CCDC171 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	CCDC171
Entrez Gene ID	203238
Full Name	coiled-coil domain containing 171
Synonyms	C9orf93,bA536D16.1,bA778P13.1
General protein information	Preferred Names coiled-coil domain containing 171 Names coiled-coil domain-containing protein 171 myosin tail domain containing protein
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 9 Map Location: 9p22.3

mRNA and Protein(s)

mRNA	Protein	Name
XM_017014444.1	XP_016869933.1	coiled-coil domain-containing protein 171 isoform X16
XM_011517791.2	XP_011516093.1	coiled-coil domain-containing protein 171 isoform X5
XM_017014434.1	XP_016869923.1	coiled-coil domain-containing protein 171 isoform X6
XM_017014435.1	XP_016869924.1	coiled-coil domain-containing protein 171 isoform X7
XM_017014441.1	XP_016869930.1	coiled-coil domain-containing protein 171 isoform X12
XM_017014431.1	XP_016869920.1	coiled-coil domain-containing protein 171 isoform X2
XM_017014432.1	XP_016869921.1	coiled-coil domain-containing protein 171 isoform X3
NM_001348002.1	NP_001334931.1	coiled-coil domain-containing protein 171 isoform 2
NM_001355547.1	NP_001342476.1	coiled-coil domain-containing protein 171 isoform 3
XM_017014433.2	XP_016869922.1	coiled-coil domain-containing protein 171 isoform X4
XM_017014437.2	XP_016869926.1	coiled-coil domain-containing protein 171 isoform X9
XM_017014441.2	XP_016869930.1	coiled-coil domain-containing protein 171 isoform X12
XM_017014442.1	XP_016869931.1	coiled-coil domain-containing protein 171 isoform X13
XM_017014436.1	XP_016869925.1	coiled-coil domain-containing protein 171 isoform X8
XM_005251398.4	XP_005251455.1	coiled-coil domain-containing protein 171 isoform X1
XM_005251397.2	XP_005251454.1	coiled-coil domain-containing protein 171 isoform X1
XM_005251399.4	XP_005251456.1	coiled-coil domain-containing protein 171 isoform X1
XM_017014431.2	XP_016869920.1	coiled-coil domain-containing protein 171 isoform X2
XM_017014434.2	XP_016869923.1	coiled-coil domain-containing protein 171 isoform X6
XM_017014435.2	XP_016869924.1	coiled-coil domain-containing protein 171 isoform X7
XM_017014438.1	XP_016869927.1	coiled-coil domain-containing protein 171 isoform X10
XM_005251398.3	XP_005251455.1	coiled-coil domain-containing protein 171 isoform X1
NM_173550.3	NP_775821.2	coiled-coil domain-containing protein 171 isoform 1
XM_017014443.1	XP_016869932.1	coiled-coil domain-containing protein 171 isoform X14
XM_011517796.3	XP_011516098.1	coiled-coil domain-containing protein 171 isoform X15
XM_017014433.1	XP_016869922.1	coiled-coil domain-containing protein 171 isoform X4
XM_017014437.1	XP_016869926.1	coiled-coil domain-containing protein 171 isoform X9
NM_001348002.2	NP_001334931.1	coiled-coil domain-containing protein 171 isoform 2
NM_173550.4	NP_775821.2	coiled-coil domain-containing protein 171 isoform 1
XM_011517788.2	XP_011516090.1	coiled-coil domain-containing protein 171 isoform X1
XM_017014432.2	XP_016869921.1	coiled-coil domain-containing protein 171 isoform X3
XM_011517796.2	XP_011516098.1	coiled-coil domain-containing protein 171 isoform X15
XM_011517791.3	XP_011516093.1	coiled-coil domain-containing protein 171 isoform X5
XM_017014436.2	XP_016869925.1	coiled-coil domain-containing protein 171 isoform X8
XM_017014438.2	XP_016869927.1	coiled-coil domain-containing protein 171 isoform X10
XM_017014440.1	XP_016869929.1	coiled-coil domain-containing protein 171 isoform X11
XM_017014442.2	XP_016869931.1	coiled-coil domain-containing protein 171 isoform X13

Pathways from BioSystems

Homologies

Homo sapiens (human)	CCDC171	NP_775821.2
	LOC713493	XP_002800168.1
Pan troglodytes (chimpanzee)	CCDC171	XP_001149040.2
Canis lupus familiaris (dog)	CCDC171	XP_005626704.1
Danio rerio (zebrafish)	LOC796000	XP_001336283.5
Xenopus tropicalis (tropical clawed frog)	ccdc171	XP_002935716.2
Gallus gallus (chicken)	C9ORF93	XP_004949172.1
Danio rerio (zebrafish)	si:ch211-116m6.4	XP_002665872.3
Bos taurus (cattle)	CCDC171	XP_003586424.1
Mus musculus (house mouse)	Ccdc171	NP_001074481.1
Rattus norvegicus (Norway rat)	RGD1560884	NP_001128113.1

Gene Ontology
Bibliography

Related articles in PubMed

DNA sequence and analysis of human chromosome 9.
Humphray SJ, Oliver K, Hunt AR, Plumb RW, Loveland JE, Howe KL, Andrews TD, Searle S, Hunt SE, Scott CE, Jones MC, Ainscough R, Almeida JP, Ambrose KD, Ashwell RI, Babbage AK, Babbage S, Bagguley CL, Bailey J, Banerjee R, Barker DJ, Barlow KF, Bates K, Beasley H, Beasley O, Bird CP, Bray-Allen S, Brown AJ, Brown JY, Burford D, Burrill W, Burton J, Carder C, Carter NP, Chapman JC, Chen Y, Clarke G, Clark SY, Clee CM, Clegg S, Collier RE, Corby N, Crosier M, Cummings AT, Davies J, Dhami P, Dunn M, Dutta I, Dyer LW, Earthrowl ME, Faulkner L, Fleming CJ, Frankish A, Frankland JA, French L, Fricker DG, Garner P, Garnett J, Ghori J, Gilbert JG, Glison C, Grafham DV, Gribble S, Griffiths C, Griffiths-Jones S, Grocock R, Guy J, Hall RE, Hammond S, Harley JL, Harrison ES, Hart EA, Heath PD, Henderson CD, Hopkins BL, Howard PJ, Howden PJ, Huckle E, Johnson C, Johnson D, Joy AA, Kay M, Keenan S, Kershaw JK, Kimberley AM, King A, Knights A, Laird GK, Langford C, Lawlor S, Leongamornlert DA, Leversha M, Lloyd C, Lloyd DM, Lovell J, Martin S, Mashreghi-Mohammadi M, Matthews L, McLaren S, McLay KE, McMurray A, Milne S, Nickerson T, Nisbett J, Nordsiek G, Pearce AV, Peck AI, Porter KM, Pandian R, Pelan S, Phillimore B, Povey S, Ramsey Y, Rand V, Scharfe M, Sehra HK, Shownkeen R, Sims SK, Skuce CD, Smith M, Steward CA, Swarbreck D, Sycamore N, Tester J, Thorpe A, Tracey A, Tromans A, Thomas DW, Wall M, Wallis JM, West AP, Whitehead SL, Willey DL, Williams SA, Wilming L, Wray PW, Young L, Ashurst JL, Coulson A, Bl?cker H, Durbin R, Sulston JE, Hubbard T, Jackson MJ, Bentley DR, Beck S, Rogers J, Dunham I
Nature429(6990)369-74(2004 May)

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

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.

The following CCDC171 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CCDC171 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)
OHu98512	XM_017014444.1 Latest version!	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X23, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$475.30 $679.00
OHu98508	NM_001348002.2 Latest version!	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu98504	XM_017014432.2 Latest version!	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu98505	XM_017014433.2 Latest version!	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu98506	XM_017014437.2 Latest version!	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X13, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu98507	XM_017014438.2 Latest version!	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X15, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu98508	XM_017014440.1 Latest version!	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X16, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu98509	XM_017014441.2 Latest version!	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X17, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu98510	XM_017014442.2 Latest version!	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X19, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu98511	XM_017014443.1 Latest version!	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X20, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OHu07292	NM_173550.4 Latest version!	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$923.30 $1319.00
OHu77835	XM_017014431.2 Latest version!	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu77837	XM_011517791.3 Latest version!	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu77838	XM_017014434.2 Latest version!	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu77839	XM_017014435.2 Latest version!	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu77840	XM_017014436.2 Latest version!	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu77842	XM_011517796.3 Latest version!	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X21, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu42688	NM_001355547.1 Latest version!	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant 3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu42688	XM_005251397.2 Latest version!	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu42688	XM_011517788.2 Latest version!	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu42688	XM_005251399.4 Latest version!	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu42688	XM_005251398.4 Latest version!	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
View Old Accession Versions >>
OHu98509	XM_017014441.1	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X18, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu77835	XM_017014431.1	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu77838	XM_017014434.1	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu77839	XM_017014435.1	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu42688	XM_005251398.3	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu98505	XM_017014433.1	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu98506	XM_017014437.1	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X13, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu98508	NM_001348002.1	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu07292	NM_173550.3	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$923.30 $1319.00
OHu98504	XM_017014432.1	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu77842	XM_011517796.2	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X22, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu77837	XM_011517791.2	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu77840	XM_017014436.1	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu98507	XM_017014438.1	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X15, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu98510	XM_017014442.1	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X20, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
Hide Old Accession Versions >>

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** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

CCDC171 ( XM_017014444.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869933.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X23, mRNA.

Price & Availability↑

CloneID	OHu98512
Clone ID Related Accession (Same CDS sequence)	XM_017014444.1
Accession Version	XM_017014444.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2571bp) 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	coiled-coil domain-containing protein 171 isoform X16
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) 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##

ATGAATGATG TTAAGGAAAA GGCATGTAAT GAACTTGATT CTACGAAACA GAAGATAGAC 
TCTCACACTA AAAATATAAA GGAACTTCAG GATAAACTGG CTGATGTTAA TAAAGAGTTA 
AGTCATTTAC ACACTAAATG TGCAGACCGA GAGGCTTTAA TAAGCACTTT AAAAGTGGAA 
CTACAAAATG TGCTGCACTG TTGGGAGAAA GAAAAGGCTC AGGCAGCCCA GTCTGAAAGT 
GAACTGCAGA AGCTTTCCCA GGCTTTCCAT AAGGATGCAG AGGAGAAGCT AACCTTCCTT 
CACACCTTAT ATCAGCACTT GGTAGCAGGC TGTGTGCTCA TAAAACAACC AGAAGGCATG 
CTGGATAAAT TCTCTTGGTC TGAGCTTTGT GCAGTCTTAC AGGAGAATGT TGATGCCCTG 
ATTGCAGACC TCAACAGGGC TAATGAGAAG ATAAGGCATC TAGAGTATAT CTGTAAAAAC 
AAGTCTGACA CGATGAGAGA GCTTCAGCAG ACTCAGGAAG ACACCTTTAC CAAAGTGGCA 
GAACAGATCA AAGCCCAAGA GAGCTGCTGG CACAGACAAA AGAAGGAACT AGAGCTGCAG 
TATTCTGAAC TCTTCCTGGA GGTGCAGAAG AGGGCACAGA AATTTCAAGA AATTGCTGAA 
AAAAACATGG AAAAATTGAA CCATATTGAG AAGTCACATG AACAGTTGGT TCTTGAAAAT 
TCGCACTTCA AAAAACTGTT ATCACAGACT CAAAGGGAAC AGATGTCCTT GCTGGCAGCC 
TGTGCATTAA TGGCTGGTGC CTTATATCCC CTCTATAGCC GATCATGCGC CTTGTCTACA 
CAGAGAGATT TTCTCCAGGA GCAGGTCAAC ACCTTTGAGT TGTTCAAACT GGAAATTAGA 
ACTCTAGCCC AGGCTTTGTC AACTGTAGAG GAAAAGAAGC AAGAGGAAGC CAAGATGAAA 
AAGAAAACAT TCAAAGGATT GATACGTATA TTTCGGAAAG GTGTTATTGC TGTTTTGGCA 
GCAAACAGAC TCAAGATTTT GGGCCAATCA TGTGCCTCTC TTTTTACCTG GATGGAGAGT 
TTCAAAGAAG GCATAGGCAT GTTAGTGTGC ACAGGAGAGC CCCAAGACAA GCATAAATTT 
CCAAAACATC AAAAGGAGCA GTTGCGTTGT TTACAAGCGC TCAGTTGGCT CACCAGTTCT 
GACCTTCTTG CTGCAATAAT CAGTTCTATG GCTGAATTAC AAGACGTCAT TGGTAAAGCA 
GATCCAAATT CCAGAATTTG TGGACATTTA CTCATAGGTG CAGCCAAGAA TTCTTTTGCA 
AAACTCATGG ATAAAATTAG TCTGGTAATG GAATGTATAC CTCTGCACAG TAGCAGGAGT 
ATTACATATG TAGAAAAAGA TTCCCTGGTT CAGAGGCTGG CCCATGGACT TCATAAAGTA 
AACACACTGG CCCTGAAATA TGGTTTGCGT GGCCATGTGC CCATTACGAA AAGCACAGCA 
TCGTTGCAGA AGCAAATACT TGGATTTACA CAAAGACTGC ATGCTGCAGA AGTGGAGCGC 
CGCTCACTAC GCTTAGAGGT CACAGAATTC AAACGAAGTG TGAATGAAAT GAAAAAGGAG 
CTTGACAAAG CCCAGGGTCT GCAAATGCAA TTAAATGAAT TTAAGCAGTC TAAATTGATC 
ACCCATGAGA AGTTTGAAAG TGCATGTGAA GAACTAAATA ATGCATTACT TCGGGAAGAG 
CAGGCACAAA TGCTATTGAA TGAACAGGCA CAACAACTAC AGGAATTGAA TTATAAACTT 
GAATTGCACT CCAGTGAGGA AGCTGACAAA AACCAAACTC TTGGAGAAGC TGTTAAGAGT 
CTCTCCGAGG CAAAGATGGA GCTGAGAAGA AAAGATCAAT CTCTGCGTCA GCTCAATAGA 
CATCTTACCC AGCTGGAGCA GGACAAGCGT CGACTGGAGG AGAACATCCA TGATGCAGAG 
AGTGCCCTCC GCATGGCAGC CAAAGACAAA GAATGTGTTG CTAATCACAT GAGAGCAGTA 
GAAAATACGC TTCACAAGGT CAGAGATCAG ATCTCGCTGT CATGGTCTGC GGCAAGTAGG 
AATGACTTCA CCCTACAGCT ACCCAAACTG CACCTGGAGA CCTTTGCAAT GGAGGGGCTC 
AAGGGCGGGC CAGAGGTGGT AGCATGCCAG GCTATGATTA AAAGTTTCAT GGATGTCTAC 
CAGCTTGCAA GCACTAGAAT CATGACATTA GAGAAGGAAA TGACATCTCA TCGAAGTCAC 
ATTGCAGCCT TGAAATCAGA ACTTCACACA GCTTGTTTAC GTGAAAATGC AAGTTTACAA 
TCAATAGGAT CACGAGACCA TTCAAATCTC TCCATTCCTT CAAGAGCTCC TCTTCCTGCT 
GACACAACTG GTATTGGGGA TTTCTTACCA TTGAAAGCTG AACTTGATAC TACTTACACT 
TTCTTAAAGG AGACATTTAT AAATACTGTG CCCCATGCTC TGACATCATC TCACTCCTCT 
CCAGTGACTA TGTCTGCTAA TGCCAACAGA CCAACTCAGA TTGGATTATG A

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

RefSeq	XP_016869933.1
CDS	73..2643
Translation	MNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSIGSRDHSNLSIPSRAPLPADTTGIGDFLPLKAELDTTYTFLKETFINTVPHALTSSHSSPVTMSANANRPTQIGL

Target ORF information:

RefSeq Version	XM_017014444.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X23, mRNA.

Target ORF information:

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

XM_017014444.1

ORF Insert Sequence:

ATGAATGATG TTAAGGAAAA GGCATGTAAT GAACTTGATT CTACGAAACA GAAGATAGAC 
TCTCACACTA AAAATATAAA GGAACTTCAG GATAAACTGG CTGATGTTAA TAAAGAGTTA 
AGTCATTTAC ACACTAAATG TGCAGACCGA GAGGCTTTAA TAAGCACTTT AAAAGTGGAA 
CTACAAAATG TGCTGCACTG TTGGGAGAAA GAAAAGGCTC AGGCAGCCCA GTCTGAAAGT 
GAACTGCAGA AGCTTTCCCA GGCTTTCCAT AAGGATGCAG AGGAGAAGCT AACCTTCCTT 
CACACCTTAT ATCAGCACTT GGTAGCAGGC TGTGTGCTCA TAAAACAACC AGAAGGCATG 
CTGGATAAAT TCTCTTGGTC TGAGCTTTGT GCAGTCTTAC AGGAGAATGT TGATGCCCTG 
ATTGCAGACC TCAACAGGGC TAATGAGAAG ATAAGGCATC TAGAGTATAT CTGTAAAAAC 
AAGTCTGACA CGATGAGAGA GCTTCAGCAG ACTCAGGAAG ACACCTTTAC CAAAGTGGCA 
GAACAGATCA AAGCCCAAGA GAGCTGCTGG CACAGACAAA AGAAGGAACT AGAGCTGCAG 
TATTCTGAAC TCTTCCTGGA GGTGCAGAAG AGGGCACAGA AATTTCAAGA AATTGCTGAA 
AAAAACATGG AAAAATTGAA CCATATTGAG AAGTCACATG AACAGTTGGT TCTTGAAAAT 
TCGCACTTCA AAAAACTGTT ATCACAGACT CAAAGGGAAC AGATGTCCTT GCTGGCAGCC 
TGTGCATTAA TGGCTGGTGC CTTATATCCC CTCTATAGCC GATCATGCGC CTTGTCTACA 
CAGAGAGATT TTCTCCAGGA GCAGGTCAAC ACCTTTGAGT TGTTCAAACT GGAAATTAGA 
ACTCTAGCCC AGGCTTTGTC AACTGTAGAG GAAAAGAAGC AAGAGGAAGC CAAGATGAAA 
AAGAAAACAT TCAAAGGATT GATACGTATA TTTCGGAAAG GTGTTATTGC TGTTTTGGCA 
GCAAACAGAC TCAAGATTTT GGGCCAATCA TGTGCCTCTC TTTTTACCTG GATGGAGAGT 
TTCAAAGAAG GCATAGGCAT GTTAGTGTGC ACAGGAGAGC CCCAAGACAA GCATAAATTT 
CCAAAACATC AAAAGGAGCA GTTGCGTTGT TTACAAGCGC TCAGTTGGCT CACCAGTTCT 
GACCTTCTTG CTGCAATAAT CAGTTCTATG GCTGAATTAC AAGACGTCAT TGGTAAAGCA 
GATCCAAATT CCAGAATTTG TGGACATTTA CTCATAGGTG CAGCCAAGAA TTCTTTTGCA 
AAACTCATGG ATAAAATTAG TCTGGTAATG GAATGTATAC CTCTGCACAG TAGCAGGAGT 
ATTACATATG TAGAAAAAGA TTCCCTGGTT CAGAGGCTGG CCCATGGACT TCATAAAGTA 
AACACACTGG CCCTGAAATA TGGTTTGCGT GGCCATGTGC CCATTACGAA AAGCACAGCA 
TCGTTGCAGA AGCAAATACT TGGATTTACA CAAAGACTGC ATGCTGCAGA AGTGGAGCGC 
CGCTCACTAC GCTTAGAGGT CACAGAATTC AAACGAAGTG TGAATGAAAT GAAAAAGGAG 
CTTGACAAAG CCCAGGGTCT GCAAATGCAA TTAAATGAAT TTAAGCAGTC TAAATTGATC 
ACCCATGAGA AGTTTGAAAG TGCATGTGAA GAACTAAATA ATGCATTACT TCGGGAAGAG 
CAGGCACAAA TGCTATTGAA TGAACAGGCA CAACAACTAC AGGAATTGAA TTATAAACTT 
GAATTGCACT CCAGTGAGGA AGCTGACAAA AACCAAACTC TTGGAGAAGC TGTTAAGAGT 
CTCTCCGAGG CAAAGATGGA GCTGAGAAGA AAAGATCAAT CTCTGCGTCA GCTCAATAGA 
CATCTTACCC AGCTGGAGCA GGACAAGCGT CGACTGGAGG AGAACATCCA TGATGCAGAG 
AGTGCCCTCC GCATGGCAGC CAAAGACAAA GAATGTGTTG CTAATCACAT GAGAGCAGTA 
GAAAATACGC TTCACAAGGT CAGAGATCAG ATCTCGCTGT CATGGTCTGC GGCAAGTAGG 
AATGACTTCA CCCTACAGCT ACCCAAACTG CACCTGGAGA CCTTTGCAAT GGAGGGGCTC 
AAGGGCGGGC CAGAGGTGGT AGCATGCCAG GCTATGATTA AAAGTTTCAT GGATGTCTAC 
CAGCTTGCAA GCACTAGAAT CATGACATTA GAGAAGGAAA TGACATCTCA TCGAAGTCAC 
ATTGCAGCCT TGAAATCAGA ACTTCACACA GCTTGTTTAC GTGAAAATGC AAGTTTACAA 
TCAATAGGAT CACGAGACCA TTCAAATCTC TCCATTCCTT CAAGAGCTCC TCTTCCTGCT 
GACACAACTG GTATTGGGGA TTTCTTACCA TTGAAAGCTG AACTTGATAC TACTTACACT 
TTCTTAAAGG AGACATTTAT AAATACTGTG CCCCATGCTC TGACATCATC TCACTCCTCT 
CCAGTGACTA TGTCTGCTAA TGCCAACAGA CCAACTCAGA TTGGATTATG A

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

CCDC171 ( NM_001348002.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001334931.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant 2, mRNA.

