG CTGTCATCCG TCTTTCAGTT CTCTAAGAAG 
ATAAGACAAT CTATAGATAA GACAGCTGGA AAGATCAGAA TATTATTTAA AGACAAAGAT 
CGGAATTGGG ATGACATAGA AAGCAAATTA AGAGCCGAAA GTGAAGTCCC TATTGTGAAA 
ACCTCAAGCA TGGAGATTTC TTCTATCTTA CAGGAACTGA AAAGAGTAGA AAAGCAGCTG 
CAAGCAATCA ATGCTATGAT TGATCCTGAT GGAACTTTGG AGGCTCTGAA CAACATGGGA 
TTTCCCAGTG CTATGTTGCC ATCTCCACCG AAACAGAAGT CCAGCCCTGT GAATAACCAC 
CACAGCCCGG GTCAGACACC AACACTTGGC CAACCAGAAG CTAGGGCTCT TCATCCTGCT 
GCTGTTTCAG CCGCAGCTGA ATTTGAGAAT GCTGAATCTG AGGCTGATTT CAGTATACAT 
TTCAATAGAT TCAACCCCGA TGGGGAAGAG GAAGATGTTA CAGTACAAGA ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858440.1
CDS	889..4902
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002951.1
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X32, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002951.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGAAATAAAC ATGATGATGG TACGCAAAGT 
GATTCAGAGA ACGCTGGGGC TCACAGGCGC TGTAGCAAAC GTGCAACTCT TGAGGAACAC 
TTAAGACGCC ACCATTCAGA ACACAAAAAG CTACAGAAGG TCCAGGCTAC TGAAAAGCAT 
CAAGACCAAG CTGTTGTGTT TGGAGTAGAT GACAATCAGG ATTATAATAG GCCTGTTATC 
AACGAAAAAC ATAAAGATCT AATAAAAGAT TGGGCTCTCA GTTCTGCTGC AGCAGTAATG 
GAAGAAAGAA AACCACTGAC TACATCTGGA TTTCACCACT CAGAGGAAGG CACATCTTCA 
TCTGGAAGCA AACGTTGGGT TTCACAGTGG GCTAGTTTGG CTGCCAATCA TACAAGGCAT 
GATCAAGAAG AAAGGATAAT GGAATTTTCT GCACCTCTTC CTTTAGAGAA TGAGACAGAG 
ATCAGTGAGT CTGGCATGAC AGTGAGAAGT ACTGGCTCTG CAACTTCCTT GGCTAGCCAG 
GGAGAGAGAA GGAGACGAAC TCTTCCCCAG CTTCCAAATG AAGAAAAGTC TCTTGAGAGC 
CACAGAGCAA AGGTTGTAAC ACAGAGGTCA GAGATAGGAG AAAAACAAGA CACAGAACTT 
CAGGAGAAAG AAACACCTAC ACAGGTATAC CAGAAAGATA AACAAGATGC TGACAGACCC 
TTGAGTAAAA TGAACAGGGC AGTAAATGGA GAGACTCTCA AAACTGGTGG AGATAATAAA 
ACCCTACTTC ACTTAGGCAG CTCTGCTCCT GGAAAAGAGA AAAGTGAAAC TGATAAGGAA 
ACTTCTTTGG TAAAGCAAAC ATTAGCAAAA CTTCAACAAC AAGAACAAAG GGAGGAGGCT 
CAGTGGACAC CTACTAAATT GTCTTCCAAA AATGTTTCAG GTCAGACAGA TAAATGTAGG 
GAGGAAACTT TTAAACAAGA ATCACAACCT CCAGAAAAAA ATTCAGGACA TTCTACAAGC 
AAAGGAGACA GAGTGGCACA AAGTGAGAGC AAGAGAAGAA AAGCTGAGGA AATTCTGAAA 
AGTCAGACTC CAAAGGGAGG AGACAAGAAG GAATCCTCCA AGTCATTAGT GCGACAAGGG 
AGCTTCACTA TAGAAAAACC CAGCCCAAAC ATACCCATAG AACTTATTCC CCATATAAAT 
AAACAGACTT CCTCTACTCC TTCTTCTTTA GCATTAACAT CTGCAAGTAG AATACGAGAA 
AGAAGTGAGT CTTTGGATCC TGATTCTAGT ATGGACACAA CCCTTATTCT AAAAGACACA 
GAAGCAGTAA TGGCTTTTCT AGAAGCTAAA CTACGTGAAG ATAATAAAAC TGATGAAGGA 
CCAGATACTC CCAGTTATAA TAGAGACAAT TCTATTTCAC CAGAATCTGA TGTAGATACA 
GCTAGTACAA TCAGTCTGGT TACTGGAGAA ACTGAAAGAA AGTCAACCCA AAAGCGAAAG 
AGTTTCACTA GCCTCTATAA AGATAGGTGT TCCACAGGTT CTCCTTCCAA AGATGTTACA 
AAATCATCAT CTTCAGGTGC TAGGGAAAAA ATGGAAAAGA AAACAAAAAG TCGTTCCACA 
GATGTGGGTT CAAGAGCAGA TGGTCGTAAA TTTGTTCAGT CCAGTGGGAG AATAAGACAG 
CCCTCAGTAG ACTTAACAGA TGATGACCAA ACCTCTAGTG TACCTCATTC TGCCATCTCT 
GATATTATGT CATCTGATCA AGAAACTTAC TCTTGTAAAC CTCATGGACG GACTCCACTT 
ACCTCAGCTG ATGAGCATGT ACATTCCAAA CTGGAAGGAA GTAAAGTAAC GAAATCTAAG 
ACTTCTCCGG TGGTATCTGG TTCATCTAGT AAATCAACCA CCCTTCCAAG GCCACGACCT 
ACCAGGACTT CCCTCTTGCG CAGAGCACGA CTTGGTGAAG CTTCAGACAG TGAACTTGCT 
GATGCTGACA AAGCATCTGT TGCTTCTGAA GTATCCACAA CAAGTTCTAC ATCAAAACCT 
CCCACAGGAA GGCGTAACAT CTCTCGGATT GATTTATTGG CTCAGCCTCG TAGAACACGA 
CTTGGCTCAC TGTCAGCTCG TAGTGACTCT GAAGCAACAA TTTCTAGAAG TAGTGCCTCT 
TCGAGGACCG CAGAAGCCAT CATTAGAAGT GGAGCCAGAC TAGTACCATC AGATAAATTT 
TCTCCTAGAA TTAGAGCTAA CAGTATCTCT CGACTCTCAG ACTCCAAGGT CAAAAGTATG 
ACCTCAGCTC ATGGCTCTGC TTCAGTAAAT TCAAGATGGA GGCGCTTTCC TACTGATTAT 
GCTTCCACCT CAGAAGATGA ATTTGGATCA AACCGTAATT CCCCTAAACA TACCCGTCTA 
CGTACTTCTC CAGCCCTGAA AACCACTCGC TTGCAGAGCG CTGGATCAGC AATGCCTACT 
AGTTCTTCAT TCAAACACCG GATTAAAGAG CAGGAAGACT ACATCCGAGA TTGGACTGCT 
CATCGAGAAG AGATAGCCAG GATCAGCCAA GATCTTGCTC TCATTGCTCG GGAGATCAAC 
GATGTAGCAG GAGAGATAGA TTCAGTGACT TCATCAGGCA CTGCCCCTAG TACCACAGTA 
AGCACTGCTG CCACCACCCC TGGCTCTGCC ATAGACACTA GAGAAGAGGT AGGAGATCTT 
CATGGAGAAA TGCATAAGTT GGTTGATCGT GTTTTTGATG AAAGCCTCAA CTTCCGAAAG 
ATTCCTCCAT TAGTTCATTC CAAAACACCA GAAGGAAACA ACGGTCGATC TGGTGATCCA 
AGACCTCAAG CAGCAGAGCC TCCCGATCAC TTAACAATTA CAAGGCGGAG AACCTGGAGC 
AGGGATGAAG TCATGGGAGA TAATCTGCTG CTGTCATCCG TCTTTCAGTT CTCTAAGAAG 
ATAAGACAAT CTATAGATAA GACAGCTGGA AAGATCAGAA TATTATTTAA AGACAAAGAT 
CGGAATTGGG ATGACATAGA AAGCAAATTA AGAGCCGAAA GTGAAGTCCC TATTGTGAAA 
ACCTCAAGCA TGGAGATTTC TTCTATCTTA CAGGAACTGA AAAGAGTAGA AAAGCAGCTG 
CAAGCAATCA ATGCTATGAT TGATCCTGAT GGAACTTTGG AGGCTCTGAA CAACATGGGA 
TTTCCCAGTG CTATGTTGCC ATCTCCACCG AAACAGAAGT CCAGCCCTGT GAATAACCAC 
CACAGCCCGG GTCAGACACC AACACTTGGC CAACCAGAAG CTAGGGCTCT TCATCCTGCT 
GCTGTTTCAG CCGCAGCTGA ATTTGAGAAT GCTGAATCTG AGGCTGATTT CAGTATACAT 
TTCAATAGAT TCAACCCCGA TGGGGAAGAG GAAGATGTTA CAGTACAAGA ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002951.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858440.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X32, mRNA.

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CloneID	OHu90878
Clone ID Related Accession (Same CDS sequence)	XM_017002951.1 , XM_017002951.2
Accession Version	XM_017002951.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4014bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X20
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017002951.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGAAATAAAC ATGATGATGG TACGCAAAGT 
GATTCAGAGA ACGCTGGGGC TCACAGGCGC TGTAGCAAAC GTGCAACTCT TGAGGAACAC 
TTAAGACGCC ACCATTCAGA ACACAAAAAG CTACAGAAGG TCCAGGCTAC TGAAAAGCAT 
CAAGACCAAG CTGTTGTGTT TGGAGTAGAT GACAATCAGG ATTATAATAG GCCTGTTATC 
AACGAAAAAC ATAAAGATCT AATAAAAGAT TGGGCTCTCA GTTCTGCTGC AGCAGTAATG 
GAAGAAAGAA AACCACTGAC TACATCTGGA TTTCACCACT CAGAGGAAGG CACATCTTCA 
TCTGGAAGCA AACGTTGGGT TTCACAGTGG GCTAGTTTGG CTGCCAATCA TACAAGGCAT 
GATCAAGAAG AAAGGATAAT GGAATTTTCT GCACCTCTTC CTTTAGAGAA TGAGACAGAG 
ATCAGTGAGT CTGGCATGAC AGTGAGAAGT ACTGGCTCTG CAACTTCCTT GGCTAGCCAG 
GGAGAGAGAA GGAGACGAAC TCTTCCCCAG CTTCCAAATG AAGAAAAGTC TCTTGAGAGC 
CACAGAGCAA AGGTTGTAAC ACAGAGGTCA GAGATAGGAG AAAAACAAGA CACAGAACTT 
CAGGAGAAAG AAACACCTAC ACAGGTATAC CAGAAAGATA AACAAGATGC TGACAGACCC 
TTGAGTAAAA TGAACAGGGC AGTAAATGGA GAGACTCTCA AAACTGGTGG AGATAATAAA 
ACCCTACTTC ACTTAGGCAG CTCTGCTCCT GGAAAAGAGA AAAGTGAAAC TGATAAGGAA 
ACTTCTTTGG TAAAGCAAAC ATTAGCAAAA CTTCAACAAC AAGAACAAAG GGAGGAGGCT 
CAGTGGACAC CTACTAAATT GTCTTCCAAA AATGTTTCAG GTCAGACAGA TAAATGTAGG 
GAGGAAACTT TTAAACAAGA ATCACAACCT CCAGAAAAAA ATTCAGGACA TTCTACAAGC 
AAAGGAGACA GAGTGGCACA AAGTGAGAGC AAGAGAAGAA AAGCTGAGGA AATTCTGAAA 
AGTCAGACTC CAAAGGGAGG AGACAAGAAG GAATCCTCCA AGTCATTAGT GCGACAAGGG 
AGCTTCACTA TAGAAAAACC CAGCCCAAAC ATACCCATAG AACTTATTCC CCATATAAAT 
AAACAGACTT CCTCTACTCC TTCTTCTTTA GCATTAACAT CTGCAAGTAG AATACGAGAA 
AGAAGTGAGT CTTTGGATCC TGATTCTAGT ATGGACACAA CCCTTATTCT AAAAGACACA 
GAAGCAGTAA TGGCTTTTCT AGAAGCTAAA CTACGTGAAG ATAATAAAAC TGATGAAGGA 
CCAGATACTC CCAGTTATAA TAGAGACAAT TCTATTTCAC CAGAATCTGA TGTAGATACA 
GCTAGTACAA TCAGTCTGGT TACTGGAGAA ACTGAAAGAA AGTCAACCCA AAAGCGAAAG 
AGTTTCACTA GCCTCTATAA AGATAGGTGT TCCACAGGTT CTCCTTCCAA AGATGTTACA 
AAATCATCAT CTTCAGGTGC TAGGGAAAAA ATGGAAAAGA AAACAAAAAG TCGTTCCACA 
GATGTGGGTT CAAGAGCAGA TGGTCGTAAA TTTGTTCAGT CCAGTGGGAG AATAAGACAG 
CCCTCAGTAG ACTTAACAGA TGATGACCAA ACCTCTAGTG TACCTCATTC TGCCATCTCT 
GATATTATGT CATCTGATCA AGAAACTTAC TCTTGTAAAC CTCATGGACG GACTCCACTT 
ACCTCAGCTG ATGAGCATGT ACATTCCAAA CTGGAAGGAA GTAAAGTAAC GAAATCTAAG 
ACTTCTCCGG TGGTATCTGG TTCATCTAGT AAATCAACCA CCCTTCCAAG GCCACGACCT 
ACCAGGACTT CCCTCTTGCG CAGAGCACGA CTTGGTGAAG CTTCAGACAG TGAACTTGCT 
GATGCTGACA AAGCATCTGT TGCTTCTGAA GTATCCACAA CAAGTTCTAC ATCAAAACCT 
CCCACAGGAA GGCGTAACAT CTCTCGGATT GATTTATTGG CTCAGCCTCG TAGAACACGA 
CTTGGCTCAC TGTCAGCTCG TAGTGACTCT GAAGCAACAA TTTCTAGAAG TAGTGCCTCT 
TCGAGGACCG CAGAAGCCAT CATTAGAAGT GGAGCCAGAC TAGTACCATC AGATAAATTT 
TCTCCTAGAA TTAGAGCTAA CAGTATCTCT CGACTCTCAG ACTCCAAGGT CAAAAGTATG 
ACCTCAGCTC ATGGCTCTGC TTCAGTAAAT TCAAGATGGA GGCGCTTTCC TACTGATTAT 
GCTTCCACCT CAGAAGATGA ATTTGGATCA AACCGTAATT CCCCTAAACA TACCCGTCTA 
CGTACTTCTC CAGCCCTGAA AACCACTCGC TTGCAGAGCG CTGGATCAGC AATGCCTACT 
AGTTCTTCAT TCAAACACCG GATTAAAGAG CAGGAAGACT ACATCCGAGA TTGGACTGCT 
CATCGAGAAG AGATAGCCAG GATCAGCCAA GATCTTGCTC TCATTGCTCG GGAGATCAAC 
GATGTAGCAG GAGAGATAGA TTCAGTGACT TCATCAGGCA CTGCCCCTAG TACCACAGTA 
AGCACTGCTG CCACCACCCC TGGCTCTGCC ATAGACACTA GAGAAGAGGT AGGAGATCTT 
CATGGAGAAA TGCATAAGTT GGTTGATCGT GTTTTTGATG AAAGCCTCAA CTTCCGAAAG 
ATTCCTCCAT TAGTTCATTC CAAAACACCA GAAGGAAACA ACGGTCGATC TGGTGATCCA 
AGACCTCAAG CAGCAGAGCC TCCCGATCAC TTAACAATTA CAAGGCGGAG AACCTGGAGC 
AGGGATGAAG TCATGGGAGA TAATCTGCTG CTGTCATCCG TCTTTCAGTT CTCTAAGAAG 
ATAAGACAAT CTATAGATAA GACAGCTGGA AAGATCAGAA TATTATTTAA AGACAAAGAT 
CGGAATTGGG ATGACATAGA AAGCAAATTA AGAGCCGAAA GTGAAGTCCC TATTGTGAAA 
ACCTCAAGCA TGGAGATTTC TTCTATCTTA CAGGAACTGA AAAGAGTAGA AAAGCAGCTG 
CAAGCAATCA ATGCTATGAT TGATCCTGAT GGAACTTTGG AGGCTCTGAA CAACATGGGA 
TTTCCCAGTG CTATGTTGCC ATCTCCACCG AAACAGAAGT CCAGCCCTGT GAATAACCAC 
CACAGCCCGG GTCAGACACC AACACTTGGC CAACCAGAAG CTAGGGCTCT TCATCCTGCT 
GCTGTTTCAG CCGCAGCTGA ATTTGAGAAT GCTGAATCTG AGGCTGATTT CAGTATACAT 
TTCAATAGAT TCAACCCCGA TGGGGAAGAG GAAGATGTTA CAGTACAAGA ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858440.1
CDS	234..4247
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002951.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X32, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002951.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGAAATAAAC ATGATGATGG TACGCAAAGT 
GATTCAGAGA ACGCTGGGGC TCACAGGCGC TGTAGCAAAC GTGCAACTCT TGAGGAACAC 
TTAAGACGCC ACCATTCAGA ACACAAAAAG CTACAGAAGG TCCAGGCTAC TGAAAAGCAT 
CAAGACCAAG CTGTTGTGTT TGGAGTAGAT GACAATCAGG ATTATAATAG GCCTGTTATC 
AACGAAAAAC ATAAAGATCT AATAAAAGAT TGGGCTCTCA GTTCTGCTGC AGCAGTAATG 
GAAGAAAGAA AACCACTGAC TACATCTGGA TTTCACCACT CAGAGGAAGG CACATCTTCA 
TCTGGAAGCA AACGTTGGGT TTCACAGTGG GCTAGTTTGG CTGCCAATCA TACAAGGCAT 
GATCAAGAAG AAAGGATAAT GGAATTTTCT GCACCTCTTC CTTTAGAGAA TGAGACAGAG 
ATCAGTGAGT CTGGCATGAC AGTGAGAAGT ACTGGCTCTG CAACTTCCTT GGCTAGCCAG 
GGAGAGAGAA GGAGACGAAC TCTTCCCCAG CTTCCAAATG AAGAAAAGTC TCTTGAGAGC 
CACAGAGCAA AGGTTGTAAC ACAGAGGTCA GAGATAGGAG AAAAACAAGA CACAGAACTT 
CAGGAGAAAG AAACACCTAC ACAGGTATAC CAGAAAGATA AACAAGATGC TGACAGACCC 
TTGAGTAAAA TGAACAGGGC AGTAAATGGA GAGACTCTCA AAACTGGTGG AGATAATAAA 
ACCCTACTTC ACTTAGGCAG CTCTGCTCCT GGAAAAGAGA AAAGTGAAAC TGATAAGGAA 
ACTTCTTTGG TAAAGCAAAC ATTAGCAAAA CTTCAACAAC AAGAACAAAG GGAGGAGGCT 
CAGTGGACAC CTACTAAATT GTCTTCCAAA AATGTTTCAG GTCAGACAGA TAAATGTAGG 
GAGGAAACTT TTAAACAAGA ATCACAACCT CCAGAAAAAA ATTCAGGACA TTCTACAAGC 
AAAGGAGACA GAGTGGCACA AAGTGAGAGC AAGAGAAGAA AAGCTGAGGA AATTCTGAAA 
AGTCAGACTC CAAAGGGAGG AGACAAGAAG GAATCCTCCA AGTCATTAGT GCGACAAGGG 
AGCTTCACTA TAGAAAAACC CAGCCCAAAC ATACCCATAG AACTTATTCC CCATATAAAT 
AAACAGACTT CCTCTACTCC TTCTTCTTTA GCATTAACAT CTGCAAGTAG AATACGAGAA 
AGAAGTGAGT CTTTGGATCC TGATTCTAGT ATGGACACAA CCCTTATTCT AAAAGACACA 
GAAGCAGTAA TGGCTTTTCT AGAAGCTAAA CTACGTGAAG ATAATAAAAC TGATGAAGGA 
CCAGATACTC CCAGTTATAA TAGAGACAAT TCTATTTCAC CAGAATCTGA TGTAGATACA 
GCTAGTACAA TCAGTCTGGT TACTGGAGAA ACTGAAAGAA AGTCAACCCA AAAGCGAAAG 
AGTTTCACTA GCCTCTATAA AGATAGGTGT TCCACAGGTT CTCCTTCCAA AGATGTTACA 
AAATCATCAT CTTCAGGTGC TAGGGAAAAA ATGGAAAAGA AAACAAAAAG TCGTTCCACA 
GATGTGGGTT CAAGAGCAGA TGGTCGTAAA TTTGTTCAGT CCAGTGGGAG AATAAGACAG 
CCCTCAGTAG ACTTAACAGA TGATGACCAA ACCTCTAGTG TACCTCATTC TGCCATCTCT 
GATATTATGT CATCTGATCA AGAAACTTAC TCTTGTAAAC CTCATGGACG GACTCCACTT 
ACCTCAGCTG ATGAGCATGT ACATTCCAAA CTGGAAGGAA GTAAAGTAAC GAAATCTAAG 
ACTTCTCCGG TGGTATCTGG TTCATCTAGT AAATCAACCA CCCTTCCAAG GCCACGACCT 
ACCAGGACTT CCCTCTTGCG CAGAGCACGA CTTGGTGAAG CTTCAGACAG TGAACTTGCT 
GATGCTGACA AAGCATCTGT TGCTTCTGAA GTATCCACAA CAAGTTCTAC ATCAAAACCT 
CCCACAGGAA GGCGTAACAT CTCTCGGATT GATTTATTGG CTCAGCCTCG TAGAACACGA 
CTTGGCTCAC TGTCAGCTCG TAGTGACTCT GAAGCAACAA TTTCTAGAAG TAGTGCCTCT 
TCGAGGACCG CAGAAGCCAT CATTAGAAGT GGAGCCAGAC TAGTACCATC AGATAAATTT 
TCTCCTAGAA TTAGAGCTAA CAGTATCTCT CGACTCTCAG ACTCCAAGGT CAAAAGTATG 
ACCTCAGCTC ATGGCTCTGC TTCAGTAAAT TCAAGATGGA GGCGCTTTCC TACTGATTAT 
GCTTCCACCT CAGAAGATGA ATTTGGATCA AACCGTAATT CCCCTAAACA TACCCGTCTA 
CGTACTTCTC CAGCCCTGAA AACCACTCGC TTGCAGAGCG CTGGATCAGC AATGCCTACT 
AGTTCTTCAT TCAAACACCG GATTAAAGAG CAGGAAGACT ACATCCGAGA TTGGACTGCT 
CATCGAGAAG AGATAGCCAG GATCAGCCAA GATCTTGCTC TCATTGCTCG GGAGATCAAC 
GATGTAGCAG GAGAGATAGA TTCAGTGACT TCATCAGGCA CTGCCCCTAG TACCACAGTA 
AGCACTGCTG CCACCACCCC TGGCTCTGCC ATAGACACTA GAGAAGAGGT AGGAGATCTT 
CATGGAGAAA TGCATAAGTT GGTTGATCGT GTTTTTGATG AAAGCCTCAA CTTCCGAAAG 
ATTCCTCCAT TAGTTCATTC CAAAACACCA GAAGGAAACA ACGGTCGATC TGGTGATCCA 
AGACCTCAAG CAGCAGAGCC TCCCGATCAC TTAACAATTA CAAGGCGGAG AACCTGGAGC 
AGGGATGAAG TCATGGGAGA TAATCTGCTG CTGTCATCCG TCTTTCAGTT CTCTAAGAAG 
ATAAGACAAT CTATAGATAA GACAGCTGGA AAGATCAGAA TATTATTTAA AGACAAAGAT 
CGGAATTGGG ATGACATAGA AAGCAAATTA AGAGCCGAAA GTGAAGTCCC TATTGTGAAA 
ACCTCAAGCA TGGAGATTTC TTCTATCTTA CAGGAACTGA AAAGAGTAGA AAAGCAGCTG 
CAAGCAATCA ATGCTATGAT TGATCCTGAT GGAACTTTGG AGGCTCTGAA CAACATGGGA 
TTTCCCAGTG CTATGTTGCC ATCTCCACCG AAACAGAAGT CCAGCCCTGT GAATAACCAC 
CACAGCCCGG GTCAGACACC AACACTTGGC CAACCAGAAG CTAGGGCTCT TCATCCTGCT 
GCTGTTTCAG CCGCAGCTGA ATTTGAGAAT GCTGAATCTG AGGCTGATTT CAGTATACAT 
TTCAATAGAT TCAACCCCGA TGGGGAAGAG GAAGATGTTA CAGTACAAGA ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002940.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858429.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X17, mRNA.

Price & Availability↑

CloneID	OHu90869
Clone ID Related Accession (Same CDS sequence)	XM_017002940.2 , XM_017002939.1 , XM_017002935.1 , XM_017002935.2 , XM_017002939.2 , XM_017002940.1
Accession Version	XM_017002940.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4704bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017002940.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACATT GGTTGATCGT 
GTTTTTGATG AAAGCCTCAA CTTCCGAAAG ATTCCTCCAT TAGTTCATTC CAAAACACCA 
GAAGGAAACA ACGGTCGATC TGGTGATCCA AGACCTCAAG CAGCAGAGCC TCCCGATCAC 
TTAACAATTA CAAGGCGGAG AACCTGGAGC AGGGATGAAG TCATGGGAGA TAATCTGCTG 
CTGTCATCCG TCTTTCAGTT CTCTAAGAAG ATAAGACAAT CTATAGATAA GACAGCTGGA 
AAGATCAGAA TATTATTTAA AGACAAAGAT CGGAATTGGG ATGACATAGA AAGCAAATTA 
AGAGCCGAAA GTGAAGTCCC TATTGTGAAA ACCTCAAGCA TGGAGATTTC TTCTATCTTA 
CAGGAACTGA AAAGAGTAGA AAAGCAGCTG CAAGCAATCA ATGCTATGAT TGATCCTGAT 
GGAACTTTGG AGGCTCTGAA CAACATGGGA TTTCCCAGTG CTATGTTGCC ATCTCCACCG 
AAACAGAAGT CCAGCCCTGT GAATAACCAC CACAGCCCGG GTCAGACACC AACACTTGGC 
CAACCAGAAG CTAGGGCTCT TCATCCTGCT GCTGTTTCAG CCGCAGCTGA ATTTGAGAAT 
GCTGAATCTG AGGCTGATTT CAGTATACAT TTCAATAGAT TCAACCCCGA TGGGGAAGAG 
GAAGATGTTA CAGTACAAGA ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858429.1
CDS	346..5049
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002940.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X17, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002940.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACATT GGTTGATCGT 
GTTTTTGATG AAAGCCTCAA CTTCCGAAAG ATTCCTCCAT TAGTTCATTC CAAAACACCA 
GAAGGAAACA ACGGTCGATC TGGTGATCCA AGACCTCAAG CAGCAGAGCC TCCCGATCAC 
TTAACAATTA CAAGGCGGAG AACCTGGAGC AGGGATGAAG TCATGGGAGA TAATCTGCTG 
CTGTCATCCG TCTTTCAGTT CTCTAAGAAG ATAAGACAAT CTATAGATAA GACAGCTGGA 
AAGATCAGAA TATTATTTAA AGACAAAGAT CGGAATTGGG ATGACATAGA AAGCAAATTA 
AGAGCCGAAA GTGAAGTCCC TATTGTGAAA ACCTCAAGCA TGGAGATTTC TTCTATCTTA 
CAGGAACTGA AAAGAGTAGA AAAGCAGCTG CAAGCAATCA ATGCTATGAT TGATCCTGAT 
GGAACTTTGG AGGCTCTGAA CAACATGGGA TTTCCCAGTG CTATGTTGCC ATCTCCACCG 
AAACAGAAGT CCAGCCCTGT GAATAACCAC CACAGCCCGG GTCAGACACC AACACTTGGC 
CAACCAGAAG CTAGGGCTCT TCATCCTGCT GCTGTTTCAG CCGCAGCTGA ATTTGAGAAT 
GCTGAATCTG AGGCTGATTT CAGTATACAT TTCAATAGAT TCAACCCCGA TGGGGAAGAG 
GAAGATGTTA CAGTACAAGA ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002939.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858428.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X18, mRNA.

Price & Availability↑

CloneID	OHu90869
Clone ID Related Accession (Same CDS sequence)	XM_017002940.2 , XM_017002939.1 , XM_017002935.1 , XM_017002935.2 , XM_017002939.2 , XM_017002940.1
Accession Version	XM_017002939.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4704bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACATT GGTTGATCGT 
GTTTTTGATG AAAGCCTCAA CTTCCGAAAG ATTCCTCCAT TAGTTCATTC CAAAACACCA 
GAAGGAAACA ACGGTCGATC TGGTGATCCA AGACCTCAAG CAGCAGAGCC TCCCGATCAC 
TTAACAATTA CAAGGCGGAG AACCTGGAGC AGGGATGAAG TCATGGGAGA TAATCTGCTG 
CTGTCATCCG TCTTTCAGTT CTCTAAGAAG ATAAGACAAT CTATAGATAA GACAGCTGGA 
AAGATCAGAA TATTATTTAA AGACAAAGAT CGGAATTGGG ATGACATAGA AAGCAAATTA 
AGAGCCGAAA GTGAAGTCCC TATTGTGAAA ACCTCAAGCA TGGAGATTTC TTCTATCTTA 
CAGGAACTGA AAAGAGTAGA AAAGCAGCTG CAAGCAATCA ATGCTATGAT TGATCCTGAT 
GGAACTTTGG AGGCTCTGAA CAACATGGGA TTTCCCAGTG CTATGTTGCC ATCTCCACCG 
AAACAGAAGT CCAGCCCTGT GAATAACCAC CACAGCCCGG GTCAGACACC AACACTTGGC 
CAACCAGAAG CTAGGGCTCT TCATCCTGCT GCTGTTTCAG CCGCAGCTGA ATTTGAGAAT 
GCTGAATCTG AGGCTGATTT CAGTATACAT TTCAATAGAT TCAACCCCGA TGGGGAAGAG 
GAAGATGTTA CAGTACAAGA ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858428.1
CDS	709..5412
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002939.1
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X18, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002939.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACATT GGTTGATCGT 
GTTTTTGATG AAAGCCTCAA CTTCCGAAAG ATTCCTCCAT TAGTTCATTC CAAAACACCA 
GAAGGAAACA ACGGTCGATC TGGTGATCCA AGACCTCAAG CAGCAGAGCC TCCCGATCAC 
TTAACAATTA CAAGGCGGAG AACCTGGAGC AGGGATGAAG TCATGGGAGA TAATCTGCTG 
CTGTCATCCG TCTTTCAGTT CTCTAAGAAG ATAAGACAAT CTATAGATAA GACAGCTGGA 
AAGATCAGAA TATTATTTAA AGACAAAGAT CGGAATTGGG ATGACATAGA AAGCAAATTA 
AGAGCCGAAA GTGAAGTCCC TATTGTGAAA ACCTCAAGCA TGGAGATTTC TTCTATCTTA 
CAGGAACTGA AAAGAGTAGA AAAGCAGCTG CAAGCAATCA ATGCTATGAT TGATCCTGAT 
GGAACTTTGG AGGCTCTGAA CAACATGGGA TTTCCCAGTG CTATGTTGCC ATCTCCACCG 
AAACAGAAGT CCAGCCCTGT GAATAACCAC CACAGCCCGG GTCAGACACC AACACTTGGC 
CAACCAGAAG CTAGGGCTCT TCATCCTGCT GCTGTTTCAG CCGCAGCTGA ATTTGAGAAT 
GCTGAATCTG AGGCTGATTT CAGTATACAT TTCAATAGAT TCAACCCCGA TGGGGAAGAG 
GAAGATGTTA CAGTACAAGA ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002935.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858424.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X14, mRNA.

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CloneID	OHu90869
Clone ID Related Accession (Same CDS sequence)	XM_017002940.2 , XM_017002939.1 , XM_017002935.1 , XM_017002935.2 , XM_017002939.2 , XM_017002940.1
Accession Version	XM_017002935.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4704bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACATT GGTTGATCGT 
GTTTTTGATG AAAGCCTCAA CTTCCGAAAG ATTCCTCCAT TAGTTCATTC CAAAACACCA 
GAAGGAAACA ACGGTCGATC TGGTGATCCA AGACCTCAAG CAGCAGAGCC TCCCGATCAC 
TTAACAATTA CAAGGCGGAG AACCTGGAGC AGGGATGAAG TCATGGGAGA TAATCTGCTG 
CTGTCATCCG TCTTTCAGTT CTCTAAGAAG ATAAGACAAT CTATAGATAA GACAGCTGGA 
AAGATCAGAA TATTATTTAA AGACAAAGAT CGGAATTGGG ATGACATAGA AAGCAAATTA 
AGAGCCGAAA GTGAAGTCCC TATTGTGAAA ACCTCAAGCA TGGAGATTTC TTCTATCTTA 
CAGGAACTGA AAAGAGTAGA AAAGCAGCTG CAAGCAATCA ATGCTATGAT TGATCCTGAT 
GGAACTTTGG AGGCTCTGAA CAACATGGGA TTTCCCAGTG CTATGTTGCC ATCTCCACCG 
AAACAGAAGT CCAGCCCTGT GAATAACCAC CACAGCCCGG GTCAGACACC AACACTTGGC 
CAACCAGAAG CTAGGGCTCT TCATCCTGCT GCTGTTTCAG CCGCAGCTGA ATTTGAGAAT 
GCTGAATCTG AGGCTGATTT CAGTATACAT TTCAATAGAT TCAACCCCGA TGGGGAAGAG 
GAAGATGTTA CAGTACAAGA ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858424.1
CDS	889..5592
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002935.1
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X14, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002935.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACATT GGTTGATCGT 
GTTTTTGATG AAAGCCTCAA CTTCCGAAAG ATTCCTCCAT TAGTTCATTC CAAAACACCA 
GAAGGAAACA ACGGTCGATC TGGTGATCCA AGACCTCAAG CAGCAGAGCC TCCCGATCAC 
TTAACAATTA CAAGGCGGAG AACCTGGAGC AGGGATGAAG TCATGGGAGA TAATCTGCTG 
CTGTCATCCG TCTTTCAGTT CTCTAAGAAG ATAAGACAAT CTATAGATAA GACAGCTGGA 
AAGATCAGAA TATTATTTAA AGACAAAGAT CGGAATTGGG ATGACATAGA AAGCAAATTA 
AGAGCCGAAA GTGAAGTCCC TATTGTGAAA ACCTCAAGCA TGGAGATTTC TTCTATCTTA 
CAGGAACTGA AAAGAGTAGA AAAGCAGCTG CAAGCAATCA ATGCTATGAT TGATCCTGAT 
GGAACTTTGG AGGCTCTGAA CAACATGGGA TTTCCCAGTG CTATGTTGCC ATCTCCACCG 
AAACAGAAGT CCAGCCCTGT GAATAACCAC CACAGCCCGG GTCAGACACC AACACTTGGC 
CAACCAGAAG CTAGGGCTCT TCATCCTGCT GCTGTTTCAG CCGCAGCTGA ATTTGAGAAT 
GCTGAATCTG AGGCTGATTT CAGTATACAT TTCAATAGAT TCAACCCCGA TGGGGAAGAG 
GAAGATGTTA CAGTACAAGA ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002935.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858424.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X15, mRNA.