Price & Availability↑

CloneID	OHu98508
Clone ID Related Accession (Same CDS sequence)	NM_001348002.1 , NM_001348002.2 , XM_017014440.1
Accession Version	NM_001348002.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3726bp) 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	2018-06-30
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 171 isoform 2
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from CR936775.1, AL513423.3, AL662788.7, AL359877.12, AL592153.6 and AI243499.1. On Dec 29, 2016 this sequence version replaced XM_017014439.1. Transcript Variant: This variant (2) contains an alternate exon near the 5' end, and uses an alternate in-frame splice site in the 5' coding region, compared to variant 1. These differences result in a novel 5' UTR and the the use of an alternate start codon compared to variant 1. The encoded isoform (2) is shorter, and has a distinct N-terminus, compared to isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## Transcript exon combination :: CR936775.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA2145313, SAMEA2148874 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGAGCCATC CAGATCCTTC TCCAGCGAAG ACTAAAGTTG TTAACGTCCA CCTTGAAGCT 
CAGATTCTAG GTGCACAGAA TTCAGAACTT CAAGCAAAGA CAAATGAGAC TGAGAAAGCA 
TTTCAGACTT CTCAGCAAAA ATGGAAAGAA GAATGCAGAA GATTTGAACA TGATTTGGAG 
GAAAGAGACA ATATGATCCA AAATTGCAAT CGAGAATATG ATTTACTTAT GAAAGAAAAA 
AGCAGACTAG AGAAAACTCT ACAGGAAGCG TTGGAAAAAC ATCAACGGGA GAAGAATGAG 
ATGGAGTCTC ATATCAGGGA GACAGCATTG GAGGAGTTTA GATTACAAGA AGAACAATGG 
GAAGCAGAAA GAAGAGAATT ACAATTTATA GTACAGGAGC AAGATACTGC TGTGCAAAAT 
ATGCATAAGA AAGTAGAAAA ATTAGAAACA GAACATATGG ACTGCTCTGA CCTTTTACGG 
CGACAAACAA GTGAACTTGA ATTTAGCACT CAACGAGAGG AACGCCTTAG AAAAGAATTT 
GAGGCAACTA CTCTAAGAGT GAGGAAATTA GAAGAAAACA TTGAAGCAGA AAGAGCAGCG 
CATTTGGAAT CAAAATTTAA TTCTGAAATT ATTCAGTTAC GGATTCGAGA CCTTGAAGGA 
GCTTTGCAAG TAGAGAAGGC CAGTCAAGCA GAAGCTGTTG CTGATTTGGA AATTATCAAG 
AATGAATTCA AAGAAGTTGA AAGTGCATAT GAGCGAGAAA AGCATAATGC ACAAGAGAGC 
TTTGCAAAAC TAAATTTATT AGAAAAAGAG TATTTCTCCA AAAATAAGAA ACTAAATGAA 
GACATCGAGG AACAGAAGAA AGTAATTATA GACCTTTCAA AGAGACTCCA GTATAATGAA 
AAAAGTTGCA GTGAATTACA GGAAGAACTA GTAATGGCTA AGAAGCACCA GGCCTTCCTA 
GTAGAGACAT GTGAAAATAA CGTGAAAGAA TTGGAATCGA TCTTGGACAG CTTTACTGTG 
TCGGGCCAGT GGACATCAGG CATCCACAAG GACAAAGATA AACCTCCCAG CTTCTCTGTT 
GTCCTTGAGA GATTGAGGCG TACCTTGACA GATTACCAGA ACAAGCTGGA AGATGCATCT 
AATGAGCTAA ACAGCATGAA TGATGTTAAG GAAAAGGCAT GTAATGAACT TGATTCTACG 
AAACAGAAGA TAGACTCTCA CACTAAAAAT ATAAAGGAAC TTCAGGATAA ACTGGCTGAT 
GTTAATAAAG AGTTAAGTCA TTTACACACT AAATGTGCAG ACCGAGAGGC TTTAATAAGC 
ACTTTAAAAG TGGAACTACA AAATGTGCTG CACTGTTGGG AGAAAGAAAA GGCTCAGGCA 
GCCCAGTCTG AAAGTGAACT GCAGAAGCTT TCCCAGGCTT TCCATAAGGA TGCAGAGGAG 
AAGCTAACCT TCCTTCACAC CTTATATCAG CACTTGGTAG CAGGCTGTGT GCTCATAAAA 
CAACCAGAAG GCATGCTGGA TAAATTCTCT TGGTCTGAGC TTTGTGCAGT CTTACAGGAG 
AATGTTGATG CCCTGATTGC AGACCTCAAC AGGGCTAATG AGAAGATAAG GCATCTAGAG 
TATATCTGTA AAAACAAGTC TGACACGATG AGAGAGCTTC AGCAGACTCA GGAAGACACC 
TTTACCAAAG TGGCAGAACA GATCAAAGCC CAAGAGAGCT GCTGGCACAG ACAAAAGAAG 
GAACTAGAGC TGCAGTATTC TGAACTCTTC CTGGAGGTGC AGAAGAGGGC ACAGAAATTT 
CAAGAAATTG CTGAAAAAAA CATGGAAAAA TTGAACCATA TTGAGAAGTC ACATGAACAG 
TTGGTTCTTG AAAATTCGCA CTTCAAAAAA CTGTTATCAC AGACTCAAAG GGAACAGATG 
TCCTTGCTGG CAGCCTGTGC ATTAATGGCT GGTGCCTTAT ATCCCCTCTA TAGCCGATCA 
TGCGCCTTGT CTACACAGAG AGATTTTCTC CAGGAGCAGG TCAACACCTT TGAGTTGTTC 
AAACTGGAAA TTAGAACTCT AGCCCAGGCT TTGTCAACTG TAGAGGAAAA GAAGCAAGAG 
GAAGCCAAGA TGAAAAAGAA AACATTCAAA GGATTGATAC GTATATTTCG GAAAGGTGTT 
ATTGCTGTTT TGGCAGCAAA CAGACTCAAG ATTTTGGGCC AATCATGTGC CTCTCTTTTT 
ACCTGGATGG AGAGTTTCAA AGAAGGCATA GGCATGTTAG TGTGCACAGG AGAGCCCCAA 
GACAAGCATA AATTTCCAAA ACATCAAAAG GAGCAGTTGC GTTGTTTACA AGCGCTCAGT 
TGGCTCACCA GTTCTGACCT TCTTGCTGCA ATAATCAGTT CTATGGCTGA ATTACAAGAC 
GTCATTGGTA AAGCAGATCC AAATTCCAGA ATTTGTGGAC ATTTACTCAT AGGTGCAGCC 
AAGAATTCTT TTGCAAAACT CATGGATAAA ATTAGTCTGG TAATGGAATG TATACCTCTG 
CACAGTAGCA GGAGTATTAC ATATGTAGAA AAAGATTCCC TGGTTCAGAG GCTGGCCCAT 
GGACTTCATA AAGTAAACAC ACTGGCCCTG AAATATGGTT TGCGTGGCCA TGTGCCCATT 
ACGAAAAGCA CAGCATCGTT GCAGAAGCAA ATACTTGGAT TTACACAAAG ACTGCATGCT 
GCAGAAGTGG AGCGCCGCTC ACTACGCTTA GAGGTCACAG AATTCAAACG AAGTGTGAAT 
GAAATGAAAA AGGAGCTTGA CAAAGCCCAG GGTCTGCAAA TGCAATTAAA TGAATTTAAG 
CAGTCTAAAT TGATCACCCA TGAGAAGTTT GAAAGTGCAT GTGAAGAACT AAATAATGCA 
TTACTTCGGG AAGAGCAGGC ACAAATGCTA TTGAATGAAC AGGCACAACA ACTACAGGAA 
TTGAATTATA AACTTGAATT GCACTCCAGT GAGGAAGCTG ACAAAAACCA AACTCTTGGA 
GAAGCTGTTA AGAGTCTCTC CGAGGCAAAG ATGGAGCTGA GAAGAAAAGA TCAATCTCTG 
CGTCAGCTCA ATAGACATCT TACCCAGCTG GAGCAGGACA AGCGTCGACT GGAGGAGAAC 
ATCCATGATG CAGAGAGTGC CCTCCGCATG GCAGCCAAAG ACAAAGAATG TGTTGCTAAT 
CACATGAGAG CAGTAGAAAA TACGCTTCAC AAGGTCAGAG ATCAGATCTC GCTGTCATGG 
TCTGCGGCAA GTAGGAATGA CTTCACCCTA CAGCTACCCA AACTGCACCT GGAGACCTTT 
GCAATGGAGG GGCTCAAGGG CGGGCCAGAG GTGGTAGCAT GCCAGGCTAT GATTAAAAGT 
TTCATGGATG TCTACCAGCT TGCAAGCACT AGAATCATGA CATTAGAGAA GGAAATGACA 
TCTCATCGAA GTCACATTGC AGCCTTGAAA TCAGAACTTC ACACAGCTTG TTTACGTGAA 
AATGCAAGTT TACAATCAAT AGGATCACGA GACCATTCAA ATCTCTCCAT TCCTTCAAGA 
GCTCCTCTTC CTGCTGACAC AACTGGTATT GGGGATTTCT TACCATTGAA AGCTGAACTT 
GATACTACTT ACACTTTCTT AAAGGAGACA TTTATAAATA CTGTGCCCCA TGCTCTGACA 
TCATCTCACT CCTCTCCAGT GACTATGTCT GCTAATGCCA ACAGACCAAC TCAGATTGGA 
TTATGA

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

RefSeq	NP_001334931.1
CDS	849..4574
Translation	MSHPDPSPAKTKVVNVHLEAQILGAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSIGSRDHSNLSIPSRAPLPADTTGIGDFLPLKAELDTTYTFLKETFINTVPHALTSSHSSPVTMSANANRPTQIGL

Target ORF information:

RefSeq Version	NM_001348002.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant 2, mRNA.

Target ORF information:

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

NM_001348002.1

ORF Insert Sequence:

ATGAGCCATC CAGATCCTTC TCCAGCGAAG ACTAAAGTTG TTAACGTCCA CCTTGAAGCT 
CAGATTCTAG GTGCACAGAA TTCAGAACTT CAAGCAAAGA CAAATGAGAC TGAGAAAGCA 
TTTCAGACTT CTCAGCAAAA ATGGAAAGAA GAATGCAGAA GATTTGAACA TGATTTGGAG 
GAAAGAGACA ATATGATCCA AAATTGCAAT CGAGAATATG ATTTACTTAT GAAAGAAAAA 
AGCAGACTAG AGAAAACTCT ACAGGAAGCG TTGGAAAAAC ATCAACGGGA GAAGAATGAG 
ATGGAGTCTC ATATCAGGGA GACAGCATTG GAGGAGTTTA GATTACAAGA AGAACAATGG 
GAAGCAGAAA GAAGAGAATT ACAATTTATA GTACAGGAGC AAGATACTGC TGTGCAAAAT 
ATGCATAAGA AAGTAGAAAA ATTAGAAACA GAACATATGG ACTGCTCTGA CCTTTTACGG 
CGACAAACAA GTGAACTTGA ATTTAGCACT CAACGAGAGG AACGCCTTAG AAAAGAATTT 
GAGGCAACTA CTCTAAGAGT GAGGAAATTA GAAGAAAACA TTGAAGCAGA AAGAGCAGCG 
CATTTGGAAT CAAAATTTAA TTCTGAAATT ATTCAGTTAC GGATTCGAGA CCTTGAAGGA 
GCTTTGCAAG TAGAGAAGGC CAGTCAAGCA GAAGCTGTTG CTGATTTGGA AATTATCAAG 
AATGAATTCA AAGAAGTTGA AAGTGCATAT GAGCGAGAAA AGCATAATGC ACAAGAGAGC 
TTTGCAAAAC TAAATTTATT AGAAAAAGAG TATTTCTCCA AAAATAAGAA ACTAAATGAA 
GACATCGAGG AACAGAAGAA AGTAATTATA GACCTTTCAA AGAGACTCCA GTATAATGAA 
AAAAGTTGCA GTGAATTACA GGAAGAACTA GTAATGGCTA AGAAGCACCA GGCCTTCCTA 
GTAGAGACAT GTGAAAATAA CGTGAAAGAA TTGGAATCGA TCTTGGACAG CTTTACTGTG 
TCGGGCCAGT GGACATCAGG CATCCACAAG GACAAAGATA AACCTCCCAG CTTCTCTGTT 
GTCCTTGAGA GATTGAGGCG TACCTTGACA GATTACCAGA ACAAGCTGGA AGATGCATCT 
AATGAGCTAA ACAGCATGAA TGATGTTAAG GAAAAGGCAT GTAATGAACT TGATTCTACG 
AAACAGAAGA TAGACTCTCA CACTAAAAAT ATAAAGGAAC TTCAGGATAA ACTGGCTGAT 
GTTAATAAAG AGTTAAGTCA TTTACACACT AAATGTGCAG ACCGAGAGGC TTTAATAAGC 
ACTTTAAAAG TGGAACTACA AAATGTGCTG CACTGTTGGG AGAAAGAAAA GGCTCAGGCA 
GCCCAGTCTG AAAGTGAACT GCAGAAGCTT TCCCAGGCTT TCCATAAGGA TGCAGAGGAG 
AAGCTAACCT TCCTTCACAC CTTATATCAG CACTTGGTAG CAGGCTGTGT GCTCATAAAA 
CAACCAGAAG GCATGCTGGA TAAATTCTCT TGGTCTGAGC TTTGTGCAGT CTTACAGGAG 
AATGTTGATG CCCTGATTGC AGACCTCAAC AGGGCTAATG AGAAGATAAG GCATCTAGAG 
TATATCTGTA AAAACAAGTC TGACACGATG AGAGAGCTTC AGCAGACTCA GGAAGACACC 
TTTACCAAAG TGGCAGAACA GATCAAAGCC CAAGAGAGCT GCTGGCACAG ACAAAAGAAG 
GAACTAGAGC TGCAGTATTC TGAACTCTTC CTGGAGGTGC AGAAGAGGGC ACAGAAATTT 
CAAGAAATTG CTGAAAAAAA CATGGAAAAA TTGAACCATA TTGAGAAGTC ACATGAACAG 
TTGGTTCTTG AAAATTCGCA CTTCAAAAAA CTGTTATCAC AGACTCAAAG GGAACAGATG 
TCCTTGCTGG CAGCCTGTGC ATTAATGGCT GGTGCCTTAT ATCCCCTCTA TAGCCGATCA 
TGCGCCTTGT CTACACAGAG AGATTTTCTC CAGGAGCAGG TCAACACCTT TGAGTTGTTC 
AAACTGGAAA TTAGAACTCT AGCCCAGGCT TTGTCAACTG TAGAGGAAAA GAAGCAAGAG 
GAAGCCAAGA TGAAAAAGAA AACATTCAAA GGATTGATAC GTATATTTCG GAAAGGTGTT 
ATTGCTGTTT TGGCAGCAAA CAGACTCAAG ATTTTGGGCC AATCATGTGC CTCTCTTTTT 
ACCTGGATGG AGAGTTTCAA AGAAGGCATA GGCATGTTAG TGTGCACAGG AGAGCCCCAA 
GACAAGCATA AATTTCCAAA ACATCAAAAG GAGCAGTTGC GTTGTTTACA AGCGCTCAGT 
TGGCTCACCA GTTCTGACCT TCTTGCTGCA ATAATCAGTT CTATGGCTGA ATTACAAGAC 
GTCATTGGTA AAGCAGATCC AAATTCCAGA ATTTGTGGAC ATTTACTCAT AGGTGCAGCC 
AAGAATTCTT TTGCAAAACT CATGGATAAA ATTAGTCTGG TAATGGAATG TATACCTCTG 
CACAGTAGCA GGAGTATTAC ATATGTAGAA AAAGATTCCC TGGTTCAGAG GCTGGCCCAT 
GGACTTCATA AAGTAAACAC ACTGGCCCTG AAATATGGTT TGCGTGGCCA TGTGCCCATT 
ACGAAAAGCA CAGCATCGTT GCAGAAGCAA ATACTTGGAT TTACACAAAG ACTGCATGCT 
GCAGAAGTGG AGCGCCGCTC ACTACGCTTA GAGGTCACAG AATTCAAACG AAGTGTGAAT 
GAAATGAAAA AGGAGCTTGA CAAAGCCCAG GGTCTGCAAA TGCAATTAAA TGAATTTAAG 
CAGTCTAAAT TGATCACCCA TGAGAAGTTT GAAAGTGCAT GTGAAGAACT AAATAATGCA 
TTACTTCGGG AAGAGCAGGC ACAAATGCTA TTGAATGAAC AGGCACAACA ACTACAGGAA 
TTGAATTATA AACTTGAATT GCACTCCAGT GAGGAAGCTG ACAAAAACCA AACTCTTGGA 
GAAGCTGTTA AGAGTCTCTC CGAGGCAAAG ATGGAGCTGA GAAGAAAAGA TCAATCTCTG 
CGTCAGCTCA ATAGACATCT TACCCAGCTG GAGCAGGACA AGCGTCGACT GGAGGAGAAC 
ATCCATGATG CAGAGAGTGC CCTCCGCATG GCAGCCAAAG ACAAAGAATG TGTTGCTAAT 
CACATGAGAG CAGTAGAAAA TACGCTTCAC AAGGTCAGAG ATCAGATCTC GCTGTCATGG 
TCTGCGGCAA GTAGGAATGA CTTCACCCTA CAGCTACCCA AACTGCACCT GGAGACCTTT 
GCAATGGAGG GGCTCAAGGG CGGGCCAGAG GTGGTAGCAT GCCAGGCTAT GATTAAAAGT 
TTCATGGATG TCTACCAGCT TGCAAGCACT AGAATCATGA CATTAGAGAA GGAAATGACA 
TCTCATCGAA GTCACATTGC AGCCTTGAAA TCAGAACTTC ACACAGCTTG TTTACGTGAA 
AATGCAAGTT TACAATCAAT AGGATCACGA GACCATTCAA ATCTCTCCAT TCCTTCAAGA 
GCTCCTCTTC CTGCTGACAC AACTGGTATT GGGGATTTCT TACCATTGAA AGCTGAACTT 
GATACTACTT ACACTTTCTT AAAGGAGACA TTTATAAATA CTGTGCCCCA TGCTCTGACA 
TCATCTCACT CCTCTCCAGT GACTATGTCT GCTAATGCCA ACAGACCAAC TCAGATTGGA 
TTATGA

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

CCDC171 ( NM_001348002.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001334931.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant 2, mRNA.

Price & Availability↑

CloneID	OHu98508
Clone ID Related Accession (Same CDS sequence)	NM_001348002.1 , NM_001348002.2 , XM_017014440.1
Accession Version	NM_001348002.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3726bp) 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	2019-05-30
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 171 isoform 2
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from CR936775.1, AL513423.3, AL662788.7, AL359877.12, AL592153.6 and AI243499.1. On May 31, 2019 this sequence version replaced NM_001348002.1. Transcript Variant: This variant (2) contains an alternate exon near the 5' end, and uses an alternate in-frame splice site in the 5' coding region, compared to variant 1. These differences result in a novel 5' UTR and the the use of an alternate start codon compared to variant 1. The encoded isoform (2) is shorter, and has a distinct N-terminus, compared to isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## Transcript exon combination :: CR936775.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA2145313, SAMEA2148874 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGAGCCATC CAGATCCTTC TCCAGCGAAG ACTAAAGTTG TTAACGTCCA CCTTGAAGCT 
CAGATTCTAG GTGCACAGAA TTCAGAACTT CAAGCAAAGA CAAATGAGAC TGAGAAAGCA 
TTTCAGACTT CTCAGCAAAA ATGGAAAGAA GAATGCAGAA GATTTGAACA TGATTTGGAG 
GAAAGAGACA ATATGATCCA AAATTGCAAT CGAGAATATG ATTTACTTAT GAAAGAAAAA 
AGCAGACTAG AGAAAACTCT ACAGGAAGCG TTGGAAAAAC ATCAACGGGA GAAGAATGAG 
ATGGAGTCTC ATATCAGGGA GACAGCATTG GAGGAGTTTA GATTACAAGA AGAACAATGG 
GAAGCAGAAA GAAGAGAATT ACAATTTATA GTACAGGAGC AAGATACTGC TGTGCAAAAT 
ATGCATAAGA AAGTAGAAAA ATTAGAAACA GAACATATGG ACTGCTCTGA CCTTTTACGG 
CGACAAACAA GTGAACTTGA ATTTAGCACT CAACGAGAGG AACGCCTTAG AAAAGAATTT 
GAGGCAACTA CTCTAAGAGT GAGGAAATTA GAAGAAAACA TTGAAGCAGA AAGAGCAGCG 
CATTTGGAAT CAAAATTTAA TTCTGAAATT ATTCAGTTAC GGATTCGAGA CCTTGAAGGA 
GCTTTGCAAG TAGAGAAGGC CAGTCAAGCA GAAGCTGTTG CTGATTTGGA AATTATCAAG 
AATGAATTCA AAGAAGTTGA AAGTGCATAT GAGCGAGAAA AGCATAATGC ACAAGAGAGC 
TTTGCAAAAC TAAATTTATT AGAAAAAGAG TATTTCTCCA AAAATAAGAA ACTAAATGAA 
GACATCGAGG AACAGAAGAA AGTAATTATA GACCTTTCAA AGAGACTCCA GTATAATGAA 
AAAAGTTGCA GTGAATTACA GGAAGAACTA GTAATGGCTA AGAAGCACCA GGCCTTCCTA 
GTAGAGACAT GTGAAAATAA CGTGAAAGAA TTGGAATCGA TCTTGGACAG CTTTACTGTG 
TCGGGCCAGT GGACATCAGG CATCCACAAG GACAAAGATA AACCTCCCAG CTTCTCTGTT 
GTCCTTGAGA GATTGAGGCG TACCTTGACA GATTACCAGA ACAAGCTGGA AGATGCATCT 
AATGAGCTAA ACAGCATGAA TGATGTTAAG GAAAAGGCAT GTAATGAACT TGATTCTACG 
AAACAGAAGA TAGACTCTCA CACTAAAAAT ATAAAGGAAC TTCAGGATAA ACTGGCTGAT 
GTTAATAAAG AGTTAAGTCA TTTACACACT AAATGTGCAG ACCGAGAGGC TTTAATAAGC 
ACTTTAAAAG TGGAACTACA AAATGTGCTG CACTGTTGGG AGAAAGAAAA GGCTCAGGCA 
GCCCAGTCTG AAAGTGAACT GCAGAAGCTT TCCCAGGCTT TCCATAAGGA TGCAGAGGAG 
AAGCTAACCT TCCTTCACAC CTTATATCAG CACTTGGTAG CAGGCTGTGT GCTCATAAAA 
CAACCAGAAG GCATGCTGGA TAAATTCTCT TGGTCTGAGC TTTGTGCAGT CTTACAGGAG 
AATGTTGATG CCCTGATTGC AGACCTCAAC AGGGCTAATG AGAAGATAAG GCATCTAGAG 
TATATCTGTA AAAACAAGTC TGACACGATG AGAGAGCTTC AGCAGACTCA GGAAGACACC 
TTTACCAAAG TGGCAGAACA GATCAAAGCC CAAGAGAGCT GCTGGCACAG ACAAAAGAAG 
GAACTAGAGC TGCAGTATTC TGAACTCTTC CTGGAGGTGC AGAAGAGGGC ACAGAAATTT 
CAAGAAATTG CTGAAAAAAA CATGGAAAAA TTGAACCATA TTGAGAAGTC ACATGAACAG 
TTGGTTCTTG AAAATTCGCA CTTCAAAAAA CTGTTATCAC AGACTCAAAG GGAACAGATG 
TCCTTGCTGG CAGCCTGTGC ATTAATGGCT GGTGCCTTAT ATCCCCTCTA TAGCCGATCA 
TGCGCCTTGT CTACACAGAG AGATTTTCTC CAGGAGCAGG TCAACACCTT TGAGTTGTTC 
AAACTGGAAA TTAGAACTCT AGCCCAGGCT TTGTCAACTG TAGAGGAAAA GAAGCAAGAG 
GAAGCCAAGA TGAAAAAGAA AACATTCAAA GGATTGATAC GTATATTTCG GAAAGGTGTT 
ATTGCTGTTT TGGCAGCAAA CAGACTCAAG ATTTTGGGCC AATCATGTGC CTCTCTTTTT 
ACCTGGATGG AGAGTTTCAA AGAAGGCATA GGCATGTTAG TGTGCACAGG AGAGCCCCAA 
GACAAGCATA AATTTCCAAA ACATCAAAAG GAGCAGTTGC GTTGTTTACA AGCGCTCAGT 
TGGCTCACCA GTTCTGACCT TCTTGCTGCA ATAATCAGTT CTATGGCTGA ATTACAAGAC 
GTCATTGGTA AAGCAGATCC AAATTCCAGA ATTTGTGGAC ATTTACTCAT AGGTGCAGCC 
AAGAATTCTT TTGCAAAACT CATGGATAAA ATTAGTCTGG TAATGGAATG TATACCTCTG 
CACAGTAGCA GGAGTATTAC ATATGTAGAA AAAGATTCCC TGGTTCAGAG GCTGGCCCAT 
GGACTTCATA AAGTAAACAC ACTGGCCCTG AAATATGGTT TGCGTGGCCA TGTGCCCATT 
ACGAAAAGCA CAGCATCGTT GCAGAAGCAA ATACTTGGAT TTACACAAAG ACTGCATGCT 
GCAGAAGTGG AGCGCCGCTC ACTACGCTTA GAGGTCACAG AATTCAAACG AAGTGTGAAT 
GAAATGAAAA AGGAGCTTGA CAAAGCCCAG GGTCTGCAAA TGCAATTAAA TGAATTTAAG 
CAGTCTAAAT TGATCACCCA TGAGAAGTTT GAAAGTGCAT GTGAAGAACT AAATAATGCA 
TTACTTCGGG AAGAGCAGGC ACAAATGCTA TTGAATGAAC AGGCACAACA ACTACAGGAA 
TTGAATTATA AACTTGAATT GCACTCCAGT GAGGAAGCTG ACAAAAACCA AACTCTTGGA 
GAAGCTGTTA AGAGTCTCTC CGAGGCAAAG ATGGAGCTGA GAAGAAAAGA TCAATCTCTG 
CGTCAGCTCA ATAGACATCT TACCCAGCTG GAGCAGGACA AGCGTCGACT GGAGGAGAAC 
ATCCATGATG CAGAGAGTGC CCTCCGCATG GCAGCCAAAG ACAAAGAATG TGTTGCTAAT 
CACATGAGAG CAGTAGAAAA TACGCTTCAC AAGGTCAGAG ATCAGATCTC GCTGTCATGG 
TCTGCGGCAA GTAGGAATGA CTTCACCCTA CAGCTACCCA AACTGCACCT GGAGACCTTT 
GCAATGGAGG GGCTCAAGGG CGGGCCAGAG GTGGTAGCAT GCCAGGCTAT GATTAAAAGT 
TTCATGGATG TCTACCAGCT TGCAAGCACT AGAATCATGA CATTAGAGAA GGAAATGACA 
TCTCATCGAA GTCACATTGC AGCCTTGAAA TCAGAACTTC ACACAGCTTG TTTACGTGAA 
AATGCAAGTT TACAATCAAT AGGATCACGA GACCATTCAA ATCTCTCCAT TCCTTCAAGA 
GCTCCTCTTC CTGCTGACAC AACTGGTATT GGGGATTTCT TACCATTGAA AGCTGAACTT 
GATACTACTT ACACTTTCTT AAAGGAGACA TTTATAAATA CTGTGCCCCA TGCTCTGACA 
TCATCTCACT CCTCTCCAGT GACTATGTCT GCTAATGCCA ACAGACCAAC TCAGATTGGA 
TTATGA

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

RefSeq	NP_001334931.1
CDS	813..4538
Translation	MSHPDPSPAKTKVVNVHLEAQILGAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSIGSRDHSNLSIPSRAPLPADTTGIGDFLPLKAELDTTYTFLKETFINTVPHALTSSHSSPVTMSANANRPTQIGL

Target ORF information:

RefSeq Version	NM_001348002.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant 2, mRNA.

Target ORF information:

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

NM_001348002.2

ORF Insert Sequence:

ATGAGCCATC CAGATCCTTC TCCAGCGAAG ACTAAAGTTG TTAACGTCCA CCTTGAAGCT 
CAGATTCTAG GTGCACAGAA TTCAGAACTT CAAGCAAAGA CAAATGAGAC TGAGAAAGCA 
TTTCAGACTT CTCAGCAAAA ATGGAAAGAA GAATGCAGAA GATTTGAACA TGATTTGGAG 
GAAAGAGACA ATATGATCCA AAATTGCAAT CGAGAATATG ATTTACTTAT GAAAGAAAAA 
AGCAGACTAG AGAAAACTCT ACAGGAAGCG TTGGAAAAAC ATCAACGGGA GAAGAATGAG 
ATGGAGTCTC ATATCAGGGA GACAGCATTG GAGGAGTTTA GATTACAAGA AGAACAATGG 
GAAGCAGAAA GAAGAGAATT ACAATTTATA GTACAGGAGC AAGATACTGC TGTGCAAAAT 
ATGCATAAGA AAGTAGAAAA ATTAGAAACA GAACATATGG ACTGCTCTGA CCTTTTACGG 
CGACAAACAA GTGAACTTGA ATTTAGCACT CAACGAGAGG AACGCCTTAG AAAAGAATTT 
GAGGCAACTA CTCTAAGAGT GAGGAAATTA GAAGAAAACA TTGAAGCAGA AAGAGCAGCG 
CATTTGGAAT CAAAATTTAA TTCTGAAATT ATTCAGTTAC GGATTCGAGA CCTTGAAGGA 
GCTTTGCAAG TAGAGAAGGC CAGTCAAGCA GAAGCTGTTG CTGATTTGGA AATTATCAAG 
AATGAATTCA AAGAAGTTGA AAGTGCATAT GAGCGAGAAA AGCATAATGC ACAAGAGAGC 
TTTGCAAAAC TAAATTTATT AGAAAAAGAG TATTTCTCCA AAAATAAGAA ACTAAATGAA 
GACATCGAGG AACAGAAGAA AGTAATTATA GACCTTTCAA AGAGACTCCA GTATAATGAA 
AAAAGTTGCA GTGAATTACA GGAAGAACTA GTAATGGCTA AGAAGCACCA GGCCTTCCTA 
GTAGAGACAT GTGAAAATAA CGTGAAAGAA TTGGAATCGA TCTTGGACAG CTTTACTGTG 
TCGGGCCAGT GGACATCAGG CATCCACAAG GACAAAGATA AACCTCCCAG CTTCTCTGTT 
GTCCTTGAGA GATTGAGGCG TACCTTGACA GATTACCAGA ACAAGCTGGA AGATGCATCT 
AATGAGCTAA ACAGCATGAA TGATGTTAAG GAAAAGGCAT GTAATGAACT TGATTCTACG 
AAACAGAAGA TAGACTCTCA CACTAAAAAT ATAAAGGAAC TTCAGGATAA ACTGGCTGAT 
GTTAATAAAG AGTTAAGTCA TTTACACACT AAATGTGCAG ACCGAGAGGC TTTAATAAGC 
ACTTTAAAAG TGGAACTACA AAATGTGCTG CACTGTTGGG AGAAAGAAAA GGCTCAGGCA 
GCCCAGTCTG AAAGTGAACT GCAGAAGCTT TCCCAGGCTT TCCATAAGGA TGCAGAGGAG 
AAGCTAACCT TCCTTCACAC CTTATATCAG CACTTGGTAG CAGGCTGTGT GCTCATAAAA 
CAACCAGAAG GCATGCTGGA TAAATTCTCT TGGTCTGAGC TTTGTGCAGT CTTACAGGAG 
AATGTTGATG CCCTGATTGC AGACCTCAAC AGGGCTAATG AGAAGATAAG GCATCTAGAG 
TATATCTGTA AAAACAAGTC TGACACGATG AGAGAGCTTC AGCAGACTCA GGAAGACACC 
TTTACCAAAG TGGCAGAACA GATCAAAGCC CAAGAGAGCT GCTGGCACAG ACAAAAGAAG 
GAACTAGAGC TGCAGTATTC TGAACTCTTC CTGGAGGTGC AGAAGAGGGC ACAGAAATTT 
CAAGAAATTG CTGAAAAAAA CATGGAAAAA TTGAACCATA TTGAGAAGTC ACATGAACAG 
TTGGTTCTTG AAAATTCGCA CTTCAAAAAA CTGTTATCAC AGACTCAAAG GGAACAGATG 
TCCTTGCTGG CAGCCTGTGC ATTAATGGCT GGTGCCTTAT ATCCCCTCTA TAGCCGATCA 
TGCGCCTTGT CTACACAGAG AGATTTTCTC CAGGAGCAGG TCAACACCTT TGAGTTGTTC 
AAACTGGAAA TTAGAACTCT AGCCCAGGCT TTGTCAACTG TAGAGGAAAA GAAGCAAGAG 
GAAGCCAAGA TGAAAAAGAA AACATTCAAA GGATTGATAC GTATATTTCG GAAAGGTGTT 
ATTGCTGTTT TGGCAGCAAA CAGACTCAAG ATTTTGGGCC AATCATGTGC CTCTCTTTTT 
ACCTGGATGG AGAGTTTCAA AGAAGGCATA GGCATGTTAG TGTGCACAGG AGAGCCCCAA 
GACAAGCATA AATTTCCAAA ACATCAAAAG GAGCAGTTGC GTTGTTTACA AGCGCTCAGT 
TGGCTCACCA GTTCTGACCT TCTTGCTGCA ATAATCAGTT CTATGGCTGA ATTACAAGAC 
GTCATTGGTA AAGCAGATCC AAATTCCAGA ATTTGTGGAC ATTTACTCAT AGGTGCAGCC 
AAGAATTCTT TTGCAAAACT CATGGATAAA ATTAGTCTGG TAATGGAATG TATACCTCTG 
CACAGTAGCA GGAGTATTAC ATATGTAGAA AAAGATTCCC TGGTTCAGAG GCTGGCCCAT 
GGACTTCATA AAGTAAACAC ACTGGCCCTG AAATATGGTT TGCGTGGCCA TGTGCCCATT 
ACGAAAAGCA CAGCATCGTT GCAGAAGCAA ATACTTGGAT TTACACAAAG ACTGCATGCT 
GCAGAAGTGG AGCGCCGCTC ACTACGCTTA GAGGTCACAG AATTCAAACG AAGTGTGAAT 
GAAATGAAAA AGGAGCTTGA CAAAGCCCAG GGTCTGCAAA TGCAATTAAA TGAATTTAAG 
CAGTCTAAAT TGATCACCCA TGAGAAGTTT GAAAGTGCAT GTGAAGAACT AAATAATGCA 
TTACTTCGGG AAGAGCAGGC ACAAATGCTA TTGAATGAAC AGGCACAACA ACTACAGGAA 
TTGAATTATA AACTTGAATT GCACTCCAGT GAGGAAGCTG ACAAAAACCA AACTCTTGGA 
GAAGCTGTTA AGAGTCTCTC CGAGGCAAAG ATGGAGCTGA GAAGAAAAGA TCAATCTCTG 
CGTCAGCTCA ATAGACATCT TACCCAGCTG GAGCAGGACA AGCGTCGACT GGAGGAGAAC 
ATCCATGATG CAGAGAGTGC CCTCCGCATG GCAGCCAAAG ACAAAGAATG TGTTGCTAAT 
CACATGAGAG CAGTAGAAAA TACGCTTCAC AAGGTCAGAG ATCAGATCTC GCTGTCATGG 
TCTGCGGCAA GTAGGAATGA CTTCACCCTA CAGCTACCCA AACTGCACCT GGAGACCTTT 
GCAATGGAGG GGCTCAAGGG CGGGCCAGAG GTGGTAGCAT GCCAGGCTAT GATTAAAAGT 
TTCATGGATG TCTACCAGCT TGCAAGCACT AGAATCATGA CATTAGAGAA GGAAATGACA 
TCTCATCGAA GTCACATTGC AGCCTTGAAA TCAGAACTTC ACACAGCTTG TTTACGTGAA 
AATGCAAGTT TACAATCAAT AGGATCACGA GACCATTCAA ATCTCTCCAT TCCTTCAAGA 
GCTCCTCTTC CTGCTGACAC AACTGGTATT GGGGATTTCT TACCATTGAA AGCTGAACTT 
GATACTACTT ACACTTTCTT AAAGGAGACA TTTATAAATA CTGTGCCCCA TGCTCTGACA 
TCATCTCACT CCTCTCCAGT GACTATGTCT GCTAATGCCA ACAGACCAAC TCAGATTGGA 
TTATGA

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

CCDC171 ( XM_017014432.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869921.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X6, mRNA.

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CloneID	OHu98504
Clone ID Related Accession (Same CDS sequence)	XM_017014432.1 , XM_017014432.2
Accession Version	XM_017014432.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3975bp) 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	coiled-coil domain-containing protein 171 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) annotated using gene prediction method: Gnomon, supported by 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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAGAT 
ACATTCATCA TTTCATTTAG AAGAGATGGT TCACCCTGTA GTGATTCTTC ATCTATAGAA 
TGCGAAACAT TCCCCCAGGT GATTCTGATA CCCGGTGAAA GTGAGAAAGG GCAGGAGATG 
ATTCCATATA CTCCCACATT GCAGGGGGTT CCAAAGATCT CAGGTAAGTT TATTTGTATA 
TATGTCAATA TATAA

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

RefSeq	XP_016869921.1
CDS	438..4412
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSDTFIISFRRDGSPCSDSSSIECETFPQVILIPGESEKGQEMIPYTPTLQGVPKISGKFICIYVNI

Target ORF information:

RefSeq Version	XM_017014432.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X6, mRNA.

Target ORF information:

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

XM_017014432.1

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAGAT 
ACATTCATCA TTTCATTTAG AAGAGATGGT TCACCCTGTA GTGATTCTTC ATCTATAGAA 
TGCGAAACAT TCCCCCAGGT GATTCTGATA CCCGGTGAAA GTGAGAAAGG GCAGGAGATG 
ATTCCATATA CTCCCACATT GCAGGGGGTT CCAAAGATCT CAGGTAAGTT TATTTGTATA 
TATGTCAATA TATAA

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

CCDC171 ( XM_017014432.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869921.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OHu98504
Clone ID Related Accession (Same CDS sequence)	XM_017014432.1 , XM_017014432.2
Accession Version	XM_017014432.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3975bp) 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	coiled-coil domain-containing protein 171 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017014432.1. ##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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAGAT 
ACATTCATCA TTTCATTTAG AAGAGATGGT TCACCCTGTA GTGATTCTTC ATCTATAGAA 
TGCGAAACAT TCCCCCAGGT GATTCTGATA CCCGGTGAAA GTGAGAAAGG GCAGGAGATG 
ATTCCATATA CTCCCACATT GCAGGGGGTT CCAAAGATCT CAGGTAAGTT TATTTGTATA 
TATGTCAATA TATAA

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

RefSeq	XP_016869921.1
CDS	471..4445
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSDTFIISFRRDGSPCSDSSSIECETFPQVILIPGESEKGQEMIPYTPTLQGVPKISGKFICIYVNI

Target ORF information:

RefSeq Version	XM_017014432.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X6, mRNA.

Target ORF information:

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

XM_017014432.2

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAGAT 
ACATTCATCA TTTCATTTAG AAGAGATGGT TCACCCTGTA GTGATTCTTC ATCTATAGAA 
TGCGAAACAT TCCCCCAGGT GATTCTGATA CCCGGTGAAA GTGAGAAAGG GCAGGAGATG 
ATTCCATATA CTCCCACATT GCAGGGGGTT CCAAAGATCT CAGGTAAGTT TATTTGTATA 
TATGTCAATA TATAA

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

CCDC171 ( XM_017014433.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869922.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X7, mRNA.

Price & Availability↑

CloneID	OHu98505
Clone ID Related Accession (Same CDS sequence)	XM_017014433.2 , XM_017014433.1
Accession Version	XM_017014433.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3909bp) 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	coiled-coil domain-containing protein 171 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017014433.1. ##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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAGAT 
ACATTCATCA TTTCATTTAG AAGAGATGGT TCACCCTGTA GTGATTCTTC ATCTATAGAA 
TGCGAAACAT TCCCCCAGGT GATTCTGATG TATCCTTTTA GGAGAATGCT GCCCAATTCC 
ATGTCTTGA

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

RefSeq	XP_016869922.1
CDS	471..4379
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSDTFIISFRRDGSPCSDSSSIECETFPQVILMYPFRRMLPNSMS

Target ORF information:

RefSeq Version	XM_017014433.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X7, mRNA.

Target ORF information:

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

XM_017014433.2

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAGAT 
ACATTCATCA TTTCATTTAG AAGAGATGGT TCACCCTGTA GTGATTCTTC ATCTATAGAA 
TGCGAAACAT TCCCCCAGGT GATTCTGATG TATCCTTTTA GGAGAATGCT GCCCAATTCC 
ATGTCTTGA

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

CCDC171 ( XM_017014433.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869922.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X7, mRNA.

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CloneID	OHu98505
Clone ID Related Accession (Same CDS sequence)	XM_017014433.2 , XM_017014433.1
Accession Version	XM_017014433.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3909bp) 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	coiled-coil domain-containing protein 171 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) annotated using gene prediction method: Gnomon, supported by 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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAGAT 
ACATTCATCA TTTCATTTAG AAGAGATGGT TCACCCTGTA GTGATTCTTC ATCTATAGAA 
TGCGAAACAT TCCCCCAGGT GATTCTGATG TATCCTTTTA GGAGAATGCT GCCCAATTCC 
ATGTCTTGA

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

RefSeq	XP_016869922.1
CDS	438..4346
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSDTFIISFRRDGSPCSDSSSIECETFPQVILMYPFRRMLPNSMS

Target ORF information:

RefSeq Version	XM_017014433.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X7, mRNA.