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CloneID	OHu90869
Clone ID Related Accession (Same CDS sequence)	XM_017002940.2 , XM_017002939.1 , XM_017002935.1 , XM_017002935.2 , XM_017002939.2 , XM_017002940.1
Accession Version	XM_017002935.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4704bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017002935.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACATT GGTTGATCGT 
GTTTTTGATG AAAGCCTCAA CTTCCGAAAG ATTCCTCCAT TAGTTCATTC CAAAACACCA 
GAAGGAAACA ACGGTCGATC TGGTGATCCA AGACCTCAAG CAGCAGAGCC TCCCGATCAC 
TTAACAATTA CAAGGCGGAG AACCTGGAGC AGGGATGAAG TCATGGGAGA TAATCTGCTG 
CTGTCATCCG TCTTTCAGTT CTCTAAGAAG ATAAGACAAT CTATAGATAA GACAGCTGGA 
AAGATCAGAA TATTATTTAA AGACAAAGAT CGGAATTGGG ATGACATAGA AAGCAAATTA 
AGAGCCGAAA GTGAAGTCCC TATTGTGAAA ACCTCAAGCA TGGAGATTTC TTCTATCTTA 
CAGGAACTGA AAAGAGTAGA AAAGCAGCTG CAAGCAATCA ATGCTATGAT TGATCCTGAT 
GGAACTTTGG AGGCTCTGAA CAACATGGGA TTTCCCAGTG CTATGTTGCC ATCTCCACCG 
AAACAGAAGT CCAGCCCTGT GAATAACCAC CACAGCCCGG GTCAGACACC AACACTTGGC 
CAACCAGAAG CTAGGGCTCT TCATCCTGCT GCTGTTTCAG CCGCAGCTGA ATTTGAGAAT 
GCTGAATCTG AGGCTGATTT CAGTATACAT TTCAATAGAT TCAACCCCGA TGGGGAAGAG 
GAAGATGTTA CAGTACAAGA ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858424.1
CDS	788..5491
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002935.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X15, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002935.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACATT GGTTGATCGT 
GTTTTTGATG AAAGCCTCAA CTTCCGAAAG ATTCCTCCAT TAGTTCATTC CAAAACACCA 
GAAGGAAACA ACGGTCGATC TGGTGATCCA AGACCTCAAG CAGCAGAGCC TCCCGATCAC 
TTAACAATTA CAAGGCGGAG AACCTGGAGC AGGGATGAAG TCATGGGAGA TAATCTGCTG 
CTGTCATCCG TCTTTCAGTT CTCTAAGAAG ATAAGACAAT CTATAGATAA GACAGCTGGA 
AAGATCAGAA TATTATTTAA AGACAAAGAT CGGAATTGGG ATGACATAGA AAGCAAATTA 
AGAGCCGAAA GTGAAGTCCC TATTGTGAAA ACCTCAAGCA TGGAGATTTC TTCTATCTTA 
CAGGAACTGA AAAGAGTAGA AAAGCAGCTG CAAGCAATCA ATGCTATGAT TGATCCTGAT 
GGAACTTTGG AGGCTCTGAA CAACATGGGA TTTCCCAGTG CTATGTTGCC ATCTCCACCG 
AAACAGAAGT CCAGCCCTGT GAATAACCAC CACAGCCCGG GTCAGACACC AACACTTGGC 
CAACCAGAAG CTAGGGCTCT TCATCCTGCT GCTGTTTCAG CCGCAGCTGA ATTTGAGAAT 
GCTGAATCTG AGGCTGATTT CAGTATACAT TTCAATAGAT TCAACCCCGA TGGGGAAGAG 
GAAGATGTTA CAGTACAAGA ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002939.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858428.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X16, mRNA.

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CloneID	OHu90869
Clone ID Related Accession (Same CDS sequence)	XM_017002940.2 , XM_017002939.1 , XM_017002935.1 , XM_017002935.2 , XM_017002939.2 , XM_017002940.1
Accession Version	XM_017002939.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4704bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017002939.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACATT GGTTGATCGT 
GTTTTTGATG AAAGCCTCAA CTTCCGAAAG ATTCCTCCAT TAGTTCATTC CAAAACACCA 
GAAGGAAACA ACGGTCGATC TGGTGATCCA AGACCTCAAG CAGCAGAGCC TCCCGATCAC 
TTAACAATTA CAAGGCGGAG AACCTGGAGC AGGGATGAAG TCATGGGAGA TAATCTGCTG 
CTGTCATCCG TCTTTCAGTT CTCTAAGAAG ATAAGACAAT CTATAGATAA GACAGCTGGA 
AAGATCAGAA TATTATTTAA AGACAAAGAT CGGAATTGGG ATGACATAGA AAGCAAATTA 
AGAGCCGAAA GTGAAGTCCC TATTGTGAAA ACCTCAAGCA TGGAGATTTC TTCTATCTTA 
CAGGAACTGA AAAGAGTAGA AAAGCAGCTG CAAGCAATCA ATGCTATGAT TGATCCTGAT 
GGAACTTTGG AGGCTCTGAA CAACATGGGA TTTCCCAGTG CTATGTTGCC ATCTCCACCG 
AAACAGAAGT CCAGCCCTGT GAATAACCAC CACAGCCCGG GTCAGACACC AACACTTGGC 
CAACCAGAAG CTAGGGCTCT TCATCCTGCT GCTGTTTCAG CCGCAGCTGA ATTTGAGAAT 
GCTGAATCTG AGGCTGATTT CAGTATACAT TTCAATAGAT TCAACCCCGA TGGGGAAGAG 
GAAGATGTTA CAGTACAAGA ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858428.1
CDS	258..4961
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002939.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X16, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002939.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACATT GGTTGATCGT 
GTTTTTGATG AAAGCCTCAA CTTCCGAAAG ATTCCTCCAT TAGTTCATTC CAAAACACCA 
GAAGGAAACA ACGGTCGATC TGGTGATCCA AGACCTCAAG CAGCAGAGCC TCCCGATCAC 
TTAACAATTA CAAGGCGGAG AACCTGGAGC AGGGATGAAG TCATGGGAGA TAATCTGCTG 
CTGTCATCCG TCTTTCAGTT CTCTAAGAAG ATAAGACAAT CTATAGATAA GACAGCTGGA 
AAGATCAGAA TATTATTTAA AGACAAAGAT CGGAATTGGG ATGACATAGA AAGCAAATTA 
AGAGCCGAAA GTGAAGTCCC TATTGTGAAA ACCTCAAGCA TGGAGATTTC TTCTATCTTA 
CAGGAACTGA AAAGAGTAGA AAAGCAGCTG CAAGCAATCA ATGCTATGAT TGATCCTGAT 
GGAACTTTGG AGGCTCTGAA CAACATGGGA TTTCCCAGTG CTATGTTGCC ATCTCCACCG 
AAACAGAAGT CCAGCCCTGT GAATAACCAC CACAGCCCGG GTCAGACACC AACACTTGGC 
CAACCAGAAG CTAGGGCTCT TCATCCTGCT GCTGTTTCAG CCGCAGCTGA ATTTGAGAAT 
GCTGAATCTG AGGCTGATTT CAGTATACAT TTCAATAGAT TCAACCCCGA TGGGGAAGAG 
GAAGATGTTA CAGTACAAGA ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002940.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858429.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X19, mRNA.

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CloneID	OHu90869
Clone ID Related Accession (Same CDS sequence)	XM_017002940.2 , XM_017002939.1 , XM_017002935.1 , XM_017002935.2 , XM_017002939.2 , XM_017002940.1
Accession Version	XM_017002940.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4704bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACATT GGTTGATCGT 
GTTTTTGATG AAAGCCTCAA CTTCCGAAAG ATTCCTCCAT TAGTTCATTC CAAAACACCA 
GAAGGAAACA ACGGTCGATC TGGTGATCCA AGACCTCAAG CAGCAGAGCC TCCCGATCAC 
TTAACAATTA CAAGGCGGAG AACCTGGAGC AGGGATGAAG TCATGGGAGA TAATCTGCTG 
CTGTCATCCG TCTTTCAGTT CTCTAAGAAG ATAAGACAAT CTATAGATAA GACAGCTGGA 
AAGATCAGAA TATTATTTAA AGACAAAGAT CGGAATTGGG ATGACATAGA AAGCAAATTA 
AGAGCCGAAA GTGAAGTCCC TATTGTGAAA ACCTCAAGCA TGGAGATTTC TTCTATCTTA 
CAGGAACTGA AAAGAGTAGA AAAGCAGCTG CAAGCAATCA ATGCTATGAT TGATCCTGAT 
GGAACTTTGG AGGCTCTGAA CAACATGGGA TTTCCCAGTG CTATGTTGCC ATCTCCACCG 
AAACAGAAGT CCAGCCCTGT GAATAACCAC CACAGCCCGG GTCAGACACC AACACTTGGC 
CAACCAGAAG CTAGGGCTCT TCATCCTGCT GCTGTTTCAG CCGCAGCTGA ATTTGAGAAT 
GCTGAATCTG AGGCTGATTT CAGTATACAT TTCAATAGAT TCAACCCCGA TGGGGAAGAG 
GAAGATGTTA CAGTACAAGA ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858429.1
CDS	352..5055
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002940.1
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X19, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002940.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACATT GGTTGATCGT 
GTTTTTGATG AAAGCCTCAA CTTCCGAAAG ATTCCTCCAT TAGTTCATTC CAAAACACCA 
GAAGGAAACA ACGGTCGATC TGGTGATCCA AGACCTCAAG CAGCAGAGCC TCCCGATCAC 
TTAACAATTA CAAGGCGGAG AACCTGGAGC AGGGATGAAG TCATGGGAGA TAATCTGCTG 
CTGTCATCCG TCTTTCAGTT CTCTAAGAAG ATAAGACAAT CTATAGATAA GACAGCTGGA 
AAGATCAGAA TATTATTTAA AGACAAAGAT CGGAATTGGG ATGACATAGA AAGCAAATTA 
AGAGCCGAAA GTGAAGTCCC TATTGTGAAA ACCTCAAGCA TGGAGATTTC TTCTATCTTA 
CAGGAACTGA AAAGAGTAGA AAAGCAGCTG CAAGCAATCA ATGCTATGAT TGATCCTGAT 
GGAACTTTGG AGGCTCTGAA CAACATGGGA TTTCCCAGTG CTATGTTGCC ATCTCCACCG 
AAACAGAAGT CCAGCCCTGT GAATAACCAC CACAGCCCGG GTCAGACACC AACACTTGGC 
CAACCAGAAG CTAGGGCTCT TCATCCTGCT GCTGTTTCAG CCGCAGCTGA ATTTGAGAAT 
GCTGAATCTG AGGCTGATTT CAGTATACAT TTCAATAGAT TCAACCCCGA TGGGGAAGAG 
GAAGATGTTA CAGTACAAGA ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002937.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858426.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X16, mRNA.

Price & Availability↑

CloneID	OHu90870
Clone ID Related Accession (Same CDS sequence)	XM_017002937.1 , XM_017002941.1 , XM_017002941.2 , XM_017002937.2
Accession Version	XM_017002937.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4677bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGCCCT GAAAACCACT CGCTTGCAGA GCGCTGGATC AGCAATGCCT 
ACTAGTTCTT CATTCAAACA CCGGATTAAA GAGCAGGAAG ACTACATCCG AGATTGGACT 
GCTCATCGAG AAGAGATAGC CAGGATCAGC CAAGATCTTG CTCTCATTGC TCGGGAGATC 
AACGATGTAG CAGGAGAGAT AGATTCAGTG ACTTCATCAG GCACTGCCCC TAGTACCACA 
GTAAGCACTG CTGCCACCAC CCCTGGCTCT GCCATAGACA CTAGAGAAGA GGTAGGAGAT 
CTTCATGGAG AAATGCATAA GTTGGTTGAT CGTGTTTTTG ATGAAAGCCT CAACTTCCGA 
AAGATTCCTC CATTAGTTCA TTCCAAAACA CCAGAAGGAA ACAACGGTCG ATCTGGTGAT 
CCAAGACCTC AAGCAGCAGA GCCTCCCGAT CACTTAACAA TTACAAGGCG GAGAACCTGG 
AGCAGGGATG AAGTCATGGG AGATAATCTG CTGCTGTCAT CCGTCTTTCA GTTCTCTAAG 
AAGATAAGAC AATCTATAGA TAAGACAGCT GGAAAGATCA GAATATTATT TAAAGACAAA 
GATCGGAATT GGGATGACAT AGAAAGCAAA TTAAGAGCCG AAAGTGAAGT CCCTATTGTG 
AAAACCTCAA GCATGGAGAT TTCTTCTATC TTACAGGAAC TGAAAAGAGT AGAAAAGCAG 
CTGCAAGCAA TCAATGCTAT GATTGATCCT GATGGAACTT TGGAGGCTCT GAACAACATG 
GGATTTCCCA GTGCTATGTT GCCATCTCCA CCGAAACAGA AGTCCAGCCC TGTGAATAAC 
CACCACAGCC CGGGTCAGAC ACCAACACTT GGCCAACCAG AAGCTAGGGC TCTTCATCCT 
GCTGCTGTTT CAGCCGCAGC TGAATTTGAG AATGCTGAAT CTGAGGCTGA TTTCAGTATA 
CATTTCAATA GATTCAACCC CGATGGGGAA GAGGAAGATG TTACAGTACA AGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858426.1
CDS	889..5565
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002937.1
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X16, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002937.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGCCCT GAAAACCACT CGCTTGCAGA GCGCTGGATC AGCAATGCCT 
ACTAGTTCTT CATTCAAACA CCGGATTAAA GAGCAGGAAG ACTACATCCG AGATTGGACT 
GCTCATCGAG AAGAGATAGC CAGGATCAGC CAAGATCTTG CTCTCATTGC TCGGGAGATC 
AACGATGTAG CAGGAGAGAT AGATTCAGTG ACTTCATCAG GCACTGCCCC TAGTACCACA 
GTAAGCACTG CTGCCACCAC CCCTGGCTCT GCCATAGACA CTAGAGAAGA GGTAGGAGAT 
CTTCATGGAG AAATGCATAA GTTGGTTGAT CGTGTTTTTG ATGAAAGCCT CAACTTCCGA 
AAGATTCCTC CATTAGTTCA TTCCAAAACA CCAGAAGGAA ACAACGGTCG ATCTGGTGAT 
CCAAGACCTC AAGCAGCAGA GCCTCCCGAT CACTTAACAA TTACAAGGCG GAGAACCTGG 
AGCAGGGATG AAGTCATGGG AGATAATCTG CTGCTGTCAT CCGTCTTTCA GTTCTCTAAG 
AAGATAAGAC AATCTATAGA TAAGACAGCT GGAAAGATCA GAATATTATT TAAAGACAAA 
GATCGGAATT GGGATGACAT AGAAAGCAAA TTAAGAGCCG AAAGTGAAGT CCCTATTGTG 
AAAACCTCAA GCATGGAGAT TTCTTCTATC TTACAGGAAC TGAAAAGAGT AGAAAAGCAG 
CTGCAAGCAA TCAATGCTAT GATTGATCCT GATGGAACTT TGGAGGCTCT GAACAACATG 
GGATTTCCCA GTGCTATGTT GCCATCTCCA CCGAAACAGA AGTCCAGCCC TGTGAATAAC 
CACCACAGCC CGGGTCAGAC ACCAACACTT GGCCAACCAG AAGCTAGGGC TCTTCATCCT 
GCTGCTGTTT CAGCCGCAGC TGAATTTGAG AATGCTGAAT CTGAGGCTGA TTTCAGTATA 
CATTTCAATA GATTCAACCC CGATGGGGAA GAGGAAGATG TTACAGTACA AGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002941.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858430.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X20, mRNA.

Price & Availability↑

CloneID	OHu90870
Clone ID Related Accession (Same CDS sequence)	XM_017002937.1 , XM_017002941.1 , XM_017002941.2 , XM_017002937.2
Accession Version	XM_017002941.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4677bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGCCCT GAAAACCACT CGCTTGCAGA GCGCTGGATC AGCAATGCCT 
ACTAGTTCTT CATTCAAACA CCGGATTAAA GAGCAGGAAG ACTACATCCG AGATTGGACT 
GCTCATCGAG AAGAGATAGC CAGGATCAGC CAAGATCTTG CTCTCATTGC TCGGGAGATC 
AACGATGTAG CAGGAGAGAT AGATTCAGTG ACTTCATCAG GCACTGCCCC TAGTACCACA 
GTAAGCACTG CTGCCACCAC CCCTGGCTCT GCCATAGACA CTAGAGAAGA GGTAGGAGAT 
CTTCATGGAG AAATGCATAA GTTGGTTGAT CGTGTTTTTG ATGAAAGCCT CAACTTCCGA 
AAGATTCCTC CATTAGTTCA TTCCAAAACA CCAGAAGGAA ACAACGGTCG ATCTGGTGAT 
CCAAGACCTC AAGCAGCAGA GCCTCCCGAT CACTTAACAA TTACAAGGCG GAGAACCTGG 
AGCAGGGATG AAGTCATGGG AGATAATCTG CTGCTGTCAT CCGTCTTTCA GTTCTCTAAG 
AAGATAAGAC AATCTATAGA TAAGACAGCT GGAAAGATCA GAATATTATT TAAAGACAAA 
GATCGGAATT GGGATGACAT AGAAAGCAAA TTAAGAGCCG AAAGTGAAGT CCCTATTGTG 
AAAACCTCAA GCATGGAGAT TTCTTCTATC TTACAGGAAC TGAAAAGAGT AGAAAAGCAG 
CTGCAAGCAA TCAATGCTAT GATTGATCCT GATGGAACTT TGGAGGCTCT GAACAACATG 
GGATTTCCCA GTGCTATGTT GCCATCTCCA CCGAAACAGA AGTCCAGCCC TGTGAATAAC 
CACCACAGCC CGGGTCAGAC ACCAACACTT GGCCAACCAG AAGCTAGGGC TCTTCATCCT 
GCTGCTGTTT CAGCCGCAGC TGAATTTGAG AATGCTGAAT CTGAGGCTGA TTTCAGTATA 
CATTTCAATA GATTCAACCC CGATGGGGAA GAGGAAGATG TTACAGTACA AGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858430.1
CDS	709..5385
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002941.1
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X20, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002941.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGCCCT GAAAACCACT CGCTTGCAGA GCGCTGGATC AGCAATGCCT 
ACTAGTTCTT CATTCAAACA CCGGATTAAA GAGCAGGAAG ACTACATCCG AGATTGGACT 
GCTCATCGAG AAGAGATAGC CAGGATCAGC CAAGATCTTG CTCTCATTGC TCGGGAGATC 
AACGATGTAG CAGGAGAGAT AGATTCAGTG ACTTCATCAG GCACTGCCCC TAGTACCACA 
GTAAGCACTG CTGCCACCAC CCCTGGCTCT GCCATAGACA CTAGAGAAGA GGTAGGAGAT 
CTTCATGGAG AAATGCATAA GTTGGTTGAT CGTGTTTTTG ATGAAAGCCT CAACTTCCGA 
AAGATTCCTC CATTAGTTCA TTCCAAAACA CCAGAAGGAA ACAACGGTCG ATCTGGTGAT 
CCAAGACCTC AAGCAGCAGA GCCTCCCGAT CACTTAACAA TTACAAGGCG GAGAACCTGG 
AGCAGGGATG AAGTCATGGG AGATAATCTG CTGCTGTCAT CCGTCTTTCA GTTCTCTAAG 
AAGATAAGAC AATCTATAGA TAAGACAGCT GGAAAGATCA GAATATTATT TAAAGACAAA 
GATCGGAATT GGGATGACAT AGAAAGCAAA TTAAGAGCCG AAAGTGAAGT CCCTATTGTG 
AAAACCTCAA GCATGGAGAT TTCTTCTATC TTACAGGAAC TGAAAAGAGT AGAAAAGCAG 
CTGCAAGCAA TCAATGCTAT GATTGATCCT GATGGAACTT TGGAGGCTCT GAACAACATG 
GGATTTCCCA GTGCTATGTT GCCATCTCCA CCGAAACAGA AGTCCAGCCC TGTGAATAAC 
CACCACAGCC CGGGTCAGAC ACCAACACTT GGCCAACCAG AAGCTAGGGC TCTTCATCCT 
GCTGCTGTTT CAGCCGCAGC TGAATTTGAG AATGCTGAAT CTGAGGCTGA TTTCAGTATA 
CATTTCAATA GATTCAACCC CGATGGGGAA GAGGAAGATG TTACAGTACA AGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002941.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858430.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X19, mRNA.

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CloneID	OHu90870
Clone ID Related Accession (Same CDS sequence)	XM_017002937.1 , XM_017002941.1 , XM_017002941.2 , XM_017002937.2
Accession Version	XM_017002941.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4677bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017002941.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGCCCT GAAAACCACT CGCTTGCAGA GCGCTGGATC AGCAATGCCT 
ACTAGTTCTT CATTCAAACA CCGGATTAAA GAGCAGGAAG ACTACATCCG AGATTGGACT 
GCTCATCGAG AAGAGATAGC CAGGATCAGC CAAGATCTTG CTCTCATTGC TCGGGAGATC 
AACGATGTAG CAGGAGAGAT AGATTCAGTG ACTTCATCAG GCACTGCCCC TAGTACCACA 
GTAAGCACTG CTGCCACCAC CCCTGGCTCT GCCATAGACA CTAGAGAAGA GGTAGGAGAT 
CTTCATGGAG AAATGCATAA GTTGGTTGAT CGTGTTTTTG ATGAAAGCCT CAACTTCCGA 
AAGATTCCTC CATTAGTTCA TTCCAAAACA CCAGAAGGAA ACAACGGTCG ATCTGGTGAT 
CCAAGACCTC AAGCAGCAGA GCCTCCCGAT CACTTAACAA TTACAAGGCG GAGAACCTGG 
AGCAGGGATG AAGTCATGGG AGATAATCTG CTGCTGTCAT CCGTCTTTCA GTTCTCTAAG 
AAGATAAGAC AATCTATAGA TAAGACAGCT GGAAAGATCA GAATATTATT TAAAGACAAA 
GATCGGAATT GGGATGACAT AGAAAGCAAA TTAAGAGCCG AAAGTGAAGT CCCTATTGTG 
AAAACCTCAA GCATGGAGAT TTCTTCTATC TTACAGGAAC TGAAAAGAGT AGAAAAGCAG 
CTGCAAGCAA TCAATGCTAT GATTGATCCT GATGGAACTT TGGAGGCTCT GAACAACATG 
GGATTTCCCA GTGCTATGTT GCCATCTCCA CCGAAACAGA AGTCCAGCCC TGTGAATAAC 
CACCACAGCC CGGGTCAGAC ACCAACACTT GGCCAACCAG AAGCTAGGGC TCTTCATCCT 
GCTGCTGTTT CAGCCGCAGC TGAATTTGAG AATGCTGAAT CTGAGGCTGA TTTCAGTATA 
CATTTCAATA GATTCAACCC CGATGGGGAA GAGGAAGATG TTACAGTACA AGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858430.1
CDS	253..4929
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002941.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X19, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002941.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGCCCT GAAAACCACT CGCTTGCAGA GCGCTGGATC AGCAATGCCT 
ACTAGTTCTT CATTCAAACA CCGGATTAAA GAGCAGGAAG ACTACATCCG AGATTGGACT 
GCTCATCGAG AAGAGATAGC CAGGATCAGC CAAGATCTTG CTCTCATTGC TCGGGAGATC 
AACGATGTAG CAGGAGAGAT AGATTCAGTG ACTTCATCAG GCACTGCCCC TAGTACCACA 
GTAAGCACTG CTGCCACCAC CCCTGGCTCT GCCATAGACA CTAGAGAAGA GGTAGGAGAT 
CTTCATGGAG AAATGCATAA GTTGGTTGAT CGTGTTTTTG ATGAAAGCCT CAACTTCCGA 
AAGATTCCTC CATTAGTTCA TTCCAAAACA CCAGAAGGAA ACAACGGTCG ATCTGGTGAT 
CCAAGACCTC AAGCAGCAGA GCCTCCCGAT CACTTAACAA TTACAAGGCG GAGAACCTGG 
AGCAGGGATG AAGTCATGGG AGATAATCTG CTGCTGTCAT CCGTCTTTCA GTTCTCTAAG 
AAGATAAGAC AATCTATAGA TAAGACAGCT GGAAAGATCA GAATATTATT TAAAGACAAA 
GATCGGAATT GGGATGACAT AGAAAGCAAA TTAAGAGCCG AAAGTGAAGT CCCTATTGTG 
AAAACCTCAA GCATGGAGAT TTCTTCTATC TTACAGGAAC TGAAAAGAGT AGAAAAGCAG 
CTGCAAGCAA TCAATGCTAT GATTGATCCT GATGGAACTT TGGAGGCTCT GAACAACATG 
GGATTTCCCA GTGCTATGTT GCCATCTCCA CCGAAACAGA AGTCCAGCCC TGTGAATAAC 
CACCACAGCC CGGGTCAGAC ACCAACACTT GGCCAACCAG AAGCTAGGGC TCTTCATCCT 
GCTGCTGTTT CAGCCGCAGC TGAATTTGAG AATGCTGAAT CTGAGGCTGA TTTCAGTATA 
CATTTCAATA GATTCAACCC CGATGGGGAA GAGGAAGATG TTACAGTACA AGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002937.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858426.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X18, mRNA.

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CloneID	OHu90870
Clone ID Related Accession (Same CDS sequence)	XM_017002937.1 , XM_017002941.1 , XM_017002941.2 , XM_017002937.2
Accession Version	XM_017002937.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4677bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017002937.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGCCCT GAAAACCACT CGCTTGCAGA GCGCTGGATC AGCAATGCCT 
ACTAGTTCTT CATTCAAACA CCGGATTAAA GAGCAGGAAG ACTACATCCG AGATTGGACT 
GCTCATCGAG AAGAGATAGC CAGGATCAGC CAAGATCTTG CTCTCATTGC TCGGGAGATC 
AACGATGTAG CAGGAGAGAT AGATTCAGTG ACTTCATCAG GCACTGCCCC TAGTACCACA 
GTAAGCACTG CTGCCACCAC CCCTGGCTCT GCCATAGACA CTAGAGAAGA GGTAGGAGAT 
CTTCATGGAG AAATGCATAA GTTGGTTGAT CGTGTTTTTG ATGAAAGCCT CAACTTCCGA 
AAGATTCCTC CATTAGTTCA TTCCAAAACA CCAGAAGGAA ACAACGGTCG ATCTGGTGAT 
CCAAGACCTC AAGCAGCAGA GCCTCCCGAT CACTTAACAA TTACAAGGCG GAGAACCTGG 
AGCAGGGATG AAGTCATGGG AGATAATCTG CTGCTGTCAT CCGTCTTTCA GTTCTCTAAG 
AAGATAAGAC AATCTATAGA TAAGACAGCT GGAAAGATCA GAATATTATT TAAAGACAAA 
GATCGGAATT GGGATGACAT AGAAAGCAAA TTAAGAGCCG AAAGTGAAGT CCCTATTGTG 
AAAACCTCAA GCATGGAGAT TTCTTCTATC TTACAGGAAC TGAAAAGAGT AGAAAAGCAG 
CTGCAAGCAA TCAATGCTAT GATTGATCCT GATGGAACTT TGGAGGCTCT GAACAACATG 
GGATTTCCCA GTGCTATGTT GCCATCTCCA CCGAAACAGA AGTCCAGCCC TGTGAATAAC 
CACCACAGCC CGGGTCAGAC ACCAACACTT GGCCAACCAG AAGCTAGGGC TCTTCATCCT 
GCTGCTGTTT CAGCCGCAGC TGAATTTGAG AATGCTGAAT CTGAGGCTGA TTTCAGTATA 
CATTTCAATA GATTCAACCC CGATGGGGAA GAGGAAGATG TTACAGTACA AGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858426.1
CDS	788..5464
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002937.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X18, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002937.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGCCCT GAAAACCACT CGCTTGCAGA GCGCTGGATC AGCAATGCCT 
ACTAGTTCTT CATTCAAACA CCGGATTAAA GAGCAGGAAG ACTACATCCG AGATTGGACT 
GCTCATCGAG AAGAGATAGC CAGGATCAGC CAAGATCTTG CTCTCATTGC TCGGGAGATC 
AACGATGTAG CAGGAGAGAT AGATTCAGTG ACTTCATCAG GCACTGCCCC TAGTACCACA 
GTAAGCACTG CTGCCACCAC CCCTGGCTCT GCCATAGACA CTAGAGAAGA GGTAGGAGAT 
CTTCATGGAG AAATGCATAA GTTGGTTGAT CGTGTTTTTG ATGAAAGCCT CAACTTCCGA 
AAGATTCCTC CATTAGTTCA TTCCAAAACA CCAGAAGGAA ACAACGGTCG ATCTGGTGAT 
CCAAGACCTC AAGCAGCAGA GCCTCCCGAT CACTTAACAA TTACAAGGCG GAGAACCTGG 
AGCAGGGATG AAGTCATGGG AGATAATCTG CTGCTGTCAT CCGTCTTTCA GTTCTCTAAG 
AAGATAAGAC AATCTATAGA TAAGACAGCT GGAAAGATCA GAATATTATT TAAAGACAAA 
GATCGGAATT GGGATGACAT AGAAAGCAAA TTAAGAGCCG AAAGTGAAGT CCCTATTGTG 
AAAACCTCAA GCATGGAGAT TTCTTCTATC TTACAGGAAC TGAAAAGAGT AGAAAAGCAG 
CTGCAAGCAA TCAATGCTAT GATTGATCCT GATGGAACTT TGGAGGCTCT GAACAACATG 
GGATTTCCCA GTGCTATGTT GCCATCTCCA CCGAAACAGA AGTCCAGCCC TGTGAATAAC 
CACCACAGCC CGGGTCAGAC ACCAACACTT GGCCAACCAG AAGCTAGGGC TCTTCATCCT 
GCTGCTGTTT CAGCCGCAGC TGAATTTGAG AATGCTGAAT CTGAGGCTGA TTTCAGTATA 
CATTTCAATA GATTCAACCC CGATGGGGAA GAGGAAGATG TTACAGTACA AGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002938.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858427.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X17, mRNA.

Price & Availability↑

CloneID	OHu90871
Clone ID Related Accession (Same CDS sequence)	XM_017002938.1 , XM_017002938.2
Accession Version	XM_017002938.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4647bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGCCCT GAAAACCACT CGCTTGCAGA GCGCTGGATC AGCAATGCCT 
ACTAGTTCTT CATTCAAACA CCGGATTAAA GAGCAGGAAG ACTACATCCG AGATTGGACT 
GCTCATCGAG AAGAGATAGC CAGGATCAGC CAAGATCTTG CTCTCATTGC TCGGGAGATC 
AACGATGTAG CAGGAGAGAT AGATTCAGTG ACTTCATCAG GCACTGCCCC TAGTACCACA 
GTAAGCACTG CTGCCACCAC CCCTGGCTCT GCCATAGACA CTAGAGAAGA GTTGGTTGAT 
CGTGTTTTTG ATGAAAGCCT CAACTTCCGA AAGATTCCTC CATTAGTTCA TTCCAAAACA 
CCAGAAGGAA ACAACGGTCG ATCTGGTGAT CCAAGACCTC AAGCAGCAGA GCCTCCCGAT 
CACTTAACAA TTACAAGGCG GAGAACCTGG AGCAGGGATG AAGTCATGGG AGATAATCTG 
CTGCTGTCAT CCGTCTTTCA GTTCTCTAAG AAGATAAGAC AATCTATAGA TAAGACAGCT 
GGAAAGATCA GAATATTATT TAAAGACAAA GATCGGAATT GGGATGACAT AGAAAGCAAA 
TTAAGAGCCG AAAGTGAAGT CCCTATTGTG AAAACCTCAA GCATGGAGAT TTCTTCTATC 
TTACAGGAAC TGAAAAGAGT AGAAAAGCAG CTGCAAGCAA TCAATGCTAT GATTGATCCT 
GATGGAACTT TGGAGGCTCT GAACAACATG GGATTTCCCA GTGCTATGTT GCCATCTCCA 
CCGAAACAGA AGTCCAGCCC TGTGAATAAC CACCACAGCC CGGGTCAGAC ACCAACACTT 
GGCCAACCAG AAGCTAGGGC TCTTCATCCT GCTGCTGTTT CAGCCGCAGC TGAATTTGAG 
AATGCTGAAT CTGAGGCTGA TTTCAGTATA CATTTCAATA GATTCAACCC CGATGGGGAA 
GAGGAAGATG TTACAGTACA AGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858427.1
CDS	889..5535
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREELVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002938.1
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X17, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002938.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGCCCT GAAAACCACT CGCTTGCAGA GCGCTGGATC AGCAATGCCT 
ACTAGTTCTT CATTCAAACA CCGGATTAAA GAGCAGGAAG ACTACATCCG AGATTGGACT 
GCTCATCGAG AAGAGATAGC CAGGATCAGC CAAGATCTTG CTCTCATTGC TCGGGAGATC 
AACGATGTAG CAGGAGAGAT AGATTCAGTG ACTTCATCAG GCACTGCCCC TAGTACCACA 
GTAAGCACTG CTGCCACCAC CCCTGGCTCT GCCATAGACA CTAGAGAAGA GTTGGTTGAT 
CGTGTTTTTG ATGAAAGCCT CAACTTCCGA AAGATTCCTC CATTAGTTCA TTCCAAAACA 
CCAGAAGGAA ACAACGGTCG ATCTGGTGAT CCAAGACCTC AAGCAGCAGA GCCTCCCGAT 
CACTTAACAA TTACAAGGCG GAGAACCTGG AGCAGGGATG AAGTCATGGG AGATAATCTG 
CTGCTGTCAT CCGTCTTTCA GTTCTCTAAG AAGATAAGAC AATCTATAGA TAAGACAGCT 
GGAAAGATCA GAATATTATT TAAAGACAAA GATCGGAATT GGGATGACAT AGAAAGCAAA 
TTAAGAGCCG AAAGTGAAGT CCCTATTGTG AAAACCTCAA GCATGGAGAT TTCTTCTATC 
TTACAGGAAC TGAAAAGAGT AGAAAAGCAG CTGCAAGCAA TCAATGCTAT GATTGATCCT 
GATGGAACTT TGGAGGCTCT GAACAACATG GGATTTCCCA GTGCTATGTT GCCATCTCCA 
CCGAAACAGA AGTCCAGCCC TGTGAATAAC CACCACAGCC CGGGTCAGAC ACCAACACTT 
GGCCAACCAG AAGCTAGGGC TCTTCATCCT GCTGCTGTTT CAGCCGCAGC TGAATTTGAG 
AATGCTGAAT CTGAGGCTGA TTTCAGTATA CATTTCAATA GATTCAACCC CGATGGGGAA 
GAGGAAGATG TTACAGTACA AGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002938.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858427.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X20, mRNA.