Target ORF information:

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

XM_017014433.1

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAGAT 
ACATTCATCA TTTCATTTAG AAGAGATGGT TCACCCTGTA GTGATTCTTC ATCTATAGAA 
TGCGAAACAT TCCCCCAGGT GATTCTGATG TATCCTTTTA GGAGAATGCT GCCCAATTCC 
ATGTCTTGA

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

CCDC171 ( XM_017014437.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869926.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X13, mRNA.

Price & Availability↑

CloneID	OHu98506
Clone ID Related Accession (Same CDS sequence)	XM_017014437.2 , XM_017014437.1
Accession Version	XM_017014437.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3828bp) 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	coiled-coil domain-containing protein 171 isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017014437.1. ##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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAGAT 
GGTATTATCA TGCTAATGTC TGCAGAGAAG GAAGCACAGA TTAGGTGA

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

RefSeq	XP_016869926.1
CDS	471..4298
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSDGIIMLMSAEKEAQIR

Target ORF information:

RefSeq Version	XM_017014437.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X13, mRNA.

Target ORF information:

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

XM_017014437.2

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAGAT 
GGTATTATCA TGCTAATGTC TGCAGAGAAG GAAGCACAGA TTAGGTGA

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

CCDC171 ( XM_017014437.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869926.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X13, mRNA.

Price & Availability↑

CloneID	OHu98506
Clone ID Related Accession (Same CDS sequence)	XM_017014437.2 , XM_017014437.1
Accession Version	XM_017014437.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3828bp) 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	coiled-coil domain-containing protein 171 isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) annotated using gene prediction method: Gnomon, supported by 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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAGAT 
GGTATTATCA TGCTAATGTC TGCAGAGAAG GAAGCACAGA TTAGGTGA

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

RefSeq	XP_016869926.1
CDS	438..4265
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSDGIIMLMSAEKEAQIR

Target ORF information:

RefSeq Version	XM_017014437.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X13, mRNA.

Target ORF information:

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

XM_017014437.1

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAGAT 
GGTATTATCA TGCTAATGTC TGCAGAGAAG GAAGCACAGA TTAGGTGA

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

CCDC171 ( XM_017014438.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869927.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X15, mRNA.

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CloneID	OHu98507
Clone ID Related Accession (Same CDS sequence)	XM_017014438.1 , XM_017014438.2
Accession Version	XM_017014438.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3780bp) 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	coiled-coil domain-containing protein 171 isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) annotated using gene prediction method: Gnomon, supported by 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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCATGA

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

RefSeq	XP_016869927.1
CDS	437..4216
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQS

Target ORF information:

RefSeq Version	XM_017014438.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X15, mRNA.

Target ORF information:

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

XM_017014438.1

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCATGA

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

CCDC171 ( XM_017014438.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869927.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X15, mRNA.

Price & Availability↑

CloneID	OHu98507
Clone ID Related Accession (Same CDS sequence)	XM_017014438.1 , XM_017014438.2
Accession Version	XM_017014438.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3780bp) 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	coiled-coil domain-containing protein 171 isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017014438.1. ##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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCATGA

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

RefSeq	XP_016869927.1
CDS	471..4250
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQS

Target ORF information:

RefSeq Version	XM_017014438.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X15, mRNA.

Target ORF information:

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

XM_017014438.2

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCATGA

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

CCDC171 ( XM_017014440.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869929.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X16, mRNA.

Price & Availability↑

CloneID	OHu98508
Clone ID Related Accession (Same CDS sequence)	NM_001348002.1 , NM_001348002.2 , XM_017014440.1
Accession Version	XM_017014440.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3726bp) 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	coiled-coil domain-containing protein 171 isoform X11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) 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##

ATGAGCCATC CAGATCCTTC TCCAGCGAAG ACTAAAGTTG TTAACGTCCA CCTTGAAGCT 
CAGATTCTAG GTGCACAGAA TTCAGAACTT CAAGCAAAGA CAAATGAGAC TGAGAAAGCA 
TTTCAGACTT CTCAGCAAAA ATGGAAAGAA GAATGCAGAA GATTTGAACA TGATTTGGAG 
GAAAGAGACA ATATGATCCA AAATTGCAAT CGAGAATATG ATTTACTTAT GAAAGAAAAA 
AGCAGACTAG AGAAAACTCT ACAGGAAGCG TTGGAAAAAC ATCAACGGGA GAAGAATGAG 
ATGGAGTCTC ATATCAGGGA GACAGCATTG GAGGAGTTTA GATTACAAGA AGAACAATGG 
GAAGCAGAAA GAAGAGAATT ACAATTTATA GTACAGGAGC AAGATACTGC TGTGCAAAAT 
ATGCATAAGA AAGTAGAAAA ATTAGAAACA GAACATATGG ACTGCTCTGA CCTTTTACGG 
CGACAAACAA GTGAACTTGA ATTTAGCACT CAACGAGAGG AACGCCTTAG AAAAGAATTT 
GAGGCAACTA CTCTAAGAGT GAGGAAATTA GAAGAAAACA TTGAAGCAGA AAGAGCAGCG 
CATTTGGAAT CAAAATTTAA TTCTGAAATT ATTCAGTTAC GGATTCGAGA CCTTGAAGGA 
GCTTTGCAAG TAGAGAAGGC CAGTCAAGCA GAAGCTGTTG CTGATTTGGA AATTATCAAG 
AATGAATTCA AAGAAGTTGA AAGTGCATAT GAGCGAGAAA AGCATAATGC ACAAGAGAGC 
TTTGCAAAAC TAAATTTATT AGAAAAAGAG TATTTCTCCA AAAATAAGAA ACTAAATGAA 
GACATCGAGG AACAGAAGAA AGTAATTATA GACCTTTCAA AGAGACTCCA GTATAATGAA 
AAAAGTTGCA GTGAATTACA GGAAGAACTA GTAATGGCTA AGAAGCACCA GGCCTTCCTA 
GTAGAGACAT GTGAAAATAA CGTGAAAGAA TTGGAATCGA TCTTGGACAG CTTTACTGTG 
TCGGGCCAGT GGACATCAGG CATCCACAAG GACAAAGATA AACCTCCCAG CTTCTCTGTT 
GTCCTTGAGA GATTGAGGCG TACCTTGACA GATTACCAGA ACAAGCTGGA AGATGCATCT 
AATGAGCTAA ACAGCATGAA TGATGTTAAG GAAAAGGCAT GTAATGAACT TGATTCTACG 
AAACAGAAGA TAGACTCTCA CACTAAAAAT ATAAAGGAAC TTCAGGATAA ACTGGCTGAT 
GTTAATAAAG AGTTAAGTCA TTTACACACT AAATGTGCAG ACCGAGAGGC TTTAATAAGC 
ACTTTAAAAG TGGAACTACA AAATGTGCTG CACTGTTGGG AGAAAGAAAA GGCTCAGGCA 
GCCCAGTCTG AAAGTGAACT GCAGAAGCTT TCCCAGGCTT TCCATAAGGA TGCAGAGGAG 
AAGCTAACCT TCCTTCACAC CTTATATCAG CACTTGGTAG CAGGCTGTGT GCTCATAAAA 
CAACCAGAAG GCATGCTGGA TAAATTCTCT TGGTCTGAGC TTTGTGCAGT CTTACAGGAG 
AATGTTGATG CCCTGATTGC AGACCTCAAC AGGGCTAATG AGAAGATAAG GCATCTAGAG 
TATATCTGTA AAAACAAGTC TGACACGATG AGAGAGCTTC AGCAGACTCA GGAAGACACC 
TTTACCAAAG TGGCAGAACA GATCAAAGCC CAAGAGAGCT GCTGGCACAG ACAAAAGAAG 
GAACTAGAGC TGCAGTATTC TGAACTCTTC CTGGAGGTGC AGAAGAGGGC ACAGAAATTT 
CAAGAAATTG CTGAAAAAAA CATGGAAAAA TTGAACCATA TTGAGAAGTC ACATGAACAG 
TTGGTTCTTG AAAATTCGCA CTTCAAAAAA CTGTTATCAC AGACTCAAAG GGAACAGATG 
TCCTTGCTGG CAGCCTGTGC ATTAATGGCT GGTGCCTTAT ATCCCCTCTA TAGCCGATCA 
TGCGCCTTGT CTACACAGAG AGATTTTCTC CAGGAGCAGG TCAACACCTT TGAGTTGTTC 
AAACTGGAAA TTAGAACTCT AGCCCAGGCT TTGTCAACTG TAGAGGAAAA GAAGCAAGAG 
GAAGCCAAGA TGAAAAAGAA AACATTCAAA GGATTGATAC GTATATTTCG GAAAGGTGTT 
ATTGCTGTTT TGGCAGCAAA CAGACTCAAG ATTTTGGGCC AATCATGTGC CTCTCTTTTT 
ACCTGGATGG AGAGTTTCAA AGAAGGCATA GGCATGTTAG TGTGCACAGG AGAGCCCCAA 
GACAAGCATA AATTTCCAAA ACATCAAAAG GAGCAGTTGC GTTGTTTACA AGCGCTCAGT 
TGGCTCACCA GTTCTGACCT TCTTGCTGCA ATAATCAGTT CTATGGCTGA ATTACAAGAC 
GTCATTGGTA AAGCAGATCC AAATTCCAGA ATTTGTGGAC ATTTACTCAT AGGTGCAGCC 
AAGAATTCTT TTGCAAAACT CATGGATAAA ATTAGTCTGG TAATGGAATG TATACCTCTG 
CACAGTAGCA GGAGTATTAC ATATGTAGAA AAAGATTCCC TGGTTCAGAG GCTGGCCCAT 
GGACTTCATA AAGTAAACAC ACTGGCCCTG AAATATGGTT TGCGTGGCCA TGTGCCCATT 
ACGAAAAGCA CAGCATCGTT GCAGAAGCAA ATACTTGGAT TTACACAAAG ACTGCATGCT 
GCAGAAGTGG AGCGCCGCTC ACTACGCTTA GAGGTCACAG AATTCAAACG AAGTGTGAAT 
GAAATGAAAA AGGAGCTTGA CAAAGCCCAG GGTCTGCAAA TGCAATTAAA TGAATTTAAG 
CAGTCTAAAT TGATCACCCA TGAGAAGTTT GAAAGTGCAT GTGAAGAACT AAATAATGCA 
TTACTTCGGG AAGAGCAGGC ACAAATGCTA TTGAATGAAC AGGCACAACA ACTACAGGAA 
TTGAATTATA AACTTGAATT GCACTCCAGT GAGGAAGCTG ACAAAAACCA AACTCTTGGA 
GAAGCTGTTA AGAGTCTCTC CGAGGCAAAG ATGGAGCTGA GAAGAAAAGA TCAATCTCTG 
CGTCAGCTCA ATAGACATCT TACCCAGCTG GAGCAGGACA AGCGTCGACT GGAGGAGAAC 
ATCCATGATG CAGAGAGTGC CCTCCGCATG GCAGCCAAAG ACAAAGAATG TGTTGCTAAT 
CACATGAGAG CAGTAGAAAA TACGCTTCAC AAGGTCAGAG ATCAGATCTC GCTGTCATGG 
TCTGCGGCAA GTAGGAATGA CTTCACCCTA CAGCTACCCA AACTGCACCT GGAGACCTTT 
GCAATGGAGG GGCTCAAGGG CGGGCCAGAG GTGGTAGCAT GCCAGGCTAT GATTAAAAGT 
TTCATGGATG TCTACCAGCT TGCAAGCACT AGAATCATGA CATTAGAGAA GGAAATGACA 
TCTCATCGAA GTCACATTGC AGCCTTGAAA TCAGAACTTC ACACAGCTTG TTTACGTGAA 
AATGCAAGTT TACAATCAAT AGGATCACGA GACCATTCAA ATCTCTCCAT TCCTTCAAGA 
GCTCCTCTTC CTGCTGACAC AACTGGTATT GGGGATTTCT TACCATTGAA AGCTGAACTT 
GATACTACTT ACACTTTCTT AAAGGAGACA TTTATAAATA CTGTGCCCCA TGCTCTGACA 
TCATCTCACT CCTCTCCAGT GACTATGTCT GCTAATGCCA ACAGACCAAC TCAGATTGGA 
TTATGA

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

RefSeq	XP_016869929.1
CDS	138..3863
Translation	MSHPDPSPAKTKVVNVHLEAQILGAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSIGSRDHSNLSIPSRAPLPADTTGIGDFLPLKAELDTTYTFLKETFINTVPHALTSSHSSPVTMSANANRPTQIGL

Target ORF information:

RefSeq Version	XM_017014440.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X16, mRNA.

Target ORF information:

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

XM_017014440.1

ORF Insert Sequence:

ATGAGCCATC CAGATCCTTC TCCAGCGAAG ACTAAAGTTG TTAACGTCCA CCTTGAAGCT 
CAGATTCTAG GTGCACAGAA TTCAGAACTT CAAGCAAAGA CAAATGAGAC TGAGAAAGCA 
TTTCAGACTT CTCAGCAAAA ATGGAAAGAA GAATGCAGAA GATTTGAACA TGATTTGGAG 
GAAAGAGACA ATATGATCCA AAATTGCAAT CGAGAATATG ATTTACTTAT GAAAGAAAAA 
AGCAGACTAG AGAAAACTCT ACAGGAAGCG TTGGAAAAAC ATCAACGGGA GAAGAATGAG 
ATGGAGTCTC ATATCAGGGA GACAGCATTG GAGGAGTTTA GATTACAAGA AGAACAATGG 
GAAGCAGAAA GAAGAGAATT ACAATTTATA GTACAGGAGC AAGATACTGC TGTGCAAAAT 
ATGCATAAGA AAGTAGAAAA ATTAGAAACA GAACATATGG ACTGCTCTGA CCTTTTACGG 
CGACAAACAA GTGAACTTGA ATTTAGCACT CAACGAGAGG AACGCCTTAG AAAAGAATTT 
GAGGCAACTA CTCTAAGAGT GAGGAAATTA GAAGAAAACA TTGAAGCAGA AAGAGCAGCG 
CATTTGGAAT CAAAATTTAA TTCTGAAATT ATTCAGTTAC GGATTCGAGA CCTTGAAGGA 
GCTTTGCAAG TAGAGAAGGC CAGTCAAGCA GAAGCTGTTG CTGATTTGGA AATTATCAAG 
AATGAATTCA AAGAAGTTGA AAGTGCATAT GAGCGAGAAA AGCATAATGC ACAAGAGAGC 
TTTGCAAAAC TAAATTTATT AGAAAAAGAG TATTTCTCCA AAAATAAGAA ACTAAATGAA 
GACATCGAGG AACAGAAGAA AGTAATTATA GACCTTTCAA AGAGACTCCA GTATAATGAA 
AAAAGTTGCA GTGAATTACA GGAAGAACTA GTAATGGCTA AGAAGCACCA GGCCTTCCTA 
GTAGAGACAT GTGAAAATAA CGTGAAAGAA TTGGAATCGA TCTTGGACAG CTTTACTGTG 
TCGGGCCAGT GGACATCAGG CATCCACAAG GACAAAGATA AACCTCCCAG CTTCTCTGTT 
GTCCTTGAGA GATTGAGGCG TACCTTGACA GATTACCAGA ACAAGCTGGA AGATGCATCT 
AATGAGCTAA ACAGCATGAA TGATGTTAAG GAAAAGGCAT GTAATGAACT TGATTCTACG 
AAACAGAAGA TAGACTCTCA CACTAAAAAT ATAAAGGAAC TTCAGGATAA ACTGGCTGAT 
GTTAATAAAG AGTTAAGTCA TTTACACACT AAATGTGCAG ACCGAGAGGC TTTAATAAGC 
ACTTTAAAAG TGGAACTACA AAATGTGCTG CACTGTTGGG AGAAAGAAAA GGCTCAGGCA 
GCCCAGTCTG AAAGTGAACT GCAGAAGCTT TCCCAGGCTT TCCATAAGGA TGCAGAGGAG 
AAGCTAACCT TCCTTCACAC CTTATATCAG CACTTGGTAG CAGGCTGTGT GCTCATAAAA 
CAACCAGAAG GCATGCTGGA TAAATTCTCT TGGTCTGAGC TTTGTGCAGT CTTACAGGAG 
AATGTTGATG CCCTGATTGC AGACCTCAAC AGGGCTAATG AGAAGATAAG GCATCTAGAG 
TATATCTGTA AAAACAAGTC TGACACGATG AGAGAGCTTC AGCAGACTCA GGAAGACACC 
TTTACCAAAG TGGCAGAACA GATCAAAGCC CAAGAGAGCT GCTGGCACAG ACAAAAGAAG 
GAACTAGAGC TGCAGTATTC TGAACTCTTC CTGGAGGTGC AGAAGAGGGC ACAGAAATTT 
CAAGAAATTG CTGAAAAAAA CATGGAAAAA TTGAACCATA TTGAGAAGTC ACATGAACAG 
TTGGTTCTTG AAAATTCGCA CTTCAAAAAA CTGTTATCAC AGACTCAAAG GGAACAGATG 
TCCTTGCTGG CAGCCTGTGC ATTAATGGCT GGTGCCTTAT ATCCCCTCTA TAGCCGATCA 
TGCGCCTTGT CTACACAGAG AGATTTTCTC CAGGAGCAGG TCAACACCTT TGAGTTGTTC 
AAACTGGAAA TTAGAACTCT AGCCCAGGCT TTGTCAACTG TAGAGGAAAA GAAGCAAGAG 
GAAGCCAAGA TGAAAAAGAA AACATTCAAA GGATTGATAC GTATATTTCG GAAAGGTGTT 
ATTGCTGTTT TGGCAGCAAA CAGACTCAAG ATTTTGGGCC AATCATGTGC CTCTCTTTTT 
ACCTGGATGG AGAGTTTCAA AGAAGGCATA GGCATGTTAG TGTGCACAGG AGAGCCCCAA 
GACAAGCATA AATTTCCAAA ACATCAAAAG GAGCAGTTGC GTTGTTTACA AGCGCTCAGT 
TGGCTCACCA GTTCTGACCT TCTTGCTGCA ATAATCAGTT CTATGGCTGA ATTACAAGAC 
GTCATTGGTA AAGCAGATCC AAATTCCAGA ATTTGTGGAC ATTTACTCAT AGGTGCAGCC 
AAGAATTCTT TTGCAAAACT CATGGATAAA ATTAGTCTGG TAATGGAATG TATACCTCTG 
CACAGTAGCA GGAGTATTAC ATATGTAGAA AAAGATTCCC TGGTTCAGAG GCTGGCCCAT 
GGACTTCATA AAGTAAACAC ACTGGCCCTG AAATATGGTT TGCGTGGCCA TGTGCCCATT 
ACGAAAAGCA CAGCATCGTT GCAGAAGCAA ATACTTGGAT TTACACAAAG ACTGCATGCT 
GCAGAAGTGG AGCGCCGCTC ACTACGCTTA GAGGTCACAG AATTCAAACG AAGTGTGAAT 
GAAATGAAAA AGGAGCTTGA CAAAGCCCAG GGTCTGCAAA TGCAATTAAA TGAATTTAAG 
CAGTCTAAAT TGATCACCCA TGAGAAGTTT GAAAGTGCAT GTGAAGAACT AAATAATGCA 
TTACTTCGGG AAGAGCAGGC ACAAATGCTA TTGAATGAAC AGGCACAACA ACTACAGGAA 
TTGAATTATA AACTTGAATT GCACTCCAGT GAGGAAGCTG ACAAAAACCA AACTCTTGGA 
GAAGCTGTTA AGAGTCTCTC CGAGGCAAAG ATGGAGCTGA GAAGAAAAGA TCAATCTCTG 
CGTCAGCTCA ATAGACATCT TACCCAGCTG GAGCAGGACA AGCGTCGACT GGAGGAGAAC 
ATCCATGATG CAGAGAGTGC CCTCCGCATG GCAGCCAAAG ACAAAGAATG TGTTGCTAAT 
CACATGAGAG CAGTAGAAAA TACGCTTCAC AAGGTCAGAG ATCAGATCTC GCTGTCATGG 
TCTGCGGCAA GTAGGAATGA CTTCACCCTA CAGCTACCCA AACTGCACCT GGAGACCTTT 
GCAATGGAGG GGCTCAAGGG CGGGCCAGAG GTGGTAGCAT GCCAGGCTAT GATTAAAAGT 
TTCATGGATG TCTACCAGCT TGCAAGCACT AGAATCATGA CATTAGAGAA GGAAATGACA 
TCTCATCGAA GTCACATTGC AGCCTTGAAA TCAGAACTTC ACACAGCTTG TTTACGTGAA 
AATGCAAGTT TACAATCAAT AGGATCACGA GACCATTCAA ATCTCTCCAT TCCTTCAAGA 
GCTCCTCTTC CTGCTGACAC AACTGGTATT GGGGATTTCT TACCATTGAA AGCTGAACTT 
GATACTACTT ACACTTTCTT AAAGGAGACA TTTATAAATA CTGTGCCCCA TGCTCTGACA 
TCATCTCACT CCTCTCCAGT GACTATGTCT GCTAATGCCA ACAGACCAAC TCAGATTGGA 
TTATGA

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

CCDC171 ( XM_017014441.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869930.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X18, mRNA.