Price & Availability↑

CloneID	OHu90871
Clone ID Related Accession (Same CDS sequence)	XM_017002938.1 , XM_017002938.2
Accession Version	XM_017002938.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4647bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017002938.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGCCCT GAAAACCACT CGCTTGCAGA GCGCTGGATC AGCAATGCCT 
ACTAGTTCTT CATTCAAACA CCGGATTAAA GAGCAGGAAG ACTACATCCG AGATTGGACT 
GCTCATCGAG AAGAGATAGC CAGGATCAGC CAAGATCTTG CTCTCATTGC TCGGGAGATC 
AACGATGTAG CAGGAGAGAT AGATTCAGTG ACTTCATCAG GCACTGCCCC TAGTACCACA 
GTAAGCACTG CTGCCACCAC CCCTGGCTCT GCCATAGACA CTAGAGAAGA GTTGGTTGAT 
CGTGTTTTTG ATGAAAGCCT CAACTTCCGA AAGATTCCTC CATTAGTTCA TTCCAAAACA 
CCAGAAGGAA ACAACGGTCG ATCTGGTGAT CCAAGACCTC AAGCAGCAGA GCCTCCCGAT 
CACTTAACAA TTACAAGGCG GAGAACCTGG AGCAGGGATG AAGTCATGGG AGATAATCTG 
CTGCTGTCAT CCGTCTTTCA GTTCTCTAAG AAGATAAGAC AATCTATAGA TAAGACAGCT 
GGAAAGATCA GAATATTATT TAAAGACAAA GATCGGAATT GGGATGACAT AGAAAGCAAA 
TTAAGAGCCG AAAGTGAAGT CCCTATTGTG AAAACCTCAA GCATGGAGAT TTCTTCTATC 
TTACAGGAAC TGAAAAGAGT AGAAAAGCAG CTGCAAGCAA TCAATGCTAT GATTGATCCT 
GATGGAACTT TGGAGGCTCT GAACAACATG GGATTTCCCA GTGCTATGTT GCCATCTCCA 
CCGAAACAGA AGTCCAGCCC TGTGAATAAC CACCACAGCC CGGGTCAGAC ACCAACACTT 
GGCCAACCAG AAGCTAGGGC TCTTCATCCT GCTGCTGTTT CAGCCGCAGC TGAATTTGAG 
AATGCTGAAT CTGAGGCTGA TTTCAGTATA CATTTCAATA GATTCAACCC CGATGGGGAA 
GAGGAAGATG TTACAGTACA AGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858427.1
CDS	788..5434
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREELVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002938.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X20, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002938.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGCCCT GAAAACCACT CGCTTGCAGA GCGCTGGATC AGCAATGCCT 
ACTAGTTCTT CATTCAAACA CCGGATTAAA GAGCAGGAAG ACTACATCCG AGATTGGACT 
GCTCATCGAG AAGAGATAGC CAGGATCAGC CAAGATCTTG CTCTCATTGC TCGGGAGATC 
AACGATGTAG CAGGAGAGAT AGATTCAGTG ACTTCATCAG GCACTGCCCC TAGTACCACA 
GTAAGCACTG CTGCCACCAC CCCTGGCTCT GCCATAGACA CTAGAGAAGA GTTGGTTGAT 
CGTGTTTTTG ATGAAAGCCT CAACTTCCGA AAGATTCCTC CATTAGTTCA TTCCAAAACA 
CCAGAAGGAA ACAACGGTCG ATCTGGTGAT CCAAGACCTC AAGCAGCAGA GCCTCCCGAT 
CACTTAACAA TTACAAGGCG GAGAACCTGG AGCAGGGATG AAGTCATGGG AGATAATCTG 
CTGCTGTCAT CCGTCTTTCA GTTCTCTAAG AAGATAAGAC AATCTATAGA TAAGACAGCT 
GGAAAGATCA GAATATTATT TAAAGACAAA GATCGGAATT GGGATGACAT AGAAAGCAAA 
TTAAGAGCCG AAAGTGAAGT CCCTATTGTG AAAACCTCAA GCATGGAGAT TTCTTCTATC 
TTACAGGAAC TGAAAAGAGT AGAAAAGCAG CTGCAAGCAA TCAATGCTAT GATTGATCCT 
GATGGAACTT TGGAGGCTCT GAACAACATG GGATTTCCCA GTGCTATGTT GCCATCTCCA 
CCGAAACAGA AGTCCAGCCC TGTGAATAAC CACCACAGCC CGGGTCAGAC ACCAACACTT 
GGCCAACCAG AAGCTAGGGC TCTTCATCCT GCTGCTGTTT CAGCCGCAGC TGAATTTGAG 
AATGCTGAAT CTGAGGCTGA TTTCAGTATA CATTTCAATA GATTCAACCC CGATGGGGAA 
GAGGAAGATG TTACAGTACA AGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002942.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858431.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X21, mRNA.

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CloneID	OHu90872
Clone ID Related Accession (Same CDS sequence)	XM_017002942.1 , XM_017002943.1 , XM_017002942.2 , XM_017002943.2
Accession Version	XM_017002942.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4596bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGCCCT GAAAACCACT CGCTTGCAGA GCGCTGGATC AGCAATGCCT 
ACTAGTTCTT CATTCAAACA CCGGATTAAA GAGCAGGAAG ACTACATCCG AGATTGGACT 
GCTCATCGAG AAGAGATAGC CAGGATCAGC CAAGATCTTG CTCTCATTGC TCGGGAGATC 
AACGATGTAG CAGGAGAGAT AGATTCAGTG ACTTCATCAG GCACTGCCCC TAGTACCACA 
TTGGTTGATC GTGTTTTTGA TGAAAGCCTC AACTTCCGAA AGATTCCTCC ATTAGTTCAT 
TCCAAAACAC CAGAAGGAAA CAACGGTCGA TCTGGTGATC CAAGACCTCA AGCAGCAGAG 
CCTCCCGATC ACTTAACAAT TACAAGGCGG AGAACCTGGA GCAGGGATGA AGTCATGGGA 
GATAATCTGC TGCTGTCATC CGTCTTTCAG TTCTCTAAGA AGATAAGACA ATCTATAGAT 
AAGACAGCTG GAAAGATCAG AATATTATTT AAAGACAAAG ATCGGAATTG GGATGACATA 
GAAAGCAAAT TAAGAGCCGA AAGTGAAGTC CCTATTGTGA AAACCTCAAG CATGGAGATT 
TCTTCTATCT TACAGGAACT GAAAAGAGTA GAAAAGCAGC TGCAAGCAAT CAATGCTATG 
ATTGATCCTG ATGGAACTTT GGAGGCTCTG AACAACATGG GATTTCCCAG TGCTATGTTG 
CCATCTCCAC CGAAACAGAA GTCCAGCCCT GTGAATAACC ACCACAGCCC GGGTCAGACA 
CCAACACTTG GCCAACCAGA AGCTAGGGCT CTTCATCCTG CTGCTGTTTC AGCCGCAGCT 
GAATTTGAGA ATGCTGAATC TGAGGCTGAT TTCAGTATAC ATTTCAATAG ATTCAACCCC 
GATGGGGAAG AGGAAGATGT TACAGTACAA GAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858431.1
CDS	889..5484
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002942.1
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X21, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002942.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGCCCT GAAAACCACT CGCTTGCAGA GCGCTGGATC AGCAATGCCT 
ACTAGTTCTT CATTCAAACA CCGGATTAAA GAGCAGGAAG ACTACATCCG AGATTGGACT 
GCTCATCGAG AAGAGATAGC CAGGATCAGC CAAGATCTTG CTCTCATTGC TCGGGAGATC 
AACGATGTAG CAGGAGAGAT AGATTCAGTG ACTTCATCAG GCACTGCCCC TAGTACCACA 
TTGGTTGATC GTGTTTTTGA TGAAAGCCTC AACTTCCGAA AGATTCCTCC ATTAGTTCAT 
TCCAAAACAC CAGAAGGAAA CAACGGTCGA TCTGGTGATC CAAGACCTCA AGCAGCAGAG 
CCTCCCGATC ACTTAACAAT TACAAGGCGG AGAACCTGGA GCAGGGATGA AGTCATGGGA 
GATAATCTGC TGCTGTCATC CGTCTTTCAG TTCTCTAAGA AGATAAGACA ATCTATAGAT 
AAGACAGCTG GAAAGATCAG AATATTATTT AAAGACAAAG ATCGGAATTG GGATGACATA 
GAAAGCAAAT TAAGAGCCGA AAGTGAAGTC CCTATTGTGA AAACCTCAAG CATGGAGATT 
TCTTCTATCT TACAGGAACT GAAAAGAGTA GAAAAGCAGC TGCAAGCAAT CAATGCTATG 
ATTGATCCTG ATGGAACTTT GGAGGCTCTG AACAACATGG GATTTCCCAG TGCTATGTTG 
CCATCTCCAC CGAAACAGAA GTCCAGCCCT GTGAATAACC ACCACAGCCC GGGTCAGACA 
CCAACACTTG GCCAACCAGA AGCTAGGGCT CTTCATCCTG CTGCTGTTTC AGCCGCAGCT 
GAATTTGAGA ATGCTGAATC TGAGGCTGAT TTCAGTATAC ATTTCAATAG ATTCAACCCC 
GATGGGGAAG AGGAAGATGT TACAGTACAA GAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002943.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858432.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X22, mRNA.

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CloneID	OHu90872
Clone ID Related Accession (Same CDS sequence)	XM_017002942.1 , XM_017002943.1 , XM_017002942.2 , XM_017002943.2
Accession Version	XM_017002943.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4596bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGCCCT GAAAACCACT CGCTTGCAGA GCGCTGGATC AGCAATGCCT 
ACTAGTTCTT CATTCAAACA CCGGATTAAA GAGCAGGAAG ACTACATCCG AGATTGGACT 
GCTCATCGAG AAGAGATAGC CAGGATCAGC CAAGATCTTG CTCTCATTGC TCGGGAGATC 
AACGATGTAG CAGGAGAGAT AGATTCAGTG ACTTCATCAG GCACTGCCCC TAGTACCACA 
TTGGTTGATC GTGTTTTTGA TGAAAGCCTC AACTTCCGAA AGATTCCTCC ATTAGTTCAT 
TCCAAAACAC CAGAAGGAAA CAACGGTCGA TCTGGTGATC CAAGACCTCA AGCAGCAGAG 
CCTCCCGATC ACTTAACAAT TACAAGGCGG AGAACCTGGA GCAGGGATGA AGTCATGGGA 
GATAATCTGC TGCTGTCATC CGTCTTTCAG TTCTCTAAGA AGATAAGACA ATCTATAGAT 
AAGACAGCTG GAAAGATCAG AATATTATTT AAAGACAAAG ATCGGAATTG GGATGACATA 
GAAAGCAAAT TAAGAGCCGA AAGTGAAGTC CCTATTGTGA AAACCTCAAG CATGGAGATT 
TCTTCTATCT TACAGGAACT GAAAAGAGTA GAAAAGCAGC TGCAAGCAAT CAATGCTATG 
ATTGATCCTG ATGGAACTTT GGAGGCTCTG AACAACATGG GATTTCCCAG TGCTATGTTG 
CCATCTCCAC CGAAACAGAA GTCCAGCCCT GTGAATAACC ACCACAGCCC GGGTCAGACA 
CCAACACTTG GCCAACCAGA AGCTAGGGCT CTTCATCCTG CTGCTGTTTC AGCCGCAGCT 
GAATTTGAGA ATGCTGAATC TGAGGCTGAT TTCAGTATAC ATTTCAATAG ATTCAACCCC 
GATGGGGAAG AGGAAGATGT TACAGTACAA GAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858432.1
CDS	709..5304
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002943.1
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X22, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002943.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGCCCT GAAAACCACT CGCTTGCAGA GCGCTGGATC AGCAATGCCT 
ACTAGTTCTT CATTCAAACA CCGGATTAAA GAGCAGGAAG ACTACATCCG AGATTGGACT 
GCTCATCGAG AAGAGATAGC CAGGATCAGC CAAGATCTTG CTCTCATTGC TCGGGAGATC 
AACGATGTAG CAGGAGAGAT AGATTCAGTG ACTTCATCAG GCACTGCCCC TAGTACCACA 
TTGGTTGATC GTGTTTTTGA TGAAAGCCTC AACTTCCGAA AGATTCCTCC ATTAGTTCAT 
TCCAAAACAC CAGAAGGAAA CAACGGTCGA TCTGGTGATC CAAGACCTCA AGCAGCAGAG 
CCTCCCGATC ACTTAACAAT TACAAGGCGG AGAACCTGGA GCAGGGATGA AGTCATGGGA 
GATAATCTGC TGCTGTCATC CGTCTTTCAG TTCTCTAAGA AGATAAGACA ATCTATAGAT 
AAGACAGCTG GAAAGATCAG AATATTATTT AAAGACAAAG ATCGGAATTG GGATGACATA 
GAAAGCAAAT TAAGAGCCGA AAGTGAAGTC CCTATTGTGA AAACCTCAAG CATGGAGATT 
TCTTCTATCT TACAGGAACT GAAAAGAGTA GAAAAGCAGC TGCAAGCAAT CAATGCTATG 
ATTGATCCTG ATGGAACTTT GGAGGCTCTG AACAACATGG GATTTCCCAG TGCTATGTTG 
CCATCTCCAC CGAAACAGAA GTCCAGCCCT GTGAATAACC ACCACAGCCC GGGTCAGACA 
CCAACACTTG GCCAACCAGA AGCTAGGGCT CTTCATCCTG CTGCTGTTTC AGCCGCAGCT 
GAATTTGAGA ATGCTGAATC TGAGGCTGAT TTCAGTATAC ATTTCAATAG ATTCAACCCC 
GATGGGGAAG AGGAAGATGT TACAGTACAA GAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002942.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858431.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X21, mRNA.

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CloneID	OHu90872
Clone ID Related Accession (Same CDS sequence)	XM_017002942.1 , XM_017002943.1 , XM_017002942.2 , XM_017002943.2
Accession Version	XM_017002942.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4596bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017002942.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGCCCT GAAAACCACT CGCTTGCAGA GCGCTGGATC AGCAATGCCT 
ACTAGTTCTT CATTCAAACA CCGGATTAAA GAGCAGGAAG ACTACATCCG AGATTGGACT 
GCTCATCGAG AAGAGATAGC CAGGATCAGC CAAGATCTTG CTCTCATTGC TCGGGAGATC 
AACGATGTAG CAGGAGAGAT AGATTCAGTG ACTTCATCAG GCACTGCCCC TAGTACCACA 
TTGGTTGATC GTGTTTTTGA TGAAAGCCTC AACTTCCGAA AGATTCCTCC ATTAGTTCAT 
TCCAAAACAC CAGAAGGAAA CAACGGTCGA TCTGGTGATC CAAGACCTCA AGCAGCAGAG 
CCTCCCGATC ACTTAACAAT TACAAGGCGG AGAACCTGGA GCAGGGATGA AGTCATGGGA 
GATAATCTGC TGCTGTCATC CGTCTTTCAG TTCTCTAAGA AGATAAGACA ATCTATAGAT 
AAGACAGCTG GAAAGATCAG AATATTATTT AAAGACAAAG ATCGGAATTG GGATGACATA 
GAAAGCAAAT TAAGAGCCGA AAGTGAAGTC CCTATTGTGA AAACCTCAAG CATGGAGATT 
TCTTCTATCT TACAGGAACT GAAAAGAGTA GAAAAGCAGC TGCAAGCAAT CAATGCTATG 
ATTGATCCTG ATGGAACTTT GGAGGCTCTG AACAACATGG GATTTCCCAG TGCTATGTTG 
CCATCTCCAC CGAAACAGAA GTCCAGCCCT GTGAATAACC ACCACAGCCC GGGTCAGACA 
CCAACACTTG GCCAACCAGA AGCTAGGGCT CTTCATCCTG CTGCTGTTTC AGCCGCAGCT 
GAATTTGAGA ATGCTGAATC TGAGGCTGAT TTCAGTATAC ATTTCAATAG ATTCAACCCC 
GATGGGGAAG AGGAAGATGT TACAGTACAA GAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858431.1
CDS	788..5383
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002942.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X21, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002942.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGCCCT GAAAACCACT CGCTTGCAGA GCGCTGGATC AGCAATGCCT 
ACTAGTTCTT CATTCAAACA CCGGATTAAA GAGCAGGAAG ACTACATCCG AGATTGGACT 
GCTCATCGAG AAGAGATAGC CAGGATCAGC CAAGATCTTG CTCTCATTGC TCGGGAGATC 
AACGATGTAG CAGGAGAGAT AGATTCAGTG ACTTCATCAG GCACTGCCCC TAGTACCACA 
TTGGTTGATC GTGTTTTTGA TGAAAGCCTC AACTTCCGAA AGATTCCTCC ATTAGTTCAT 
TCCAAAACAC CAGAAGGAAA CAACGGTCGA TCTGGTGATC CAAGACCTCA AGCAGCAGAG 
CCTCCCGATC ACTTAACAAT TACAAGGCGG AGAACCTGGA GCAGGGATGA AGTCATGGGA 
GATAATCTGC TGCTGTCATC CGTCTTTCAG TTCTCTAAGA AGATAAGACA ATCTATAGAT 
AAGACAGCTG GAAAGATCAG AATATTATTT AAAGACAAAG ATCGGAATTG GGATGACATA 
GAAAGCAAAT TAAGAGCCGA AAGTGAAGTC CCTATTGTGA AAACCTCAAG CATGGAGATT 
TCTTCTATCT TACAGGAACT GAAAAGAGTA GAAAAGCAGC TGCAAGCAAT CAATGCTATG 
ATTGATCCTG ATGGAACTTT GGAGGCTCTG AACAACATGG GATTTCCCAG TGCTATGTTG 
CCATCTCCAC CGAAACAGAA GTCCAGCCCT GTGAATAACC ACCACAGCCC GGGTCAGACA 
CCAACACTTG GCCAACCAGA AGCTAGGGCT CTTCATCCTG CTGCTGTTTC AGCCGCAGCT 
GAATTTGAGA ATGCTGAATC TGAGGCTGAT TTCAGTATAC ATTTCAATAG ATTCAACCCC 
GATGGGGAAG AGGAAGATGT TACAGTACAA GAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002943.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858432.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X22, mRNA.

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CloneID	OHu90872
Clone ID Related Accession (Same CDS sequence)	XM_017002942.1 , XM_017002943.1 , XM_017002942.2 , XM_017002943.2
Accession Version	XM_017002943.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4596bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017002943.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGCCCT GAAAACCACT CGCTTGCAGA GCGCTGGATC AGCAATGCCT 
ACTAGTTCTT CATTCAAACA CCGGATTAAA GAGCAGGAAG ACTACATCCG AGATTGGACT 
GCTCATCGAG AAGAGATAGC CAGGATCAGC CAAGATCTTG CTCTCATTGC TCGGGAGATC 
AACGATGTAG CAGGAGAGAT AGATTCAGTG ACTTCATCAG GCACTGCCCC TAGTACCACA 
TTGGTTGATC GTGTTTTTGA TGAAAGCCTC AACTTCCGAA AGATTCCTCC ATTAGTTCAT 
TCCAAAACAC CAGAAGGAAA CAACGGTCGA TCTGGTGATC CAAGACCTCA AGCAGCAGAG 
CCTCCCGATC ACTTAACAAT TACAAGGCGG AGAACCTGGA GCAGGGATGA AGTCATGGGA 
GATAATCTGC TGCTGTCATC CGTCTTTCAG TTCTCTAAGA AGATAAGACA ATCTATAGAT 
AAGACAGCTG GAAAGATCAG AATATTATTT AAAGACAAAG ATCGGAATTG GGATGACATA 
GAAAGCAAAT TAAGAGCCGA AAGTGAAGTC CCTATTGTGA AAACCTCAAG CATGGAGATT 
TCTTCTATCT TACAGGAACT GAAAAGAGTA GAAAAGCAGC TGCAAGCAAT CAATGCTATG 
ATTGATCCTG ATGGAACTTT GGAGGCTCTG AACAACATGG GATTTCCCAG TGCTATGTTG 
CCATCTCCAC CGAAACAGAA GTCCAGCCCT GTGAATAACC ACCACAGCCC GGGTCAGACA 
CCAACACTTG GCCAACCAGA AGCTAGGGCT CTTCATCCTG CTGCTGTTTC AGCCGCAGCT 
GAATTTGAGA ATGCTGAATC TGAGGCTGAT TTCAGTATAC ATTTCAATAG ATTCAACCCC 
GATGGGGAAG AGGAAGATGT TACAGTACAA GAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858432.1
CDS	331..4926
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002943.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X22, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002943.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGCCCT GAAAACCACT CGCTTGCAGA GCGCTGGATC AGCAATGCCT 
ACTAGTTCTT CATTCAAACA CCGGATTAAA GAGCAGGAAG ACTACATCCG AGATTGGACT 
GCTCATCGAG AAGAGATAGC CAGGATCAGC CAAGATCTTG CTCTCATTGC TCGGGAGATC 
AACGATGTAG CAGGAGAGAT AGATTCAGTG ACTTCATCAG GCACTGCCCC TAGTACCACA 
TTGGTTGATC GTGTTTTTGA TGAAAGCCTC AACTTCCGAA AGATTCCTCC ATTAGTTCAT 
TCCAAAACAC CAGAAGGAAA CAACGGTCGA TCTGGTGATC CAAGACCTCA AGCAGCAGAG 
CCTCCCGATC ACTTAACAAT TACAAGGCGG AGAACCTGGA GCAGGGATGA AGTCATGGGA 
GATAATCTGC TGCTGTCATC CGTCTTTCAG TTCTCTAAGA AGATAAGACA ATCTATAGAT 
AAGACAGCTG GAAAGATCAG AATATTATTT AAAGACAAAG ATCGGAATTG GGATGACATA 
GAAAGCAAAT TAAGAGCCGA AAGTGAAGTC CCTATTGTGA AAACCTCAAG CATGGAGATT 
TCTTCTATCT TACAGGAACT GAAAAGAGTA GAAAAGCAGC TGCAAGCAAT CAATGCTATG 
ATTGATCCTG ATGGAACTTT GGAGGCTCTG AACAACATGG GATTTCCCAG TGCTATGTTG 
CCATCTCCAC CGAAACAGAA GTCCAGCCCT GTGAATAACC ACCACAGCCC GGGTCAGACA 
CCAACACTTG GCCAACCAGA AGCTAGGGCT CTTCATCCTG CTGCTGTTTC AGCCGCAGCT 
GAATTTGAGA ATGCTGAATC TGAGGCTGAT TTCAGTATAC ATTTCAATAG ATTCAACCCC 
GATGGGGAAG AGGAAGATGT TACAGTACAA GAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( NM_001042404.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001035863.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant beta, mRNA.

Price & Availability↑

CloneID	OHu17291
Clone ID Related Accession (Same CDS sequence)	NM_001042404.1
Accession Version	NM_001042404.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4461bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-26
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform beta
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from BP349680.1, BP349206.1, AB022658.1, AC092782.2, AL606534.15 and CB410835.1. Transcript Variant: This variant (beta, also known as 2) lacks an alternate in-frame exon, compared to variant alpha, resulting in a shorter protein (isoform beta), compared to isoform alpha. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: SRR1803611.44582.1, SRR1803614.210109.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGTTGGT TGATCGTGTT 
TTTGATGAAA GCCTCAACTT CCGAAAGATT CCTCCATTAG TTCATTCCAA AACACCAGAA 
GGAAACAACG GTCGATCTGG TGATCCAAGA CCTCAAGCAG CAGAGCCTCC CGATCACTTA 
ACAATTACAA GGCGGAGAAC CTGGAGCAGG GATGAAGTCA TGGGAGATAA TCTGCTGCTG 
TCATCCGTCT TTCAGTTCTC TAAGAAGATA AGACAATCTA TAGATAAGAC AGCTGGAAAG 
ATCAGAATAT TATTTAAAGA CAAAGATCGG AATTGGGATG ACATAGAAAG CAAATTAAGA 
GCCGAAAGTG AAGTCCCTAT TGTGAAAACC TCAAGCATGG AGATTTCTTC TATCTTACAG 
GAACTGAAAA GAGTAGAAAA GCAGCTGCAA GCAATCAATG CTATGATTGA TCCTGATGGA 
ACTTTGGAGG CTCTGAACAA CATGGGATTT CCCAGTGCTA TGTTGCCATC TCCACCGAAA 
CAGAAGTCCA GCCCTGTGAA TAACCACCAC AGCCCGGGTC AGACACCAAC ACTTGGCCAA 
CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT GTTTCAGCCG CAGCTGAATT TGAGAATGCT 
GAATCTGAGG CTGATTTCAG TATACATTTC AATAGATTCA ACCCCGATGG GGAAGAGGAA 
GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_001035863.1
CDS	409..4869
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREELVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	NM_001042404.1
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant beta, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_001042404.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGTTGGT TGATCGTGTT 
TTTGATGAAA GCCTCAACTT CCGAAAGATT CCTCCATTAG TTCATTCCAA AACACCAGAA 
GGAAACAACG GTCGATCTGG TGATCCAAGA CCTCAAGCAG CAGAGCCTCC CGATCACTTA 
ACAATTACAA GGCGGAGAAC CTGGAGCAGG GATGAAGTCA TGGGAGATAA TCTGCTGCTG 
TCATCCGTCT TTCAGTTCTC TAAGAAGATA AGACAATCTA TAGATAAGAC AGCTGGAAAG 
ATCAGAATAT TATTTAAAGA CAAAGATCGG AATTGGGATG ACATAGAAAG CAAATTAAGA 
GCCGAAAGTG AAGTCCCTAT TGTGAAAACC TCAAGCATGG AGATTTCTTC TATCTTACAG 
GAACTGAAAA GAGTAGAAAA GCAGCTGCAA GCAATCAATG CTATGATTGA TCCTGATGGA 
ACTTTGGAGG CTCTGAACAA CATGGGATTT CCCAGTGCTA TGTTGCCATC TCCACCGAAA 
CAGAAGTCCA GCCCTGTGAA TAACCACCAC AGCCCGGGTC AGACACCAAC ACTTGGCCAA 
CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT GTTTCAGCCG CAGCTGAATT TGAGAATGCT 
GAATCTGAGG CTGATTTCAG TATACATTTC AATAGATTCA ACCCCGATGG GGAAGAGGAA 
GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( NM_001042405.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001035864.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant gamma, mRNA.

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CloneID	OHu17369
Clone ID Related Accession (Same CDS sequence)	NM_001042405.1
Accession Version	NM_001042405.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4383bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-26
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform gamma
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from BP349680.1, BP349206.1, AB022659.1, AC092782.2 and CB410835.1. On Sep 20, 2006 this sequence version replaced XM_001125768.1. Transcript Variant: This variant (gamma, also known as 3) has multiple differences in the coding region but maintains the reading frame, compared to variant alpha, resulting in a shorter protein (isoform gamma), compared to isoform alpha. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: SRR1803615.262461.1, SRR1803613.188308.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACAGTAA GCACTGCTGC CACCACCCCT GGCTCTGCCA TAGACACTAG AGAAGAGGTA 
GGAGATCTTC ATGGAGAAAT GCATAAGTTG GTTGATCGTG TTTTTGATGA AAGCCTCAAC 
TTCCGAAAGA TTCCTCCATT AGTTCATTCC AAAACACCAG AAGGAAACAA CGGTCGATCT 
GGTGATCCAA GACCTCAAGC AGCAGAGCCT CCCGATCACT TAACAATTAC AAGGCGGAGA 
ACCTGGAGCA GGGATGAAGT CATGGGAGAT AATCTGCTGC TGTCATCCGT CTTTCAGTTC 
TCTAAGAAGA TAAGACAATC TATAGATAAG ACAGCTGGAA AGATCAGAAT ATTATTTAAA 
GACAAAGATC GGAATTGGGA TGACATAGAA AGCAAATTAA GAGCCGAAAG TGAAGTCCCT 
ATTGTGAAAA CCTCAAGCAT GGAGATTTCT TCTATCTTAC AGGAACTGAA AAGAGTAGAA 
AAGCAGCTGC AAGCAATCAA TGCTATGATT GATCCTGATG GAACTTTGGA GGCTCTGAAC 
AACATGGGAT TTCCCAGTGC TATGTTGCCA TCTCCACCGA AACAGAAGTC CAGCCCTGTG 
AATAACCACC ACAGCCCGGG TCAGACACCA ACACTTGGCC AACCAGAAGC TAGGGCTCTT 
CATCCTGCTG CTGTTTCAGC CGCAGCTGAA TTTGAGAATG CTGAATCTGA GGCTGATTTC 
AGTATACATT TCAATAGATT CAACCCCGAT GGGGAAGAGG AAGATGTTAC AGTACAAGAA 
TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_001035864.1
CDS	409..4791
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	NM_001042405.1
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant gamma, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_001042405.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACAGTAA GCACTGCTGC CACCACCCCT GGCTCTGCCA TAGACACTAG AGAAGAGGTA 
GGAGATCTTC ATGGAGAAAT GCATAAGTTG GTTGATCGTG TTTTTGATGA AAGCCTCAAC 
TTCCGAAAGA TTCCTCCATT AGTTCATTCC AAAACACCAG AAGGAAACAA CGGTCGATCT 
GGTGATCCAA GACCTCAAGC AGCAGAGCCT CCCGATCACT TAACAATTAC AAGGCGGAGA 
ACCTGGAGCA GGGATGAAGT CATGGGAGAT AATCTGCTGC TGTCATCCGT CTTTCAGTTC 
TCTAAGAAGA TAAGACAATC TATAGATAAG ACAGCTGGAA AGATCAGAAT ATTATTTAAA 
GACAAAGATC GGAATTGGGA TGACATAGAA AGCAAATTAA GAGCCGAAAG TGAAGTCCCT 
ATTGTGAAAA CCTCAAGCAT GGAGATTTCT TCTATCTTAC AGGAACTGAA AAGAGTAGAA 
AAGCAGCTGC AAGCAATCAA TGCTATGATT GATCCTGATG GAACTTTGGA GGCTCTGAAC 
AACATGGGAT TTCCCAGTGC TATGTTGCCA TCTCCACCGA AACAGAAGTC CAGCCCTGTG 
AATAACCACC ACAGCCCGGG TCAGACACCA ACACTTGGCC AACCAGAAGC TAGGGCTCTT 
CATCCTGCTG CTGTTTCAGC CGCAGCTGAA TTTGAGAATG CTGAATCTGA GGCTGATTTC 
AGTATACATT TCAATAGATT CAACCCCGAT GGGGAAGAGG AAGATGTTAC AGTACAAGAA 
TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( NM_014812.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_055627.2 Homo sapiens centrosomal protein 170 (CEP170), transcript variant alpha, mRNA.

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CloneID	OHu18583
Clone ID Related Accession (Same CDS sequence)	NM_014812.3 , NM_014812.2 , XM_017002936.1 , XM_017002936.2
Accession Version	NM_014812.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4755bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-30
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform alpha
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from BP349680.1, BP349206.1, AB022657.1, AC092782.2, AL606534.15 and CB410835.1. This sequence is a reference standard in the RefSeqGene project. On Nov 22, 2018 this sequence version replaced NM_014812.2. Transcript Variant: This variant (alpha, also known as 1) represents the longest transcript and encodes the longest isoform (alpha). Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: SRR1660807.121338.1, SRR1660803.43701.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000366542.6/ ENSP00000355500.1 RefSeq Select criteria :: based on conservation, expression ##RefSeq-Attributes-END## COMPLETENESS: full length.