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CloneID	OHu98509
Clone ID Related Accession (Same CDS sequence)	XM_017014441.1 , XM_017014441.2
Accession Version	XM_017014441.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3672bp) 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	coiled-coil domain-containing protein 171 isoform X12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) annotated using gene prediction method: Gnomon, supported by 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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGTTGTTT AGTTTATGTG ATGAATCACG TTTATTGATT 
TGGTTATGTT GA

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

RefSeq	XP_016869930.1
CDS	437..4108
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQLFSLCDESRLLIWLC

Target ORF information:

RefSeq Version	XM_017014441.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X18, mRNA.

Target ORF information:

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

XM_017014441.1

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGTTGTTT AGTTTATGTG ATGAATCACG TTTATTGATT 
TGGTTATGTT GA

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

CCDC171 ( XM_017014441.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869930.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X17, mRNA.

Price & Availability↑

CloneID	OHu98509
Clone ID Related Accession (Same CDS sequence)	XM_017014441.1 , XM_017014441.2
Accession Version	XM_017014441.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3672bp) 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	coiled-coil domain-containing protein 171 isoform X12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017014441.1. ##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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGTTGTTT AGTTTATGTG ATGAATCACG TTTATTGATT 
TGGTTATGTT GA

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

RefSeq	XP_016869930.1
CDS	471..4142
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQLFSLCDESRLLIWLC

Target ORF information:

RefSeq Version	XM_017014441.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X17, mRNA.

Target ORF information:

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

XM_017014441.2

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGTTGTTT AGTTTATGTG ATGAATCACG TTTATTGATT 
TGGTTATGTT GA

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

CCDC171 ( XM_017014442.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869931.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X20, mRNA.

Price & Availability↑

CloneID	OHu98510
Clone ID Related Accession (Same CDS sequence)	XM_017014442.1 , XM_017014442.2
Accession Version	XM_017014442.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3663bp) 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	coiled-coil domain-containing protein 171 isoform X13
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) annotated using gene prediction method: Gnomon, supported by 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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGTATAAA AATATGTGCA TTTATACTAA GTGTGGCTAC 
TGA

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

RefSeq	XP_016869931.1
CDS	437..4099
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQYKNMCIYTKCGY

Target ORF information:

RefSeq Version	XM_017014442.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X20, mRNA.

Target ORF information:

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

XM_017014442.1

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGTATAAA AATATGTGCA TTTATACTAA GTGTGGCTAC 
TGA

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

CCDC171 ( XM_017014442.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869931.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X19, mRNA.

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CloneID	OHu98510
Clone ID Related Accession (Same CDS sequence)	XM_017014442.1 , XM_017014442.2
Accession Version	XM_017014442.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3663bp) 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	coiled-coil domain-containing protein 171 isoform X13
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017014442.1. ##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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGTATAAA AATATGTGCA TTTATACTAA GTGTGGCTAC 
TGA

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

RefSeq	XP_016869931.1
CDS	471..4133
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQYKNMCIYTKCGY

Target ORF information:

RefSeq Version	XM_017014442.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X19, mRNA.

Target ORF information:

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

XM_017014442.2

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGTATAAA AATATGTGCA TTTATACTAA GTGTGGCTAC 
TGA

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

CCDC171 ( XM_017014443.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869932.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X20, mRNA.

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CloneID	OHu98511
Clone ID Related Accession (Same CDS sequence)	XM_017014443.1
Accession Version	XM_017014443.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3450bp) 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	coiled-coil domain-containing protein 171 isoform X14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) 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##

ATGGGAAGCA GAAAGAAGAG AATTACAATT TATAGTACAG CTAAGCAAAG ATTTGAAAGC 
TTTTTGAAAA TCCAAGAGGA AATGAAACAC AGCCATCTAG TGGATGCAAT TTTAAAAGCT 
GAGCAAGATA CTGCTGTGCA AAATATGCAT AAGAAAGTAG AAAAATTAGA AACAGAACAT 
ATGGACTGCT CTGACCTTTT ACGGCGACAA ACAAGTGAAC TTGAATTTAG CACTCAACGA 
GAGGAACGCC TTAGAAAAGA ATTTGAGGCA ACTACTCTAA GAGTGAGGAA ATTAGAAGAA 
AACATTGAAG CAGAAAGAGC AGCGCATTTG GAATCAAAAT TTAATTCTGA AATTATTCAG 
TTACGGATTC GAGACCTTGA AGGAGCTTTG CAAGTAGAGA AGGCCAGTCA AGCAGAAGCT 
GTTGCTGATT TGGAAATTAT CAAGAATGAA TTCAAAGAAG TTGAAAGTGC ATATGAGCGA 
GAAAAGCATA ATGCACAAGA GAGCTTTGCA AAACTAAATT TATTAGAAAA AGAGTATTTC 
TCCAAAAATA AGAAACTAAA TGAAGACATC GAGGAACAGA AGAAAGTAAT TATAGACCTT 
TCAAAGAGAC TCCAGTATAA TGAAAAAAGT TGCAGTGAAT TACAGGAAGA ACTAGTAATG 
GCTAAGAAGC ACCAGGCCTT CCTAGTAGAG ACATGTGAAA ATAACGTGAA AGAATTGGAA 
TCGATCTTGG ACAGCTTTAC TGTGTCGGGC CAGTGGACAT CAGGCATCCA CAAGGACAAA 
GATAAACCTC CCAGCTTCTC TGTTGTCCTT GAGAGATTGA GGCGTACCTT GACAGATTAC 
CAGAACAAGC TGGAAGATGC ATCTAATGAG CTAAACAGCA TGAATGATGT TAAGGAAAAG 
GCATGTAATG AACTTGATTC TACGAAACAG AAGATAGACT CTCACACTAA AAATATAAAG 
GAACTTCAGG ATAAACTGGC TGATGTTAAT AAAGAGTTAA GTCATTTACA CACTAAATGT 
GCAGACCGAG AGGCTTTAAT AAGCACTTTA AAAGTGGAAC TACAAAATGT GCTGCACTGT 
TGGGAGAAAG AAAAGGCTCA GGCAGCCCAG TCTGAAAGTG AACTGCAGAA GCTTTCCCAG 
GCTTTCCATA AGGATGCAGA GGAGAAGCTA ACCTTCCTTC ACACCTTATA TCAGCACTTG 
GTAGCAGGCT GTGTGCTCAT AAAACAACCA GAAGGCATGC TGGATAAATT CTCTTGGTCT 
GAGCTTTGTG CAGTCTTACA GGAGAATGTT GATGCCCTGA TTGCAGACCT CAACAGGGCT 
AATGAGAAGA TAAGGCATCT AGAGTATATC TGTAAAAACA AGTCTGACAC GATGAGAGAG 
CTTCAGCAGA CTCAGGAAGA CACCTTTACC AAAGTGGCAG AACAGATCAA AGCCCAAGAG 
AGCTGCTGGC ACAGACAAAA GAAGGAACTA GAGCTGCAGT ATTCTGAACT CTTCCTGGAG 
GTGCAGAAGA GGGCACAGAA ATTTCAAGAA ATTGCTGAAA AAAACATGGA AAAATTGAAC 
CATATTGAGA AGTCACATGA ACAGTTGGTT CTTGAAAATT CGCACTTCAA AAAACTGTTA 
TCACAGACTC AAAGGGAACA GATGTCCTTG CTGGCAGCCT GTGCATTAAT GGCTGGTGCC 
TTATATCCCC TCTATAGCCG ATCATGCGCC TTGTCTACAC AGAGAGATTT TCTCCAGGAG 
CAGGTCAACA CCTTTGAGTT GTTCAAACTG GAAATTAGAA CTCTAGCCCA GGCTTTGTCA 
ACTGTAGAGG AAAAGAAGCA AGAGGAAGCC AAGATGAAAA AGAAAACATT CAAAGGATTG 
ATACGTATAT TTCGGAAAGG TGTTATTGCT GTTTTGGCAG CAAACAGACT CAAGATTTTG 
GGCCAATCAT GTGCCTCTCT TTTTACCTGG ATGGAGAGTT TCAAAGAAGG CATAGGCATG 
TTAGTGTGCA CAGGAGAGCC CCAAGACAAG CATAAATTTC CAAAACATCA AAAGGAGCAG 
TTGCGTTGTT TACAAGCGCT CAGTTGGCTC ACCAGTTCTG ACCTTCTTGC TGCAATAATC 
AGTTCTATGG CTGAATTACA AGACGTCATT GGTAAAGCAG ATCCAAATTC CAGAATTTGT 
GGACATTTAC TCATAGGTGC AGCCAAGAAT TCTTTTGCAA AACTCATGGA TAAAATTAGT 
CTGGTAATGG AATGTATACC TCTGCACAGT AGCAGGAGTA TTACATATGT AGAAAAAGAT 
TCCCTGGTTC AGAGGCTGGC CCATGGACTT CATAAAGTAA ACACACTGGC CCTGAAATAT 
GGTTTGCGTG GCCATGTGCC CATTACGAAA AGCACAGCAT CGTTGCAGAA GCAAATACTT 
GGATTTACAC AAAGACTGCA TGCTGCAGAA GTGGAGCGCC GCTCACTACG CTTAGAGGTC 
ACAGAATTCA AACGAAGTGT GAATGAAATG AAAAAGGAGC TTGACAAAGC CCAGGGTCTG 
CAAATGCAAT TAAATGAATT TAAGCAGTCT AAATTGATCA CCCATGAGAA GTTTGAAAGT 
GCATGTGAAG AACTAAATAA TGCATTACTT CGGGAAGAGC AGGCACAAAT GCTATTGAAT 
GAACAGGCAC AACAACTACA GGAATTGAAT TATAAACTTG AATTGCACTC CAGTGAGGAA 
GCTGACAAAA ACCAAACTCT TGGAGAAGCT GTTAAGAGTC TCTCCGAGGC AAAGATGGAG 
CTGAGAAGAA AAGATCAATC TCTGCGTCAG CTCAATAGAC ATCTTACCCA GCTGGAGCAG 
GACAAGCGTC GACTGGAGGA GAACATCCAT GATGCAGAGA GTGCCCTCCG CATGGCAGCC 
AAAGACAAAG AATGTGTTGC TAATCACATG AGAGCAGTAG AAAATACGCT TCACAAGGTC 
AGAGATCAGA TCTCGCTGTC ATGGTCTGCG GCAAGTAGGA ATGACTTCAC CCTACAGCTA 
CCCAAACTGC ACCTGGAGAC CTTTGCAATG GAGGGGCTCA AGGGCGGGCC AGAGGTGGTA 
GCATGCCAGG CTATGATTAA AAGTTTCATG GATGTCTACC AGCTTGCAAG CACTAGAATC 
ATGACATTAG AGAAGGAAAT GACATCTCAT CGAAGTCACA TTGCAGCCTT GAAATCAGAA 
CTTCACACAG CTTGTTTACG TGAAAATGCA AGTTTACAAT CAATAGGATC ACGAGACCAT 
TCAAATCTCT CCATTCCTTC AAGAGCTCCT CTTCCTGCTG ACACAACTGG TATTGGGGAT 
TTCTTACCAT TGAAAGCTGA ACTTGATACT ACTTACACTT TCTTAAAGGA GACATTTATA 
AATACTGTGC CCCATGCTCT GACATCATCT CACTCCTCTC CAGTGACTAT GTCTGCTAAT 
GCCAACAGAC CAACTCAGAT TGGATTATGA

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

RefSeq	XP_016869932.1
CDS	475..3924
Translation	MGSRKKRITIYSTAKQRFESFLKIQEEMKHSHLVDAILKAEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSIGSRDHSNLSIPSRAPLPADTTGIGDFLPLKAELDTTYTFLKETFINTVPHALTSSHSSPVTMSANANRPTQIGL

Target ORF information:

RefSeq Version	XM_017014443.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X20, mRNA.

Target ORF information:

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

XM_017014443.1

ORF Insert Sequence:

ATGGGAAGCA GAAAGAAGAG AATTACAATT TATAGTACAG CTAAGCAAAG ATTTGAAAGC 
TTTTTGAAAA TCCAAGAGGA AATGAAACAC AGCCATCTAG TGGATGCAAT TTTAAAAGCT 
GAGCAAGATA CTGCTGTGCA AAATATGCAT AAGAAAGTAG AAAAATTAGA AACAGAACAT 
ATGGACTGCT CTGACCTTTT ACGGCGACAA ACAAGTGAAC TTGAATTTAG CACTCAACGA 
GAGGAACGCC TTAGAAAAGA ATTTGAGGCA ACTACTCTAA GAGTGAGGAA ATTAGAAGAA 
AACATTGAAG CAGAAAGAGC AGCGCATTTG GAATCAAAAT TTAATTCTGA AATTATTCAG 
TTACGGATTC GAGACCTTGA AGGAGCTTTG CAAGTAGAGA AGGCCAGTCA AGCAGAAGCT 
GTTGCTGATT TGGAAATTAT CAAGAATGAA TTCAAAGAAG TTGAAAGTGC ATATGAGCGA 
GAAAAGCATA ATGCACAAGA GAGCTTTGCA AAACTAAATT TATTAGAAAA AGAGTATTTC 
TCCAAAAATA AGAAACTAAA TGAAGACATC GAGGAACAGA AGAAAGTAAT TATAGACCTT 
TCAAAGAGAC TCCAGTATAA TGAAAAAAGT TGCAGTGAAT TACAGGAAGA ACTAGTAATG 
GCTAAGAAGC ACCAGGCCTT CCTAGTAGAG ACATGTGAAA ATAACGTGAA AGAATTGGAA 
TCGATCTTGG ACAGCTTTAC TGTGTCGGGC CAGTGGACAT CAGGCATCCA CAAGGACAAA 
GATAAACCTC CCAGCTTCTC TGTTGTCCTT GAGAGATTGA GGCGTACCTT GACAGATTAC 
CAGAACAAGC TGGAAGATGC ATCTAATGAG CTAAACAGCA TGAATGATGT TAAGGAAAAG 
GCATGTAATG AACTTGATTC TACGAAACAG AAGATAGACT CTCACACTAA AAATATAAAG 
GAACTTCAGG ATAAACTGGC TGATGTTAAT AAAGAGTTAA GTCATTTACA CACTAAATGT 
GCAGACCGAG AGGCTTTAAT AAGCACTTTA AAAGTGGAAC TACAAAATGT GCTGCACTGT 
TGGGAGAAAG AAAAGGCTCA GGCAGCCCAG TCTGAAAGTG AACTGCAGAA GCTTTCCCAG 
GCTTTCCATA AGGATGCAGA GGAGAAGCTA ACCTTCCTTC ACACCTTATA TCAGCACTTG 
GTAGCAGGCT GTGTGCTCAT AAAACAACCA GAAGGCATGC TGGATAAATT CTCTTGGTCT 
GAGCTTTGTG CAGTCTTACA GGAGAATGTT GATGCCCTGA TTGCAGACCT CAACAGGGCT 
AATGAGAAGA TAAGGCATCT AGAGTATATC TGTAAAAACA AGTCTGACAC GATGAGAGAG 
CTTCAGCAGA CTCAGGAAGA CACCTTTACC AAAGTGGCAG AACAGATCAA AGCCCAAGAG 
AGCTGCTGGC ACAGACAAAA GAAGGAACTA GAGCTGCAGT ATTCTGAACT CTTCCTGGAG 
GTGCAGAAGA GGGCACAGAA ATTTCAAGAA ATTGCTGAAA AAAACATGGA AAAATTGAAC 
CATATTGAGA AGTCACATGA ACAGTTGGTT CTTGAAAATT CGCACTTCAA AAAACTGTTA 
TCACAGACTC AAAGGGAACA GATGTCCTTG CTGGCAGCCT GTGCATTAAT GGCTGGTGCC 
TTATATCCCC TCTATAGCCG ATCATGCGCC TTGTCTACAC AGAGAGATTT TCTCCAGGAG 
CAGGTCAACA CCTTTGAGTT GTTCAAACTG GAAATTAGAA CTCTAGCCCA GGCTTTGTCA 
ACTGTAGAGG AAAAGAAGCA AGAGGAAGCC AAGATGAAAA AGAAAACATT CAAAGGATTG 
ATACGTATAT TTCGGAAAGG TGTTATTGCT GTTTTGGCAG CAAACAGACT CAAGATTTTG 
GGCCAATCAT GTGCCTCTCT TTTTACCTGG ATGGAGAGTT TCAAAGAAGG CATAGGCATG 
TTAGTGTGCA CAGGAGAGCC CCAAGACAAG CATAAATTTC CAAAACATCA AAAGGAGCAG 
TTGCGTTGTT TACAAGCGCT CAGTTGGCTC ACCAGTTCTG ACCTTCTTGC TGCAATAATC 
AGTTCTATGG CTGAATTACA AGACGTCATT GGTAAAGCAG ATCCAAATTC CAGAATTTGT 
GGACATTTAC TCATAGGTGC AGCCAAGAAT TCTTTTGCAA AACTCATGGA TAAAATTAGT 
CTGGTAATGG AATGTATACC TCTGCACAGT AGCAGGAGTA TTACATATGT AGAAAAAGAT 
TCCCTGGTTC AGAGGCTGGC CCATGGACTT CATAAAGTAA ACACACTGGC CCTGAAATAT 
GGTTTGCGTG GCCATGTGCC CATTACGAAA AGCACAGCAT CGTTGCAGAA GCAAATACTT 
GGATTTACAC AAAGACTGCA TGCTGCAGAA GTGGAGCGCC GCTCACTACG CTTAGAGGTC 
ACAGAATTCA AACGAAGTGT GAATGAAATG AAAAAGGAGC TTGACAAAGC CCAGGGTCTG 
CAAATGCAAT TAAATGAATT TAAGCAGTCT AAATTGATCA CCCATGAGAA GTTTGAAAGT 
GCATGTGAAG AACTAAATAA TGCATTACTT CGGGAAGAGC AGGCACAAAT GCTATTGAAT 
GAACAGGCAC AACAACTACA GGAATTGAAT TATAAACTTG AATTGCACTC CAGTGAGGAA 
GCTGACAAAA ACCAAACTCT TGGAGAAGCT GTTAAGAGTC TCTCCGAGGC AAAGATGGAG 
CTGAGAAGAA AAGATCAATC TCTGCGTCAG CTCAATAGAC ATCTTACCCA GCTGGAGCAG 
GACAAGCGTC GACTGGAGGA GAACATCCAT GATGCAGAGA GTGCCCTCCG CATGGCAGCC 
AAAGACAAAG AATGTGTTGC TAATCACATG AGAGCAGTAG AAAATACGCT TCACAAGGTC 
AGAGATCAGA TCTCGCTGTC ATGGTCTGCG GCAAGTAGGA ATGACTTCAC CCTACAGCTA 
CCCAAACTGC ACCTGGAGAC CTTTGCAATG GAGGGGCTCA AGGGCGGGCC AGAGGTGGTA 
GCATGCCAGG CTATGATTAA AAGTTTCATG GATGTCTACC AGCTTGCAAG CACTAGAATC 
ATGACATTAG AGAAGGAAAT GACATCTCAT CGAAGTCACA TTGCAGCCTT GAAATCAGAA 
CTTCACACAG CTTGTTTACG TGAAAATGCA AGTTTACAAT CAATAGGATC ACGAGACCAT 
TCAAATCTCT CCATTCCTTC AAGAGCTCCT CTTCCTGCTG ACACAACTGG TATTGGGGAT 
TTCTTACCAT TGAAAGCTGA ACTTGATACT ACTTACACTT TCTTAAAGGA GACATTTATA 
AATACTGTGC CCCATGCTCT GACATCATCT CACTCCTCTC CAGTGACTAT GTCTGCTAAT 
GCCAACAGAC CAACTCAGAT TGGATTATGA

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

CCDC171 ( NM_173550.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_775821.2 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant 1, mRNA.

Price & Availability↑

CloneID	OHu07292
Clone ID Related Accession (Same CDS sequence)	NM_173550.3 , NM_173550.4
Accession Version	NM_173550.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3981bp) 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	2017-09-19
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 171 isoform 1
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from CR936775.1, AY422473.1, AK128581.1, AL592153.6 and AI243499.1. This sequence is a reference standard in the RefSeqGene project. On Dec 29, 2016 this sequence version replaced NM_173550.2. Transcript Variant: This variant (1) encodes the longer isoform (1). Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## Transcript exon combination :: AY422473.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1968968 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGGAAAA GGCATGTAAT 
GAACTTGATT CTACGAAACA GAAGATAGAC TCTCACACTA AAAATATAAA GGAACTTCAG 
GATAAACTGG CTGATGTTAA TAAAGAGTTA AGTCATTTAC ACACTAAATG TGCAGACCGA 
GAGGCTTTAA TAAGCACTTT AAAAGTGGAA CTACAAAATG TGCTGCACTG TTGGGAGAAA 
GAAAAGGCTC AGGCAGCCCA GTCTGAAAGT GAACTGCAGA AGCTTTCCCA GGCTTTCCAT 
AAGGATGCAG AGGAGAAGCT AACCTTCCTT CACACCTTAT ATCAGCACTT GGTAGCAGGC 
TGTGTGCTCA TAAAACAACC AGAAGGCATG CTGGATAAAT TCTCTTGGTC TGAGCTTTGT 
GCAGTCTTAC AGGAGAATGT TGATGCCCTG ATTGCAGACC TCAACAGGGC TAATGAGAAG 
ATAAGGCATC TAGAGTATAT CTGTAAAAAC AAGTCTGACA CGATGAGAGA GCTTCAGCAG 
ACTCAGGAAG ACACCTTTAC CAAAGTGGCA GAACAGATCA AAGCCCAAGA GAGCTGCTGG 
CACAGACAAA AGAAGGAACT AGAGCTGCAG TATTCTGAAC TCTTCCTGGA GGTGCAGAAG 
AGGGCACAGA AATTTCAAGA AATTGCTGAA AAAAACATGG AAAAATTGAA CCATATTGAG 
AAGTCACATG AACAGTTGGT TCTTGAAAAT TCGCACTTCA AAAAACTGTT ATCACAGACT 
CAAAGGGAAC AGATGTCCTT GCTGGCAGCC TGTGCATTAA TGGCTGGTGC CTTATATCCC 
CTCTATAGCC GATCATGCGC CTTGTCTACA CAGAGAGATT TTCTCCAGGA GCAGGTCAAC 
ACCTTTGAGT TGTTCAAACT GGAAATTAGA ACTCTAGCCC AGGCTTTGTC AACTGTAGAG 
GAAAAGAAGC AAGAGGAAGC CAAGATGAAA AAGAAAACAT TCAAAGGATT GATACGTATA 
TTTCGGAAAG GTGTTATTGC TGTTTTGGCA GCAAACAGAC TCAAGATTTT GGGCCAATCA 
TGTGCCTCTC TTTTTACCTG GATGGAGAGT TTCAAAGAAG GCATAGGCAT GTTAGTGTGC 
ACAGGAGAGC CCCAAGACAA GCATAAATTT CCAAAACATC AAAAGGAGCA GTTGCGTTGT 
TTACAAGCGC TCAGTTGGCT CACCAGTTCT GACCTTCTTG CTGCAATAAT CAGTTCTATG 
GCTGAATTAC AAGACGTCAT TGGTAAAGCA GATCCAAATT CCAGAATTTG TGGACATTTA 
CTCATAGGTG CAGCCAAGAA TTCTTTTGCA AAACTCATGG ATAAAATTAG TCTGGTAATG 
GAATGTATAC CTCTGCACAG TAGCAGGAGT ATTACATATG TAGAAAAAGA TTCCCTGGTT 
CAGAGGCTGG CCCATGGACT TCATAAAGTA AACACACTGG CCCTGAAATA TGGTTTGCGT 
GGCCATGTGC CCATTACGAA AAGCACAGCA TCGTTGCAGA AGCAAATACT TGGATTTACA 
CAAAGACTGC ATGCTGCAGA AGTGGAGCGC CGCTCACTAC GCTTAGAGGT CACAGAATTC 
AAACGAAGTG TGAATGAAAT GAAAAAGGAG CTTGACAAAG CCCAGGGTCT GCAAATGCAA 
TTAAATGAAT TTAAGCAGTC TAAATTGATC ACCCATGAGA AGTTTGAAAG TGCATGTGAA 
GAACTAAATA ATGCATTACT TCGGGAAGAG CAGGCACAAA TGCTATTGAA TGAACAGGCA 
CAACAACTAC AGGAATTGAA TTATAAACTT GAATTGCACT CCAGTGAGGA AGCTGACAAA 
AACCAAACTC TTGGAGAAGC TGTTAAGAGT CTCTCCGAGG CAAAGATGGA GCTGAGAAGA 
AAAGATCAAT CTCTGCGTCA GCTCAATAGA CATCTTACCC AGCTGGAGCA GGACAAGCGT 
CGACTGGAGG AGAACATCCA TGATGCAGAG AGTGCCCTCC GCATGGCAGC CAAAGACAAA 
GAATGTGTTG CTAATCACAT GAGAGCAGTA GAAAATACGC TTCACAAGGT CAGAGATCAG 
ATCTCGCTGT CATGGTCTGC GGCAAGTAGG AATGACTTCA CCCTACAGCT ACCCAAACTG 
CACCTGGAGA CCTTTGCAAT GGAGGGGCTC AAGGGCGGGC CAGAGGTGGT AGCATGCCAG 
GCTATGATTA AAAGTTTCAT GGATGTCTAC CAGCTTGCAA GCACTAGAAT CATGACATTA 
GAGAAGGAAA TGACATCTCA TCGAAGTCAC ATTGCAGCCT TGAAATCAGA ACTTCACACA 
GCTTGTTTAC GTGAAAATGC AAGTTTACAA TCAATAGGAT CACGAGACCA TTCAAATCTC 
TCCATTCCTT CAAGAGCTCC TCTTCCTGCT GACACAACTG GTATTGGGGA TTTCTTACCA 
TTGAAAGCTG AACTTGATAC TACTTACACT TTCTTAAAGG AGACATTTAT AAATACTGTG 
CCCCATGCTC TGACATCATC TCACTCCTCT CCAGTGACTA TGTCTGCTAA TGCCAACAGA 
CCAACTCAGA TTGGATTATG A

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

RefSeq	NP_775821.2
CDS	408..4388
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNEEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSIGSRDHSNLSIPSRAPLPADTTGIGDFLPLKAELDTTYTFLKETFINTVPHALTSSHSSPVTMSANANRPTQIGL

Target ORF information:

RefSeq Version	NM_173550.3
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant 1, mRNA.

Target ORF information:

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

NM_173550.3

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGGAAAA GGCATGTAAT 
GAACTTGATT CTACGAAACA GAAGATAGAC TCTCACACTA AAAATATAAA GGAACTTCAG 
GATAAACTGG CTGATGTTAA TAAAGAGTTA AGTCATTTAC ACACTAAATG TGCAGACCGA 
GAGGCTTTAA TAAGCACTTT AAAAGTGGAA CTACAAAATG TGCTGCACTG TTGGGAGAAA 
GAAAAGGCTC AGGCAGCCCA GTCTGAAAGT GAACTGCAGA AGCTTTCCCA GGCTTTCCAT 
AAGGATGCAG AGGAGAAGCT AACCTTCCTT CACACCTTAT ATCAGCACTT GGTAGCAGGC 
TGTGTGCTCA TAAAACAACC AGAAGGCATG CTGGATAAAT TCTCTTGGTC TGAGCTTTGT 
GCAGTCTTAC AGGAGAATGT TGATGCCCTG ATTGCAGACC TCAACAGGGC TAATGAGAAG 
ATAAGGCATC TAGAGTATAT CTGTAAAAAC AAGTCTGACA CGATGAGAGA GCTTCAGCAG 
ACTCAGGAAG ACACCTTTAC CAAAGTGGCA GAACAGATCA AAGCCCAAGA GAGCTGCTGG 
CACAGACAAA AGAAGGAACT AGAGCTGCAG TATTCTGAAC TCTTCCTGGA GGTGCAGAAG 
AGGGCACAGA AATTTCAAGA AATTGCTGAA AAAAACATGG AAAAATTGAA CCATATTGAG 
AAGTCACATG AACAGTTGGT TCTTGAAAAT TCGCACTTCA AAAAACTGTT ATCACAGACT 
CAAAGGGAAC AGATGTCCTT GCTGGCAGCC TGTGCATTAA TGGCTGGTGC CTTATATCCC 
CTCTATAGCC GATCATGCGC CTTGTCTACA CAGAGAGATT TTCTCCAGGA GCAGGTCAAC 
ACCTTTGAGT TGTTCAAACT GGAAATTAGA ACTCTAGCCC AGGCTTTGTC AACTGTAGAG 
GAAAAGAAGC AAGAGGAAGC CAAGATGAAA AAGAAAACAT TCAAAGGATT GATACGTATA 
TTTCGGAAAG GTGTTATTGC TGTTTTGGCA GCAAACAGAC TCAAGATTTT GGGCCAATCA 
TGTGCCTCTC TTTTTACCTG GATGGAGAGT TTCAAAGAAG GCATAGGCAT GTTAGTGTGC 
ACAGGAGAGC CCCAAGACAA GCATAAATTT CCAAAACATC AAAAGGAGCA GTTGCGTTGT 
TTACAAGCGC TCAGTTGGCT CACCAGTTCT GACCTTCTTG CTGCAATAAT CAGTTCTATG 
GCTGAATTAC AAGACGTCAT TGGTAAAGCA GATCCAAATT CCAGAATTTG TGGACATTTA 
CTCATAGGTG CAGCCAAGAA TTCTTTTGCA AAACTCATGG ATAAAATTAG TCTGGTAATG 
GAATGTATAC CTCTGCACAG TAGCAGGAGT ATTACATATG TAGAAAAAGA TTCCCTGGTT 
CAGAGGCTGG CCCATGGACT TCATAAAGTA AACACACTGG CCCTGAAATA TGGTTTGCGT 
GGCCATGTGC CCATTACGAA AAGCACAGCA TCGTTGCAGA AGCAAATACT TGGATTTACA 
CAAAGACTGC ATGCTGCAGA AGTGGAGCGC CGCTCACTAC GCTTAGAGGT CACAGAATTC 
AAACGAAGTG TGAATGAAAT GAAAAAGGAG CTTGACAAAG CCCAGGGTCT GCAAATGCAA 
TTAAATGAAT TTAAGCAGTC TAAATTGATC ACCCATGAGA AGTTTGAAAG TGCATGTGAA 
GAACTAAATA ATGCATTACT TCGGGAAGAG CAGGCACAAA TGCTATTGAA TGAACAGGCA 
CAACAACTAC AGGAATTGAA TTATAAACTT GAATTGCACT CCAGTGAGGA AGCTGACAAA 
AACCAAACTC TTGGAGAAGC TGTTAAGAGT CTCTCCGAGG CAAAGATGGA GCTGAGAAGA 
AAAGATCAAT CTCTGCGTCA GCTCAATAGA CATCTTACCC AGCTGGAGCA GGACAAGCGT 
CGACTGGAGG AGAACATCCA TGATGCAGAG AGTGCCCTCC GCATGGCAGC CAAAGACAAA 
GAATGTGTTG CTAATCACAT GAGAGCAGTA GAAAATACGC TTCACAAGGT CAGAGATCAG 
ATCTCGCTGT CATGGTCTGC GGCAAGTAGG AATGACTTCA CCCTACAGCT ACCCAAACTG 
CACCTGGAGA CCTTTGCAAT GGAGGGGCTC AAGGGCGGGC CAGAGGTGGT AGCATGCCAG 
GCTATGATTA AAAGTTTCAT GGATGTCTAC CAGCTTGCAA GCACTAGAAT CATGACATTA 
GAGAAGGAAA TGACATCTCA TCGAAGTCAC ATTGCAGCCT TGAAATCAGA ACTTCACACA 
GCTTGTTTAC GTGAAAATGC AAGTTTACAA TCAATAGGAT CACGAGACCA TTCAAATCTC 
TCCATTCCTT CAAGAGCTCC TCTTCCTGCT GACACAACTG GTATTGGGGA TTTCTTACCA 
TTGAAAGCTG AACTTGATAC TACTTACACT TTCTTAAAGG AGACATTTAT AAATACTGTG 
CCCCATGCTC TGACATCATC TCACTCCTCT CCAGTGACTA TGTCTGCTAA TGCCAACAGA 
CCAACTCAGA TTGGATTATG A

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

CCDC171 ( NM_173550.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_775821.2 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant 1, mRNA.

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CloneID	OHu07292
Clone ID Related Accession (Same CDS sequence)	NM_173550.3 , NM_173550.4
Accession Version	NM_173550.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3981bp) 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	2019-08-21
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 171 isoform 1
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from CR936775.1, AY422473.1, AK128581.1, AL592153.6 and AI243499.1. This sequence is a reference standard in the RefSeqGene project. On Nov 23, 2018 this sequence version replaced NM_173550.3. Transcript Variant: This variant (1) encodes the longer isoform (1). Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## Transcript exon combination :: AY422473.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1968968 [ECO:0000350] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000380701.8/ ENSP00000370077.3 RefSeq Select criteria :: based on conservation ##RefSeq-Attributes-END## COMPLETENESS: full length.

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGGAAAA GGCATGTAAT 
GAACTTGATT CTACGAAACA GAAGATAGAC TCTCACACTA AAAATATAAA GGAACTTCAG 
GATAAACTGG CTGATGTTAA TAAAGAGTTA AGTCATTTAC ACACTAAATG TGCAGACCGA 
GAGGCTTTAA TAAGCACTTT AAAAGTGGAA CTACAAAATG TGCTGCACTG TTGGGAGAAA 
GAAAAGGCTC AGGCAGCCCA GTCTGAAAGT GAACTGCAGA AGCTTTCCCA GGCTTTCCAT 
AAGGATGCAG AGGAGAAGCT AACCTTCCTT CACACCTTAT ATCAGCACTT GGTAGCAGGC 
TGTGTGCTCA TAAAACAACC AGAAGGCATG CTGGATAAAT TCTCTTGGTC TGAGCTTTGT 
GCAGTCTTAC AGGAGAATGT TGATGCCCTG ATTGCAGACC TCAACAGGGC TAATGAGAAG 
ATAAGGCATC TAGAGTATAT CTGTAAAAAC AAGTCTGACA CGATGAGAGA GCTTCAGCAG 
ACTCAGGAAG ACACCTTTAC CAAAGTGGCA GAACAGATCA AAGCCCAAGA GAGCTGCTGG 
CACAGACAAA AGAAGGAACT AGAGCTGCAG TATTCTGAAC TCTTCCTGGA GGTGCAGAAG 
AGGGCACAGA AATTTCAAGA AATTGCTGAA AAAAACATGG AAAAATTGAA CCATATTGAG 
AAGTCACATG AACAGTTGGT TCTTGAAAAT TCGCACTTCA AAAAACTGTT ATCACAGACT 
CAAAGGGAAC AGATGTCCTT GCTGGCAGCC TGTGCATTAA TGGCTGGTGC CTTATATCCC 
CTCTATAGCC GATCATGCGC CTTGTCTACA CAGAGAGATT TTCTCCAGGA GCAGGTCAAC 
ACCTTTGAGT TGTTCAAACT GGAAATTAGA ACTCTAGCCC AGGCTTTGTC AACTGTAGAG 
GAAAAGAAGC AAGAGGAAGC CAAGATGAAA AAGAAAACAT TCAAAGGATT GATACGTATA 
TTTCGGAAAG GTGTTATTGC TGTTTTGGCA GCAAACAGAC TCAAGATTTT GGGCCAATCA 
TGTGCCTCTC TTTTTACCTG GATGGAGAGT TTCAAAGAAG GCATAGGCAT GTTAGTGTGC 
ACAGGAGAGC CCCAAGACAA GCATAAATTT CCAAAACATC AAAAGGAGCA GTTGCGTTGT 
TTACAAGCGC TCAGTTGGCT CACCAGTTCT GACCTTCTTG CTGCAATAAT CAGTTCTATG 
GCTGAATTAC AAGACGTCAT TGGTAAAGCA GATCCAAATT CCAGAATTTG TGGACATTTA 
CTCATAGGTG CAGCCAAGAA TTCTTTTGCA AAACTCATGG ATAAAATTAG TCTGGTAATG 
GAATGTATAC CTCTGCACAG TAGCAGGAGT ATTACATATG TAGAAAAAGA TTCCCTGGTT 
CAGAGGCTGG CCCATGGACT TCATAAAGTA AACACACTGG CCCTGAAATA TGGTTTGCGT 
GGCCATGTGC CCATTACGAA AAGCACAGCA TCGTTGCAGA AGCAAATACT TGGATTTACA 
CAAAGACTGC ATGCTGCAGA AGTGGAGCGC CGCTCACTAC GCTTAGAGGT CACAGAATTC 
AAACGAAGTG TGAATGAAAT GAAAAAGGAG CTTGACAAAG CCCAGGGTCT GCAAATGCAA 
TTAAATGAAT TTAAGCAGTC TAAATTGATC ACCCATGAGA AGTTTGAAAG TGCATGTGAA 
GAACTAAATA ATGCATTACT TCGGGAAGAG CAGGCACAAA TGCTATTGAA TGAACAGGCA 
CAACAACTAC AGGAATTGAA TTATAAACTT GAATTGCACT CCAGTGAGGA AGCTGACAAA 
AACCAAACTC TTGGAGAAGC TGTTAAGAGT CTCTCCGAGG CAAAGATGGA GCTGAGAAGA 
AAAGATCAAT CTCTGCGTCA GCTCAATAGA CATCTTACCC AGCTGGAGCA GGACAAGCGT 
CGACTGGAGG AGAACATCCA TGATGCAGAG AGTGCCCTCC GCATGGCAGC CAAAGACAAA 
GAATGTGTTG CTAATCACAT GAGAGCAGTA GAAAATACGC TTCACAAGGT CAGAGATCAG 
ATCTCGCTGT CATGGTCTGC GGCAAGTAGG AATGACTTCA CCCTACAGCT ACCCAAACTG 
CACCTGGAGA CCTTTGCAAT GGAGGGGCTC AAGGGCGGGC CAGAGGTGGT AGCATGCCAG 
GCTATGATTA AAAGTTTCAT GGATGTCTAC CAGCTTGCAA GCACTAGAAT CATGACATTA 
GAGAAGGAAA TGACATCTCA TCGAAGTCAC ATTGCAGCCT TGAAATCAGA ACTTCACACA 
GCTTGTTTAC GTGAAAATGC AAGTTTACAA TCAATAGGAT CACGAGACCA TTCAAATCTC 
TCCATTCCTT CAAGAGCTCC TCTTCCTGCT GACACAACTG GTATTGGGGA TTTCTTACCA 
TTGAAAGCTG AACTTGATAC TACTTACACT TTCTTAAAGG AGACATTTAT AAATACTGTG 
CCCCATGCTC TGACATCATC TCACTCCTCT CCAGTGACTA TGTCTGCTAA TGCCAACAGA 
CCAACTCAGA TTGGATTATG A

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

RefSeq	NP_775821.2
CDS	372..4352
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNEEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSIGSRDHSNLSIPSRAPLPADTTGIGDFLPLKAELDTTYTFLKETFINTVPHALTSSHSSPVTMSANANRPTQIGL

Target ORF information:

RefSeq Version	NM_173550.4
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant 1, mRNA.