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACAGT AAGCACTGCT 
GCCACCACCC CTGGCTCTGC CATAGACACT AGAGAAGAGT TGGTTGATCG TGTTTTTGAT 
GAAAGCCTCA ACTTCCGAAA GATTCCTCCA TTAGTTCATT CCAAAACACC AGAAGGAAAC 
AACGGTCGAT CTGGTGATCC AAGACCTCAA GCAGCAGAGC CTCCCGATCA CTTAACAATT 
ACAAGGCGGA GAACCTGGAG CAGGGATGAA GTCATGGGAG ATAATCTGCT GCTGTCATCC 
GTCTTTCAGT TCTCTAAGAA GATAAGACAA TCTATAGATA AGACAGCTGG AAAGATCAGA 
ATATTATTTA AAGACAAAGA TCGGAATTGG GATGACATAG AAAGCAAATT AAGAGCCGAA 
AGTGAAGTCC CTATTGTGAA AACCTCAAGC ATGGAGATTT CTTCTATCTT ACAGGAACTG 
AAAAGAGTAG AAAAGCAGCT GCAAGCAATC AATGCTATGA TTGATCCTGA TGGAACTTTG 
GAGGCTCTGA ACAACATGGG ATTTCCCAGT GCTATGTTGC CATCTCCACC GAAACAGAAG 
TCCAGCCCTG TGAATAACCA CCACAGCCCG GGTCAGACAC CAACACTTGG CCAACCAGAA 
GCTAGGGCTC TTCATCCTGC TGCTGTTTCA GCCGCAGCTG AATTTGAGAA TGCTGAATCT 
GAGGCTGATT TCAGTATACA TTTCAATAGA TTCAACCCCG ATGGGGAAGA GGAAGATGTT 
ACAGTACAAG AATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_055627.2
CDS	284..5038
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREELVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	NM_014812.3
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant alpha, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_014812.3

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACAGT AAGCACTGCT 
GCCACCACCC CTGGCTCTGC CATAGACACT AGAGAAGAGT TGGTTGATCG TGTTTTTGAT 
GAAAGCCTCA ACTTCCGAAA GATTCCTCCA TTAGTTCATT CCAAAACACC AGAAGGAAAC 
AACGGTCGAT CTGGTGATCC AAGACCTCAA GCAGCAGAGC CTCCCGATCA CTTAACAATT 
ACAAGGCGGA GAACCTGGAG CAGGGATGAA GTCATGGGAG ATAATCTGCT GCTGTCATCC 
GTCTTTCAGT TCTCTAAGAA GATAAGACAA TCTATAGATA AGACAGCTGG AAAGATCAGA 
ATATTATTTA AAGACAAAGA TCGGAATTGG GATGACATAG AAAGCAAATT AAGAGCCGAA 
AGTGAAGTCC CTATTGTGAA AACCTCAAGC ATGGAGATTT CTTCTATCTT ACAGGAACTG 
AAAAGAGTAG AAAAGCAGCT GCAAGCAATC AATGCTATGA TTGATCCTGA TGGAACTTTG 
GAGGCTCTGA ACAACATGGG ATTTCCCAGT GCTATGTTGC CATCTCCACC GAAACAGAAG 
TCCAGCCCTG TGAATAACCA CCACAGCCCG GGTCAGACAC CAACACTTGG CCAACCAGAA 
GCTAGGGCTC TTCATCCTGC TGCTGTTTCA GCCGCAGCTG AATTTGAGAA TGCTGAATCT 
GAGGCTGATT TCAGTATACA TTTCAATAGA TTCAACCCCG ATGGGGAAGA GGAAGATGTT 
ACAGTACAAG AATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( NM_014812.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_055627.2 Homo sapiens centrosomal protein 170 (CEP170), transcript variant alpha, mRNA.

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CloneID	OHu18583
Clone ID Related Accession (Same CDS sequence)	NM_014812.3 , NM_014812.2 , XM_017002936.1 , XM_017002936.2
Accession Version	NM_014812.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4755bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-10-29
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform alpha
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from BP349680.1, BP349206.1, AB022657.1, AC092782.2, AL606534.15 and CB410835.1. This sequence is a reference standard in the RefSeqGene project. On Jun 19, 2006 this sequence version replaced NM_014812.1. Transcript Variant: This variant (alpha, also known as 1) represents the longest transcript and encodes the longest isoform (alpha). Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: SRR1660807.121338.1, SRR1660803.43701.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACAGT AAGCACTGCT 
GCCACCACCC CTGGCTCTGC CATAGACACT AGAGAAGAGT TGGTTGATCG TGTTTTTGAT 
GAAAGCCTCA ACTTCCGAAA GATTCCTCCA TTAGTTCATT CCAAAACACC AGAAGGAAAC 
AACGGTCGAT CTGGTGATCC AAGACCTCAA GCAGCAGAGC CTCCCGATCA CTTAACAATT 
ACAAGGCGGA GAACCTGGAG CAGGGATGAA GTCATGGGAG ATAATCTGCT GCTGTCATCC 
GTCTTTCAGT TCTCTAAGAA GATAAGACAA TCTATAGATA AGACAGCTGG AAAGATCAGA 
ATATTATTTA AAGACAAAGA TCGGAATTGG GATGACATAG AAAGCAAATT AAGAGCCGAA 
AGTGAAGTCC CTATTGTGAA AACCTCAAGC ATGGAGATTT CTTCTATCTT ACAGGAACTG 
AAAAGAGTAG AAAAGCAGCT GCAAGCAATC AATGCTATGA TTGATCCTGA TGGAACTTTG 
GAGGCTCTGA ACAACATGGG ATTTCCCAGT GCTATGTTGC CATCTCCACC GAAACAGAAG 
TCCAGCCCTG TGAATAACCA CCACAGCCCG GGTCAGACAC CAACACTTGG CCAACCAGAA 
GCTAGGGCTC TTCATCCTGC TGCTGTTTCA GCCGCAGCTG AATTTGAGAA TGCTGAATCT 
GAGGCTGATT TCAGTATACA TTTCAATAGA TTCAACCCCG ATGGGGAAGA GGAAGATGTT 
ACAGTACAAG AATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_055627.2
CDS	409..5163
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREELVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	NM_014812.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant alpha, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_014812.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACAGT AAGCACTGCT 
GCCACCACCC CTGGCTCTGC CATAGACACT AGAGAAGAGT TGGTTGATCG TGTTTTTGAT 
GAAAGCCTCA ACTTCCGAAA GATTCCTCCA TTAGTTCATT CCAAAACACC AGAAGGAAAC 
AACGGTCGAT CTGGTGATCC AAGACCTCAA GCAGCAGAGC CTCCCGATCA CTTAACAATT 
ACAAGGCGGA GAACCTGGAG CAGGGATGAA GTCATGGGAG ATAATCTGCT GCTGTCATCC 
GTCTTTCAGT TCTCTAAGAA GATAAGACAA TCTATAGATA AGACAGCTGG AAAGATCAGA 
ATATTATTTA AAGACAAAGA TCGGAATTGG GATGACATAG AAAGCAAATT AAGAGCCGAA 
AGTGAAGTCC CTATTGTGAA AACCTCAAGC ATGGAGATTT CTTCTATCTT ACAGGAACTG 
AAAAGAGTAG AAAAGCAGCT GCAAGCAATC AATGCTATGA TTGATCCTGA TGGAACTTTG 
GAGGCTCTGA ACAACATGGG ATTTCCCAGT GCTATGTTGC CATCTCCACC GAAACAGAAG 
TCCAGCCCTG TGAATAACCA CCACAGCCCG GGTCAGACAC CAACACTTGG CCAACCAGAA 
GCTAGGGCTC TTCATCCTGC TGCTGTTTCA GCCGCAGCTG AATTTGAGAA TGCTGAATCT 
GAGGCTGATT TCAGTATACA TTTCAATAGA TTCAACCCCG ATGGGGAAGA GGAAGATGTT 
ACAGTACAAG AATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002936.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858425.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X15, mRNA.

Price & Availability↑

CloneID	OHu18583
Clone ID Related Accession (Same CDS sequence)	NM_014812.3 , NM_014812.2 , XM_017002936.1 , XM_017002936.2
Accession Version	XM_017002936.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4755bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACAGT AAGCACTGCT 
GCCACCACCC CTGGCTCTGC CATAGACACT AGAGAAGAGT TGGTTGATCG TGTTTTTGAT 
GAAAGCCTCA ACTTCCGAAA GATTCCTCCA TTAGTTCATT CCAAAACACC AGAAGGAAAC 
AACGGTCGAT CTGGTGATCC AAGACCTCAA GCAGCAGAGC CTCCCGATCA CTTAACAATT 
ACAAGGCGGA GAACCTGGAG CAGGGATGAA GTCATGGGAG ATAATCTGCT GCTGTCATCC 
GTCTTTCAGT TCTCTAAGAA GATAAGACAA TCTATAGATA AGACAGCTGG AAAGATCAGA 
ATATTATTTA AAGACAAAGA TCGGAATTGG GATGACATAG AAAGCAAATT AAGAGCCGAA 
AGTGAAGTCC CTATTGTGAA AACCTCAAGC ATGGAGATTT CTTCTATCTT ACAGGAACTG 
AAAAGAGTAG AAAAGCAGCT GCAAGCAATC AATGCTATGA TTGATCCTGA TGGAACTTTG 
GAGGCTCTGA ACAACATGGG ATTTCCCAGT GCTATGTTGC CATCTCCACC GAAACAGAAG 
TCCAGCCCTG TGAATAACCA CCACAGCCCG GGTCAGACAC CAACACTTGG CCAACCAGAA 
GCTAGGGCTC TTCATCCTGC TGCTGTTTCA GCCGCAGCTG AATTTGAGAA TGCTGAATCT 
GAGGCTGATT TCAGTATACA TTTCAATAGA TTCAACCCCG ATGGGGAAGA GGAAGATGTT 
ACAGTACAAG AATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858425.1
CDS	352..5106
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREELVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002936.1
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X15, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002936.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACAGT AAGCACTGCT 
GCCACCACCC CTGGCTCTGC CATAGACACT AGAGAAGAGT TGGTTGATCG TGTTTTTGAT 
GAAAGCCTCA ACTTCCGAAA GATTCCTCCA TTAGTTCATT CCAAAACACC AGAAGGAAAC 
AACGGTCGAT CTGGTGATCC AAGACCTCAA GCAGCAGAGC CTCCCGATCA CTTAACAATT 
ACAAGGCGGA GAACCTGGAG CAGGGATGAA GTCATGGGAG ATAATCTGCT GCTGTCATCC 
GTCTTTCAGT TCTCTAAGAA GATAAGACAA TCTATAGATA AGACAGCTGG AAAGATCAGA 
ATATTATTTA AAGACAAAGA TCGGAATTGG GATGACATAG AAAGCAAATT AAGAGCCGAA 
AGTGAAGTCC CTATTGTGAA AACCTCAAGC ATGGAGATTT CTTCTATCTT ACAGGAACTG 
AAAAGAGTAG AAAAGCAGCT GCAAGCAATC AATGCTATGA TTGATCCTGA TGGAACTTTG 
GAGGCTCTGA ACAACATGGG ATTTCCCAGT GCTATGTTGC CATCTCCACC GAAACAGAAG 
TCCAGCCCTG TGAATAACCA CCACAGCCCG GGTCAGACAC CAACACTTGG CCAACCAGAA 
GCTAGGGCTC TTCATCCTGC TGCTGTTTCA GCCGCAGCTG AATTTGAGAA TGCTGAATCT 
GAGGCTGATT TCAGTATACA TTTCAATAGA TTCAACCCCG ATGGGGAAGA GGAAGATGTT 
ACAGTACAAG AATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002936.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858425.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X14, mRNA.

Price & Availability↑

CloneID	OHu18583
Clone ID Related Accession (Same CDS sequence)	NM_014812.3 , NM_014812.2 , XM_017002936.1 , XM_017002936.2
Accession Version	XM_017002936.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4755bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017002936.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACAGT AAGCACTGCT 
GCCACCACCC CTGGCTCTGC CATAGACACT AGAGAAGAGT TGGTTGATCG TGTTTTTGAT 
GAAAGCCTCA ACTTCCGAAA GATTCCTCCA TTAGTTCATT CCAAAACACC AGAAGGAAAC 
AACGGTCGAT CTGGTGATCC AAGACCTCAA GCAGCAGAGC CTCCCGATCA CTTAACAATT 
ACAAGGCGGA GAACCTGGAG CAGGGATGAA GTCATGGGAG ATAATCTGCT GCTGTCATCC 
GTCTTTCAGT TCTCTAAGAA GATAAGACAA TCTATAGATA AGACAGCTGG AAAGATCAGA 
ATATTATTTA AAGACAAAGA TCGGAATTGG GATGACATAG AAAGCAAATT AAGAGCCGAA 
AGTGAAGTCC CTATTGTGAA AACCTCAAGC ATGGAGATTT CTTCTATCTT ACAGGAACTG 
AAAAGAGTAG AAAAGCAGCT GCAAGCAATC AATGCTATGA TTGATCCTGA TGGAACTTTG 
GAGGCTCTGA ACAACATGGG ATTTCCCAGT GCTATGTTGC CATCTCCACC GAAACAGAAG 
TCCAGCCCTG TGAATAACCA CCACAGCCCG GGTCAGACAC CAACACTTGG CCAACCAGAA 
GCTAGGGCTC TTCATCCTGC TGCTGTTTCA GCCGCAGCTG AATTTGAGAA TGCTGAATCT 
GAGGCTGATT TCAGTATACA TTTCAATAGA TTCAACCCCG ATGGGGAAGA GGAAGATGTT 
ACAGTACAAG AATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858425.1
CDS	346..5100
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREELVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002936.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X14, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002936.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACAGT AAGCACTGCT 
GCCACCACCC CTGGCTCTGC CATAGACACT AGAGAAGAGT TGGTTGATCG TGTTTTTGAT 
GAAAGCCTCA ACTTCCGAAA GATTCCTCCA TTAGTTCATT CCAAAACACC AGAAGGAAAC 
AACGGTCGAT CTGGTGATCC AAGACCTCAA GCAGCAGAGC CTCCCGATCA CTTAACAATT 
ACAAGGCGGA GAACCTGGAG CAGGGATGAA GTCATGGGAG ATAATCTGCT GCTGTCATCC 
GTCTTTCAGT TCTCTAAGAA GATAAGACAA TCTATAGATA AGACAGCTGG AAAGATCAGA 
ATATTATTTA AAGACAAAGA TCGGAATTGG GATGACATAG AAAGCAAATT AAGAGCCGAA 
AGTGAAGTCC CTATTGTGAA AACCTCAAGC ATGGAGATTT CTTCTATCTT ACAGGAACTG 
AAAAGAGTAG AAAAGCAGCT GCAAGCAATC AATGCTATGA TTGATCCTGA TGGAACTTTG 
GAGGCTCTGA ACAACATGGG ATTTCCCAGT GCTATGTTGC CATCTCCACC GAAACAGAAG 
TCCAGCCCTG TGAATAACCA CCACAGCCCG GGTCAGACAC CAACACTTGG CCAACCAGAA 
GCTAGGGCTC TTCATCCTGC TGCTGTTTCA GCCGCAGCTG AATTTGAGAA TGCTGAATCT 
GAGGCTGATT TCAGTATACA TTTCAATAGA TTCAACCCCG ATGGGGAAGA GGAAGATGTT 
ACAGTACAAG AATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_011544335.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542637.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X2, mRNA.

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CloneID	OHu35160
Clone ID Related Accession (Same CDS sequence)	XM_011544335.3 , XM_011544334.2 , XM_011544335.2 , XM_006711843.3 , XM_006711843.4 , XM_017002932.1 , XM_011544336.2 , XM_011544334.3
Accession Version	XM_011544335.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4971bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011544335.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GCCTCAACTT CCGAAAGATT 
CCTCCATTAG TTCATTCCAA AACACCAGAA GGAAACAACG GTCGATCTGG TGATCCAAGA 
CCTCAAGCAG CAGAGCCTCC CGATCACTTA ACAATTACAA GGCGGAGAAC CTGGAGCAGG 
GATGAAGTCA TGGGAGATAA TCTGCTGCTG TCATCCGTCT TTCAGTTCTC TAAGAAGATA 
AGACAATCTA TAGATAAGAC AGCTGGAAAG ATCAGAATAT TATTTAAAGA CAAAGATCGG 
AATTGGGATG ACATAGAAAG CAAATTAAGA GCCGAAAGTG AAGTCCCTAT TGTGAAAACC 
TCAAGCATGG AGATTTCTTC TATCTTACAG GAACTGAAAA GAGTAGAAAA GCAGCTGCAA 
GCAATCAATG CTATGATTGA TCCTGATGGA ACTTTGGAGG CTCTGAACAA CATGGGATTT 
CCCAGTGCTA TGTTGCCATC TCCACCGAAA CAGAAGTCCA GCCCTGTGAA TAACCACCAC 
AGCCCGGGTC AGACACCAAC ACTTGGCCAA CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT 
GTTTCAGCCG CAGCTGAATT TGAGAATGCT GAATCTGAGG CTGATTTCAG TATACATTTC 
AATAGATTCA ACCCCGATGG GGAAGAGGAA GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011542637.1
CDS	346..5316
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVSQTAFMIAFFDEDNPRKRRSYSFTQSAGILCQETTYSTPHTKLEKAKSPTADAKVVSLSLQTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_011544335.3
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011544335.3

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GCCTCAACTT CCGAAAGATT 
CCTCCATTAG TTCATTCCAA AACACCAGAA GGAAACAACG GTCGATCTGG TGATCCAAGA 
CCTCAAGCAG CAGAGCCTCC CGATCACTTA ACAATTACAA GGCGGAGAAC CTGGAGCAGG 
GATGAAGTCA TGGGAGATAA TCTGCTGCTG TCATCCGTCT TTCAGTTCTC TAAGAAGATA 
AGACAATCTA TAGATAAGAC AGCTGGAAAG ATCAGAATAT TATTTAAAGA CAAAGATCGG 
AATTGGGATG ACATAGAAAG CAAATTAAGA GCCGAAAGTG AAGTCCCTAT TGTGAAAACC 
TCAAGCATGG AGATTTCTTC TATCTTACAG GAACTGAAAA GAGTAGAAAA GCAGCTGCAA 
GCAATCAATG CTATGATTGA TCCTGATGGA ACTTTGGAGG CTCTGAACAA CATGGGATTT 
CCCAGTGCTA TGTTGCCATC TCCACCGAAA CAGAAGTCCA GCCCTGTGAA TAACCACCAC 
AGCCCGGGTC AGACACCAAC ACTTGGCCAA CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT 
GTTTCAGCCG CAGCTGAATT TGAGAATGCT GAATCTGAGG CTGATTTCAG TATACATTTC 
AATAGATTCA ACCCCGATGG GGAAGAGGAA GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_011544334.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542636.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X5, mRNA.

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CloneID	OHu35160
Clone ID Related Accession (Same CDS sequence)	XM_011544335.3 , XM_011544334.2 , XM_011544335.2 , XM_006711843.3 , XM_006711843.4 , XM_017002932.1 , XM_011544336.2 , XM_011544334.3
Accession Version	XM_011544334.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4971bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011544334.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GCCTCAACTT CCGAAAGATT 
CCTCCATTAG TTCATTCCAA AACACCAGAA GGAAACAACG GTCGATCTGG TGATCCAAGA 
CCTCAAGCAG CAGAGCCTCC CGATCACTTA ACAATTACAA GGCGGAGAAC CTGGAGCAGG 
GATGAAGTCA TGGGAGATAA TCTGCTGCTG TCATCCGTCT TTCAGTTCTC TAAGAAGATA 
AGACAATCTA TAGATAAGAC AGCTGGAAAG ATCAGAATAT TATTTAAAGA CAAAGATCGG 
AATTGGGATG ACATAGAAAG CAAATTAAGA GCCGAAAGTG AAGTCCCTAT TGTGAAAACC 
TCAAGCATGG AGATTTCTTC TATCTTACAG GAACTGAAAA GAGTAGAAAA GCAGCTGCAA 
GCAATCAATG CTATGATTGA TCCTGATGGA ACTTTGGAGG CTCTGAACAA CATGGGATTT 
CCCAGTGCTA TGTTGCCATC TCCACCGAAA CAGAAGTCCA GCCCTGTGAA TAACCACCAC 
AGCCCGGGTC AGACACCAAC ACTTGGCCAA CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT 
GTTTCAGCCG CAGCTGAATT TGAGAATGCT GAATCTGAGG CTGATTTCAG TATACATTTC 
AATAGATTCA ACCCCGATGG GGAAGAGGAA GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011542636.1
CDS	939..5909
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVSQTAFMIAFFDEDNPRKRRSYSFTQSAGILCQETTYSTPHTKLEKAKSPTADAKVVSLSLQTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_011544334.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X5, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011544334.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GCCTCAACTT CCGAAAGATT 
CCTCCATTAG TTCATTCCAA AACACCAGAA GGAAACAACG GTCGATCTGG TGATCCAAGA 
CCTCAAGCAG CAGAGCCTCC CGATCACTTA ACAATTACAA GGCGGAGAAC CTGGAGCAGG 
GATGAAGTCA TGGGAGATAA TCTGCTGCTG TCATCCGTCT TTCAGTTCTC TAAGAAGATA 
AGACAATCTA TAGATAAGAC AGCTGGAAAG ATCAGAATAT TATTTAAAGA CAAAGATCGG 
AATTGGGATG ACATAGAAAG CAAATTAAGA GCCGAAAGTG AAGTCCCTAT TGTGAAAACC 
TCAAGCATGG AGATTTCTTC TATCTTACAG GAACTGAAAA GAGTAGAAAA GCAGCTGCAA 
GCAATCAATG CTATGATTGA TCCTGATGGA ACTTTGGAGG CTCTGAACAA CATGGGATTT 
CCCAGTGCTA TGTTGCCATC TCCACCGAAA CAGAAGTCCA GCCCTGTGAA TAACCACCAC 
AGCCCGGGTC AGACACCAAC ACTTGGCCAA CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT 
GTTTCAGCCG CAGCTGAATT TGAGAATGCT GAATCTGAGG CTGATTTCAG TATACATTTC 
AATAGATTCA ACCCCGATGG GGAAGAGGAA GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_011544335.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542637.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X2, mRNA.

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CloneID	OHu35160
Clone ID Related Accession (Same CDS sequence)	XM_011544335.3 , XM_011544334.2 , XM_011544335.2 , XM_006711843.3 , XM_006711843.4 , XM_017002932.1 , XM_011544336.2 , XM_011544334.3
Accession Version	XM_011544335.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4971bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011544335.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GCCTCAACTT CCGAAAGATT 
CCTCCATTAG TTCATTCCAA AACACCAGAA GGAAACAACG GTCGATCTGG TGATCCAAGA 
CCTCAAGCAG CAGAGCCTCC CGATCACTTA ACAATTACAA GGCGGAGAAC CTGGAGCAGG 
GATGAAGTCA TGGGAGATAA TCTGCTGCTG TCATCCGTCT TTCAGTTCTC TAAGAAGATA 
AGACAATCTA TAGATAAGAC AGCTGGAAAG ATCAGAATAT TATTTAAAGA CAAAGATCGG 
AATTGGGATG ACATAGAAAG CAAATTAAGA GCCGAAAGTG AAGTCCCTAT TGTGAAAACC 
TCAAGCATGG AGATTTCTTC TATCTTACAG GAACTGAAAA GAGTAGAAAA GCAGCTGCAA 
GCAATCAATG CTATGATTGA TCCTGATGGA ACTTTGGAGG CTCTGAACAA CATGGGATTT 
CCCAGTGCTA TGTTGCCATC TCCACCGAAA CAGAAGTCCA GCCCTGTGAA TAACCACCAC 
AGCCCGGGTC AGACACCAAC ACTTGGCCAA CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT 
GTTTCAGCCG CAGCTGAATT TGAGAATGCT GAATCTGAGG CTGATTTCAG TATACATTTC 
AATAGATTCA ACCCCGATGG GGAAGAGGAA GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011542637.1
CDS	352..5322
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVSQTAFMIAFFDEDNPRKRRSYSFTQSAGILCQETTYSTPHTKLEKAKSPTADAKVVSLSLQTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_011544335.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011544335.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GCCTCAACTT CCGAAAGATT 
CCTCCATTAG TTCATTCCAA AACACCAGAA GGAAACAACG GTCGATCTGG TGATCCAAGA 
CCTCAAGCAG CAGAGCCTCC CGATCACTTA ACAATTACAA GGCGGAGAAC CTGGAGCAGG 
GATGAAGTCA TGGGAGATAA TCTGCTGCTG TCATCCGTCT TTCAGTTCTC TAAGAAGATA 
AGACAATCTA TAGATAAGAC AGCTGGAAAG ATCAGAATAT TATTTAAAGA CAAAGATCGG 
AATTGGGATG ACATAGAAAG CAAATTAAGA GCCGAAAGTG AAGTCCCTAT TGTGAAAACC 
TCAAGCATGG AGATTTCTTC TATCTTACAG GAACTGAAAA GAGTAGAAAA GCAGCTGCAA 
GCAATCAATG CTATGATTGA TCCTGATGGA ACTTTGGAGG CTCTGAACAA CATGGGATTT 
CCCAGTGCTA TGTTGCCATC TCCACCGAAA CAGAAGTCCA GCCCTGTGAA TAACCACCAC 
AGCCCGGGTC AGACACCAAC ACTTGGCCAA CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT 
GTTTCAGCCG CAGCTGAATT TGAGAATGCT GAATCTGAGG CTGATTTCAG TATACATTTC 
AATAGATTCA ACCCCGATGG GGAAGAGGAA GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_006711843.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_006711906.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHu35160
Clone ID Related Accession (Same CDS sequence)	XM_011544335.3 , XM_011544334.2 , XM_011544335.2 , XM_006711843.3 , XM_006711843.4 , XM_017002932.1 , XM_011544336.2 , XM_011544334.3
Accession Version	XM_006711843.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4971bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_006711843.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GCCTCAACTT CCGAAAGATT 
CCTCCATTAG TTCATTCCAA AACACCAGAA GGAAACAACG GTCGATCTGG TGATCCAAGA 
CCTCAAGCAG CAGAGCCTCC CGATCACTTA ACAATTACAA GGCGGAGAAC CTGGAGCAGG 
GATGAAGTCA TGGGAGATAA TCTGCTGCTG TCATCCGTCT TTCAGTTCTC TAAGAAGATA 
AGACAATCTA TAGATAAGAC AGCTGGAAAG ATCAGAATAT TATTTAAAGA CAAAGATCGG 
AATTGGGATG ACATAGAAAG CAAATTAAGA GCCGAAAGTG AAGTCCCTAT TGTGAAAACC 
TCAAGCATGG AGATTTCTTC TATCTTACAG GAACTGAAAA GAGTAGAAAA GCAGCTGCAA 
GCAATCAATG CTATGATTGA TCCTGATGGA ACTTTGGAGG CTCTGAACAA CATGGGATTT 
CCCAGTGCTA TGTTGCCATC TCCACCGAAA CAGAAGTCCA GCCCTGTGAA TAACCACCAC 
AGCCCGGGTC AGACACCAAC ACTTGGCCAA CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT 
GTTTCAGCCG CAGCTGAATT TGAGAATGCT GAATCTGAGG CTGATTTCAG TATACATTTC 
AATAGATTCA ACCCCGATGG GGAAGAGGAA GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_006711906.1
CDS	932..5902
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVSQTAFMIAFFDEDNPRKRRSYSFTQSAGILCQETTYSTPHTKLEKAKSPTADAKVVSLSLQTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_006711843.3
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_006711843.3

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GCCTCAACTT CCGAAAGATT 
CCTCCATTAG TTCATTCCAA AACACCAGAA GGAAACAACG GTCGATCTGG TGATCCAAGA 
CCTCAAGCAG CAGAGCCTCC CGATCACTTA ACAATTACAA GGCGGAGAAC CTGGAGCAGG 
GATGAAGTCA TGGGAGATAA TCTGCTGCTG TCATCCGTCT TTCAGTTCTC TAAGAAGATA 
AGACAATCTA TAGATAAGAC AGCTGGAAAG ATCAGAATAT TATTTAAAGA CAAAGATCGG 
AATTGGGATG ACATAGAAAG CAAATTAAGA GCCGAAAGTG AAGTCCCTAT TGTGAAAACC 
TCAAGCATGG AGATTTCTTC TATCTTACAG GAACTGAAAA GAGTAGAAAA GCAGCTGCAA 
GCAATCAATG CTATGATTGA TCCTGATGGA ACTTTGGAGG CTCTGAACAA CATGGGATTT 
CCCAGTGCTA TGTTGCCATC TCCACCGAAA CAGAAGTCCA GCCCTGTGAA TAACCACCAC 
AGCCCGGGTC AGACACCAAC ACTTGGCCAA CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT 
GTTTCAGCCG CAGCTGAATT TGAGAATGCT GAATCTGAGG CTGATTTCAG TATACATTTC 
AATAGATTCA ACCCCGATGG GGAAGAGGAA GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_006711843.4 ) cDNA ORF clone, Homo sapiens(human) -> XP_006711906.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHu35160
Clone ID Related Accession (Same CDS sequence)	XM_011544335.3 , XM_011544334.2 , XM_011544335.2 , XM_006711843.3 , XM_006711843.4 , XM_017002932.1 , XM_011544336.2 , XM_011544334.3
Accession Version	XM_006711843.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4971bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_006711843.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GCCTCAACTT CCGAAAGATT 
CCTCCATTAG TTCATTCCAA AACACCAGAA GGAAACAACG GTCGATCTGG TGATCCAAGA 
CCTCAAGCAG CAGAGCCTCC CGATCACTTA ACAATTACAA GGCGGAGAAC CTGGAGCAGG 
GATGAAGTCA TGGGAGATAA TCTGCTGCTG TCATCCGTCT TTCAGTTCTC TAAGAAGATA 
AGACAATCTA TAGATAAGAC AGCTGGAAAG ATCAGAATAT TATTTAAAGA CAAAGATCGG 
AATTGGGATG ACATAGAAAG CAAATTAAGA GCCGAAAGTG AAGTCCCTAT TGTGAAAACC 
TCAAGCATGG AGATTTCTTC TATCTTACAG GAACTGAAAA GAGTAGAAAA GCAGCTGCAA 
GCAATCAATG CTATGATTGA TCCTGATGGA ACTTTGGAGG CTCTGAACAA CATGGGATTT 
CCCAGTGCTA TGTTGCCATC TCCACCGAAA CAGAAGTCCA GCCCTGTGAA TAACCACCAC 
AGCCCGGGTC AGACACCAAC ACTTGGCCAA CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT 
GTTTCAGCCG CAGCTGAATT TGAGAATGCT GAATCTGAGG CTGATTTCAG TATACATTTC 
AATAGATTCA ACCCCGATGG GGAAGAGGAA GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_006711906.1
CDS	253..5223
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVSQTAFMIAFFDEDNPRKRRSYSFTQSAGILCQETTYSTPHTKLEKAKSPTADAKVVSLSLQTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_006711843.4
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_006711843.4

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GCCTCAACTT CCGAAAGATT 
CCTCCATTAG TTCATTCCAA AACACCAGAA GGAAACAACG GTCGATCTGG TGATCCAAGA 
CCTCAAGCAG CAGAGCCTCC CGATCACTTA ACAATTACAA GGCGGAGAAC CTGGAGCAGG 
GATGAAGTCA TGGGAGATAA TCTGCTGCTG TCATCCGTCT TTCAGTTCTC TAAGAAGATA 
AGACAATCTA TAGATAAGAC AGCTGGAAAG ATCAGAATAT TATTTAAAGA CAAAGATCGG 
AATTGGGATG ACATAGAAAG CAAATTAAGA GCCGAAAGTG AAGTCCCTAT TGTGAAAACC 
TCAAGCATGG AGATTTCTTC TATCTTACAG GAACTGAAAA GAGTAGAAAA GCAGCTGCAA 
GCAATCAATG CTATGATTGA TCCTGATGGA ACTTTGGAGG CTCTGAACAA CATGGGATTT 
CCCAGTGCTA TGTTGCCATC TCCACCGAAA CAGAAGTCCA GCCCTGTGAA TAACCACCAC 
AGCCCGGGTC AGACACCAAC ACTTGGCCAA CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT 
GTTTCAGCCG CAGCTGAATT TGAGAATGCT GAATCTGAGG CTGATTTCAG TATACATTTC 
AATAGATTCA ACCCCGATGG GGAAGAGGAA GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002932.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858421.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X3, mRNA.

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CloneID	OHu35160
Clone ID Related Accession (Same CDS sequence)	XM_011544335.3 , XM_011544334.2 , XM_011544335.2 , XM_006711843.3 , XM_006711843.4 , XM_017002932.1 , XM_011544336.2 , XM_011544334.3
Accession Version	XM_017002932.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4971bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GCCTCAACTT CCGAAAGATT 
CCTCCATTAG TTCATTCCAA AACACCAGAA GGAAACAACG GTCGATCTGG TGATCCAAGA 
CCTCAAGCAG CAGAGCCTCC CGATCACTTA ACAATTACAA GGCGGAGAAC CTGGAGCAGG 
GATGAAGTCA TGGGAGATAA TCTGCTGCTG TCATCCGTCT TTCAGTTCTC TAAGAAGATA 
AGACAATCTA TAGATAAGAC AGCTGGAAAG ATCAGAATAT TATTTAAAGA CAAAGATCGG 
AATTGGGATG ACATAGAAAG CAAATTAAGA GCCGAAAGTG AAGTCCCTAT TGTGAAAACC 
TCAAGCATGG AGATTTCTTC TATCTTACAG GAACTGAAAA GAGTAGAAAA GCAGCTGCAA 
GCAATCAATG CTATGATTGA TCCTGATGGA ACTTTGGAGG CTCTGAACAA CATGGGATTT 
CCCAGTGCTA TGTTGCCATC TCCACCGAAA CAGAAGTCCA GCCCTGTGAA TAACCACCAC 
AGCCCGGGTC AGACACCAAC ACTTGGCCAA CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT 
GTTTCAGCCG CAGCTGAATT TGAGAATGCT GAATCTGAGG CTGATTTCAG TATACATTTC 
AATAGATTCA ACCCCGATGG GGAAGAGGAA GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858421.1
CDS	852..5822
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVSQTAFMIAFFDEDNPRKRRSYSFTQSAGILCQETTYSTPHTKLEKAKSPTADAKVVSLSLQTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002932.1
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002932.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GCCTCAACTT CCGAAAGATT 
CCTCCATTAG TTCATTCCAA AACACCAGAA GGAAACAACG GTCGATCTGG TGATCCAAGA 
CCTCAAGCAG CAGAGCCTCC CGATCACTTA ACAATTACAA GGCGGAGAAC CTGGAGCAGG 
GATGAAGTCA TGGGAGATAA TCTGCTGCTG TCATCCGTCT TTCAGTTCTC TAAGAAGATA 
AGACAATCTA TAGATAAGAC AGCTGGAAAG ATCAGAATAT TATTTAAAGA CAAAGATCGG 
AATTGGGATG ACATAGAAAG CAAATTAAGA GCCGAAAGTG AAGTCCCTAT TGTGAAAACC 
TCAAGCATGG AGATTTCTTC TATCTTACAG GAACTGAAAA GAGTAGAAAA GCAGCTGCAA 
GCAATCAATG CTATGATTGA TCCTGATGGA ACTTTGGAGG CTCTGAACAA CATGGGATTT 
CCCAGTGCTA TGTTGCCATC TCCACCGAAA CAGAAGTCCA GCCCTGTGAA TAACCACCAC 
AGCCCGGGTC AGACACCAAC ACTTGGCCAA CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT 
GTTTCAGCCG CAGCTGAATT TGAGAATGCT GAATCTGAGG CTGATTTCAG TATACATTTC 
AATAGATTCA ACCCCGATGG GGAAGAGGAA GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_011544336.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542638.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X4, mRNA.

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CloneID	OHu35160
Clone ID Related Accession (Same CDS sequence)	XM_011544335.3 , XM_011544334.2 , XM_011544335.2 , XM_006711843.3 , XM_006711843.4 , XM_017002932.1 , XM_011544336.2 , XM_011544334.3
Accession Version	XM_011544336.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4971bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011544336.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GCCTCAACTT CCGAAAGATT 
CCTCCATTAG TTCATTCCAA AACACCAGAA GGAAACAACG GTCGATCTGG TGATCCAAGA 
CCTCAAGCAG CAGAGCCTCC CGATCACTTA ACAATTACAA GGCGGAGAAC CTGGAGCAGG 
GATGAAGTCA TGGGAGATAA TCTGCTGCTG TCATCCGTCT TTCAGTTCTC TAAGAAGATA 
AGACAATCTA TAGATAAGAC AGCTGGAAAG ATCAGAATAT TATTTAAAGA CAAAGATCGG 
AATTGGGATG ACATAGAAAG CAAATTAAGA GCCGAAAGTG AAGTCCCTAT TGTGAAAACC 
TCAAGCATGG AGATTTCTTC TATCTTACAG GAACTGAAAA GAGTAGAAAA GCAGCTGCAA 
GCAATCAATG CTATGATTGA TCCTGATGGA ACTTTGGAGG CTCTGAACAA CATGGGATTT 
CCCAGTGCTA TGTTGCCATC TCCACCGAAA CAGAAGTCCA GCCCTGTGAA TAACCACCAC 
AGCCCGGGTC AGACACCAAC ACTTGGCCAA CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT 
GTTTCAGCCG CAGCTGAATT TGAGAATGCT GAATCTGAGG CTGATTTCAG TATACATTTC 
AATAGATTCA ACCCCGATGG GGAAGAGGAA GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011542638.1
CDS	1258..6228
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVSQTAFMIAFFDEDNPRKRRSYSFTQSAGILCQETTYSTPHTKLEKAKSPTADAKVVSLSLQTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_011544336.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X4, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011544336.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GCCTCAACTT CCGAAAGATT 
CCTCCATTAG TTCATTCCAA AACACCAGAA GGAAACAACG GTCGATCTGG TGATCCAAGA 
CCTCAAGCAG CAGAGCCTCC CGATCACTTA ACAATTACAA GGCGGAGAAC CTGGAGCAGG 
GATGAAGTCA TGGGAGATAA TCTGCTGCTG TCATCCGTCT TTCAGTTCTC TAAGAAGATA 
AGACAATCTA TAGATAAGAC AGCTGGAAAG ATCAGAATAT TATTTAAAGA CAAAGATCGG 
AATTGGGATG ACATAGAAAG CAAATTAAGA GCCGAAAGTG AAGTCCCTAT TGTGAAAACC 
TCAAGCATGG AGATTTCTTC TATCTTACAG GAACTGAAAA GAGTAGAAAA GCAGCTGCAA 
GCAATCAATG CTATGATTGA TCCTGATGGA ACTTTGGAGG CTCTGAACAA CATGGGATTT 
CCCAGTGCTA TGTTGCCATC TCCACCGAAA CAGAAGTCCA GCCCTGTGAA TAACCACCAC 
AGCCCGGGTC AGACACCAAC ACTTGGCCAA CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT 
GTTTCAGCCG CAGCTGAATT TGAGAATGCT GAATCTGAGG CTGATTTCAG TATACATTTC 
AATAGATTCA ACCCCGATGG GGAAGAGGAA GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_011544334.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542636.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X5, mRNA.

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CloneID	OHu35160
Clone ID Related Accession (Same CDS sequence)	XM_011544335.3 , XM_011544334.2 , XM_011544335.2 , XM_006711843.3 , XM_006711843.4 , XM_017002932.1 , XM_011544336.2 , XM_011544334.3
Accession Version	XM_011544334.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4971bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011544334.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GCCTCAACTT CCGAAAGATT 
CCTCCATTAG TTCATTCCAA AACACCAGAA GGAAACAACG GTCGATCTGG TGATCCAAGA 
CCTCAAGCAG CAGAGCCTCC CGATCACTTA ACAATTACAA GGCGGAGAAC CTGGAGCAGG 
GATGAAGTCA TGGGAGATAA TCTGCTGCTG TCATCCGTCT TTCAGTTCTC TAAGAAGATA 
AGACAATCTA TAGATAAGAC AGCTGGAAAG ATCAGAATAT TATTTAAAGA CAAAGATCGG 
AATTGGGATG ACATAGAAAG CAAATTAAGA GCCGAAAGTG AAGTCCCTAT TGTGAAAACC 
TCAAGCATGG AGATTTCTTC TATCTTACAG GAACTGAAAA GAGTAGAAAA GCAGCTGCAA 
GCAATCAATG CTATGATTGA TCCTGATGGA ACTTTGGAGG CTCTGAACAA CATGGGATTT 
CCCAGTGCTA TGTTGCCATC TCCACCGAAA CAGAAGTCCA GCCCTGTGAA TAACCACCAC 
AGCCCGGGTC AGACACCAAC ACTTGGCCAA CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT 
GTTTCAGCCG CAGCTGAATT TGAGAATGCT GAATCTGAGG CTGATTTCAG TATACATTTC 
AATAGATTCA ACCCCGATGG GGAAGAGGAA GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011542636.1
CDS	347..5317
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVSQTAFMIAFFDEDNPRKRRSYSFTQSAGILCQETTYSTPHTKLEKAKSPTADAKVVSLSLQTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_011544334.3
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X5, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011544334.3

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GCCTCAACTT CCGAAAGATT 
CCTCCATTAG TTCATTCCAA AACACCAGAA GGAAACAACG GTCGATCTGG TGATCCAAGA 
CCTCAAGCAG CAGAGCCTCC CGATCACTTA ACAATTACAA GGCGGAGAAC CTGGAGCAGG 
GATGAAGTCA TGGGAGATAA TCTGCTGCTG TCATCCGTCT TTCAGTTCTC TAAGAAGATA 
AGACAATCTA TAGATAAGAC AGCTGGAAAG ATCAGAATAT TATTTAAAGA CAAAGATCGG 
AATTGGGATG ACATAGAAAG CAAATTAAGA GCCGAAAGTG AAGTCCCTAT TGTGAAAACC 
TCAAGCATGG AGATTTCTTC TATCTTACAG GAACTGAAAA GAGTAGAAAA GCAGCTGCAA 
GCAATCAATG CTATGATTGA TCCTGATGGA ACTTTGGAGG CTCTGAACAA CATGGGATTT 
CCCAGTGCTA TGTTGCCATC TCCACCGAAA CAGAAGTCCA GCCCTGTGAA TAACCACCAC 
AGCCCGGGTC AGACACCAAC ACTTGGCCAA CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT 
GTTTCAGCCG CAGCTGAATT TGAGAATGCT GAATCTGAGG CTGATTTCAG TATACATTTC 
AATAGATTCA ACCCCGATGG GGAAGAGGAA GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_011544337.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542639.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X6, mRNA.

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CloneID	OHu35161
Clone ID Related Accession (Same CDS sequence)	XM_011544337.2 , XM_011544337.3
Accession Version	XM_011544337.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4941bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011544337.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGTTGGT TGATCGTGTT 
TTTGATGAAA GCCTCAACTT CCGAAAGATT CCTCCATTAG TTCATTCCAA AACACCAGAA 
GGAAACAACG GTCGATCTGG TGATCCAAGA CCTCAAGCAG CAGAGCCTCC CGATCACTTA 
ACAATTACAA GGCGGAGAAC CTGGAGCAGG GATGAAGTCA TGGGAGATAA TCTGCTGCTG 
TCATCCGTCT TTCAGTTCTC TAAGAAGATA AGACAATCTA TAGATAAGAC AGCTGGAAAG 
ATCAGAATAT TATTTAAAGA CAAAGATCGG AATTGGGATG ACATAGAAAG CAAATTAAGA 
GCCGAAAGTG AAGTCCCTAT TGTGAAAACC TCAAGCATGG AGATTTCTTC TATCTTACAG 
GAACTGAAAA GAGTAGAAAA GCAGCTGCAA GCAATCAATG CTATGATTGA TCCTGATGGA 
ACTTTGGAGG CTCTGAACAA CATGGGATTT CCCAGTGCTA TGTTGCCATC TCCACCGAAA 
CAGAAGTCCA GCCCTGTGAA TAACCACCAC AGCCCGGGTC AGACACCAAC ACTTGGCCAA 
CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT GTTTCAGCCG CAGCTGAATT TGAGAATGCT 
GAATCTGAGG CTGATTTCAG TATACATTTC AATAGATTCA ACCCCGATGG GGAAGAGGAA 
GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011542639.1
CDS	939..5879
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVSQTAFMIAFFDEDNPRKRRSYSFTQSAGILCQETTYSTPHTKLEKAKSPTADAKVVSLSLQTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREELVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_011544337.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X6, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011544337.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGTTGGT TGATCGTGTT 
TTTGATGAAA GCCTCAACTT CCGAAAGATT CCTCCATTAG TTCATTCCAA AACACCAGAA 
GGAAACAACG GTCGATCTGG TGATCCAAGA CCTCAAGCAG CAGAGCCTCC CGATCACTTA 
ACAATTACAA GGCGGAGAAC CTGGAGCAGG GATGAAGTCA TGGGAGATAA TCTGCTGCTG 
TCATCCGTCT TTCAGTTCTC TAAGAAGATA AGACAATCTA TAGATAAGAC AGCTGGAAAG 
ATCAGAATAT TATTTAAAGA CAAAGATCGG AATTGGGATG ACATAGAAAG CAAATTAAGA 
GCCGAAAGTG AAGTCCCTAT TGTGAAAACC TCAAGCATGG AGATTTCTTC TATCTTACAG 
GAACTGAAAA GAGTAGAAAA GCAGCTGCAA GCAATCAATG CTATGATTGA TCCTGATGGA 
ACTTTGGAGG CTCTGAACAA CATGGGATTT CCCAGTGCTA TGTTGCCATC TCCACCGAAA 
CAGAAGTCCA GCCCTGTGAA TAACCACCAC AGCCCGGGTC AGACACCAAC ACTTGGCCAA 
CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT GTTTCAGCCG CAGCTGAATT TGAGAATGCT 
GAATCTGAGG CTGATTTCAG TATACATTTC AATAGATTCA ACCCCGATGG GGAAGAGGAA 
GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_011544337.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542639.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X6, mRNA.

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CloneID	OHu35161
Clone ID Related Accession (Same CDS sequence)	XM_011544337.2 , XM_011544337.3
Accession Version	XM_011544337.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4941bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011544337.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGTTGGT TGATCGTGTT 
TTTGATGAAA GCCTCAACTT CCGAAAGATT CCTCCATTAG TTCATTCCAA AACACCAGAA 
GGAAACAACG GTCGATCTGG TGATCCAAGA CCTCAAGCAG CAGAGCCTCC CGATCACTTA 
ACAATTACAA GGCGGAGAAC CTGGAGCAGG GATGAAGTCA TGGGAGATAA TCTGCTGCTG 
TCATCCGTCT TTCAGTTCTC TAAGAAGATA AGACAATCTA TAGATAAGAC AGCTGGAAAG 
ATCAGAATAT TATTTAAAGA CAAAGATCGG AATTGGGATG ACATAGAAAG CAAATTAAGA 
GCCGAAAGTG AAGTCCCTAT TGTGAAAACC TCAAGCATGG AGATTTCTTC TATCTTACAG 
GAACTGAAAA GAGTAGAAAA GCAGCTGCAA GCAATCAATG CTATGATTGA TCCTGATGGA 
ACTTTGGAGG CTCTGAACAA CATGGGATTT CCCAGTGCTA TGTTGCCATC TCCACCGAAA 
CAGAAGTCCA GCCCTGTGAA TAACCACCAC AGCCCGGGTC AGACACCAAC ACTTGGCCAA 
CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT GTTTCAGCCG CAGCTGAATT TGAGAATGCT 
GAATCTGAGG CTGATTTCAG TATACATTTC AATAGATTCA ACCCCGATGG GGAAGAGGAA 
GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011542639.1
CDS	788..5728
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVSQTAFMIAFFDEDNPRKRRSYSFTQSAGILCQETTYSTPHTKLEKAKSPTADAKVVSLSLQTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREELVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_011544337.3
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X6, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011544337.3

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGTTGGT TGATCGTGTT 
TTTGATGAAA GCCTCAACTT CCGAAAGATT CCTCCATTAG TTCATTCCAA AACACCAGAA 
GGAAACAACG GTCGATCTGG TGATCCAAGA CCTCAAGCAG CAGAGCCTCC CGATCACTTA 
ACAATTACAA GGCGGAGAAC CTGGAGCAGG GATGAAGTCA TGGGAGATAA TCTGCTGCTG 
TCATCCGTCT TTCAGTTCTC TAAGAAGATA AGACAATCTA TAGATAAGAC AGCTGGAAAG 
ATCAGAATAT TATTTAAAGA CAAAGATCGG AATTGGGATG ACATAGAAAG CAAATTAAGA 
GCCGAAAGTG AAGTCCCTAT TGTGAAAACC TCAAGCATGG AGATTTCTTC TATCTTACAG 
GAACTGAAAA GAGTAGAAAA GCAGCTGCAA GCAATCAATG CTATGATTGA TCCTGATGGA 
ACTTTGGAGG CTCTGAACAA CATGGGATTT CCCAGTGCTA TGTTGCCATC TCCACCGAAA 
CAGAAGTCCA GCCCTGTGAA TAACCACCAC AGCCCGGGTC AGACACCAAC ACTTGGCCAA 
CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT GTTTCAGCCG CAGCTGAATT TGAGAATGCT 
GAATCTGAGG CTGATTTCAG TATACATTTC AATAGATTCA ACCCCGATGG GGAAGAGGAA 
GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_011544338.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542640.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X8, mRNA.

Price & Availability↑

CloneID	OHu35162
Clone ID Related Accession (Same CDS sequence)	XM_011544338.2 , XM_011544338.3
Accession Version	XM_011544338.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4890bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011544338.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACATTGGTT 
GATCGTGTTT TTGATGAAAG CCTCAACTTC CGAAAGATTC CTCCATTAGT TCATTCCAAA 
ACACCAGAAG GAAACAACGG TCGATCTGGT GATCCAAGAC CTCAAGCAGC AGAGCCTCCC 
GATCACTTAA CAATTACAAG GCGGAGAACC TGGAGCAGGG ATGAAGTCAT GGGAGATAAT 
CTGCTGCTGT CATCCGTCTT TCAGTTCTCT AAGAAGATAA GACAATCTAT AGATAAGACA 
GCTGGAAAGA TCAGAATATT ATTTAAAGAC AAAGATCGGA ATTGGGATGA CATAGAAAGC 
AAATTAAGAG CCGAAAGTGA AGTCCCTATT GTGAAAACCT CAAGCATGGA GATTTCTTCT 
ATCTTACAGG AACTGAAAAG AGTAGAAAAG CAGCTGCAAG CAATCAATGC TATGATTGAT 
CCTGATGGAA CTTTGGAGGC TCTGAACAAC ATGGGATTTC CCAGTGCTAT GTTGCCATCT 
CCACCGAAAC AGAAGTCCAG CCCTGTGAAT AACCACCACA GCCCGGGTCA GACACCAACA 
CTTGGCCAAC CAGAAGCTAG GGCTCTTCAT CCTGCTGCTG TTTCAGCCGC AGCTGAATTT 
GAGAATGCTG AATCTGAGGC TGATTTCAGT ATACATTTCA ATAGATTCAA CCCCGATGGG 
GAAGAGGAAG ATGTTACAGT ACAAGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011542640.1
CDS	939..5828
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVSQTAFMIAFFDEDNPRKRRSYSFTQSAGILCQETTYSTPHTKLEKAKSPTADAKVVSLSLQTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_011544338.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X8, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011544338.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACATTGGTT 
GATCGTGTTT TTGATGAAAG CCTCAACTTC CGAAAGATTC CTCCATTAGT TCATTCCAAA 
ACACCAGAAG GAAACAACGG TCGATCTGGT GATCCAAGAC CTCAAGCAGC AGAGCCTCCC 
GATCACTTAA CAATTACAAG GCGGAGAACC TGGAGCAGGG ATGAAGTCAT GGGAGATAAT 
CTGCTGCTGT CATCCGTCTT TCAGTTCTCT AAGAAGATAA GACAATCTAT AGATAAGACA 
GCTGGAAAGA TCAGAATATT ATTTAAAGAC AAAGATCGGA ATTGGGATGA CATAGAAAGC 
AAATTAAGAG CCGAAAGTGA AGTCCCTATT GTGAAAACCT CAAGCATGGA GATTTCTTCT 
ATCTTACAGG AACTGAAAAG AGTAGAAAAG CAGCTGCAAG CAATCAATGC TATGATTGAT 
CCTGATGGAA CTTTGGAGGC TCTGAACAAC ATGGGATTTC CCAGTGCTAT GTTGCCATCT 
CCACCGAAAC AGAAGTCCAG CCCTGTGAAT AACCACCACA GCCCGGGTCA GACACCAACA 
CTTGGCCAAC CAGAAGCTAG GGCTCTTCAT CCTGCTGCTG TTTCAGCCGC AGCTGAATTT 
GAGAATGCTG AATCTGAGGC TGATTTCAGT ATACATTTCA ATAGATTCAA CCCCGATGGG 
GAAGAGGAAG ATGTTACAGT ACAAGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_011544338.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542640.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X8, mRNA.

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CloneID	OHu35162
Clone ID Related Accession (Same CDS sequence)	XM_011544338.2 , XM_011544338.3
Accession Version	XM_011544338.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4890bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011544338.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACATTGGTT 
GATCGTGTTT TTGATGAAAG CCTCAACTTC CGAAAGATTC CTCCATTAGT TCATTCCAAA 
ACACCAGAAG GAAACAACGG TCGATCTGGT GATCCAAGAC CTCAAGCAGC AGAGCCTCCC 
GATCACTTAA CAATTACAAG GCGGAGAACC TGGAGCAGGG ATGAAGTCAT GGGAGATAAT 
CTGCTGCTGT CATCCGTCTT TCAGTTCTCT AAGAAGATAA GACAATCTAT AGATAAGACA 
GCTGGAAAGA TCAGAATATT ATTTAAAGAC AAAGATCGGA ATTGGGATGA CATAGAAAGC 
AAATTAAGAG CCGAAAGTGA AGTCCCTATT GTGAAAACCT CAAGCATGGA GATTTCTTCT 
ATCTTACAGG AACTGAAAAG AGTAGAAAAG CAGCTGCAAG CAATCAATGC TATGATTGAT 
CCTGATGGAA CTTTGGAGGC TCTGAACAAC ATGGGATTTC CCAGTGCTAT GTTGCCATCT 
CCACCGAAAC AGAAGTCCAG CCCTGTGAAT AACCACCACA GCCCGGGTCA GACACCAACA 
CTTGGCCAAC CAGAAGCTAG GGCTCTTCAT CCTGCTGCTG TTTCAGCCGC AGCTGAATTT 
GAGAATGCTG AATCTGAGGC TGATTTCAGT ATACATTTCA ATAGATTCAA CCCCGATGGG 
GAAGAGGAAG ATGTTACAGT ACAAGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011542640.1
CDS	338..5227
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVSQTAFMIAFFDEDNPRKRRSYSFTQSAGILCQETTYSTPHTKLEKAKSPTADAKVVSLSLQTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_011544338.3
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X8, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011544338.3

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACATTGGTT 
GATCGTGTTT TTGATGAAAG CCTCAACTTC CGAAAGATTC CTCCATTAGT TCATTCCAAA 
ACACCAGAAG GAAACAACGG TCGATCTGGT GATCCAAGAC CTCAAGCAGC AGAGCCTCCC 
GATCACTTAA CAATTACAAG GCGGAGAACC TGGAGCAGGG ATGAAGTCAT GGGAGATAAT 
CTGCTGCTGT CATCCGTCTT TCAGTTCTCT AAGAAGATAA GACAATCTAT AGATAAGACA 
GCTGGAAAGA TCAGAATATT ATTTAAAGAC AAAGATCGGA ATTGGGATGA CATAGAAAGC 
AAATTAAGAG CCGAAAGTGA AGTCCCTATT GTGAAAACCT CAAGCATGGA GATTTCTTCT 
ATCTTACAGG AACTGAAAAG AGTAGAAAAG CAGCTGCAAG CAATCAATGC TATGATTGAT 
CCTGATGGAA CTTTGGAGGC TCTGAACAAC ATGGGATTTC CCAGTGCTAT GTTGCCATCT 
CCACCGAAAC AGAAGTCCAG CCCTGTGAAT AACCACCACA GCCCGGGTCA GACACCAACA 
CTTGGCCAAC CAGAAGCTAG GGCTCTTCAT CCTGCTGCTG TTTCAGCCGC AGCTGAATTT 
GAGAATGCTG AATCTGAGGC TGATTTCAGT ATACATTTCA ATAGATTCAA CCCCGATGGG 
GAAGAGGAAG ATGTTACAGT ACAAGAATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_011544339.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542641.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X9, mRNA.

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CloneID	OHu35163
Clone ID Related Accession (Same CDS sequence)	XM_011544339.2 , XM_011544339.3
Accession Version	XM_011544339.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4863bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011544339.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACAGTAA GCACTGCTGC CACCACCCCT GGCTCTGCCA TAGACACTAG AGAAGAGGTA 
GGAGATCTTC ATGGAGAAAT GCATAAGTTG GTTGATCGTG TTTTTGATGA AAGCCTCAAC 
TTCCGAAAGA TTCCTCCATT AGTTCATTCC AAAACACCAG AAGGAAACAA CGGTCGATCT 
GGTGATCCAA GACCTCAAGC AGCAGAGCCT CCCGATCACT TAACAATTAC AAGGCGGAGA 
ACCTGGAGCA GGGATGAAGT CATGGGAGAT AATCTGCTGC TGTCATCCGT CTTTCAGTTC 
TCTAAGAAGA TAAGACAATC TATAGATAAG ACAGCTGGAA AGATCAGAAT ATTATTTAAA 
GACAAAGATC GGAATTGGGA TGACATAGAA AGCAAATTAA GAGCCGAAAG TGAAGTCCCT 
ATTGTGAAAA CCTCAAGCAT GGAGATTTCT TCTATCTTAC AGGAACTGAA AAGAGTAGAA 
AAGCAGCTGC AAGCAATCAA TGCTATGATT GATCCTGATG GAACTTTGGA GGCTCTGAAC 
AACATGGGAT TTCCCAGTGC TATGTTGCCA TCTCCACCGA AACAGAAGTC CAGCCCTGTG 
AATAACCACC ACAGCCCGGG TCAGACACCA ACACTTGGCC AACCAGAAGC TAGGGCTCTT 
CATCCTGCTG CTGTTTCAGC CGCAGCTGAA TTTGAGAATG CTGAATCTGA GGCTGATTTC 
AGTATACATT TCAATAGATT CAACCCCGAT GGGGAAGAGG AAGATGTTAC AGTACAAGAA 
TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011542641.1
CDS	939..5801
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVSQTAFMIAFFDEDNPRKRRSYSFTQSAGILCQETTYSTPHTKLEKAKSPTADAKVVSLSLQTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_011544339.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X9, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011544339.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACAGTAA GCACTGCTGC CACCACCCCT GGCTCTGCCA TAGACACTAG AGAAGAGGTA 
GGAGATCTTC ATGGAGAAAT GCATAAGTTG GTTGATCGTG TTTTTGATGA AAGCCTCAAC 
TTCCGAAAGA TTCCTCCATT AGTTCATTCC AAAACACCAG AAGGAAACAA CGGTCGATCT 
GGTGATCCAA GACCTCAAGC AGCAGAGCCT CCCGATCACT TAACAATTAC AAGGCGGAGA 
ACCTGGAGCA GGGATGAAGT CATGGGAGAT AATCTGCTGC TGTCATCCGT CTTTCAGTTC 
TCTAAGAAGA TAAGACAATC TATAGATAAG ACAGCTGGAA AGATCAGAAT ATTATTTAAA 
GACAAAGATC GGAATTGGGA TGACATAGAA AGCAAATTAA GAGCCGAAAG TGAAGTCCCT 
ATTGTGAAAA CCTCAAGCAT GGAGATTTCT TCTATCTTAC AGGAACTGAA AAGAGTAGAA 
AAGCAGCTGC AAGCAATCAA TGCTATGATT GATCCTGATG GAACTTTGGA GGCTCTGAAC 
AACATGGGAT TTCCCAGTGC TATGTTGCCA TCTCCACCGA AACAGAAGTC CAGCCCTGTG 
AATAACCACC ACAGCCCGGG TCAGACACCA ACACTTGGCC AACCAGAAGC TAGGGCTCTT 
CATCCTGCTG CTGTTTCAGC CGCAGCTGAA TTTGAGAATG CTGAATCTGA GGCTGATTTC 
AGTATACATT TCAATAGATT CAACCCCGAT GGGGAAGAGG AAGATGTTAC AGTACAAGAA 
TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_011544339.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542641.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X9, mRNA.

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CloneID	OHu35163
Clone ID Related Accession (Same CDS sequence)	XM_011544339.2 , XM_011544339.3
Accession Version	XM_011544339.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4863bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011544339.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACAGTAA GCACTGCTGC CACCACCCCT GGCTCTGCCA TAGACACTAG AGAAGAGGTA 
GGAGATCTTC ATGGAGAAAT GCATAAGTTG GTTGATCGTG TTTTTGATGA AAGCCTCAAC 
TTCCGAAAGA TTCCTCCATT AGTTCATTCC AAAACACCAG AAGGAAACAA CGGTCGATCT 
GGTGATCCAA GACCTCAAGC AGCAGAGCCT CCCGATCACT TAACAATTAC AAGGCGGAGA 
ACCTGGAGCA GGGATGAAGT CATGGGAGAT AATCTGCTGC TGTCATCCGT CTTTCAGTTC 
TCTAAGAAGA TAAGACAATC TATAGATAAG ACAGCTGGAA AGATCAGAAT ATTATTTAAA 
GACAAAGATC GGAATTGGGA TGACATAGAA AGCAAATTAA GAGCCGAAAG TGAAGTCCCT 
ATTGTGAAAA CCTCAAGCAT GGAGATTTCT TCTATCTTAC AGGAACTGAA AAGAGTAGAA 
AAGCAGCTGC AAGCAATCAA TGCTATGATT GATCCTGATG GAACTTTGGA GGCTCTGAAC 
AACATGGGAT TTCCCAGTGC TATGTTGCCA TCTCCACCGA AACAGAAGTC CAGCCCTGTG 
AATAACCACC ACAGCCCGGG TCAGACACCA ACACTTGGCC AACCAGAAGC TAGGGCTCTT 
CATCCTGCTG CTGTTTCAGC CGCAGCTGAA TTTGAGAATG CTGAATCTGA GGCTGATTTC 
AGTATACATT TCAATAGATT CAACCCCGAT GGGGAAGAGG AAGATGTTAC AGTACAAGAA 
TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011542641.1
CDS	338..5200
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVSQTAFMIAFFDEDNPRKRRSYSFTQSAGILCQETTYSTPHTKLEKAKSPTADAKVVSLSLQTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_011544339.3
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X9, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011544339.3

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACAGTAA GCACTGCTGC CACCACCCCT GGCTCTGCCA TAGACACTAG AGAAGAGGTA 
GGAGATCTTC ATGGAGAAAT GCATAAGTTG GTTGATCGTG TTTTTGATGA AAGCCTCAAC 
TTCCGAAAGA TTCCTCCATT AGTTCATTCC AAAACACCAG AAGGAAACAA CGGTCGATCT 
GGTGATCCAA GACCTCAAGC AGCAGAGCCT CCCGATCACT TAACAATTAC AAGGCGGAGA 
ACCTGGAGCA GGGATGAAGT CATGGGAGAT AATCTGCTGC TGTCATCCGT CTTTCAGTTC 
TCTAAGAAGA TAAGACAATC TATAGATAAG ACAGCTGGAA AGATCAGAAT ATTATTTAAA 
GACAAAGATC GGAATTGGGA TGACATAGAA AGCAAATTAA GAGCCGAAAG TGAAGTCCCT 
ATTGTGAAAA CCTCAAGCAT GGAGATTTCT TCTATCTTAC AGGAACTGAA AAGAGTAGAA 
AAGCAGCTGC AAGCAATCAA TGCTATGATT GATCCTGATG GAACTTTGGA GGCTCTGAAC 
AACATGGGAT TTCCCAGTGC TATGTTGCCA TCTCCACCGA AACAGAAGTC CAGCCCTGTG 
AATAACCACC ACAGCCCGGG TCAGACACCA ACACTTGGCC AACCAGAAGC TAGGGCTCTT 
CATCCTGCTG CTGTTTCAGC CGCAGCTGAA TTTGAGAATG CTGAATCTGA GGCTGATTTC 
AGTATACATT TCAATAGATT CAACCCCGAT GGGGAAGAGG AAGATGTTAC AGTACAAGAA 
TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_011544340.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542642.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X7, mRNA.

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CloneID	OHu35164
Clone ID Related Accession (Same CDS sequence)	XM_011544340.2 , XM_011544340.3
Accession Version	XM_011544340.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4833bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011544340.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACAGTAA GCACTGCTGC CACCACCCCT GGCTCTGCCA TAGACACTAG AGAAGAGTTG 
GTTGATCGTG TTTTTGATGA AAGCCTCAAC TTCCGAAAGA TTCCTCCATT AGTTCATTCC 
AAAACACCAG AAGGAAACAA CGGTCGATCT GGTGATCCAA GACCTCAAGC AGCAGAGCCT 
CCCGATCACT TAACAATTAC AAGGCGGAGA ACCTGGAGCA GGGATGAAGT CATGGGAGAT 
AATCTGCTGC TGTCATCCGT CTTTCAGTTC TCTAAGAAGA TAAGACAATC TATAGATAAG 
ACAGCTGGAA AGATCAGAAT ATTATTTAAA GACAAAGATC GGAATTGGGA TGACATAGAA 
AGCAAATTAA GAGCCGAAAG TGAAGTCCCT ATTGTGAAAA CCTCAAGCAT GGAGATTTCT 
TCTATCTTAC AGGAACTGAA AAGAGTAGAA AAGCAGCTGC AAGCAATCAA TGCTATGATT 
GATCCTGATG GAACTTTGGA GGCTCTGAAC AACATGGGAT TTCCCAGTGC TATGTTGCCA 
TCTCCACCGA AACAGAAGTC CAGCCCTGTG AATAACCACC ACAGCCCGGG TCAGACACCA 
ACACTTGGCC AACCAGAAGC TAGGGCTCTT CATCCTGCTG CTGTTTCAGC CGCAGCTGAA 
TTTGAGAATG CTGAATCTGA GGCTGATTTC AGTATACATT TCAATAGATT CAACCCCGAT 
GGGGAAGAGG AAGATGTTAC AGTACAAGAA TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011542642.1
CDS	889..5721
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVSQTAFMIAFFDEDNPRKRRSYSFTQSAGILCQETTYSTPHTKLEKAKSPTADAKVVSLSLQTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREELVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_011544340.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X7, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011544340.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACAGTAA GCACTGCTGC CACCACCCCT GGCTCTGCCA TAGACACTAG AGAAGAGTTG 
GTTGATCGTG TTTTTGATGA AAGCCTCAAC TTCCGAAAGA TTCCTCCATT AGTTCATTCC 
AAAACACCAG AAGGAAACAA CGGTCGATCT GGTGATCCAA GACCTCAAGC AGCAGAGCCT 
CCCGATCACT TAACAATTAC AAGGCGGAGA ACCTGGAGCA GGGATGAAGT CATGGGAGAT 
AATCTGCTGC TGTCATCCGT CTTTCAGTTC TCTAAGAAGA TAAGACAATC TATAGATAAG 
ACAGCTGGAA AGATCAGAAT ATTATTTAAA GACAAAGATC GGAATTGGGA TGACATAGAA 
AGCAAATTAA GAGCCGAAAG TGAAGTCCCT ATTGTGAAAA CCTCAAGCAT GGAGATTTCT 
TCTATCTTAC AGGAACTGAA AAGAGTAGAA AAGCAGCTGC AAGCAATCAA TGCTATGATT 
GATCCTGATG GAACTTTGGA GGCTCTGAAC AACATGGGAT TTCCCAGTGC TATGTTGCCA 
TCTCCACCGA AACAGAAGTC CAGCCCTGTG AATAACCACC ACAGCCCGGG TCAGACACCA 
ACACTTGGCC AACCAGAAGC TAGGGCTCTT CATCCTGCTG CTGTTTCAGC CGCAGCTGAA 
TTTGAGAATG CTGAATCTGA GGCTGATTTC AGTATACATT TCAATAGATT CAACCCCGAT 
GGGGAAGAGG AAGATGTTAC AGTACAAGAA TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_011544340.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542642.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X7, mRNA.

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CloneID	OHu35164
Clone ID Related Accession (Same CDS sequence)	XM_011544340.2 , XM_011544340.3
Accession Version	XM_011544340.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4833bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011544340.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACAGTAA GCACTGCTGC CACCACCCCT GGCTCTGCCA TAGACACTAG AGAAGAGTTG 
GTTGATCGTG TTTTTGATGA AAGCCTCAAC TTCCGAAAGA TTCCTCCATT AGTTCATTCC 
AAAACACCAG AAGGAAACAA CGGTCGATCT GGTGATCCAA GACCTCAAGC AGCAGAGCCT 
CCCGATCACT TAACAATTAC AAGGCGGAGA ACCTGGAGCA GGGATGAAGT CATGGGAGAT 
AATCTGCTGC TGTCATCCGT CTTTCAGTTC TCTAAGAAGA TAAGACAATC TATAGATAAG 
ACAGCTGGAA AGATCAGAAT ATTATTTAAA GACAAAGATC GGAATTGGGA TGACATAGAA 
AGCAAATTAA GAGCCGAAAG TGAAGTCCCT ATTGTGAAAA CCTCAAGCAT GGAGATTTCT 
TCTATCTTAC AGGAACTGAA AAGAGTAGAA AAGCAGCTGC AAGCAATCAA TGCTATGATT 
GATCCTGATG GAACTTTGGA GGCTCTGAAC AACATGGGAT TTCCCAGTGC TATGTTGCCA 
TCTCCACCGA AACAGAAGTC CAGCCCTGTG AATAACCACC ACAGCCCGGG TCAGACACCA 
ACACTTGGCC AACCAGAAGC TAGGGCTCTT CATCCTGCTG CTGTTTCAGC CGCAGCTGAA 
TTTGAGAATG CTGAATCTGA GGCTGATTTC AGTATACATT TCAATAGATT CAACCCCGAT 
GGGGAAGAGG AAGATGTTAC AGTACAAGAA TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011542642.1
CDS	234..5066
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVSQTAFMIAFFDEDNPRKRRSYSFTQSAGILCQETTYSTPHTKLEKAKSPTADAKVVSLSLQTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREELVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_011544340.3
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X7, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011544340.3

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACAGTAA GCACTGCTGC CACCACCCCT GGCTCTGCCA TAGACACTAG AGAAGAGTTG 
GTTGATCGTG TTTTTGATGA AAGCCTCAAC TTCCGAAAGA TTCCTCCATT AGTTCATTCC 
AAAACACCAG AAGGAAACAA CGGTCGATCT GGTGATCCAA GACCTCAAGC AGCAGAGCCT 
CCCGATCACT TAACAATTAC AAGGCGGAGA ACCTGGAGCA GGGATGAAGT CATGGGAGAT 
AATCTGCTGC TGTCATCCGT CTTTCAGTTC TCTAAGAAGA TAAGACAATC TATAGATAAG 
ACAGCTGGAA AGATCAGAAT ATTATTTAAA GACAAAGATC GGAATTGGGA TGACATAGAA 
AGCAAATTAA GAGCCGAAAG TGAAGTCCCT ATTGTGAAAA CCTCAAGCAT GGAGATTTCT 
TCTATCTTAC AGGAACTGAA AAGAGTAGAA AAGCAGCTGC AAGCAATCAA TGCTATGATT 
GATCCTGATG GAACTTTGGA GGCTCTGAAC AACATGGGAT TTCCCAGTGC TATGTTGCCA 
TCTCCACCGA AACAGAAGTC CAGCCCTGTG AATAACCACC ACAGCCCGGG TCAGACACCA 
ACACTTGGCC AACCAGAAGC TAGGGCTCTT CATCCTGCTG CTGTTTCAGC CGCAGCTGAA 
TTTGAGAATG CTGAATCTGA GGCTGATTTC AGTATACATT TCAATAGATT CAACCCCGAT 
GGGGAAGAGG AAGATGTTAC AGTACAAGAA TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002933.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858422.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X11, mRNA.