Target ORF information:

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

NM_173550.4

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGGAAAA GGCATGTAAT 
GAACTTGATT CTACGAAACA GAAGATAGAC TCTCACACTA AAAATATAAA GGAACTTCAG 
GATAAACTGG CTGATGTTAA TAAAGAGTTA AGTCATTTAC ACACTAAATG TGCAGACCGA 
GAGGCTTTAA TAAGCACTTT AAAAGTGGAA CTACAAAATG TGCTGCACTG TTGGGAGAAA 
GAAAAGGCTC AGGCAGCCCA GTCTGAAAGT GAACTGCAGA AGCTTTCCCA GGCTTTCCAT 
AAGGATGCAG AGGAGAAGCT AACCTTCCTT CACACCTTAT ATCAGCACTT GGTAGCAGGC 
TGTGTGCTCA TAAAACAACC AGAAGGCATG CTGGATAAAT TCTCTTGGTC TGAGCTTTGT 
GCAGTCTTAC AGGAGAATGT TGATGCCCTG ATTGCAGACC TCAACAGGGC TAATGAGAAG 
ATAAGGCATC TAGAGTATAT CTGTAAAAAC AAGTCTGACA CGATGAGAGA GCTTCAGCAG 
ACTCAGGAAG ACACCTTTAC CAAAGTGGCA GAACAGATCA AAGCCCAAGA GAGCTGCTGG 
CACAGACAAA AGAAGGAACT AGAGCTGCAG TATTCTGAAC TCTTCCTGGA GGTGCAGAAG 
AGGGCACAGA AATTTCAAGA AATTGCTGAA AAAAACATGG AAAAATTGAA CCATATTGAG 
AAGTCACATG AACAGTTGGT TCTTGAAAAT TCGCACTTCA AAAAACTGTT ATCACAGACT 
CAAAGGGAAC AGATGTCCTT GCTGGCAGCC TGTGCATTAA TGGCTGGTGC CTTATATCCC 
CTCTATAGCC GATCATGCGC CTTGTCTACA CAGAGAGATT TTCTCCAGGA GCAGGTCAAC 
ACCTTTGAGT TGTTCAAACT GGAAATTAGA ACTCTAGCCC AGGCTTTGTC AACTGTAGAG 
GAAAAGAAGC AAGAGGAAGC CAAGATGAAA AAGAAAACAT TCAAAGGATT GATACGTATA 
TTTCGGAAAG GTGTTATTGC TGTTTTGGCA GCAAACAGAC TCAAGATTTT GGGCCAATCA 
TGTGCCTCTC TTTTTACCTG GATGGAGAGT TTCAAAGAAG GCATAGGCAT GTTAGTGTGC 
ACAGGAGAGC CCCAAGACAA GCATAAATTT CCAAAACATC AAAAGGAGCA GTTGCGTTGT 
TTACAAGCGC TCAGTTGGCT CACCAGTTCT GACCTTCTTG CTGCAATAAT CAGTTCTATG 
GCTGAATTAC AAGACGTCAT TGGTAAAGCA GATCCAAATT CCAGAATTTG TGGACATTTA 
CTCATAGGTG CAGCCAAGAA TTCTTTTGCA AAACTCATGG ATAAAATTAG TCTGGTAATG 
GAATGTATAC CTCTGCACAG TAGCAGGAGT ATTACATATG TAGAAAAAGA TTCCCTGGTT 
CAGAGGCTGG CCCATGGACT TCATAAAGTA AACACACTGG CCCTGAAATA TGGTTTGCGT 
GGCCATGTGC CCATTACGAA AAGCACAGCA TCGTTGCAGA AGCAAATACT TGGATTTACA 
CAAAGACTGC ATGCTGCAGA AGTGGAGCGC CGCTCACTAC GCTTAGAGGT CACAGAATTC 
AAACGAAGTG TGAATGAAAT GAAAAAGGAG CTTGACAAAG CCCAGGGTCT GCAAATGCAA 
TTAAATGAAT TTAAGCAGTC TAAATTGATC ACCCATGAGA AGTTTGAAAG TGCATGTGAA 
GAACTAAATA ATGCATTACT TCGGGAAGAG CAGGCACAAA TGCTATTGAA TGAACAGGCA 
CAACAACTAC AGGAATTGAA TTATAAACTT GAATTGCACT CCAGTGAGGA AGCTGACAAA 
AACCAAACTC TTGGAGAAGC TGTTAAGAGT CTCTCCGAGG CAAAGATGGA GCTGAGAAGA 
AAAGATCAAT CTCTGCGTCA GCTCAATAGA CATCTTACCC AGCTGGAGCA GGACAAGCGT 
CGACTGGAGG AGAACATCCA TGATGCAGAG AGTGCCCTCC GCATGGCAGC CAAAGACAAA 
GAATGTGTTG CTAATCACAT GAGAGCAGTA GAAAATACGC TTCACAAGGT CAGAGATCAG 
ATCTCGCTGT CATGGTCTGC GGCAAGTAGG AATGACTTCA CCCTACAGCT ACCCAAACTG 
CACCTGGAGA CCTTTGCAAT GGAGGGGCTC AAGGGCGGGC CAGAGGTGGT AGCATGCCAG 
GCTATGATTA AAAGTTTCAT GGATGTCTAC CAGCTTGCAA GCACTAGAAT CATGACATTA 
GAGAAGGAAA TGACATCTCA TCGAAGTCAC ATTGCAGCCT TGAAATCAGA ACTTCACACA 
GCTTGTTTAC GTGAAAATGC AAGTTTACAA TCAATAGGAT CACGAGACCA TTCAAATCTC 
TCCATTCCTT CAAGAGCTCC TCTTCCTGCT GACACAACTG GTATTGGGGA TTTCTTACCA 
TTGAAAGCTG AACTTGATAC TACTTACACT TTCTTAAAGG AGACATTTAT AAATACTGTG 
CCCCATGCTC TGACATCATC TCACTCCTCT CCAGTGACTA TGTCTGCTAA TGCCAACAGA 
CCAACTCAGA TTGGATTATG A

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

CCDC171 ( XM_017014431.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869920.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OHu77835
Clone ID Related Accession (Same CDS sequence)	XM_017014431.1 , XM_017014431.2
Accession Version	XM_017014431.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3978bp) 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	coiled-coil domain-containing protein 171 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) annotated using gene prediction method: Gnomon, supported by 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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAGTG 
GAAAGATTGC CAGAAGCAAC ACATTTTATG CAAAATATTG CTCAGTGCAC AATTTCAACT 
GCAGCACCAT TAGTGGACAT TAAAGGGATA GTTAACTTTG CACTTTATCA AGAACAAGGA 
AGTGCTGTTT GTAAAAACAA TAGGATCACG AGACCATTCA AATCTCTCCA TTCCTTCAAG 
AGCTCCTCTT CCTGCTGA

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

RefSeq	XP_016869920.1
CDS	438..4415
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSVERLPEATHFMQNIAQCTISTAAPLVDIKGIVNFALYQEQGSAVCKNNRITRPFKSLHSFKSSSSC

Target ORF information:

RefSeq Version	XM_017014431.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X5, mRNA.

Target ORF information:

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

XM_017014431.1

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAGTG 
GAAAGATTGC CAGAAGCAAC ACATTTTATG CAAAATATTG CTCAGTGCAC AATTTCAACT 
GCAGCACCAT TAGTGGACAT TAAAGGGATA GTTAACTTTG CACTTTATCA AGAACAAGGA 
AGTGCTGTTT GTAAAAACAA TAGGATCACG AGACCATTCA AATCTCTCCA TTCCTTCAAG 
AGCTCCTCTT CCTGCTGA

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

CCDC171 ( XM_017014431.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869920.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OHu77835
Clone ID Related Accession (Same CDS sequence)	XM_017014431.1 , XM_017014431.2
Accession Version	XM_017014431.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3978bp) 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	coiled-coil domain-containing protein 171 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017014431.1. ##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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAGTG 
GAAAGATTGC CAGAAGCAAC ACATTTTATG CAAAATATTG CTCAGTGCAC AATTTCAACT 
GCAGCACCAT TAGTGGACAT TAAAGGGATA GTTAACTTTG CACTTTATCA AGAACAAGGA 
AGTGCTGTTT GTAAAAACAA TAGGATCACG AGACCATTCA AATCTCTCCA TTCCTTCAAG 
AGCTCCTCTT CCTGCTGA

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

RefSeq	XP_016869920.1
CDS	471..4448
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSVERLPEATHFMQNIAQCTISTAAPLVDIKGIVNFALYQEQGSAVCKNNRITRPFKSLHSFKSSSSC

Target ORF information:

RefSeq Version	XM_017014431.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X5, mRNA.

Target ORF information:

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

XM_017014431.2

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAGTG 
GAAAGATTGC CAGAAGCAAC ACATTTTATG CAAAATATTG CTCAGTGCAC AATTTCAACT 
GCAGCACCAT TAGTGGACAT TAAAGGGATA GTTAACTTTG CACTTTATCA AGAACAAGGA 
AGTGCTGTTT GTAAAAACAA TAGGATCACG AGACCATTCA AATCTCTCCA TTCCTTCAAG 
AGCTCCTCTT CCTGCTGA

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

CCDC171 ( XM_011517791.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011516093.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X8, mRNA.

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CloneID	OHu77837
Clone ID Related Accession (Same CDS sequence)	XM_011517791.2 , XM_011517791.3
Accession Version	XM_011517791.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3873bp) 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	coiled-coil domain-containing protein 171 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) 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_011517791.1. ##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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAGCAAG ATACTGCTGT GCAAAATATG CATAAGAAAG TAGAAAAATT AGAAACAGAA 
CATATGGACT GCTCTGACCT TTTACGGCGA CAAACAAGTG AACTTGAATT TAGCACTCAA 
CGAGAGGAAC GCCTTAGAAA AGAATTTGAG GCAACTACTC TAAGAGTGAG GAAATTAGAA 
GAAAACATTG AAGCAGAAAG AGCAGCGCAT TTGGAATCAA AATTTAATTC TGAAATTATT 
CAGTTACGGA TTCGAGACCT TGAAGGAGCT TTGCAAGTAG AGAAGGCCAG TCAAGCAGAA 
GCTGTTGCTG ATTTGGAAAT TATCAAGAAT GAATTCAAAG AAGTTGAAAG TGCATATGAG 
CGAGAAAAGC ATAATGCACA AGAGAGCTTT GCAAAACTAA ATTTATTAGA AAAAGAGTAT 
TTCTCCAAAA ATAAGAAACT AAATGAAGAC ATCGAGGAAC AGAAGAAAGT AATTATAGAC 
CTTTCAAAGA GACTCCAGTA TAATGAAAAA AGTTGCAGTG AATTACAGGA AGAACTAGTA 
ATGGCTAAGA AGCACCAGGC CTTCCTAGTA GAGACATGTG AAAATAACGT GAAAGAATTG 
GAATCGATCT TGGACAGCTT TACTGTGTCG GGCCAGTGGA CATCAGGCAT CCACAAGGAC 
AAAGATAAAC CTCCCAGCTT CTCTGTTGTC CTTGAGAGAT TGAGGCGTAC CTTGACAGAT 
TACCAGAACA AGCTGGAAGA TGCATCTAAT GAGCTAAACA GCATGAATGA TGTTAAGGAA 
AAGGCATGTA ATGAACTTGA TTCTACGAAA CAGAAGATAG ACTCTCACAC TAAAAATATA 
AAGGAACTTC AGGATAAACT GGCTGATGTT AATAAAGAGT TAAGTCATTT ACACACTAAA 
TGTGCAGACC GAGAGGCTTT AATAAGCACT TTAAAAGTGG AACTACAAAA TGTGCTGCAC 
TGTTGGGAGA AAGAAAAGGC TCAGGCAGCC CAGTCTGAAA GTGAACTGCA GAAGCTTTCC 
CAGGCTTTCC ATAAGGATGC AGAGGAGAAG CTAACCTTCC TTCACACCTT ATATCAGCAC 
TTGGTAGCAG GCTGTGTGCT CATAAAACAA CCAGAAGGCA TGCTGGATAA ATTCTCTTGG 
TCTGAGCTTT GTGCAGTCTT ACAGGAGAAT GTTGATGCCC TGATTGCAGA CCTCAACAGG 
GCTAATGAGA AGATAAGGCA TCTAGAGTAT ATCTGTAAAA ACAAGTCTGA CACGATGAGA 
GAGCTTCAGC AGACTCAGGA AGACACCTTT ACCAAAGTGG CAGAACAGAT CAAAGCCCAA 
GAGAGCTGCT GGCACAGACA AAAGAAGGAA CTAGAGCTGC AGTATTCTGA ACTCTTCCTG 
GAGGTGCAGA AGAGGGCACA GAAATTTCAA GAAATTGCTG AAAAAAACAT GGAAAAATTG 
AACCATATTG AGAAGTCACA TGAACAGTTG GTTCTTGAAA ATTCGCACTT CAAAAAACTG 
TTATCACAGA CTCAAAGGGA ACAGATGTCC TTGCTGGCAG CCTGTGCATT AATGGCTGGT 
GCCTTATATC CCCTCTATAG CCGATCATGC GCCTTGTCTA CACAGAGAGA TTTTCTCCAG 
GAGCAGGTCA ACACCTTTGA GTTGTTCAAA CTGGAAATTA GAACTCTAGC CCAGGCTTTG 
TCAACTGTAG AGGAAAAGAA GCAAGAGGAA GCCAAGATGA AAAAGAAAAC ATTCAAAGGA 
TTGATACGTA TATTTCGGAA AGGTGTTATT GCTGTTTTGG CAGCAAACAG ACTCAAGATT 
TTGGGCCAAT CATGTGCCTC TCTTTTTACC TGGATGGAGA GTTTCAAAGA AGGCATAGGC 
ATGTTAGTGT GCACAGGAGA GCCCCAAGAC AAGCATAAAT TTCCAAAACA TCAAAAGGAG 
CAGTTGCGTT GTTTACAAGC GCTCAGTTGG CTCACCAGTT CTGACCTTCT TGCTGCAATA 
ATCAGTTCTA TGGCTGAATT ACAAGACGTC ATTGGTAAAG CAGATCCAAA TTCCAGAATT 
TGTGGACATT TACTCATAGG TGCAGCCAAG AATTCTTTTG CAAAACTCAT GGATAAAATT 
AGTCTGGTAA TGGAATGTAT ACCTCTGCAC AGTAGCAGGA GTATTACATA TGTAGAAAAA 
GATTCCCTGG TTCAGAGGCT GGCCCATGGA CTTCATAAAG TAAACACACT GGCCCTGAAA 
TATGGTTTGC GTGGCCATGT GCCCATTACG AAAAGCACAG CATCGTTGCA GAAGCAAATA 
CTTGGATTTA CACAAAGACT GCATGCTGCA GAAGTGGAGC GCCGCTCACT ACGCTTAGAG 
GTCACAGAAT TCAAACGAAG TGTGAATGAA ATGAAAAAGG AGCTTGACAA AGCCCAGGGT 
CTGCAAATGC AATTAAATGA ATTTAAGCAG TCTAAATTGA TCACCCATGA GAAGTTTGAA 
AGTGCATGTG AAGAACTAAA TAATGCATTA CTTCGGGAAG AGCAGGCACA AATGCTATTG 
AATGAACAGG CACAACAACT ACAGGAATTG AATTATAAAC TTGAATTGCA CTCCAGTGAG 
GAAGCTGACA AAAACCAAAC TCTTGGAGAA GCTGTTAAGA GTCTCTCCGA GGCAAAGATG 
GAGCTGAGAA GAAAAGATCA ATCTCTGCGT CAGCTCAATA GACATCTTAC CCAGCTGGAG 
CAGGACAAGC GTCGACTGGA GGAGAACATC CATGATGCAG AGAGTGCCCT CCGCATGGCA 
GCCAAAGACA AAGAATGTGT TGCTAATCAC ATGAGAGCAG TAGAAAATAC GCTTCACAAG 
GTCAGAGATC AGATCTCGCT GTCATGGTCT GCGGCAAGTA GGAATGACTT CACCCTACAG 
CTACCCAAAC TGCACCTGGA GACCTTTGCA ATGGAGGGGC TCAAGGGCGG GCCAGAGGTG 
GTAGCATGCC AGGCTATGAT TAAAAGTTTC ATGGATGTCT ACCAGCTTGC AAGCACTAGA 
ATCATGACAT TAGAGAAGGA AATGACATCT CATCGAAGTC ACATTGCAGC CTTGAAATCA 
GAACTTCACA CAGCTTGTTT ACGTGAAAAT GCAAGTTTAC AATCAATAGG ATCACGAGAC 
CATTCAAATC TCTCCATTCC TTCAAGAGCT CCTCTTCCTG CTGACACAAC TGGTATTGGG 
GATTTCTTAC CATTGAAAGC TGAACTTGAT ACTACTTACA CTTTCTTAAA GGAGACATTT 
ATAAATACTG TGCCCCATGC TCTGACATCA TCTCACTCCT CTCCAGTGAC TATGTCTGCT 
AATGCCAACA GACCAACTCA GATTGGATTA TGA

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

RefSeq	XP_011516093.1
CDS	438..4310
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSIGSRDHSNLSIPSRAPLPADTTGIGDFLPLKAELDTTYTFLKETFINTVPHALTSSHSSPVTMSANANRPTQIGL

Target ORF information:

RefSeq Version	XM_011517791.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X8, mRNA.

Target ORF information:

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

XM_011517791.2

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAGCAAG ATACTGCTGT GCAAAATATG CATAAGAAAG TAGAAAAATT AGAAACAGAA 
CATATGGACT GCTCTGACCT TTTACGGCGA CAAACAAGTG AACTTGAATT TAGCACTCAA 
CGAGAGGAAC GCCTTAGAAA AGAATTTGAG GCAACTACTC TAAGAGTGAG GAAATTAGAA 
GAAAACATTG AAGCAGAAAG AGCAGCGCAT TTGGAATCAA AATTTAATTC TGAAATTATT 
CAGTTACGGA TTCGAGACCT TGAAGGAGCT TTGCAAGTAG AGAAGGCCAG TCAAGCAGAA 
GCTGTTGCTG ATTTGGAAAT TATCAAGAAT GAATTCAAAG AAGTTGAAAG TGCATATGAG 
CGAGAAAAGC ATAATGCACA AGAGAGCTTT GCAAAACTAA ATTTATTAGA AAAAGAGTAT 
TTCTCCAAAA ATAAGAAACT AAATGAAGAC ATCGAGGAAC AGAAGAAAGT AATTATAGAC 
CTTTCAAAGA GACTCCAGTA TAATGAAAAA AGTTGCAGTG AATTACAGGA AGAACTAGTA 
ATGGCTAAGA AGCACCAGGC CTTCCTAGTA GAGACATGTG AAAATAACGT GAAAGAATTG 
GAATCGATCT TGGACAGCTT TACTGTGTCG GGCCAGTGGA CATCAGGCAT CCACAAGGAC 
AAAGATAAAC CTCCCAGCTT CTCTGTTGTC CTTGAGAGAT TGAGGCGTAC CTTGACAGAT 
TACCAGAACA AGCTGGAAGA TGCATCTAAT GAGCTAAACA GCATGAATGA TGTTAAGGAA 
AAGGCATGTA ATGAACTTGA TTCTACGAAA CAGAAGATAG ACTCTCACAC TAAAAATATA 
AAGGAACTTC AGGATAAACT GGCTGATGTT AATAAAGAGT TAAGTCATTT ACACACTAAA 
TGTGCAGACC GAGAGGCTTT AATAAGCACT TTAAAAGTGG AACTACAAAA TGTGCTGCAC 
TGTTGGGAGA AAGAAAAGGC TCAGGCAGCC CAGTCTGAAA GTGAACTGCA GAAGCTTTCC 
CAGGCTTTCC ATAAGGATGC AGAGGAGAAG CTAACCTTCC TTCACACCTT ATATCAGCAC 
TTGGTAGCAG GCTGTGTGCT CATAAAACAA CCAGAAGGCA TGCTGGATAA ATTCTCTTGG 
TCTGAGCTTT GTGCAGTCTT ACAGGAGAAT GTTGATGCCC TGATTGCAGA CCTCAACAGG 
GCTAATGAGA AGATAAGGCA TCTAGAGTAT ATCTGTAAAA ACAAGTCTGA CACGATGAGA 
GAGCTTCAGC AGACTCAGGA AGACACCTTT ACCAAAGTGG CAGAACAGAT CAAAGCCCAA 
GAGAGCTGCT GGCACAGACA AAAGAAGGAA CTAGAGCTGC AGTATTCTGA ACTCTTCCTG 
GAGGTGCAGA AGAGGGCACA GAAATTTCAA GAAATTGCTG AAAAAAACAT GGAAAAATTG 
AACCATATTG AGAAGTCACA TGAACAGTTG GTTCTTGAAA ATTCGCACTT CAAAAAACTG 
TTATCACAGA CTCAAAGGGA ACAGATGTCC TTGCTGGCAG CCTGTGCATT AATGGCTGGT 
GCCTTATATC CCCTCTATAG CCGATCATGC GCCTTGTCTA CACAGAGAGA TTTTCTCCAG 
GAGCAGGTCA ACACCTTTGA GTTGTTCAAA CTGGAAATTA GAACTCTAGC CCAGGCTTTG 
TCAACTGTAG AGGAAAAGAA GCAAGAGGAA GCCAAGATGA AAAAGAAAAC ATTCAAAGGA 
TTGATACGTA TATTTCGGAA AGGTGTTATT GCTGTTTTGG CAGCAAACAG ACTCAAGATT 
TTGGGCCAAT CATGTGCCTC TCTTTTTACC TGGATGGAGA GTTTCAAAGA AGGCATAGGC 
ATGTTAGTGT GCACAGGAGA GCCCCAAGAC AAGCATAAAT TTCCAAAACA TCAAAAGGAG 
CAGTTGCGTT GTTTACAAGC GCTCAGTTGG CTCACCAGTT CTGACCTTCT TGCTGCAATA 
ATCAGTTCTA TGGCTGAATT ACAAGACGTC ATTGGTAAAG CAGATCCAAA TTCCAGAATT 
TGTGGACATT TACTCATAGG TGCAGCCAAG AATTCTTTTG CAAAACTCAT GGATAAAATT 
AGTCTGGTAA TGGAATGTAT ACCTCTGCAC AGTAGCAGGA GTATTACATA TGTAGAAAAA 
GATTCCCTGG TTCAGAGGCT GGCCCATGGA CTTCATAAAG TAAACACACT GGCCCTGAAA 
TATGGTTTGC GTGGCCATGT GCCCATTACG AAAAGCACAG CATCGTTGCA GAAGCAAATA 
CTTGGATTTA CACAAAGACT GCATGCTGCA GAAGTGGAGC GCCGCTCACT ACGCTTAGAG 
GTCACAGAAT TCAAACGAAG TGTGAATGAA ATGAAAAAGG AGCTTGACAA AGCCCAGGGT 
CTGCAAATGC AATTAAATGA ATTTAAGCAG TCTAAATTGA TCACCCATGA GAAGTTTGAA 
AGTGCATGTG AAGAACTAAA TAATGCATTA CTTCGGGAAG AGCAGGCACA AATGCTATTG 
AATGAACAGG CACAACAACT ACAGGAATTG AATTATAAAC TTGAATTGCA CTCCAGTGAG 
GAAGCTGACA AAAACCAAAC TCTTGGAGAA GCTGTTAAGA GTCTCTCCGA GGCAAAGATG 
GAGCTGAGAA GAAAAGATCA ATCTCTGCGT CAGCTCAATA GACATCTTAC CCAGCTGGAG 
CAGGACAAGC GTCGACTGGA GGAGAACATC CATGATGCAG AGAGTGCCCT CCGCATGGCA 
GCCAAAGACA AAGAATGTGT TGCTAATCAC ATGAGAGCAG TAGAAAATAC GCTTCACAAG 
GTCAGAGATC AGATCTCGCT GTCATGGTCT GCGGCAAGTA GGAATGACTT CACCCTACAG 
CTACCCAAAC TGCACCTGGA GACCTTTGCA ATGGAGGGGC TCAAGGGCGG GCCAGAGGTG 
GTAGCATGCC AGGCTATGAT TAAAAGTTTC ATGGATGTCT ACCAGCTTGC AAGCACTAGA 
ATCATGACAT TAGAGAAGGA AATGACATCT CATCGAAGTC ACATTGCAGC CTTGAAATCA 
GAACTTCACA CAGCTTGTTT ACGTGAAAAT GCAAGTTTAC AATCAATAGG ATCACGAGAC 
CATTCAAATC TCTCCATTCC TTCAAGAGCT CCTCTTCCTG CTGACACAAC TGGTATTGGG 
GATTTCTTAC CATTGAAAGC TGAACTTGAT ACTACTTACA CTTTCTTAAA GGAGACATTT 
ATAAATACTG TGCCCCATGC TCTGACATCA TCTCACTCCT CTCCAGTGAC TATGTCTGCT 
AATGCCAACA GACCAACTCA GATTGGATTA TGA

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

CCDC171 ( XM_011517791.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011516093.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X8, mRNA.