Price & Availability↑

CloneID	OHu35165
Clone ID Related Accession (Same CDS sequence)	XM_017002933.1 , XM_017002933.2 , XM_017002934.2 , XM_011544341.2 , XM_017002934.1 , XM_011544341.3
Accession Version	XM_017002933.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4785bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACAGT AAGCACTGCT 
GCCACCACCC CTGGCTCTGC CATAGACACT AGAGAAGAGG TAGGAGATCT TCATGGAGAA 
ATGCATAAGT TGGTTGATCG TGTTTTTGAT GAAAGCCTCA ACTTCCGAAA GATTCCTCCA 
TTAGTTCATT CCAAAACACC AGAAGGAAAC AACGGTCGAT CTGGTGATCC AAGACCTCAA 
GCAGCAGAGC CTCCCGATCA CTTAACAATT ACAAGGCGGA GAACCTGGAG CAGGGATGAA 
GTCATGGGAG ATAATCTGCT GCTGTCATCC GTCTTTCAGT TCTCTAAGAA GATAAGACAA 
TCTATAGATA AGACAGCTGG AAAGATCAGA ATATTATTTA AAGACAAAGA TCGGAATTGG 
GATGACATAG AAAGCAAATT AAGAGCCGAA AGTGAAGTCC CTATTGTGAA AACCTCAAGC 
ATGGAGATTT CTTCTATCTT ACAGGAACTG AAAAGAGTAG AAAAGCAGCT GCAAGCAATC 
AATGCTATGA TTGATCCTGA TGGAACTTTG GAGGCTCTGA ACAACATGGG ATTTCCCAGT 
GCTATGTTGC CATCTCCACC GAAACAGAAG TCCAGCCCTG TGAATAACCA CCACAGCCCG 
GGTCAGACAC CAACACTTGG CCAACCAGAA GCTAGGGCTC TTCATCCTGC TGCTGTTTCA 
GCCGCAGCTG AATTTGAGAA TGCTGAATCT GAGGCTGATT TCAGTATACA TTTCAATAGA 
TTCAACCCCG ATGGGGAAGA GGAAGATGTT ACAGTACAAG AATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858422.1
CDS	709..5493
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002933.1
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X11, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002933.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACAGT AAGCACTGCT 
GCCACCACCC CTGGCTCTGC CATAGACACT AGAGAAGAGG TAGGAGATCT TCATGGAGAA 
ATGCATAAGT TGGTTGATCG TGTTTTTGAT GAAAGCCTCA ACTTCCGAAA GATTCCTCCA 
TTAGTTCATT CCAAAACACC AGAAGGAAAC AACGGTCGAT CTGGTGATCC AAGACCTCAA 
GCAGCAGAGC CTCCCGATCA CTTAACAATT ACAAGGCGGA GAACCTGGAG CAGGGATGAA 
GTCATGGGAG ATAATCTGCT GCTGTCATCC GTCTTTCAGT TCTCTAAGAA GATAAGACAA 
TCTATAGATA AGACAGCTGG AAAGATCAGA ATATTATTTA AAGACAAAGA TCGGAATTGG 
GATGACATAG AAAGCAAATT AAGAGCCGAA AGTGAAGTCC CTATTGTGAA AACCTCAAGC 
ATGGAGATTT CTTCTATCTT ACAGGAACTG AAAAGAGTAG AAAAGCAGCT GCAAGCAATC 
AATGCTATGA TTGATCCTGA TGGAACTTTG GAGGCTCTGA ACAACATGGG ATTTCCCAGT 
GCTATGTTGC CATCTCCACC GAAACAGAAG TCCAGCCCTG TGAATAACCA CCACAGCCCG 
GGTCAGACAC CAACACTTGG CCAACCAGAA GCTAGGGCTC TTCATCCTGC TGCTGTTTCA 
GCCGCAGCTG AATTTGAGAA TGCTGAATCT GAGGCTGATT TCAGTATACA TTTCAATAGA 
TTCAACCCCG ATGGGGAAGA GGAAGATGTT ACAGTACAAG AATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002933.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858422.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X10, mRNA.

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CloneID	OHu35165
Clone ID Related Accession (Same CDS sequence)	XM_017002933.1 , XM_017002933.2 , XM_017002934.2 , XM_011544341.2 , XM_017002934.1 , XM_011544341.3
Accession Version	XM_017002933.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4785bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017002933.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACAGT AAGCACTGCT 
GCCACCACCC CTGGCTCTGC CATAGACACT AGAGAAGAGG TAGGAGATCT TCATGGAGAA 
ATGCATAAGT TGGTTGATCG TGTTTTTGAT GAAAGCCTCA ACTTCCGAAA GATTCCTCCA 
TTAGTTCATT CCAAAACACC AGAAGGAAAC AACGGTCGAT CTGGTGATCC AAGACCTCAA 
GCAGCAGAGC CTCCCGATCA CTTAACAATT ACAAGGCGGA GAACCTGGAG CAGGGATGAA 
GTCATGGGAG ATAATCTGCT GCTGTCATCC GTCTTTCAGT TCTCTAAGAA GATAAGACAA 
TCTATAGATA AGACAGCTGG AAAGATCAGA ATATTATTTA AAGACAAAGA TCGGAATTGG 
GATGACATAG AAAGCAAATT AAGAGCCGAA AGTGAAGTCC CTATTGTGAA AACCTCAAGC 
ATGGAGATTT CTTCTATCTT ACAGGAACTG AAAAGAGTAG AAAAGCAGCT GCAAGCAATC 
AATGCTATGA TTGATCCTGA TGGAACTTTG GAGGCTCTGA ACAACATGGG ATTTCCCAGT 
GCTATGTTGC CATCTCCACC GAAACAGAAG TCCAGCCCTG TGAATAACCA CCACAGCCCG 
GGTCAGACAC CAACACTTGG CCAACCAGAA GCTAGGGCTC TTCATCCTGC TGCTGTTTCA 
GCCGCAGCTG AATTTGAGAA TGCTGAATCT GAGGCTGATT TCAGTATACA TTTCAATAGA 
TTCAACCCCG ATGGGGAAGA GGAAGATGTT ACAGTACAAG AATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858422.1
CDS	253..5037
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002933.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X10, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002933.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACAGT AAGCACTGCT 
GCCACCACCC CTGGCTCTGC CATAGACACT AGAGAAGAGG TAGGAGATCT TCATGGAGAA 
ATGCATAAGT TGGTTGATCG TGTTTTTGAT GAAAGCCTCA ACTTCCGAAA GATTCCTCCA 
TTAGTTCATT CCAAAACACC AGAAGGAAAC AACGGTCGAT CTGGTGATCC AAGACCTCAA 
GCAGCAGAGC CTCCCGATCA CTTAACAATT ACAAGGCGGA GAACCTGGAG CAGGGATGAA 
GTCATGGGAG ATAATCTGCT GCTGTCATCC GTCTTTCAGT TCTCTAAGAA GATAAGACAA 
TCTATAGATA AGACAGCTGG AAAGATCAGA ATATTATTTA AAGACAAAGA TCGGAATTGG 
GATGACATAG AAAGCAAATT AAGAGCCGAA AGTGAAGTCC CTATTGTGAA AACCTCAAGC 
ATGGAGATTT CTTCTATCTT ACAGGAACTG AAAAGAGTAG AAAAGCAGCT GCAAGCAATC 
AATGCTATGA TTGATCCTGA TGGAACTTTG GAGGCTCTGA ACAACATGGG ATTTCCCAGT 
GCTATGTTGC CATCTCCACC GAAACAGAAG TCCAGCCCTG TGAATAACCA CCACAGCCCG 
GGTCAGACAC CAACACTTGG CCAACCAGAA GCTAGGGCTC TTCATCCTGC TGCTGTTTCA 
GCCGCAGCTG AATTTGAGAA TGCTGAATCT GAGGCTGATT TCAGTATACA TTTCAATAGA 
TTCAACCCCG ATGGGGAAGA GGAAGATGTT ACAGTACAAG AATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002934.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858423.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X13, mRNA.

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CloneID	OHu35165
Clone ID Related Accession (Same CDS sequence)	XM_017002933.1 , XM_017002933.2 , XM_017002934.2 , XM_011544341.2 , XM_017002934.1 , XM_011544341.3
Accession Version	XM_017002934.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4785bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017002934.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACAGT AAGCACTGCT 
GCCACCACCC CTGGCTCTGC CATAGACACT AGAGAAGAGG TAGGAGATCT TCATGGAGAA 
ATGCATAAGT TGGTTGATCG TGTTTTTGAT GAAAGCCTCA ACTTCCGAAA GATTCCTCCA 
TTAGTTCATT CCAAAACACC AGAAGGAAAC AACGGTCGAT CTGGTGATCC AAGACCTCAA 
GCAGCAGAGC CTCCCGATCA CTTAACAATT ACAAGGCGGA GAACCTGGAG CAGGGATGAA 
GTCATGGGAG ATAATCTGCT GCTGTCATCC GTCTTTCAGT TCTCTAAGAA GATAAGACAA 
TCTATAGATA AGACAGCTGG AAAGATCAGA ATATTATTTA AAGACAAAGA TCGGAATTGG 
GATGACATAG AAAGCAAATT AAGAGCCGAA AGTGAAGTCC CTATTGTGAA AACCTCAAGC 
ATGGAGATTT CTTCTATCTT ACAGGAACTG AAAAGAGTAG AAAAGCAGCT GCAAGCAATC 
AATGCTATGA TTGATCCTGA TGGAACTTTG GAGGCTCTGA ACAACATGGG ATTTCCCAGT 
GCTATGTTGC CATCTCCACC GAAACAGAAG TCCAGCCCTG TGAATAACCA CCACAGCCCG 
GGTCAGACAC CAACACTTGG CCAACCAGAA GCTAGGGCTC TTCATCCTGC TGCTGTTTCA 
GCCGCAGCTG AATTTGAGAA TGCTGAATCT GAGGCTGATT TCAGTATACA TTTCAATAGA 
TTCAACCCCG ATGGGGAAGA GGAAGATGTT ACAGTACAAG AATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858423.1
CDS	346..5130
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002934.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X13, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002934.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACAGT AAGCACTGCT 
GCCACCACCC CTGGCTCTGC CATAGACACT AGAGAAGAGG TAGGAGATCT TCATGGAGAA 
ATGCATAAGT TGGTTGATCG TGTTTTTGAT GAAAGCCTCA ACTTCCGAAA GATTCCTCCA 
TTAGTTCATT CCAAAACACC AGAAGGAAAC AACGGTCGAT CTGGTGATCC AAGACCTCAA 
GCAGCAGAGC CTCCCGATCA CTTAACAATT ACAAGGCGGA GAACCTGGAG CAGGGATGAA 
GTCATGGGAG ATAATCTGCT GCTGTCATCC GTCTTTCAGT TCTCTAAGAA GATAAGACAA 
TCTATAGATA AGACAGCTGG AAAGATCAGA ATATTATTTA AAGACAAAGA TCGGAATTGG 
GATGACATAG AAAGCAAATT AAGAGCCGAA AGTGAAGTCC CTATTGTGAA AACCTCAAGC 
ATGGAGATTT CTTCTATCTT ACAGGAACTG AAAAGAGTAG AAAAGCAGCT GCAAGCAATC 
AATGCTATGA TTGATCCTGA TGGAACTTTG GAGGCTCTGA ACAACATGGG ATTTCCCAGT 
GCTATGTTGC CATCTCCACC GAAACAGAAG TCCAGCCCTG TGAATAACCA CCACAGCCCG 
GGTCAGACAC CAACACTTGG CCAACCAGAA GCTAGGGCTC TTCATCCTGC TGCTGTTTCA 
GCCGCAGCTG AATTTGAGAA TGCTGAATCT GAGGCTGATT TCAGTATACA TTTCAATAGA 
TTCAACCCCG ATGGGGAAGA GGAAGATGTT ACAGTACAAG AATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_011544341.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542643.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X10, mRNA.

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CloneID	OHu35165
Clone ID Related Accession (Same CDS sequence)	XM_017002933.1 , XM_017002933.2 , XM_017002934.2 , XM_011544341.2 , XM_017002934.1 , XM_011544341.3
Accession Version	XM_011544341.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4785bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011544341.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACAGT AAGCACTGCT 
GCCACCACCC CTGGCTCTGC CATAGACACT AGAGAAGAGG TAGGAGATCT TCATGGAGAA 
ATGCATAAGT TGGTTGATCG TGTTTTTGAT GAAAGCCTCA ACTTCCGAAA GATTCCTCCA 
TTAGTTCATT CCAAAACACC AGAAGGAAAC AACGGTCGAT CTGGTGATCC AAGACCTCAA 
GCAGCAGAGC CTCCCGATCA CTTAACAATT ACAAGGCGGA GAACCTGGAG CAGGGATGAA 
GTCATGGGAG ATAATCTGCT GCTGTCATCC GTCTTTCAGT TCTCTAAGAA GATAAGACAA 
TCTATAGATA AGACAGCTGG AAAGATCAGA ATATTATTTA AAGACAAAGA TCGGAATTGG 
GATGACATAG AAAGCAAATT AAGAGCCGAA AGTGAAGTCC CTATTGTGAA AACCTCAAGC 
ATGGAGATTT CTTCTATCTT ACAGGAACTG AAAAGAGTAG AAAAGCAGCT GCAAGCAATC 
AATGCTATGA TTGATCCTGA TGGAACTTTG GAGGCTCTGA ACAACATGGG ATTTCCCAGT 
GCTATGTTGC CATCTCCACC GAAACAGAAG TCCAGCCCTG TGAATAACCA CCACAGCCCG 
GGTCAGACAC CAACACTTGG CCAACCAGAA GCTAGGGCTC TTCATCCTGC TGCTGTTTCA 
GCCGCAGCTG AATTTGAGAA TGCTGAATCT GAGGCTGATT TCAGTATACA TTTCAATAGA 
TTCAACCCCG ATGGGGAAGA GGAAGATGTT ACAGTACAAG AATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011542643.1
CDS	889..5673
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_011544341.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X10, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011544341.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACAGT AAGCACTGCT 
GCCACCACCC CTGGCTCTGC CATAGACACT AGAGAAGAGG TAGGAGATCT TCATGGAGAA 
ATGCATAAGT TGGTTGATCG TGTTTTTGAT GAAAGCCTCA ACTTCCGAAA GATTCCTCCA 
TTAGTTCATT CCAAAACACC AGAAGGAAAC AACGGTCGAT CTGGTGATCC AAGACCTCAA 
GCAGCAGAGC CTCCCGATCA CTTAACAATT ACAAGGCGGA GAACCTGGAG CAGGGATGAA 
GTCATGGGAG ATAATCTGCT GCTGTCATCC GTCTTTCAGT TCTCTAAGAA GATAAGACAA 
TCTATAGATA AGACAGCTGG AAAGATCAGA ATATTATTTA AAGACAAAGA TCGGAATTGG 
GATGACATAG AAAGCAAATT AAGAGCCGAA AGTGAAGTCC CTATTGTGAA AACCTCAAGC 
ATGGAGATTT CTTCTATCTT ACAGGAACTG AAAAGAGTAG AAAAGCAGCT GCAAGCAATC 
AATGCTATGA TTGATCCTGA TGGAACTTTG GAGGCTCTGA ACAACATGGG ATTTCCCAGT 
GCTATGTTGC CATCTCCACC GAAACAGAAG TCCAGCCCTG TGAATAACCA CCACAGCCCG 
GGTCAGACAC CAACACTTGG CCAACCAGAA GCTAGGGCTC TTCATCCTGC TGCTGTTTCA 
GCCGCAGCTG AATTTGAGAA TGCTGAATCT GAGGCTGATT TCAGTATACA TTTCAATAGA 
TTCAACCCCG ATGGGGAAGA GGAAGATGTT ACAGTACAAG AATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002934.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858423.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X13, mRNA.

Price & Availability↑

CloneID	OHu35165
Clone ID Related Accession (Same CDS sequence)	XM_017002933.1 , XM_017002933.2 , XM_017002934.2 , XM_011544341.2 , XM_017002934.1 , XM_011544341.3
Accession Version	XM_017002934.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4785bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACAGT AAGCACTGCT 
GCCACCACCC CTGGCTCTGC CATAGACACT AGAGAAGAGG TAGGAGATCT TCATGGAGAA 
ATGCATAAGT TGGTTGATCG TGTTTTTGAT GAAAGCCTCA ACTTCCGAAA GATTCCTCCA 
TTAGTTCATT CCAAAACACC AGAAGGAAAC AACGGTCGAT CTGGTGATCC AAGACCTCAA 
GCAGCAGAGC CTCCCGATCA CTTAACAATT ACAAGGCGGA GAACCTGGAG CAGGGATGAA 
GTCATGGGAG ATAATCTGCT GCTGTCATCC GTCTTTCAGT TCTCTAAGAA GATAAGACAA 
TCTATAGATA AGACAGCTGG AAAGATCAGA ATATTATTTA AAGACAAAGA TCGGAATTGG 
GATGACATAG AAAGCAAATT AAGAGCCGAA AGTGAAGTCC CTATTGTGAA AACCTCAAGC 
ATGGAGATTT CTTCTATCTT ACAGGAACTG AAAAGAGTAG AAAAGCAGCT GCAAGCAATC 
AATGCTATGA TTGATCCTGA TGGAACTTTG GAGGCTCTGA ACAACATGGG ATTTCCCAGT 
GCTATGTTGC CATCTCCACC GAAACAGAAG TCCAGCCCTG TGAATAACCA CCACAGCCCG 
GGTCAGACAC CAACACTTGG CCAACCAGAA GCTAGGGCTC TTCATCCTGC TGCTGTTTCA 
GCCGCAGCTG AATTTGAGAA TGCTGAATCT GAGGCTGATT TCAGTATACA TTTCAATAGA 
TTCAACCCCG ATGGGGAAGA GGAAGATGTT ACAGTACAAG AATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858423.1
CDS	352..5136
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002934.1
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X13, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002934.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACAGT AAGCACTGCT 
GCCACCACCC CTGGCTCTGC CATAGACACT AGAGAAGAGG TAGGAGATCT TCATGGAGAA 
ATGCATAAGT TGGTTGATCG TGTTTTTGAT GAAAGCCTCA ACTTCCGAAA GATTCCTCCA 
TTAGTTCATT CCAAAACACC AGAAGGAAAC AACGGTCGAT CTGGTGATCC AAGACCTCAA 
GCAGCAGAGC CTCCCGATCA CTTAACAATT ACAAGGCGGA GAACCTGGAG CAGGGATGAA 
GTCATGGGAG ATAATCTGCT GCTGTCATCC GTCTTTCAGT TCTCTAAGAA GATAAGACAA 
TCTATAGATA AGACAGCTGG AAAGATCAGA ATATTATTTA AAGACAAAGA TCGGAATTGG 
GATGACATAG AAAGCAAATT AAGAGCCGAA AGTGAAGTCC CTATTGTGAA AACCTCAAGC 
ATGGAGATTT CTTCTATCTT ACAGGAACTG AAAAGAGTAG AAAAGCAGCT GCAAGCAATC 
AATGCTATGA TTGATCCTGA TGGAACTTTG GAGGCTCTGA ACAACATGGG ATTTCCCAGT 
GCTATGTTGC CATCTCCACC GAAACAGAAG TCCAGCCCTG TGAATAACCA CCACAGCCCG 
GGTCAGACAC CAACACTTGG CCAACCAGAA GCTAGGGCTC TTCATCCTGC TGCTGTTTCA 
GCCGCAGCTG AATTTGAGAA TGCTGAATCT GAGGCTGATT TCAGTATACA TTTCAATAGA 
TTCAACCCCG ATGGGGAAGA GGAAGATGTT ACAGTACAAG AATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_011544341.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542643.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X12, mRNA.

Price & Availability↑

CloneID	OHu35165
Clone ID Related Accession (Same CDS sequence)	XM_017002933.1 , XM_017002933.2 , XM_017002934.2 , XM_011544341.2 , XM_017002934.1 , XM_011544341.3
Accession Version	XM_011544341.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4785bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011544341.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACAGT AAGCACTGCT 
GCCACCACCC CTGGCTCTGC CATAGACACT AGAGAAGAGG TAGGAGATCT TCATGGAGAA 
ATGCATAAGT TGGTTGATCG TGTTTTTGAT GAAAGCCTCA ACTTCCGAAA GATTCCTCCA 
TTAGTTCATT CCAAAACACC AGAAGGAAAC AACGGTCGAT CTGGTGATCC AAGACCTCAA 
GCAGCAGAGC CTCCCGATCA CTTAACAATT ACAAGGCGGA GAACCTGGAG CAGGGATGAA 
GTCATGGGAG ATAATCTGCT GCTGTCATCC GTCTTTCAGT TCTCTAAGAA GATAAGACAA 
TCTATAGATA AGACAGCTGG AAAGATCAGA ATATTATTTA AAGACAAAGA TCGGAATTGG 
GATGACATAG AAAGCAAATT AAGAGCCGAA AGTGAAGTCC CTATTGTGAA AACCTCAAGC 
ATGGAGATTT CTTCTATCTT ACAGGAACTG AAAAGAGTAG AAAAGCAGCT GCAAGCAATC 
AATGCTATGA TTGATCCTGA TGGAACTTTG GAGGCTCTGA ACAACATGGG ATTTCCCAGT 
GCTATGTTGC CATCTCCACC GAAACAGAAG TCCAGCCCTG TGAATAACCA CCACAGCCCG 
GGTCAGACAC CAACACTTGG CCAACCAGAA GCTAGGGCTC TTCATCCTGC TGCTGTTTCA 
GCCGCAGCTG AATTTGAGAA TGCTGAATCT GAGGCTGATT TCAGTATACA TTTCAATAGA 
TTCAACCCCG ATGGGGAAGA GGAAGATGTT ACAGTACAAG AATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011542643.1
CDS	799..5583
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_011544341.3
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X12, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011544341.3

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTACTAGCTC TGCGCATCAC AGAGGGGGGC ATGGTGTTCC ACATGGGAAA 
TTGTTAAAAC AGAAATCAGA GGAGCCATCG GTGTCAATAC CCTTCCTACA AACTGCATTA 
TTAAGAAGTT CAGGGAGTCT TGGGCACAGA CCAAGCCAGG AGATGGATAA AATGTTAAAA 
AATCAAGCAA CTTCTGCTAC TTCTGAAAAG GATAATGATG ATGACCAAAG TGACAAGGGT 
ACTTATACCA TTGAGTTAGA GAATCCCAAC AGTGAGGAAG TGGAAGCAAG AAAAATGATT 
GACAAGGTGT TTGGAGTAGA TGACAATCAG GATTATAATA GGCCTGTTAT CAACGAAAAA 
CATAAAGATC TAATAAAAGA TTGGGCTCTC AGTTCTGCTG CAGCAGTAAT GGAAGAAAGA 
AAACCACTGA CTACATCTGG ATTTCACCAC TCAGAGGAAG GCACATCTTC ATCTGGAAGC 
AAACGTTGGG TTTCACAGTG GGCTAGTTTG GCTGCCAATC ATACAAGGCA TGATCAAGAA 
GAAAGGATAA TGGAATTTTC TGCACCTCTT CCTTTAGAGA ATGAGACAGA GATCAGTGAG 
TCTGGCATGA CAGTGAGAAG TACTGGCTCT GCAACTTCCT TGGCTAGCCA GGGAGAGAGA 
AGGAGACGAA CTCTTCCCCA GCTTCCAAAT GAAGAAAAGT CTCTTGAGAG CCACAGAGCA 
AAGGTTGTAA CACAGAGGTC AGAGATAGGA GAAAAACAAG ACACAGAACT TCAGGAGAAA 
GAAACACCTA CACAGGTATA CCAGAAAGAT AAACAAGATG CTGACAGACC CTTGAGTAAA 
ATGAACAGGG CAGTAAATGG AGAGACTCTC AAAACTGGTG GAGATAATAA AACCCTACTT 
CACTTAGGCA GCTCTGCTCC TGGAAAAGAG AAAAGTGAAA CTGATAAGGA AACTTCTTTG 
GTAAAGCAAA CATTAGCAAA ACTTCAACAA CAAGAACAAA GGGAGGAGGC TCAGTGGACA 
CCTACTAAAT TGTCTTCCAA AAATGTTTCA GGTCAGACAG ATAAATGTAG GGAGGAAACT 
TTTAAACAAG AATCACAACC TCCAGAAAAA AATTCAGGAC ATTCTACAAG CAAAGGAGAC 
AGAGTGGCAC AAAGTGAGAG CAAGAGAAGA AAAGCTGAGG AAATTCTGAA AAGTCAGACT 
CCAAAGGGAG GAGACAAGAA GGAATCCTCC AAGTCATTAG TGCGACAAGG GAGCTTCACT 
ATAGAAAAAC CCAGCCCAAA CATACCCATA GAACTTATTC CCCATATAAA TAAACAGACT 
TCCTCTACTC CTTCTTCTTT AGCATTAACA TCTGCAAGTA GAATACGAGA AAGAAGTGAG 
TCTTTGGATC CTGATTCTAG TATGGACACA ACCCTTATTC TAAAAGACAC AGAAGCAGTA 
ATGGCTTTTC TAGAAGCTAA ACTACGTGAA GATAATAAAA CTGATGAAGG ACCAGATACT 
CCCAGTTATA ATAGAGACAA TTCTATTTCA CCAGAATCTG ATGTAGATAC AGCTAGTACA 
ATCAGTCTGG TTACTGGAGA AACTGAAAGA AAGTCAACCC AAAAGCGAAA GAGTTTCACT 
AGCCTCTATA AAGATAGGTG TTCCACAGGT TCTCCTTCCA AAGATGTTAC AAAATCATCA 
TCTTCAGGTG CTAGGGAAAA AATGGAAAAG AAAACAAAAA GTCGTTCCAC AGATGTGGGT 
TCAAGAGCAG ATGGTCGTAA ATTTGTTCAG TCCAGTGGGA GAATAAGACA GCCCTCAGTA 
GACTTAACAG ATGATGACCA AACCTCTAGT GTACCTCATT CTGCCATCTC TGATATTATG 
TCATCTGATC AAGAAACTTA CTCTTGTAAA CCTCATGGAC GGACTCCACT TACCTCAGCT 
GATGAGCATG TACATTCCAA ACTGGAAGGA AGTAAAGTAA CGAAATCTAA GACTTCTCCG 
GTGGTATCTG GTTCATCTAG TAAATCAACC ACCCTTCCAA GGCCACGACC TACCAGGACT 
TCCCTCTTGC GCAGAGCACG ACTTGGTGAA GCTTCAGACA GTGAACTTGC TGATGCTGAC 
AAAGCATCTG TTGCTTCTGA AGTATCCACA ACAAGTTCTA CATCAAAACC TCCCACAGGA 
AGGCGTAACA TCTCTCGGAT TGATTTATTG GCTCAGCCTC GTAGAACACG ACTTGGCTCA 
CTGTCAGCTC GTAGTGACTC TGAAGCAACA ATTTCTAGAA GTAGTGCCTC TTCGAGGACC 
GCAGAAGCCA TCATTAGAAG TGGAGCCAGA CTAGTACCAT CAGATAAATT TTCTCCTAGA 
ATTAGAGCTA ACAGTATCTC TCGACTCTCA GACTCCAAGG TCAAAAGTAT GACCTCAGCT 
CATGGCTCTG CTTCAGTAAA TTCAAGATGG AGGCGCTTTC CTACTGATTA TGCTTCCACC 
TCAGAAGATG AATTTGGATC AAACCGTAAT TCCCCTAAAC ATACCCGTCT ACGTACTTCT 
CCAGCCCTGA AAACCACTCG CTTGCAGAGC GCTGGATCAG CAATGCCTAC TAGTTCTTCA 
TTCAAACACC GGATTAAAGA GCAGGAAGAC TACATCCGAG ATTGGACTGC TCATCGAGAA 
GAGATAGCCA GGATCAGCCA AGATCTTGCT CTCATTGCTC GGGAGATCAA CGATGTAGCA 
GGAGAGATAG ATTCAGTGAC TTCATCAGGC ACTGCCCCTA GTACCACAGT AAGCACTGCT 
GCCACCACCC CTGGCTCTGC CATAGACACT AGAGAAGAGG TAGGAGATCT TCATGGAGAA 
ATGCATAAGT TGGTTGATCG TGTTTTTGAT GAAAGCCTCA ACTTCCGAAA GATTCCTCCA 
TTAGTTCATT CCAAAACACC AGAAGGAAAC AACGGTCGAT CTGGTGATCC AAGACCTCAA 
GCAGCAGAGC CTCCCGATCA CTTAACAATT ACAAGGCGGA GAACCTGGAG CAGGGATGAA 
GTCATGGGAG ATAATCTGCT GCTGTCATCC GTCTTTCAGT TCTCTAAGAA GATAAGACAA 
TCTATAGATA AGACAGCTGG AAAGATCAGA ATATTATTTA AAGACAAAGA TCGGAATTGG 
GATGACATAG AAAGCAAATT AAGAGCCGAA AGTGAAGTCC CTATTGTGAA AACCTCAAGC 
ATGGAGATTT CTTCTATCTT ACAGGAACTG AAAAGAGTAG AAAAGCAGCT GCAAGCAATC 
AATGCTATGA TTGATCCTGA TGGAACTTTG GAGGCTCTGA ACAACATGGG ATTTCCCAGT 
GCTATGTTGC CATCTCCACC GAAACAGAAG TCCAGCCCTG TGAATAACCA CCACAGCCCG 
GGTCAGACAC CAACACTTGG CCAACCAGAA GCTAGGGCTC TTCATCCTGC TGCTGTTTCA 
GCCGCAGCTG AATTTGAGAA TGCTGAATCT GAGGCTGATT TCAGTATACA TTTCAATAGA 
TTCAACCCCG ATGGGGAAGA GGAAGATGTT ACAGTACAAG AATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_011544342.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542644.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X12, mRNA.

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CloneID	OHu35166
Clone ID Related Accession (Same CDS sequence)	XM_011544342.2 , XM_011544342.3
Accession Version	XM_011544342.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4782bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011544342.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACATTGG TTGATCGTGT TTTTGATGAA AGCCTCAACT TCCGAAAGAT TCCTCCATTA 
GTTCATTCCA AAACACCAGA AGGAAACAAC GGTCGATCTG GTGATCCAAG ACCTCAAGCA 
GCAGAGCCTC CCGATCACTT AACAATTACA AGGCGGAGAA CCTGGAGCAG GGATGAAGTC 
ATGGGAGATA ATCTGCTGCT GTCATCCGTC TTTCAGTTCT CTAAGAAGAT AAGACAATCT 
ATAGATAAGA CAGCTGGAAA GATCAGAATA TTATTTAAAG ACAAAGATCG GAATTGGGAT 
GACATAGAAA GCAAATTAAG AGCCGAAAGT GAAGTCCCTA TTGTGAAAAC CTCAAGCATG 
GAGATTTCTT CTATCTTACA GGAACTGAAA AGAGTAGAAA AGCAGCTGCA AGCAATCAAT 
GCTATGATTG ATCCTGATGG AACTTTGGAG GCTCTGAACA ACATGGGATT TCCCAGTGCT 
ATGTTGCCAT CTCCACCGAA ACAGAAGTCC AGCCCTGTGA ATAACCACCA CAGCCCGGGT 
CAGACACCAA CACTTGGCCA ACCAGAAGCT AGGGCTCTTC ATCCTGCTGC TGTTTCAGCC 
GCAGCTGAAT TTGAGAATGC TGAATCTGAG GCTGATTTCA GTATACATTT CAATAGATTC 
AACCCCGATG GGGAAGAGGA AGATGTTACA GTACAAGAAT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011542644.1
CDS	889..5670
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVSQTAFMIAFFDEDNPRKRRSYSFTQSAGILCQETTYSTPHTKLEKAKSPTADAKVVSLSLQTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_011544342.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X12, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011544342.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACATTGG TTGATCGTGT TTTTGATGAA AGCCTCAACT TCCGAAAGAT TCCTCCATTA 
GTTCATTCCA AAACACCAGA AGGAAACAAC GGTCGATCTG GTGATCCAAG ACCTCAAGCA 
GCAGAGCCTC CCGATCACTT AACAATTACA AGGCGGAGAA CCTGGAGCAG GGATGAAGTC 
ATGGGAGATA ATCTGCTGCT GTCATCCGTC TTTCAGTTCT CTAAGAAGAT AAGACAATCT 
ATAGATAAGA CAGCTGGAAA GATCAGAATA TTATTTAAAG ACAAAGATCG GAATTGGGAT 
GACATAGAAA GCAAATTAAG AGCCGAAAGT GAAGTCCCTA TTGTGAAAAC CTCAAGCATG 
GAGATTTCTT CTATCTTACA GGAACTGAAA AGAGTAGAAA AGCAGCTGCA AGCAATCAAT 
GCTATGATTG ATCCTGATGG AACTTTGGAG GCTCTGAACA ACATGGGATT TCCCAGTGCT 
ATGTTGCCAT CTCCACCGAA ACAGAAGTCC AGCCCTGTGA ATAACCACCA CAGCCCGGGT 
CAGACACCAA CACTTGGCCA ACCAGAAGCT AGGGCTCTTC ATCCTGCTGC TGTTTCAGCC 
GCAGCTGAAT TTGAGAATGC TGAATCTGAG GCTGATTTCA GTATACATTT CAATAGATTC 
AACCCCGATG GGGAAGAGGA AGATGTTACA GTACAAGAAT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_011544342.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542644.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X11, mRNA.

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CloneID	OHu35166
Clone ID Related Accession (Same CDS sequence)	XM_011544342.2 , XM_011544342.3
Accession Version	XM_011544342.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4782bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011544342.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACATTGG TTGATCGTGT TTTTGATGAA AGCCTCAACT TCCGAAAGAT TCCTCCATTA 
GTTCATTCCA AAACACCAGA AGGAAACAAC GGTCGATCTG GTGATCCAAG ACCTCAAGCA 
GCAGAGCCTC CCGATCACTT AACAATTACA AGGCGGAGAA CCTGGAGCAG GGATGAAGTC 
ATGGGAGATA ATCTGCTGCT GTCATCCGTC TTTCAGTTCT CTAAGAAGAT AAGACAATCT 
ATAGATAAGA CAGCTGGAAA GATCAGAATA TTATTTAAAG ACAAAGATCG GAATTGGGAT 
GACATAGAAA GCAAATTAAG AGCCGAAAGT GAAGTCCCTA TTGTGAAAAC CTCAAGCATG 
GAGATTTCTT CTATCTTACA GGAACTGAAA AGAGTAGAAA AGCAGCTGCA AGCAATCAAT 
GCTATGATTG ATCCTGATGG AACTTTGGAG GCTCTGAACA ACATGGGATT TCCCAGTGCT 
ATGTTGCCAT CTCCACCGAA ACAGAAGTCC AGCCCTGTGA ATAACCACCA CAGCCCGGGT 
CAGACACCAA CACTTGGCCA ACCAGAAGCT AGGGCTCTTC ATCCTGCTGC TGTTTCAGCC 
GCAGCTGAAT TTGAGAATGC TGAATCTGAG GCTGATTTCA GTATACATTT CAATAGATTC 
AACCCCGATG GGGAAGAGGA AGATGTTACA GTACAAGAAT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011542644.1
CDS	234..5015
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVSQTAFMIAFFDEDNPRKRRSYSFTQSAGILCQETTYSTPHTKLEKAKSPTADAKVVSLSLQTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_011544342.3
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X11, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011544342.3

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTAAGTCA AACTGCTTTT ATGATTGCAT TCTTTGATGA AGACAATCCC 
AGAAAAAGAA GGTCGTATTC TTTTACTCAA AGTGCGGGAA TCTTGTGTCA GGAAACTACA 
TATTCAACAC CACATACAAA ACTTGAGAAA GCAAAGTCTC CAACAGCAGA TGCCAAAGTG 
GTTTCTTTGT CTTTACAGAC TAGCTCTGCG CATCACAGAG GGGGGCATGG TGTTCCACAT 
GGGAAATTGT TAAAACAGAA ATCAGAGGAG CCATCGGTGT CAATACCCTT CCTACAAACT 
GCATTATTAA GAAGTTCAGG GAGTCTTGGG CACAGACCAA GCCAGGAGAT GGATAAAATG 
TTAAAAAATC AAGCAACTTC TGCTACTTCT GAAAAGGATA ATGATGATGA CCAAAGTGAC 
AAGGGTACTT ATACCATTGA GTTAGAGAAT CCCAACAGTG AGGAAGTGGA AGCAAGAAAA 
ATGATTGACA AGGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGCCCTGAAA ACCACTCGCT TGCAGAGCGC TGGATCAGCA 
ATGCCTACTA GTTCTTCATT CAAACACCGG ATTAAAGAGC AGGAAGACTA CATCCGAGAT 
TGGACTGCTC ATCGAGAAGA GATAGCCAGG ATCAGCCAAG ATCTTGCTCT CATTGCTCGG 
GAGATCAACG ATGTAGCAGG AGAGATAGAT TCAGTGACTT CATCAGGCAC TGCCCCTAGT 
ACCACATTGG TTGATCGTGT TTTTGATGAA AGCCTCAACT TCCGAAAGAT TCCTCCATTA 
GTTCATTCCA AAACACCAGA AGGAAACAAC GGTCGATCTG GTGATCCAAG ACCTCAAGCA 
GCAGAGCCTC CCGATCACTT AACAATTACA AGGCGGAGAA CCTGGAGCAG GGATGAAGTC 
ATGGGAGATA ATCTGCTGCT GTCATCCGTC TTTCAGTTCT CTAAGAAGAT AAGACAATCT 
ATAGATAAGA CAGCTGGAAA GATCAGAATA TTATTTAAAG ACAAAGATCG GAATTGGGAT 
GACATAGAAA GCAAATTAAG AGCCGAAAGT GAAGTCCCTA TTGTGAAAAC CTCAAGCATG 
GAGATTTCTT CTATCTTACA GGAACTGAAA AGAGTAGAAA AGCAGCTGCA AGCAATCAAT 
GCTATGATTG ATCCTGATGG AACTTTGGAG GCTCTGAACA ACATGGGATT TCCCAGTGCT 
ATGTTGCCAT CTCCACCGAA ACAGAAGTCC AGCCCTGTGA ATAACCACCA CAGCCCGGGT 
CAGACACCAA CACTTGGCCA ACCAGAAGCT AGGGCTCTTC ATCCTGCTGC TGTTTCAGCC 
GCAGCTGAAT TTGAGAATGC TGAATCTGAG GCTGATTTCA GTATACATTT CAATAGATTC 
AACCCCGATG GGGAAGAGGA AGATGTTACA GTACAAGAAT GA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_011544344.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542646.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X25, mRNA.

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CloneID	OHu35167
Clone ID Related Accession (Same CDS sequence)	XM_011544344.2 , XM_017002944.1 , XM_017002944.2 , XM_011544344.3
Accession Version	XM_011544344.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4491bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011544344.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GCCTCAACTT CCGAAAGATT 
CCTCCATTAG TTCATTCCAA AACACCAGAA GGAAACAACG GTCGATCTGG TGATCCAAGA 
CCTCAAGCAG CAGAGCCTCC CGATCACTTA ACAATTACAA GGCGGAGAAC CTGGAGCAGG 
GATGAAGTCA TGGGAGATAA TCTGCTGCTG TCATCCGTCT TTCAGTTCTC TAAGAAGATA 
AGACAATCTA TAGATAAGAC AGCTGGAAAG ATCAGAATAT TATTTAAAGA CAAAGATCGG 
AATTGGGATG ACATAGAAAG CAAATTAAGA GCCGAAAGTG AAGTCCCTAT TGTGAAAACC 
TCAAGCATGG AGATTTCTTC TATCTTACAG GAACTGAAAA GAGTAGAAAA GCAGCTGCAA 
GCAATCAATG CTATGATTGA TCCTGATGGA ACTTTGGAGG CTCTGAACAA CATGGGATTT 
CCCAGTGCTA TGTTGCCATC TCCACCGAAA CAGAAGTCCA GCCCTGTGAA TAACCACCAC 
AGCCCGGGTC AGACACCAAC ACTTGGCCAA CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT 
GTTTCAGCCG CAGCTGAATT TGAGAATGCT GAATCTGAGG CTGATTTCAG TATACATTTC 
AATAGATTCA ACCCCGATGG GGAAGAGGAA GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011542646.1
CDS	939..5429
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_011544344.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X25, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011544344.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GCCTCAACTT CCGAAAGATT 
CCTCCATTAG TTCATTCCAA AACACCAGAA GGAAACAACG GTCGATCTGG TGATCCAAGA 
CCTCAAGCAG CAGAGCCTCC CGATCACTTA ACAATTACAA GGCGGAGAAC CTGGAGCAGG 
GATGAAGTCA TGGGAGATAA TCTGCTGCTG TCATCCGTCT TTCAGTTCTC TAAGAAGATA 
AGACAATCTA TAGATAAGAC AGCTGGAAAG ATCAGAATAT TATTTAAAGA CAAAGATCGG 
AATTGGGATG ACATAGAAAG CAAATTAAGA GCCGAAAGTG AAGTCCCTAT TGTGAAAACC 
TCAAGCATGG AGATTTCTTC TATCTTACAG GAACTGAAAA GAGTAGAAAA GCAGCTGCAA 
GCAATCAATG CTATGATTGA TCCTGATGGA ACTTTGGAGG CTCTGAACAA CATGGGATTT 
CCCAGTGCTA TGTTGCCATC TCCACCGAAA CAGAAGTCCA GCCCTGTGAA TAACCACCAC 
AGCCCGGGTC AGACACCAAC ACTTGGCCAA CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT 
GTTTCAGCCG CAGCTGAATT TGAGAATGCT GAATCTGAGG CTGATTTCAG TATACATTTC 
AATAGATTCA ACCCCGATGG GGAAGAGGAA GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002944.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858433.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X24, mRNA.

Price & Availability↑

CloneID	OHu35167
Clone ID Related Accession (Same CDS sequence)	XM_011544344.2 , XM_017002944.1 , XM_017002944.2 , XM_011544344.3
Accession Version	XM_017002944.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4491bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GCCTCAACTT CCGAAAGATT 
CCTCCATTAG TTCATTCCAA AACACCAGAA GGAAACAACG GTCGATCTGG TGATCCAAGA 
CCTCAAGCAG CAGAGCCTCC CGATCACTTA ACAATTACAA GGCGGAGAAC CTGGAGCAGG 
GATGAAGTCA TGGGAGATAA TCTGCTGCTG TCATCCGTCT TTCAGTTCTC TAAGAAGATA 
AGACAATCTA TAGATAAGAC AGCTGGAAAG ATCAGAATAT TATTTAAAGA CAAAGATCGG 
AATTGGGATG ACATAGAAAG CAAATTAAGA GCCGAAAGTG AAGTCCCTAT TGTGAAAACC 
TCAAGCATGG AGATTTCTTC TATCTTACAG GAACTGAAAA GAGTAGAAAA GCAGCTGCAA 
GCAATCAATG CTATGATTGA TCCTGATGGA ACTTTGGAGG CTCTGAACAA CATGGGATTT 
CCCAGTGCTA TGTTGCCATC TCCACCGAAA CAGAAGTCCA GCCCTGTGAA TAACCACCAC 
AGCCCGGGTC AGACACCAAC ACTTGGCCAA CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT 
GTTTCAGCCG CAGCTGAATT TGAGAATGCT GAATCTGAGG CTGATTTCAG TATACATTTC 
AATAGATTCA ACCCCGATGG GGAAGAGGAA GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858433.1
CDS	932..5422
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002944.1
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X24, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002944.1

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GCCTCAACTT CCGAAAGATT 
CCTCCATTAG TTCATTCCAA AACACCAGAA GGAAACAACG GTCGATCTGG TGATCCAAGA 
CCTCAAGCAG CAGAGCCTCC CGATCACTTA ACAATTACAA GGCGGAGAAC CTGGAGCAGG 
GATGAAGTCA TGGGAGATAA TCTGCTGCTG TCATCCGTCT TTCAGTTCTC TAAGAAGATA 
AGACAATCTA TAGATAAGAC AGCTGGAAAG ATCAGAATAT TATTTAAAGA CAAAGATCGG 
AATTGGGATG ACATAGAAAG CAAATTAAGA GCCGAAAGTG AAGTCCCTAT TGTGAAAACC 
TCAAGCATGG AGATTTCTTC TATCTTACAG GAACTGAAAA GAGTAGAAAA GCAGCTGCAA 
GCAATCAATG CTATGATTGA TCCTGATGGA ACTTTGGAGG CTCTGAACAA CATGGGATTT 
CCCAGTGCTA TGTTGCCATC TCCACCGAAA CAGAAGTCCA GCCCTGTGAA TAACCACCAC 
AGCCCGGGTC AGACACCAAC ACTTGGCCAA CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT 
GTTTCAGCCG CAGCTGAATT TGAGAATGCT GAATCTGAGG CTGATTTCAG TATACATTTC 
AATAGATTCA ACCCCGATGG GGAAGAGGAA GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_017002944.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016858433.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X24, mRNA.

Price & Availability↑

CloneID	OHu35167
Clone ID Related Accession (Same CDS sequence)	XM_011544344.2 , XM_017002944.1 , XM_017002944.2 , XM_011544344.3
Accession Version	XM_017002944.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4491bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017002944.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GCCTCAACTT CCGAAAGATT 
CCTCCATTAG TTCATTCCAA AACACCAGAA GGAAACAACG GTCGATCTGG TGATCCAAGA 
CCTCAAGCAG CAGAGCCTCC CGATCACTTA ACAATTACAA GGCGGAGAAC CTGGAGCAGG 
GATGAAGTCA TGGGAGATAA TCTGCTGCTG TCATCCGTCT TTCAGTTCTC TAAGAAGATA 
AGACAATCTA TAGATAAGAC AGCTGGAAAG ATCAGAATAT TATTTAAAGA CAAAGATCGG 
AATTGGGATG ACATAGAAAG CAAATTAAGA GCCGAAAGTG AAGTCCCTAT TGTGAAAACC 
TCAAGCATGG AGATTTCTTC TATCTTACAG GAACTGAAAA GAGTAGAAAA GCAGCTGCAA 
GCAATCAATG CTATGATTGA TCCTGATGGA ACTTTGGAGG CTCTGAACAA CATGGGATTT 
CCCAGTGCTA TGTTGCCATC TCCACCGAAA CAGAAGTCCA GCCCTGTGAA TAACCACCAC 
AGCCCGGGTC AGACACCAAC ACTTGGCCAA CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT 
GTTTCAGCCG CAGCTGAATT TGAGAATGCT GAATCTGAGG CTGATTTCAG TATACATTTC 
AATAGATTCA ACCCCGATGG GGAAGAGGAA GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016858433.1
CDS	259..4749
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_017002944.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X24, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017002944.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GCCTCAACTT CCGAAAGATT 
CCTCCATTAG TTCATTCCAA AACACCAGAA GGAAACAACG GTCGATCTGG TGATCCAAGA 
CCTCAAGCAG CAGAGCCTCC CGATCACTTA ACAATTACAA GGCGGAGAAC CTGGAGCAGG 
GATGAAGTCA TGGGAGATAA TCTGCTGCTG TCATCCGTCT TTCAGTTCTC TAAGAAGATA 
AGACAATCTA TAGATAAGAC AGCTGGAAAG ATCAGAATAT TATTTAAAGA CAAAGATCGG 
AATTGGGATG ACATAGAAAG CAAATTAAGA GCCGAAAGTG AAGTCCCTAT TGTGAAAACC 
TCAAGCATGG AGATTTCTTC TATCTTACAG GAACTGAAAA GAGTAGAAAA GCAGCTGCAA 
GCAATCAATG CTATGATTGA TCCTGATGGA ACTTTGGAGG CTCTGAACAA CATGGGATTT 
CCCAGTGCTA TGTTGCCATC TCCACCGAAA CAGAAGTCCA GCCCTGTGAA TAACCACCAC 
AGCCCGGGTC AGACACCAAC ACTTGGCCAA CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT 
GTTTCAGCCG CAGCTGAATT TGAGAATGCT GAATCTGAGG CTGATTTCAG TATACATTTC 
AATAGATTCA ACCCCGATGG GGAAGAGGAA GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_011544344.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542646.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X25, mRNA.

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CloneID	OHu35167
Clone ID Related Accession (Same CDS sequence)	XM_011544344.2 , XM_017002944.1 , XM_017002944.2 , XM_011544344.3
Accession Version	XM_011544344.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4491bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011544344.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GCCTCAACTT CCGAAAGATT 
CCTCCATTAG TTCATTCCAA AACACCAGAA GGAAACAACG GTCGATCTGG TGATCCAAGA 
CCTCAAGCAG CAGAGCCTCC CGATCACTTA ACAATTACAA GGCGGAGAAC CTGGAGCAGG 
GATGAAGTCA TGGGAGATAA TCTGCTGCTG TCATCCGTCT TTCAGTTCTC TAAGAAGATA 
AGACAATCTA TAGATAAGAC AGCTGGAAAG ATCAGAATAT TATTTAAAGA CAAAGATCGG 
AATTGGGATG ACATAGAAAG CAAATTAAGA GCCGAAAGTG AAGTCCCTAT TGTGAAAACC 
TCAAGCATGG AGATTTCTTC TATCTTACAG GAACTGAAAA GAGTAGAAAA GCAGCTGCAA 
GCAATCAATG CTATGATTGA TCCTGATGGA ACTTTGGAGG CTCTGAACAA CATGGGATTT 
CCCAGTGCTA TGTTGCCATC TCCACCGAAA CAGAAGTCCA GCCCTGTGAA TAACCACCAC 
AGCCCGGGTC AGACACCAAC ACTTGGCCAA CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT 
GTTTCAGCCG CAGCTGAATT TGAGAATGCT GAATCTGAGG CTGATTTCAG TATACATTTC 
AATAGATTCA ACCCCGATGG GGAAGAGGAA GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011542646.1
CDS	234..4724
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGCGIDAKQVEEQSAAANEEVLFPFCREPSYFEIPTKEFQQPSQITESTIHEIPTKDTPSSHITGAGHASFTIEFDDSTPGKVTIRDHVTKFTSDQRHKSKKSSPGTQDLLGIQTGMMAPENKVADWLAQNNPPQMLWERTEEDSKSIKSDVPVYLKRLKGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_011544344.3
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X25, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011544344.3

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGGTGCGGCA TAGATGCCAA GCAAGTTGAG 
GAACAATCTG CAGCTGCAAA TGAAGAAGTA CTTTTTCCTT TCTGTAGGGA ACCAAGTTAT 
TTTGAAATCC CTACAAAAGA ATTCCAGCAA CCATCACAAA TAACAGAAAG CACTATTCAT 
GAAATCCCAA CAAAAGACAC GCCAAGTTCC CATATAACAG GTGCAGGGCA TGCTTCATTT 
ACCATTGAAT TTGATGACAG TACCCCAGGG AAGGTAACTA TTAGAGACCA TGTGACAAAG 
TTTACTTCTG ATCAGCGCCA CAAGTCCAAG AAGTCTTCTC CTGGAACTCA AGACTTGCTG 
GGGATTCAAA CAGGAATGAT GGCACCCGAA AACAAAGTTG CTGACTGGCT AGCACAAAAC 
AACCCTCCTC AAATGCTATG GGAAAGAACA GAAGAGGATT CTAAAAGCAT TAAAAGTGAT 
GTTCCAGTGT ACTTGAAAAG GTTGAAAGGA AATAAACATG ATGATGGTAC GCAAAGTGAT 
TCAGAGAACG CTGGGGCTCA CAGGCGCTGT AGCAAACGTG CAACTCTTGA GGAACACTTA 
AGACGCCACC ATTCAGAACA CAAAAAGCTA CAGAAGGTCC AGGCTACTGA AAAGCATCAA 
GACCAAGCTG TTGTGTTTGG AGTAGATGAC AATCAGGATT ATAATAGGCC TGTTATCAAC 
GAAAAACATA AAGATCTAAT AAAAGATTGG GCTCTCAGTT CTGCTGCAGC AGTAATGGAA 
GAAAGAAAAC CACTGACTAC ATCTGGATTT CACCACTCAG AGGAAGGCAC ATCTTCATCT 
GGAAGCAAAC GTTGGGTTTC ACAGTGGGCT AGTTTGGCTG CCAATCATAC AAGGCATGAT 
CAAGAAGAAA GGATAATGGA ATTTTCTGCA CCTCTTCCTT TAGAGAATGA GACAGAGATC 
AGTGAGTCTG GCATGACAGT GAGAAGTACT GGCTCTGCAA CTTCCTTGGC TAGCCAGGGA 
GAGAGAAGGA GACGAACTCT TCCCCAGCTT CCAAATGAAG AAAAGTCTCT TGAGAGCCAC 
AGAGCAAAGG TTGTAACACA GAGGTCAGAG ATAGGAGAAA AACAAGACAC AGAACTTCAG 
GAGAAAGAAA CACCTACACA GGTATACCAG AAAGATAAAC AAGATGCTGA CAGACCCTTG 
AGTAAAATGA ACAGGGCAGT AAATGGAGAG ACTCTCAAAA CTGGTGGAGA TAATAAAACC 
CTACTTCACT TAGGCAGCTC TGCTCCTGGA AAAGAGAAAA GTGAAACTGA TAAGGAAACT 
TCTTTGGTAA AGCAAACATT AGCAAAACTT CAACAACAAG AACAAAGGGA GGAGGCTCAG 
TGGACACCTA CTAAATTGTC TTCCAAAAAT GTTTCAGGTC AGACAGATAA ATGTAGGGAG 
GAAACTTTTA AACAAGAATC ACAACCTCCA GAAAAAAATT CAGGACATTC TACAAGCAAA 
GGAGACAGAG TGGCACAAAG TGAGAGCAAG AGAAGAAAAG CTGAGGAAAT TCTGAAAAGT 
CAGACTCCAA AGGGAGGAGA CAAGAAGGAA TCCTCCAAGT CATTAGTGCG ACAAGGGAGC 
TTCACTATAG AAAAACCCAG CCCAAACATA CCCATAGAAC TTATTCCCCA TATAAATAAA 
CAGACTTCCT CTACTCCTTC TTCTTTAGCA TTAACATCTG CAAGTAGAAT ACGAGAAAGA 
AGTGAGTCTT TGGATCCTGA TTCTAGTATG GACACAACCC TTATTCTAAA AGACACAGAA 
GCAGTAATGG CTTTTCTAGA AGCTAAACTA CGTGAAGATA ATAAAACTGA TGAAGGACCA 
GATACTCCCA GTTATAATAG AGACAATTCT ATTTCACCAG AATCTGATGT AGATACAGCT 
AGTACAATCA GTCTGGTTAC TGGAGAAACT GAAAGAAAGT CAACCCAAAA GCGAAAGAGT 
TTCACTAGCC TCTATAAAGA TAGGTGTTCC ACAGGTTCTC CTTCCAAAGA TGTTACAAAA 
TCATCATCTT CAGGTGCTAG GGAAAAAATG GAAAAGAAAA CAAAAAGTCG TTCCACAGAT 
GTGGGTTCAA GAGCAGATGG TCGTAAATTT GTTCAGTCCA GTGGGAGAAT AAGACAGCCC 
TCAGTAGACT TAACAGATGA TGACCAAACC TCTAGTGTAC CTCATTCTGC CATCTCTGAT 
ATTATGTCAT CTGATCAAGA AACTTACTCT TGTAAACCTC ATGGACGGAC TCCACTTACC 
TCAGCTGATG AGCATGTACA TTCCAAACTG GAAGGAAGTA AAGTAACGAA ATCTAAGACT 
TCTCCGGTGG TATCTGGTTC ATCTAGTAAA TCAACCACCC TTCCAAGGCC ACGACCTACC 
AGGACTTCCC TCTTGCGCAG AGCACGACTT GGTGAAGCTT CAGACAGTGA ACTTGCTGAT 
GCTGACAAAG CATCTGTTGC TTCTGAAGTA TCCACAACAA GTTCTACATC AAAACCTCCC 
ACAGGAAGGC GTAACATCTC TCGGATTGAT TTATTGGCTC AGCCTCGTAG AACACGACTT 
GGCTCACTGT CAGCTCGTAG TGACTCTGAA GCAACAATTT CTAGAAGTAG TGCCTCTTCG 
AGGACCGCAG AAGCCATCAT TAGAAGTGGA GCCAGACTAG TACCATCAGA TAAATTTTCT 
CCTAGAATTA GAGCTAACAG TATCTCTCGA CTCTCAGACT CCAAGGTCAA AAGTATGACC 
TCAGCTCATG GCTCTGCTTC AGTAAATTCA AGATGGAGGC GCTTTCCTAC TGATTATGCT 
TCCACCTCAG AAGATGAATT TGGATCAAAC CGTAATTCCC CTAAACATAC CCGTCTACGT 
ACTTCTCCAG CCCTGAAAAC CACTCGCTTG CAGAGCGCTG GATCAGCAAT GCCTACTAGT 
TCTTCATTCA AACACCGGAT TAAAGAGCAG GAAGACTACA TCCGAGATTG GACTGCTCAT 
CGAGAAGAGA TAGCCAGGAT CAGCCAAGAT CTTGCTCTCA TTGCTCGGGA GATCAACGAT 
GTAGCAGGAG AGATAGATTC AGTGACTTCA TCAGGCACTG CCCCTAGTAC CACAGTAAGC 
ACTGCTGCCA CCACCCCTGG CTCTGCCATA GACACTAGAG AAGAGGTAGG AGATCTTCAT 
GGAGAAATGC ATAAGTTGGT TGATCGTGTT TTTGATGAAA GCCTCAACTT CCGAAAGATT 
CCTCCATTAG TTCATTCCAA AACACCAGAA GGAAACAACG GTCGATCTGG TGATCCAAGA 
CCTCAAGCAG CAGAGCCTCC CGATCACTTA ACAATTACAA GGCGGAGAAC CTGGAGCAGG 
GATGAAGTCA TGGGAGATAA TCTGCTGCTG TCATCCGTCT TTCAGTTCTC TAAGAAGATA 
AGACAATCTA TAGATAAGAC AGCTGGAAAG ATCAGAATAT TATTTAAAGA CAAAGATCGG 
AATTGGGATG ACATAGAAAG CAAATTAAGA GCCGAAAGTG AAGTCCCTAT TGTGAAAACC 
TCAAGCATGG AGATTTCTTC TATCTTACAG GAACTGAAAA GAGTAGAAAA GCAGCTGCAA 
GCAATCAATG CTATGATTGA TCCTGATGGA ACTTTGGAGG CTCTGAACAA CATGGGATTT 
CCCAGTGCTA TGTTGCCATC TCCACCGAAA CAGAAGTCCA GCCCTGTGAA TAACCACCAC 
AGCCCGGGTC AGACACCAAC ACTTGGCCAA CCAGAAGCTA GGGCTCTTCA TCCTGCTGCT 
GTTTCAGCCG CAGCTGAATT TGAGAATGCT GAATCTGAGG CTGATTTCAG TATACATTTC 
AATAGATTCA ACCCCGATGG GGAAGAGGAA GATGTTACAG TACAAGAATG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_011544343.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542645.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X23, mRNA.

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CloneID	OHu63397
Clone ID Related Accession (Same CDS sequence)	XM_011544343.2 , XM_011544343.3
Accession Version	XM_011544343.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4494bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X13
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011544343.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGAAATAAAC ATGATGATGG TACGCAAAGT 
GATTCAGAGA ACGCTGGGGC TCACAGGCGC TGTAGCAAAC GTGCAACTCT TGAGGAACAC 
TTAAGACGCC ACCATTCAGA ACACAAAAAG CTACAGAAGG TCCAGGCTAC TGAAAAGCAT 
CAAGACCAAG CTGTTGTAAG TCAAACTGCT TTTATGATTG CATTCTTTGA TGAAGACAAT 
CCCAGAAAAA GAAGGTCGTA TTCTTTTACT CAAAGTGCGG GAATCTTGTG TCAGGAAACT 
ACATATTCAA CACCACATAC AAAACTTGAG AAAGCAAAGT CTCCAACAGC AGATGCCAAA 
GTGGTTTCTT TGTCTTTACA GACTAGCTCT GCGCATCACA GAGGGGGGCA TGGTGTTCCA 
CATGGGAAAT TGTTAAAACA GAAATCAGAG GAGCCATCGG TGTCAATACC CTTCCTACAA 
ACTGCATTAT TAAGAAGTTC AGGGAGTCTT GGGCACAGAC CAAGCCAGGA GATGGATAAA 
ATGTTAAAAA ATCAAGCAAC TTCTGCTACT TCTGAAAAGG ATAATGATGA TGACCAAAGT 
GACAAGGGTA CTTATACCAT TGAGTTAGAG AATCCCAACA GTGAGGAAGT GGAAGCAAGA 
AAAATGATTG ACAAGGTGTT TGGAGTAGAT GACAATCAGG ATTATAATAG GCCTGTTATC 
AACGAAAAAC ATAAAGATCT AATAAAAGAT TGGGCTCTCA GTTCTGCTGC AGCAGTAATG 
GAAGAAAGAA AACCACTGAC TACATCTGGA TTTCACCACT CAGAGGAAGG CACATCTTCA 
TCTGGAAGCA AACGTTGGGT TTCACAGTGG GCTAGTTTGG CTGCCAATCA TACAAGGCAT 
GATCAAGAAG AAAGGATAAT GGAATTTTCT GCACCTCTTC CTTTAGAGAA TGAGACAGAG 
ATCAGTGAGT CTGGCATGAC AGTGAGAAGT ACTGGCTCTG CAACTTCCTT GGCTAGCCAG 
GGAGAGAGAA GGAGACGAAC TCTTCCCCAG CTTCCAAATG AAGAAAAGTC TCTTGAGAGC 
CACAGAGCAA AGGTTGTAAC ACAGAGGTCA GAGATAGGAG AAAAACAAGA CACAGAACTT 
CAGGAGAAAG AAACACCTAC ACAGGTATAC CAGAAAGATA AACAAGATGC TGACAGACCC 
TTGAGTAAAA TGAACAGGGC AGTAAATGGA GAGACTCTCA AAACTGGTGG AGATAATAAA 
ACCCTACTTC ACTTAGGCAG CTCTGCTCCT GGAAAAGAGA AAAGTGAAAC TGATAAGGAA 
ACTTCTTTGG TAAAGCAAAC ATTAGCAAAA CTTCAACAAC AAGAACAAAG GGAGGAGGCT 
CAGTGGACAC CTACTAAATT GTCTTCCAAA AATGTTTCAG GTCAGACAGA TAAATGTAGG 
GAGGAAACTT TTAAACAAGA ATCACAACCT CCAGAAAAAA ATTCAGGACA TTCTACAAGC 
AAAGGAGACA GAGTGGCACA AAGTGAGAGC AAGAGAAGAA AAGCTGAGGA AATTCTGAAA 
AGTCAGACTC CAAAGGGAGG AGACAAGAAG GAATCCTCCA AGTCATTAGT GCGACAAGGG 
AGCTTCACTA TAGAAAAACC CAGCCCAAAC ATACCCATAG AACTTATTCC CCATATAAAT 
AAACAGACTT CCTCTACTCC TTCTTCTTTA GCATTAACAT CTGCAAGTAG AATACGAGAA 
AGAAGTGAGT CTTTGGATCC TGATTCTAGT ATGGACACAA CCCTTATTCT AAAAGACACA 
GAAGCAGTAA TGGCTTTTCT AGAAGCTAAA CTACGTGAAG ATAATAAAAC TGATGAAGGA 
CCAGATACTC CCAGTTATAA TAGAGACAAT TCTATTTCAC CAGAATCTGA TGTAGATACA 
GCTAGTACAA TCAGTCTGGT TACTGGAGAA ACTGAAAGAA AGTCAACCCA AAAGCGAAAG 
AGTTTCACTA GCCTCTATAA AGATAGGTGT TCCACAGGTT CTCCTTCCAA AGATGTTACA 
AAATCATCAT CTTCAGGTGC TAGGGAAAAA ATGGAAAAGA AAACAAAAAG TCGTTCCACA 
GATGTGGGTT CAAGAGCAGA TGGTCGTAAA TTTGTTCAGT CCAGTGGGAG AATAAGACAG 
CCCTCAGTAG ACTTAACAGA TGATGACCAA ACCTCTAGTG TACCTCATTC TGCCATCTCT 
GATATTATGT CATCTGATCA AGAAACTTAC TCTTGTAAAC CTCATGGACG GACTCCACTT 
ACCTCAGCTG ATGAGCATGT ACATTCCAAA CTGGAAGGAA GTAAAGTAAC GAAATCTAAG 
ACTTCTCCGG TGGTATCTGG TTCATCTAGT AAATCAACCA CCCTTCCAAG GCCACGACCT 
ACCAGGACTT CCCTCTTGCG CAGAGCACGA CTTGGTGAAG CTTCAGACAG TGAACTTGCT 
GATGCTGACA AAGCATCTGT TGCTTCTGAA GTATCCACAA CAAGTTCTAC ATCAAAACCT 
CCCACAGGAA GGCGTAACAT CTCTCGGATT GATTTATTGG CTCAGCCTCG TAGAACACGA 
CTTGGCTCAC TGTCAGCTCG TAGTGACTCT GAAGCAACAA TTTCTAGAAG TAGTGCCTCT 
TCGAGGACCG CAGAAGCCAT CATTAGAAGT GGAGCCAGAC TAGTACCATC AGATAAATTT 
TCTCCTAGAA TTAGAGCTAA CAGTATCTCT CGACTCTCAG ACTCCAAGGT CAAAAGTATG 
ACCTCAGCTC ATGGCTCTGC TTCAGTAAAT TCAAGATGGA GGCGCTTTCC TACTGATTAT 
GCTTCCACCT CAGAAGATGA ATTTGGATCA AACCGTAATT CCCCTAAACA TACCCGTCTA 
CGTACTTCTC CAGCCCTGAA AACCACTCGC TTGCAGAGCG CTGGATCAGC AATGCCTACT 
AGTTCTTCAT TCAAACACCG GATTAAAGAG CAGGAAGACT ACATCCGAGA TTGGACTGCT 
CATCGAGAAG AGATAGCCAG GATCAGCCAA GATCTTGCTC TCATTGCTCG GGAGATCAAC 
GATGTAGCAG GAGAGATAGA TTCAGTGACT TCATCAGGCA CTGCCCCTAG TACCACAGTA 
AGCACTGCTG CCACCACCCC TGGCTCTGCC ATAGACACTA GAGAAGAGGT AGGAGATCTT 
CATGGAGAAA TGCATAAGTT GGTTGATCGT GTTTTTGATG AAAGCCTCAA CTTCCGAAAG 
ATTCCTCCAT TAGTTCATTC CAAAACACCA GAAGGAAACA ACGGTCGATC TGGTGATCCA 
AGACCTCAAG CAGCAGAGCC TCCCGATCAC TTAACAATTA CAAGGCGGAG AACCTGGAGC 
AGGGATGAAG TCATGGGAGA TAATCTGCTG CTGTCATCCG TCTTTCAGTT CTCTAAGAAG 
ATAAGACAAT CTATAGATAA GACAGCTGGA AAGATCAGAA TATTATTTAA AGACAAAGAT 
CGGAATTGGG ATGACATAGA AAGCAAATTA AGAGCCGAAA GTGAAGTCCC TATTGTGAAA 
ACCTCAAGCA TGGAGATTTC TTCTATCTTA CAGGAACTGA AAAGAGTAGA AAAGCAGCTG 
CAAGCAATCA ATGCTATGAT TGATCCTGAT GGAACTTTGG AGGCTCTGAA CAACATGGGA 
TTTCCCAGTG CTATGTTGCC ATCTCCACCG AAACAGAAGT CCAGCCCTGT GAATAACCAC 
CACAGCCCGG GTCAGACACC AACACTTGGC CAACCAGAAG CTAGGGCTCT TCATCCTGCT 
GCTGTTTCAG CCGCAGCTGA ATTTGAGAAT GCTGAATCTG AGGCTGATTT CAGTATACAT 
TTCAATAGAT TCAACCCCGA TGGGGAAGAG GAAGATGTTA CAGTACAAGA ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011542645.1
CDS	889..5382
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVSQTAFMIAFFDEDNPRKRRSYSFTQSAGILCQETTYSTPHTKLEKAKSPTADAKVVSLSLQTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_011544343.2
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X23, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011544343.2

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGAAATAAAC ATGATGATGG TACGCAAAGT 
GATTCAGAGA ACGCTGGGGC TCACAGGCGC TGTAGCAAAC GTGCAACTCT TGAGGAACAC 
TTAAGACGCC ACCATTCAGA ACACAAAAAG CTACAGAAGG TCCAGGCTAC TGAAAAGCAT 
CAAGACCAAG CTGTTGTAAG TCAAACTGCT TTTATGATTG CATTCTTTGA TGAAGACAAT 
CCCAGAAAAA GAAGGTCGTA TTCTTTTACT CAAAGTGCGG GAATCTTGTG TCAGGAAACT 
ACATATTCAA CACCACATAC AAAACTTGAG AAAGCAAAGT CTCCAACAGC AGATGCCAAA 
GTGGTTTCTT TGTCTTTACA GACTAGCTCT GCGCATCACA GAGGGGGGCA TGGTGTTCCA 
CATGGGAAAT TGTTAAAACA GAAATCAGAG GAGCCATCGG TGTCAATACC CTTCCTACAA 
ACTGCATTAT TAAGAAGTTC AGGGAGTCTT GGGCACAGAC CAAGCCAGGA GATGGATAAA 
ATGTTAAAAA ATCAAGCAAC TTCTGCTACT TCTGAAAAGG ATAATGATGA TGACCAAAGT 
GACAAGGGTA CTTATACCAT TGAGTTAGAG AATCCCAACA GTGAGGAAGT GGAAGCAAGA 
AAAATGATTG ACAAGGTGTT TGGAGTAGAT GACAATCAGG ATTATAATAG GCCTGTTATC 
AACGAAAAAC ATAAAGATCT AATAAAAGAT TGGGCTCTCA GTTCTGCTGC AGCAGTAATG 
GAAGAAAGAA AACCACTGAC TACATCTGGA TTTCACCACT CAGAGGAAGG CACATCTTCA 
TCTGGAAGCA AACGTTGGGT TTCACAGTGG GCTAGTTTGG CTGCCAATCA TACAAGGCAT 
GATCAAGAAG AAAGGATAAT GGAATTTTCT GCACCTCTTC CTTTAGAGAA TGAGACAGAG 
ATCAGTGAGT CTGGCATGAC AGTGAGAAGT ACTGGCTCTG CAACTTCCTT GGCTAGCCAG 
GGAGAGAGAA GGAGACGAAC TCTTCCCCAG CTTCCAAATG AAGAAAAGTC TCTTGAGAGC 
CACAGAGCAA AGGTTGTAAC ACAGAGGTCA GAGATAGGAG AAAAACAAGA CACAGAACTT 
CAGGAGAAAG AAACACCTAC ACAGGTATAC CAGAAAGATA AACAAGATGC TGACAGACCC 
TTGAGTAAAA TGAACAGGGC AGTAAATGGA GAGACTCTCA AAACTGGTGG AGATAATAAA 
ACCCTACTTC ACTTAGGCAG CTCTGCTCCT GGAAAAGAGA AAAGTGAAAC TGATAAGGAA 
ACTTCTTTGG TAAAGCAAAC ATTAGCAAAA CTTCAACAAC AAGAACAAAG GGAGGAGGCT 
CAGTGGACAC CTACTAAATT GTCTTCCAAA AATGTTTCAG GTCAGACAGA TAAATGTAGG 
GAGGAAACTT TTAAACAAGA ATCACAACCT CCAGAAAAAA ATTCAGGACA TTCTACAAGC 
AAAGGAGACA GAGTGGCACA AAGTGAGAGC AAGAGAAGAA AAGCTGAGGA AATTCTGAAA 
AGTCAGACTC CAAAGGGAGG AGACAAGAAG GAATCCTCCA AGTCATTAGT GCGACAAGGG 
AGCTTCACTA TAGAAAAACC CAGCCCAAAC ATACCCATAG AACTTATTCC CCATATAAAT 
AAACAGACTT CCTCTACTCC TTCTTCTTTA GCATTAACAT CTGCAAGTAG AATACGAGAA 
AGAAGTGAGT CTTTGGATCC TGATTCTAGT ATGGACACAA CCCTTATTCT AAAAGACACA 
GAAGCAGTAA TGGCTTTTCT AGAAGCTAAA CTACGTGAAG ATAATAAAAC TGATGAAGGA 
CCAGATACTC CCAGTTATAA TAGAGACAAT TCTATTTCAC CAGAATCTGA TGTAGATACA 
GCTAGTACAA TCAGTCTGGT TACTGGAGAA ACTGAAAGAA AGTCAACCCA AAAGCGAAAG 
AGTTTCACTA GCCTCTATAA AGATAGGTGT TCCACAGGTT CTCCTTCCAA AGATGTTACA 
AAATCATCAT CTTCAGGTGC TAGGGAAAAA ATGGAAAAGA AAACAAAAAG TCGTTCCACA 
GATGTGGGTT CAAGAGCAGA TGGTCGTAAA TTTGTTCAGT CCAGTGGGAG AATAAGACAG 
CCCTCAGTAG ACTTAACAGA TGATGACCAA ACCTCTAGTG TACCTCATTC TGCCATCTCT 
GATATTATGT CATCTGATCA AGAAACTTAC TCTTGTAAAC CTCATGGACG GACTCCACTT 
ACCTCAGCTG ATGAGCATGT ACATTCCAAA CTGGAAGGAA GTAAAGTAAC GAAATCTAAG 
ACTTCTCCGG TGGTATCTGG TTCATCTAGT AAATCAACCA CCCTTCCAAG GCCACGACCT 
ACCAGGACTT CCCTCTTGCG CAGAGCACGA CTTGGTGAAG CTTCAGACAG TGAACTTGCT 
GATGCTGACA AAGCATCTGT TGCTTCTGAA GTATCCACAA CAAGTTCTAC ATCAAAACCT 
CCCACAGGAA GGCGTAACAT CTCTCGGATT GATTTATTGG CTCAGCCTCG TAGAACACGA 
CTTGGCTCAC TGTCAGCTCG TAGTGACTCT GAAGCAACAA TTTCTAGAAG TAGTGCCTCT 
TCGAGGACCG CAGAAGCCAT CATTAGAAGT GGAGCCAGAC TAGTACCATC AGATAAATTT 
TCTCCTAGAA TTAGAGCTAA CAGTATCTCT CGACTCTCAG ACTCCAAGGT CAAAAGTATG 
ACCTCAGCTC ATGGCTCTGC TTCAGTAAAT TCAAGATGGA GGCGCTTTCC TACTGATTAT 
GCTTCCACCT CAGAAGATGA ATTTGGATCA AACCGTAATT CCCCTAAACA TACCCGTCTA 
CGTACTTCTC CAGCCCTGAA AACCACTCGC TTGCAGAGCG CTGGATCAGC AATGCCTACT 
AGTTCTTCAT TCAAACACCG GATTAAAGAG CAGGAAGACT ACATCCGAGA TTGGACTGCT 
CATCGAGAAG AGATAGCCAG GATCAGCCAA GATCTTGCTC TCATTGCTCG GGAGATCAAC 
GATGTAGCAG GAGAGATAGA TTCAGTGACT TCATCAGGCA CTGCCCCTAG TACCACAGTA 
AGCACTGCTG CCACCACCCC TGGCTCTGCC ATAGACACTA GAGAAGAGGT AGGAGATCTT 
CATGGAGAAA TGCATAAGTT GGTTGATCGT GTTTTTGATG AAAGCCTCAA CTTCCGAAAG 
ATTCCTCCAT TAGTTCATTC CAAAACACCA GAAGGAAACA ACGGTCGATC TGGTGATCCA 
AGACCTCAAG CAGCAGAGCC TCCCGATCAC TTAACAATTA CAAGGCGGAG AACCTGGAGC 
AGGGATGAAG TCATGGGAGA TAATCTGCTG CTGTCATCCG TCTTTCAGTT CTCTAAGAAG 
ATAAGACAAT CTATAGATAA GACAGCTGGA AAGATCAGAA TATTATTTAA AGACAAAGAT 
CGGAATTGGG ATGACATAGA AAGCAAATTA AGAGCCGAAA GTGAAGTCCC TATTGTGAAA 
ACCTCAAGCA TGGAGATTTC TTCTATCTTA CAGGAACTGA AAAGAGTAGA AAAGCAGCTG 
CAAGCAATCA ATGCTATGAT TGATCCTGAT GGAACTTTGG AGGCTCTGAA CAACATGGGA 
TTTCCCAGTG CTATGTTGCC ATCTCCACCG AAACAGAAGT CCAGCCCTGT GAATAACCAC 
CACAGCCCGG GTCAGACACC AACACTTGGC CAACCAGAAG CTAGGGCTCT TCATCCTGCT 
GCTGTTTCAG CCGCAGCTGA ATTTGAGAAT GCTGAATCTG AGGCTGATTT CAGTATACAT 
TTCAATAGAT TCAACCCCGA TGGGGAAGAG GAAGATGTTA CAGTACAAGA ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

CEP170 ( XM_011544343.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542645.1 Homo sapiens centrosomal protein 170 (CEP170), transcript variant X23, mRNA.

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CloneID	OHu63397
Clone ID Related Accession (Same CDS sequence)	XM_011544343.2 , XM_011544343.3
Accession Version	XM_011544343.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4494bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	centrosomal protein of 170 kDa isoform X13
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011544343.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGAAATAAAC ATGATGATGG TACGCAAAGT 
GATTCAGAGA ACGCTGGGGC TCACAGGCGC TGTAGCAAAC GTGCAACTCT TGAGGAACAC 
TTAAGACGCC ACCATTCAGA ACACAAAAAG CTACAGAAGG TCCAGGCTAC TGAAAAGCAT 
CAAGACCAAG CTGTTGTAAG TCAAACTGCT TTTATGATTG CATTCTTTGA TGAAGACAAT 
CCCAGAAAAA GAAGGTCGTA TTCTTTTACT CAAAGTGCGG GAATCTTGTG TCAGGAAACT 
ACATATTCAA CACCACATAC AAAACTTGAG AAAGCAAAGT CTCCAACAGC AGATGCCAAA 
GTGGTTTCTT TGTCTTTACA GACTAGCTCT GCGCATCACA GAGGGGGGCA TGGTGTTCCA 
CATGGGAAAT TGTTAAAACA GAAATCAGAG GAGCCATCGG TGTCAATACC CTTCCTACAA 
ACTGCATTAT TAAGAAGTTC AGGGAGTCTT GGGCACAGAC CAAGCCAGGA GATGGATAAA 
ATGTTAAAAA ATCAAGCAAC TTCTGCTACT TCTGAAAAGG ATAATGATGA TGACCAAAGT 
GACAAGGGTA CTTATACCAT TGAGTTAGAG AATCCCAACA GTGAGGAAGT GGAAGCAAGA 
AAAATGATTG ACAAGGTGTT TGGAGTAGAT GACAATCAGG ATTATAATAG GCCTGTTATC 
AACGAAAAAC ATAAAGATCT AATAAAAGAT TGGGCTCTCA GTTCTGCTGC AGCAGTAATG 
GAAGAAAGAA AACCACTGAC TACATCTGGA TTTCACCACT CAGAGGAAGG CACATCTTCA 
TCTGGAAGCA AACGTTGGGT TTCACAGTGG GCTAGTTTGG CTGCCAATCA TACAAGGCAT 
GATCAAGAAG AAAGGATAAT GGAATTTTCT GCACCTCTTC CTTTAGAGAA TGAGACAGAG 
ATCAGTGAGT CTGGCATGAC AGTGAGAAGT ACTGGCTCTG CAACTTCCTT GGCTAGCCAG 
GGAGAGAGAA GGAGACGAAC TCTTCCCCAG CTTCCAAATG AAGAAAAGTC TCTTGAGAGC 
CACAGAGCAA AGGTTGTAAC ACAGAGGTCA GAGATAGGAG AAAAACAAGA CACAGAACTT 
CAGGAGAAAG AAACACCTAC ACAGGTATAC CAGAAAGATA AACAAGATGC TGACAGACCC 
TTGAGTAAAA TGAACAGGGC AGTAAATGGA GAGACTCTCA AAACTGGTGG AGATAATAAA 
ACCCTACTTC ACTTAGGCAG CTCTGCTCCT GGAAAAGAGA AAAGTGAAAC TGATAAGGAA 
ACTTCTTTGG TAAAGCAAAC ATTAGCAAAA CTTCAACAAC AAGAACAAAG GGAGGAGGCT 
CAGTGGACAC CTACTAAATT GTCTTCCAAA AATGTTTCAG GTCAGACAGA TAAATGTAGG 
GAGGAAACTT TTAAACAAGA ATCACAACCT CCAGAAAAAA ATTCAGGACA TTCTACAAGC 
AAAGGAGACA GAGTGGCACA AAGTGAGAGC AAGAGAAGAA AAGCTGAGGA AATTCTGAAA 
AGTCAGACTC CAAAGGGAGG AGACAAGAAG GAATCCTCCA AGTCATTAGT GCGACAAGGG 
AGCTTCACTA TAGAAAAACC CAGCCCAAAC ATACCCATAG AACTTATTCC CCATATAAAT 
AAACAGACTT CCTCTACTCC TTCTTCTTTA GCATTAACAT CTGCAAGTAG AATACGAGAA 
AGAAGTGAGT CTTTGGATCC TGATTCTAGT ATGGACACAA CCCTTATTCT AAAAGACACA 
GAAGCAGTAA TGGCTTTTCT AGAAGCTAAA CTACGTGAAG ATAATAAAAC TGATGAAGGA 
CCAGATACTC CCAGTTATAA TAGAGACAAT TCTATTTCAC CAGAATCTGA TGTAGATACA 
GCTAGTACAA TCAGTCTGGT TACTGGAGAA ACTGAAAGAA AGTCAACCCA AAAGCGAAAG 
AGTTTCACTA GCCTCTATAA AGATAGGTGT TCCACAGGTT CTCCTTCCAA AGATGTTACA 
AAATCATCAT CTTCAGGTGC TAGGGAAAAA ATGGAAAAGA AAACAAAAAG TCGTTCCACA 
GATGTGGGTT CAAGAGCAGA TGGTCGTAAA TTTGTTCAGT CCAGTGGGAG AATAAGACAG 
CCCTCAGTAG ACTTAACAGA TGATGACCAA ACCTCTAGTG TACCTCATTC TGCCATCTCT 
GATATTATGT CATCTGATCA AGAAACTTAC TCTTGTAAAC CTCATGGACG GACTCCACTT 
ACCTCAGCTG ATGAGCATGT ACATTCCAAA CTGGAAGGAA GTAAAGTAAC GAAATCTAAG 
ACTTCTCCGG TGGTATCTGG TTCATCTAGT AAATCAACCA CCCTTCCAAG GCCACGACCT 
ACCAGGACTT CCCTCTTGCG CAGAGCACGA CTTGGTGAAG CTTCAGACAG TGAACTTGCT 
GATGCTGACA AAGCATCTGT TGCTTCTGAA GTATCCACAA CAAGTTCTAC ATCAAAACCT 
CCCACAGGAA GGCGTAACAT CTCTCGGATT GATTTATTGG CTCAGCCTCG TAGAACACGA 
CTTGGCTCAC TGTCAGCTCG TAGTGACTCT GAAGCAACAA TTTCTAGAAG TAGTGCCTCT 
TCGAGGACCG CAGAAGCCAT CATTAGAAGT GGAGCCAGAC TAGTACCATC AGATAAATTT 
TCTCCTAGAA TTAGAGCTAA CAGTATCTCT CGACTCTCAG ACTCCAAGGT CAAAAGTATG 
ACCTCAGCTC ATGGCTCTGC TTCAGTAAAT TCAAGATGGA GGCGCTTTCC TACTGATTAT 
GCTTCCACCT CAGAAGATGA ATTTGGATCA AACCGTAATT CCCCTAAACA TACCCGTCTA 
CGTACTTCTC CAGCCCTGAA AACCACTCGC TTGCAGAGCG CTGGATCAGC AATGCCTACT 
AGTTCTTCAT TCAAACACCG GATTAAAGAG CAGGAAGACT ACATCCGAGA TTGGACTGCT 
CATCGAGAAG AGATAGCCAG GATCAGCCAA GATCTTGCTC TCATTGCTCG GGAGATCAAC 
GATGTAGCAG GAGAGATAGA TTCAGTGACT TCATCAGGCA CTGCCCCTAG TACCACAGTA 
AGCACTGCTG CCACCACCCC TGGCTCTGCC ATAGACACTA GAGAAGAGGT AGGAGATCTT 
CATGGAGAAA TGCATAAGTT GGTTGATCGT GTTTTTGATG AAAGCCTCAA CTTCCGAAAG 
ATTCCTCCAT TAGTTCATTC CAAAACACCA GAAGGAAACA ACGGTCGATC TGGTGATCCA 
AGACCTCAAG CAGCAGAGCC TCCCGATCAC TTAACAATTA CAAGGCGGAG AACCTGGAGC 
AGGGATGAAG TCATGGGAGA TAATCTGCTG CTGTCATCCG TCTTTCAGTT CTCTAAGAAG 
ATAAGACAAT CTATAGATAA GACAGCTGGA AAGATCAGAA TATTATTTAA AGACAAAGAT 
CGGAATTGGG ATGACATAGA AAGCAAATTA AGAGCCGAAA GTGAAGTCCC TATTGTGAAA 
ACCTCAAGCA TGGAGATTTC TTCTATCTTA CAGGAACTGA AAAGAGTAGA AAAGCAGCTG 
CAAGCAATCA ATGCTATGAT TGATCCTGAT GGAACTTTGG AGGCTCTGAA CAACATGGGA 
TTTCCCAGTG CTATGTTGCC ATCTCCACCG AAACAGAAGT CCAGCCCTGT GAATAACCAC 
CACAGCCCGG GTCAGACACC AACACTTGGC CAACCAGAAG CTAGGGCTCT TCATCCTGCT 
GCTGTTTCAG CCGCAGCTGA ATTTGAGAAT GCTGAATCTG AGGCTGATTT CAGTATACAT 
TTCAATAGAT TCAACCCCGA TGGGGAAGAG GAAGATGTTA CAGTACAAGA ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011542645.1
CDS	234..4727
Translation	MSLTSWFLVSSGGTRHRLPREMIFVGRDDCELMLQSRSVDKQHAVINYDASTDEHLVKDLGSLNGTFVNDVRIPEQTYITLKLEDKLRFGYDTNLFTVVQGEMRVPEEALKHEKFTIQLQLSQKSSESELSKSASAKSIDSKVADAATEVQHKTTEALKSEEKAMDISAMPRGTPLYGQPSWWGDDEVDEKRAFKTNGKPEEKNHEAGTSGNKHDDGTQSDSENAGAHRRCSKRATLEEHLRRHHSEHKKLQKVQATEKHQDQAVVSQTAFMIAFFDEDNPRKRRSYSFTQSAGILCQETTYSTPHTKLEKAKSPTADAKVVSLSLQTSSAHHRGGHGVPHGKLLKQKSEEPSVSIPFLQTALLRSSGSLGHRPSQEMDKMLKNQATSATSEKDNDDDQSDKGTYTIELENPNSEEVEARKMIDKVFGVDDNQDYNRPVINEKHKDLIKDWALSSAAAVMEERKPLTTSGFHHSEEGTSSSGSKRWVSQWASLAANHTRHDQEERIMEFSAPLPLENETEISESGMTVRSTGSATSLASQGERRRRTLPQLPNEEKSLESHRAKVVTQRSEIGEKQDTELQEKETPTQVYQKDKQDADRPLSKMNRAVNGETLKTGGDNKTLLHLGSSAPGKEKSETDKETSLVKQTLAKLQQQEQREEAQWTPTKLSSKNVSGQTDKCREETFKQESQPPEKNSGHSTSKGDRVAQSESKRRKAEEILKSQTPKGGDKKESSKSLVRQGSFTIEKPSPNIPIELIPHINKQTSSTPSSLALTSASRIRERSESLDPDSSMDTTLILKDTEAVMAFLEAKLREDNKTDEGPDTPSYNRDNSISPESDVDTASTISLVTGETERKSTQKRKSFTSLYKDRCSTGSPSKDVTKSSSSGAREKMEKKTKSRSTDVGSRADGRKFVQSSGRIRQPSVDLTDDDQTSSVPHSAISDIMSSDQETYSCKPHGRTPLTSADEHVHSKLEGSKVTKSKTSPVVSGSSSKSTTLPRPRPTRTSLLRRARLGEASDSELADADKASVASEVSTTSSTSKPPTGRRNISRIDLLAQPRRTRLGSLSARSDSEATISRSSASSRTAEAIIRSGARLVPSDKFSPRIRANSISRLSDSKVKSMTSAHGSASVNSRWRRFPTDYASTSEDEFGSNRNSPKHTRLRTSPALKTTRLQSAGSAMPTSSSFKHRIKEQEDYIRDWTAHREEIARISQDLALIAREINDVAGEIDSVTSSGTAPSTTVSTAATTPGSAIDTREEVGDLHGEMHKLVDRVFDESLNFRKIPPLVHSKTPEGNNGRSGDPRPQAAEPPDHLTITRRRTWSRDEVMGDNLLLSSVFQFSKKIRQSIDKTAGKIRILFKDKDRNWDDIESKLRAESEVPIVKTSSMEISSILQELKRVEKQLQAINAMIDPDGTLEALNNMGFPSAMLPSPPKQKSSPVNNHHSPGQTPTLGQPEARALHPAAVSAAAEFENAESEADFSIHFNRFNPDGEEEDVTVQE

Target ORF information:

RefSeq Version	XM_011544343.3
Organism	Homo sapiens(human)
Definition	Homo sapiens centrosomal protein 170 (CEP170), transcript variant X23, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011544343.3

ORF Insert Sequence:

ATGAGCTTAA CATCCTGGTT TTTGGTGAGC AGTGGAGGCA CTCGCCACAG GCTGCCACGA 
GAAATGATTT TTGTTGGAAG AGATGACTGT GAGCTCATGT TGCAGTCTCG TAGTGTGGAT 
AAGCAACACG CTGTCATCAA CTATGATGCG TCTACGGATG AGCATTTAGT GAAGGATTTG 
GGCAGCCTCA ATGGGACTTT TGTGAATGAT GTAAGGATTC CGGAACAGAC TTATATCACC 
TTGAAACTTG AAGATAAGCT GAGATTTGGA TATGATACAA ATCTTTTCAC TGTAGTACAA 
GGAGAAATGA GGGTCCCTGA AGAAGCTCTT AAGCATGAGA AGTTTACCAT TCAGCTTCAG 
TTGTCCCAAA AATCTTCAGA ATCAGAATTA TCCAAATCTG CAAGTGCCAA AAGCATAGAT 
TCAAAGGTAG CAGACGCTGC TACTGAAGTG CAGCACAAAA CTACTGAAGC ACTGAAATCC 
GAGGAAAAAG CCATGGATAT TTCTGCTATG CCCCGTGGTA CTCCATTATA TGGGCAGCCG 
TCATGGTGGG GGGATGATGA GGTGGATGAA AAAAGAGCTT TCAAGACAAA TGGCAAACCT 
GAAGAAAAAA ACCATGAAGC TGGAACATCA GGAAATAAAC ATGATGATGG TACGCAAAGT 
GATTCAGAGA ACGCTGGGGC TCACAGGCGC TGTAGCAAAC GTGCAACTCT TGAGGAACAC 
TTAAGACGCC ACCATTCAGA ACACAAAAAG CTACAGAAGG TCCAGGCTAC TGAAAAGCAT 
CAAGACCAAG CTGTTGTAAG TCAAACTGCT TTTATGATTG CATTCTTTGA TGAAGACAAT 
CCCAGAAAAA GAAGGTCGTA TTCTTTTACT CAAAGTGCGG GAATCTTGTG TCAGGAAACT 
ACATATTCAA CACCACATAC AAAACTTGAG AAAGCAAAGT CTCCAACAGC AGATGCCAAA 
GTGGTTTCTT TGTCTTTACA GACTAGCTCT GCGCATCACA GAGGGGGGCA TGGTGTTCCA 
CATGGGAAAT TGTTAAAACA GAAATCAGAG GAGCCATCGG TGTCAATACC CTTCCTACAA 
ACTGCATTAT TAAGAAGTTC AGGGAGTCTT GGGCACAGAC CAAGCCAGGA GATGGATAAA 
ATGTTAAAAA ATCAAGCAAC TTCTGCTACT TCTGAAAAGG ATAATGATGA TGACCAAAGT 
GACAAGGGTA CTTATACCAT TGAGTTAGAG AATCCCAACA GTGAGGAAGT GGAAGCAAGA 
AAAATGATTG ACAAGGTGTT TGGAGTAGAT GACAATCAGG ATTATAATAG GCCTGTTATC 
AACGAAAAAC ATAAAGATCT AATAAAAGAT TGGGCTCTCA GTTCTGCTGC AGCAGTAATG 
GAAGAAAGAA AACCACTGAC TACATCTGGA TTTCACCACT CAGAGGAAGG CACATCTTCA 
TCTGGAAGCA AACGTTGGGT TTCACAGTGG GCTAGTTTGG CTGCCAATCA TACAAGGCAT 
GATCAAGAAG AAAGGATAAT GGAATTTTCT GCACCTCTTC CTTTAGAGAA TGAGACAGAG 
ATCAGTGAGT CTGGCATGAC AGTGAGAAGT ACTGGCTCTG CAACTTCCTT GGCTAGCCAG 
GGAGAGAGAA GGAGACGAAC TCTTCCCCAG CTTCCAAATG AAGAAAAGTC TCTTGAGAGC 
CACAGAGCAA AGGTTGTAAC ACAGAGGTCA GAGATAGGAG AAAAACAAGA CACAGAACTT 
CAGGAGAAAG AAACACCTAC ACAGGTATAC CAGAAAGATA AACAAGATGC TGACAGACCC 
TTGAGTAAAA TGAACAGGGC AGTAAATGGA GAGACTCTCA AAACTGGTGG AGATAATAAA 
ACCCTACTTC ACTTAGGCAG CTCTGCTCCT GGAAAAGAGA AAAGTGAAAC TGATAAGGAA 
ACTTCTTTGG TAAAGCAAAC ATTAGCAAAA CTTCAACAAC AAGAACAAAG GGAGGAGGCT 
CAGTGGACAC CTACTAAATT GTCTTCCAAA AATGTTTCAG GTCAGACAGA TAAATGTAGG 
GAGGAAACTT TTAAACAAGA ATCACAACCT CCAGAAAAAA ATTCAGGACA TTCTACAAGC 
AAAGGAGACA GAGTGGCACA AAGTGAGAGC AAGAGAAGAA AAGCTGAGGA AATTCTGAAA 
AGTCAGACTC CAAAGGGAGG AGACAAGAAG GAATCCTCCA AGTCATTAGT GCGACAAGGG 
AGCTTCACTA TAGAAAAACC CAGCCCAAAC ATACCCATAG AACTTATTCC CCATATAAAT 
AAACAGACTT CCTCTACTCC TTCTTCTTTA GCATTAACAT CTGCAAGTAG AATACGAGAA 
AGAAGTGAGT CTTTGGATCC TGATTCTAGT ATGGACACAA CCCTTATTCT AAAAGACACA 
GAAGCAGTAA TGGCTTTTCT AGAAGCTAAA CTACGTGAAG ATAATAAAAC TGATGAAGGA 
CCAGATACTC CCAGTTATAA TAGAGACAAT TCTATTTCAC CAGAATCTGA TGTAGATACA 
GCTAGTACAA TCAGTCTGGT TACTGGAGAA ACTGAAAGAA AGTCAACCCA AAAGCGAAAG 
AGTTTCACTA GCCTCTATAA AGATAGGTGT TCCACAGGTT CTCCTTCCAA AGATGTTACA 
AAATCATCAT CTTCAGGTGC TAGGGAAAAA ATGGAAAAGA AAACAAAAAG TCGTTCCACA 
GATGTGGGTT CAAGAGCAGA TGGTCGTAAA TTTGTTCAGT CCAGTGGGAG AATAAGACAG 
CCCTCAGTAG ACTTAACAGA TGATGACCAA ACCTCTAGTG TACCTCATTC TGCCATCTCT 
GATATTATGT CATCTGATCA AGAAACTTAC TCTTGTAAAC CTCATGGACG GACTCCACTT 
ACCTCAGCTG ATGAGCATGT ACATTCCAAA CTGGAAGGAA GTAAAGTAAC GAAATCTAAG 
ACTTCTCCGG TGGTATCTGG TTCATCTAGT AAATCAACCA CCCTTCCAAG GCCACGACCT 
ACCAGGACTT CCCTCTTGCG CAGAGCACGA CTTGGTGAAG CTTCAGACAG TGAACTTGCT 
GATGCTGACA AAGCATCTGT TGCTTCTGAA GTATCCACAA CAAGTTCTAC ATCAAAACCT 
CCCACAGGAA GGCGTAACAT CTCTCGGATT GATTTATTGG CTCAGCCTCG TAGAACACGA 
CTTGGCTCAC TGTCAGCTCG TAGTGACTCT GAAGCAACAA TTTCTAGAAG TAGTGCCTCT 
TCGAGGACCG CAGAAGCCAT CATTAGAAGT GGAGCCAGAC TAGTACCATC AGATAAATTT 
TCTCCTAGAA TTAGAGCTAA CAGTATCTCT CGACTCTCAG ACTCCAAGGT CAAAAGTATG 
ACCTCAGCTC ATGGCTCTGC TTCAGTAAAT TCAAGATGGA GGCGCTTTCC TACTGATTAT 
GCTTCCACCT CAGAAGATGA ATTTGGATCA AACCGTAATT CCCCTAAACA TACCCGTCTA 
CGTACTTCTC CAGCCCTGAA AACCACTCGC TTGCAGAGCG CTGGATCAGC AATGCCTACT 
AGTTCTTCAT TCAAACACCG GATTAAAGAG CAGGAAGACT ACATCCGAGA TTGGACTGCT 
CATCGAGAAG AGATAGCCAG GATCAGCCAA GATCTTGCTC TCATTGCTCG GGAGATCAAC 
GATGTAGCAG GAGAGATAGA TTCAGTGACT TCATCAGGCA CTGCCCCTAG TACCACAGTA 
AGCACTGCTG CCACCACCCC TGGCTCTGCC ATAGACACTA GAGAAGAGGT AGGAGATCTT 
CATGGAGAAA TGCATAAGTT GGTTGATCGT GTTTTTGATG AAAGCCTCAA CTTCCGAAAG 
ATTCCTCCAT TAGTTCATTC CAAAACACCA GAAGGAAACA ACGGTCGATC TGGTGATCCA 
AGACCTCAAG CAGCAGAGCC TCCCGATCAC TTAACAATTA CAAGGCGGAG AACCTGGAGC 
AGGGATGAAG TCATGGGAGA TAATCTGCTG CTGTCATCCG TCTTTCAGTT CTCTAAGAAG 
ATAAGACAAT CTATAGATAA GACAGCTGGA AAGATCAGAA TATTATTTAA AGACAAAGAT 
CGGAATTGGG ATGACATAGA AAGCAAATTA AGAGCCGAAA GTGAAGTCCC TATTGTGAAA 
ACCTCAAGCA TGGAGATTTC TTCTATCTTA CAGGAACTGA AAAGAGTAGA AAAGCAGCTG 
CAAGCAATCA ATGCTATGAT TGATCCTGAT GGAACTTTGG AGGCTCTGAA CAACATGGGA 
TTTCCCAGTG CTATGTTGCC ATCTCCACCG AAACAGAAGT CCAGCCCTGT GAATAACCAC 
CACAGCCCGG GTCAGACACC AACACTTGGC CAACCAGAAG CTAGGGCTCT TCATCCTGCT 
GCTGTTTCAG CCGCAGCTGA ATTTGAGAAT GCTGAATCTG AGGCTGATTT CAGTATACAT 
TTCAATAGAT TCAACCCCGA TGGGGAAGAG GAAGATGTTA CAGTACAAGA ATGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

PubMed

The C-terminal region of A-kinase anchor protein 350 (AKAP350A) enables formation of microtubule-nucleation centers and interacts with pericentriolar proteins.
The Journal of biological chemistry292(50)20394-20409(2017 Dec)
Kolobova E,Roland JT,Lapierre LA,Williams JA,Mason TA,Goldenring JR

Architecture of the human interactome defines protein communities and disease networks.
Nature545(7655)505-509(2017 05)
Huttlin EL,Bruckner RJ,Paulo JA,Cannon JR,Ting L,Baltier K,Colby G,Gebreab F,Gygi MP,Parzen H,Szpyt J,Tam S,Zarraga G,Pontano-Vaites L,Swarup S,White AE,Schweppe DK,Rad R,Erickson BK,Obar RA,Guruharsha KG,Li K,Artavanis-Tsakonas S,Gygi SP,Harper JW

Hierarchical assembly of centriole subdistal appendages via centrosome binding proteins CCDC120 and CCDC68.
Nature communications815057(2017 Apr)
Huang N,Xia Y,Zhang D,Wang S,Bao Y,He R,Teng J,Chen J

A Conserved Role for Girdin in Basal Body Positioning and Ciliogenesis.
Developmental cell38(5)493-506(2016 09)
Nechipurenko IV,Olivier-Mason A,Kazatskaya A,Kennedy J,McLachlan IG,Heiman MG,Blacque OE,Sengupta P

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CEP170 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

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