Price & Availability↑

CloneID	OHu77837
Clone ID Related Accession (Same CDS sequence)	XM_011517791.2 , XM_011517791.3
Accession Version	XM_011517791.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3873bp) 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	coiled-coil domain-containing protein 171 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) 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_011517791.2. ##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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAGCAAG ATACTGCTGT GCAAAATATG CATAAGAAAG TAGAAAAATT AGAAACAGAA 
CATATGGACT GCTCTGACCT TTTACGGCGA CAAACAAGTG AACTTGAATT TAGCACTCAA 
CGAGAGGAAC GCCTTAGAAA AGAATTTGAG GCAACTACTC TAAGAGTGAG GAAATTAGAA 
GAAAACATTG AAGCAGAAAG AGCAGCGCAT TTGGAATCAA AATTTAATTC TGAAATTATT 
CAGTTACGGA TTCGAGACCT TGAAGGAGCT TTGCAAGTAG AGAAGGCCAG TCAAGCAGAA 
GCTGTTGCTG ATTTGGAAAT TATCAAGAAT GAATTCAAAG AAGTTGAAAG TGCATATGAG 
CGAGAAAAGC ATAATGCACA AGAGAGCTTT GCAAAACTAA ATTTATTAGA AAAAGAGTAT 
TTCTCCAAAA ATAAGAAACT AAATGAAGAC ATCGAGGAAC AGAAGAAAGT AATTATAGAC 
CTTTCAAAGA GACTCCAGTA TAATGAAAAA AGTTGCAGTG AATTACAGGA AGAACTAGTA 
ATGGCTAAGA AGCACCAGGC CTTCCTAGTA GAGACATGTG AAAATAACGT GAAAGAATTG 
GAATCGATCT TGGACAGCTT TACTGTGTCG GGCCAGTGGA CATCAGGCAT CCACAAGGAC 
AAAGATAAAC CTCCCAGCTT CTCTGTTGTC CTTGAGAGAT TGAGGCGTAC CTTGACAGAT 
TACCAGAACA AGCTGGAAGA TGCATCTAAT GAGCTAAACA GCATGAATGA TGTTAAGGAA 
AAGGCATGTA ATGAACTTGA TTCTACGAAA CAGAAGATAG ACTCTCACAC TAAAAATATA 
AAGGAACTTC AGGATAAACT GGCTGATGTT AATAAAGAGT TAAGTCATTT ACACACTAAA 
TGTGCAGACC GAGAGGCTTT AATAAGCACT TTAAAAGTGG AACTACAAAA TGTGCTGCAC 
TGTTGGGAGA AAGAAAAGGC TCAGGCAGCC CAGTCTGAAA GTGAACTGCA GAAGCTTTCC 
CAGGCTTTCC ATAAGGATGC AGAGGAGAAG CTAACCTTCC TTCACACCTT ATATCAGCAC 
TTGGTAGCAG GCTGTGTGCT CATAAAACAA CCAGAAGGCA TGCTGGATAA ATTCTCTTGG 
TCTGAGCTTT GTGCAGTCTT ACAGGAGAAT GTTGATGCCC TGATTGCAGA CCTCAACAGG 
GCTAATGAGA AGATAAGGCA TCTAGAGTAT ATCTGTAAAA ACAAGTCTGA CACGATGAGA 
GAGCTTCAGC AGACTCAGGA AGACACCTTT ACCAAAGTGG CAGAACAGAT CAAAGCCCAA 
GAGAGCTGCT GGCACAGACA AAAGAAGGAA CTAGAGCTGC AGTATTCTGA ACTCTTCCTG 
GAGGTGCAGA AGAGGGCACA GAAATTTCAA GAAATTGCTG AAAAAAACAT GGAAAAATTG 
AACCATATTG AGAAGTCACA TGAACAGTTG GTTCTTGAAA ATTCGCACTT CAAAAAACTG 
TTATCACAGA CTCAAAGGGA ACAGATGTCC TTGCTGGCAG CCTGTGCATT AATGGCTGGT 
GCCTTATATC CCCTCTATAG CCGATCATGC GCCTTGTCTA CACAGAGAGA TTTTCTCCAG 
GAGCAGGTCA ACACCTTTGA GTTGTTCAAA CTGGAAATTA GAACTCTAGC CCAGGCTTTG 
TCAACTGTAG AGGAAAAGAA GCAAGAGGAA GCCAAGATGA AAAAGAAAAC ATTCAAAGGA 
TTGATACGTA TATTTCGGAA AGGTGTTATT GCTGTTTTGG CAGCAAACAG ACTCAAGATT 
TTGGGCCAAT CATGTGCCTC TCTTTTTACC TGGATGGAGA GTTTCAAAGA AGGCATAGGC 
ATGTTAGTGT GCACAGGAGA GCCCCAAGAC AAGCATAAAT TTCCAAAACA TCAAAAGGAG 
CAGTTGCGTT GTTTACAAGC GCTCAGTTGG CTCACCAGTT CTGACCTTCT TGCTGCAATA 
ATCAGTTCTA TGGCTGAATT ACAAGACGTC ATTGGTAAAG CAGATCCAAA TTCCAGAATT 
TGTGGACATT TACTCATAGG TGCAGCCAAG AATTCTTTTG CAAAACTCAT GGATAAAATT 
AGTCTGGTAA TGGAATGTAT ACCTCTGCAC AGTAGCAGGA GTATTACATA TGTAGAAAAA 
GATTCCCTGG TTCAGAGGCT GGCCCATGGA CTTCATAAAG TAAACACACT GGCCCTGAAA 
TATGGTTTGC GTGGCCATGT GCCCATTACG AAAAGCACAG CATCGTTGCA GAAGCAAATA 
CTTGGATTTA CACAAAGACT GCATGCTGCA GAAGTGGAGC GCCGCTCACT ACGCTTAGAG 
GTCACAGAAT TCAAACGAAG TGTGAATGAA ATGAAAAAGG AGCTTGACAA AGCCCAGGGT 
CTGCAAATGC AATTAAATGA ATTTAAGCAG TCTAAATTGA TCACCCATGA GAAGTTTGAA 
AGTGCATGTG AAGAACTAAA TAATGCATTA CTTCGGGAAG AGCAGGCACA AATGCTATTG 
AATGAACAGG CACAACAACT ACAGGAATTG AATTATAAAC TTGAATTGCA CTCCAGTGAG 
GAAGCTGACA AAAACCAAAC TCTTGGAGAA GCTGTTAAGA GTCTCTCCGA GGCAAAGATG 
GAGCTGAGAA GAAAAGATCA ATCTCTGCGT CAGCTCAATA GACATCTTAC CCAGCTGGAG 
CAGGACAAGC GTCGACTGGA GGAGAACATC CATGATGCAG AGAGTGCCCT CCGCATGGCA 
GCCAAAGACA AAGAATGTGT TGCTAATCAC ATGAGAGCAG TAGAAAATAC GCTTCACAAG 
GTCAGAGATC AGATCTCGCT GTCATGGTCT GCGGCAAGTA GGAATGACTT CACCCTACAG 
CTACCCAAAC TGCACCTGGA GACCTTTGCA ATGGAGGGGC TCAAGGGCGG GCCAGAGGTG 
GTAGCATGCC AGGCTATGAT TAAAAGTTTC ATGGATGTCT ACCAGCTTGC AAGCACTAGA 
ATCATGACAT TAGAGAAGGA AATGACATCT CATCGAAGTC ACATTGCAGC CTTGAAATCA 
GAACTTCACA CAGCTTGTTT ACGTGAAAAT GCAAGTTTAC AATCAATAGG ATCACGAGAC 
CATTCAAATC TCTCCATTCC TTCAAGAGCT CCTCTTCCTG CTGACACAAC TGGTATTGGG 
GATTTCTTAC CATTGAAAGC TGAACTTGAT ACTACTTACA CTTTCTTAAA GGAGACATTT 
ATAAATACTG TGCCCCATGC TCTGACATCA TCTCACTCCT CTCCAGTGAC TATGTCTGCT 
AATGCCAACA GACCAACTCA GATTGGATTA TGA

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

RefSeq	XP_011516093.1
CDS	460..4332
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSIGSRDHSNLSIPSRAPLPADTTGIGDFLPLKAELDTTYTFLKETFINTVPHALTSSHSSPVTMSANANRPTQIGL

Target ORF information:

RefSeq Version	XM_011517791.3
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X8, mRNA.

Target ORF information:

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

XM_011517791.3

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAGCAAG ATACTGCTGT GCAAAATATG CATAAGAAAG TAGAAAAATT AGAAACAGAA 
CATATGGACT GCTCTGACCT TTTACGGCGA CAAACAAGTG AACTTGAATT TAGCACTCAA 
CGAGAGGAAC GCCTTAGAAA AGAATTTGAG GCAACTACTC TAAGAGTGAG GAAATTAGAA 
GAAAACATTG AAGCAGAAAG AGCAGCGCAT TTGGAATCAA AATTTAATTC TGAAATTATT 
CAGTTACGGA TTCGAGACCT TGAAGGAGCT TTGCAAGTAG AGAAGGCCAG TCAAGCAGAA 
GCTGTTGCTG ATTTGGAAAT TATCAAGAAT GAATTCAAAG AAGTTGAAAG TGCATATGAG 
CGAGAAAAGC ATAATGCACA AGAGAGCTTT GCAAAACTAA ATTTATTAGA AAAAGAGTAT 
TTCTCCAAAA ATAAGAAACT AAATGAAGAC ATCGAGGAAC AGAAGAAAGT AATTATAGAC 
CTTTCAAAGA GACTCCAGTA TAATGAAAAA AGTTGCAGTG AATTACAGGA AGAACTAGTA 
ATGGCTAAGA AGCACCAGGC CTTCCTAGTA GAGACATGTG AAAATAACGT GAAAGAATTG 
GAATCGATCT TGGACAGCTT TACTGTGTCG GGCCAGTGGA CATCAGGCAT CCACAAGGAC 
AAAGATAAAC CTCCCAGCTT CTCTGTTGTC CTTGAGAGAT TGAGGCGTAC CTTGACAGAT 
TACCAGAACA AGCTGGAAGA TGCATCTAAT GAGCTAAACA GCATGAATGA TGTTAAGGAA 
AAGGCATGTA ATGAACTTGA TTCTACGAAA CAGAAGATAG ACTCTCACAC TAAAAATATA 
AAGGAACTTC AGGATAAACT GGCTGATGTT AATAAAGAGT TAAGTCATTT ACACACTAAA 
TGTGCAGACC GAGAGGCTTT AATAAGCACT TTAAAAGTGG AACTACAAAA TGTGCTGCAC 
TGTTGGGAGA AAGAAAAGGC TCAGGCAGCC CAGTCTGAAA GTGAACTGCA GAAGCTTTCC 
CAGGCTTTCC ATAAGGATGC AGAGGAGAAG CTAACCTTCC TTCACACCTT ATATCAGCAC 
TTGGTAGCAG GCTGTGTGCT CATAAAACAA CCAGAAGGCA TGCTGGATAA ATTCTCTTGG 
TCTGAGCTTT GTGCAGTCTT ACAGGAGAAT GTTGATGCCC TGATTGCAGA CCTCAACAGG 
GCTAATGAGA AGATAAGGCA TCTAGAGTAT ATCTGTAAAA ACAAGTCTGA CACGATGAGA 
GAGCTTCAGC AGACTCAGGA AGACACCTTT ACCAAAGTGG CAGAACAGAT CAAAGCCCAA 
GAGAGCTGCT GGCACAGACA AAAGAAGGAA CTAGAGCTGC AGTATTCTGA ACTCTTCCTG 
GAGGTGCAGA AGAGGGCACA GAAATTTCAA GAAATTGCTG AAAAAAACAT GGAAAAATTG 
AACCATATTG AGAAGTCACA TGAACAGTTG GTTCTTGAAA ATTCGCACTT CAAAAAACTG 
TTATCACAGA CTCAAAGGGA ACAGATGTCC TTGCTGGCAG CCTGTGCATT AATGGCTGGT 
GCCTTATATC CCCTCTATAG CCGATCATGC GCCTTGTCTA CACAGAGAGA TTTTCTCCAG 
GAGCAGGTCA ACACCTTTGA GTTGTTCAAA CTGGAAATTA GAACTCTAGC CCAGGCTTTG 
TCAACTGTAG AGGAAAAGAA GCAAGAGGAA GCCAAGATGA AAAAGAAAAC ATTCAAAGGA 
TTGATACGTA TATTTCGGAA AGGTGTTATT GCTGTTTTGG CAGCAAACAG ACTCAAGATT 
TTGGGCCAAT CATGTGCCTC TCTTTTTACC TGGATGGAGA GTTTCAAAGA AGGCATAGGC 
ATGTTAGTGT GCACAGGAGA GCCCCAAGAC AAGCATAAAT TTCCAAAACA TCAAAAGGAG 
CAGTTGCGTT GTTTACAAGC GCTCAGTTGG CTCACCAGTT CTGACCTTCT TGCTGCAATA 
ATCAGTTCTA TGGCTGAATT ACAAGACGTC ATTGGTAAAG CAGATCCAAA TTCCAGAATT 
TGTGGACATT TACTCATAGG TGCAGCCAAG AATTCTTTTG CAAAACTCAT GGATAAAATT 
AGTCTGGTAA TGGAATGTAT ACCTCTGCAC AGTAGCAGGA GTATTACATA TGTAGAAAAA 
GATTCCCTGG TTCAGAGGCT GGCCCATGGA CTTCATAAAG TAAACACACT GGCCCTGAAA 
TATGGTTTGC GTGGCCATGT GCCCATTACG AAAAGCACAG CATCGTTGCA GAAGCAAATA 
CTTGGATTTA CACAAAGACT GCATGCTGCA GAAGTGGAGC GCCGCTCACT ACGCTTAGAG 
GTCACAGAAT TCAAACGAAG TGTGAATGAA ATGAAAAAGG AGCTTGACAA AGCCCAGGGT 
CTGCAAATGC AATTAAATGA ATTTAAGCAG TCTAAATTGA TCACCCATGA GAAGTTTGAA 
AGTGCATGTG AAGAACTAAA TAATGCATTA CTTCGGGAAG AGCAGGCACA AATGCTATTG 
AATGAACAGG CACAACAACT ACAGGAATTG AATTATAAAC TTGAATTGCA CTCCAGTGAG 
GAAGCTGACA AAAACCAAAC TCTTGGAGAA GCTGTTAAGA GTCTCTCCGA GGCAAAGATG 
GAGCTGAGAA GAAAAGATCA ATCTCTGCGT CAGCTCAATA GACATCTTAC CCAGCTGGAG 
CAGGACAAGC GTCGACTGGA GGAGAACATC CATGATGCAG AGAGTGCCCT CCGCATGGCA 
GCCAAAGACA AAGAATGTGT TGCTAATCAC ATGAGAGCAG TAGAAAATAC GCTTCACAAG 
GTCAGAGATC AGATCTCGCT GTCATGGTCT GCGGCAAGTA GGAATGACTT CACCCTACAG 
CTACCCAAAC TGCACCTGGA GACCTTTGCA ATGGAGGGGC TCAAGGGCGG GCCAGAGGTG 
GTAGCATGCC AGGCTATGAT TAAAAGTTTC ATGGATGTCT ACCAGCTTGC AAGCACTAGA 
ATCATGACAT TAGAGAAGGA AATGACATCT CATCGAAGTC ACATTGCAGC CTTGAAATCA 
GAACTTCACA CAGCTTGTTT ACGTGAAAAT GCAAGTTTAC AATCAATAGG ATCACGAGAC 
CATTCAAATC TCTCCATTCC TTCAAGAGCT CCTCTTCCTG CTGACACAAC TGGTATTGGG 
GATTTCTTAC CATTGAAAGC TGAACTTGAT ACTACTTACA CTTTCTTAAA GGAGACATTT 
ATAAATACTG TGCCCCATGC TCTGACATCA TCTCACTCCT CTCCAGTGAC TATGTCTGCT 
AATGCCAACA GACCAACTCA GATTGGATTA TGA

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

CCDC171 ( XM_017014434.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869923.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X9, mRNA.

Price & Availability↑

CloneID	OHu77838
Clone ID Related Accession (Same CDS sequence)	XM_017014434.1 , XM_017014434.2
Accession Version	XM_017014434.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3873bp) 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	coiled-coil domain-containing protein 171 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) annotated using gene prediction method: Gnomon, supported by 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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGCTATGAT TAAAAGTTTC ATGGATGTCT ACCAGCTTGC AAGCACTAGA 
ATCATGACAT TAGAGAAGGA AATGACATCT CATCGAAGTC ACATTGCAGC CTTGAAATCA 
GAACTTCACA CAGCTTGTTT ACGTGAAAAT GCAAGTTTAC AATCAATAGG ATCACGAGAC 
CATTCAAATC TCTCCATTCC TTCAAGAGCT CCTCTTCCTG CTGACACAAC TGGTATTGGG 
GATTTCTTAC CATTGAAAGC TGAACTTGAT ACTACTTACA CTTTCTTAAA GGAGACATTT 
ATAAATACTG TGCCCCATGC TCTGACATCA TCTCACTCCT CTCCAGTGAC TATGTCTGCT 
AATGCCAACA GACCAACTCA GATTGGATTA TGA

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

RefSeq	XP_016869923.1
CDS	438..4310
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSIGSRDHSNLSIPSRAPLPADTTGIGDFLPLKAELDTTYTFLKETFINTVPHALTSSHSSPVTMSANANRPTQIGL

Target ORF information:

RefSeq Version	XM_017014434.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X9, mRNA.

Target ORF information:

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

XM_017014434.1

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGCTATGAT TAAAAGTTTC ATGGATGTCT ACCAGCTTGC AAGCACTAGA 
ATCATGACAT TAGAGAAGGA AATGACATCT CATCGAAGTC ACATTGCAGC CTTGAAATCA 
GAACTTCACA CAGCTTGTTT ACGTGAAAAT GCAAGTTTAC AATCAATAGG ATCACGAGAC 
CATTCAAATC TCTCCATTCC TTCAAGAGCT CCTCTTCCTG CTGACACAAC TGGTATTGGG 
GATTTCTTAC CATTGAAAGC TGAACTTGAT ACTACTTACA CTTTCTTAAA GGAGACATTT 
ATAAATACTG TGCCCCATGC TCTGACATCA TCTCACTCCT CTCCAGTGAC TATGTCTGCT 
AATGCCAACA GACCAACTCA GATTGGATTA TGA

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

CCDC171 ( XM_017014434.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869923.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X9, mRNA.

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CloneID	OHu77838
Clone ID Related Accession (Same CDS sequence)	XM_017014434.1 , XM_017014434.2
Accession Version	XM_017014434.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3873bp) 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	coiled-coil domain-containing protein 171 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017014434.1. ##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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGCTATGAT TAAAAGTTTC ATGGATGTCT ACCAGCTTGC AAGCACTAGA 
ATCATGACAT TAGAGAAGGA AATGACATCT CATCGAAGTC ACATTGCAGC CTTGAAATCA 
GAACTTCACA CAGCTTGTTT ACGTGAAAAT GCAAGTTTAC AATCAATAGG ATCACGAGAC 
CATTCAAATC TCTCCATTCC TTCAAGAGCT CCTCTTCCTG CTGACACAAC TGGTATTGGG 
GATTTCTTAC CATTGAAAGC TGAACTTGAT ACTACTTACA CTTTCTTAAA GGAGACATTT 
ATAAATACTG TGCCCCATGC TCTGACATCA TCTCACTCCT CTCCAGTGAC TATGTCTGCT 
AATGCCAACA GACCAACTCA GATTGGATTA TGA

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

RefSeq	XP_016869923.1
CDS	471..4343
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSIGSRDHSNLSIPSRAPLPADTTGIGDFLPLKAELDTTYTFLKETFINTVPHALTSSHSSPVTMSANANRPTQIGL

Target ORF information:

RefSeq Version	XM_017014434.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X9, mRNA.

Target ORF information:

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

XM_017014434.2

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGCTATGAT TAAAAGTTTC ATGGATGTCT ACCAGCTTGC AAGCACTAGA 
ATCATGACAT TAGAGAAGGA AATGACATCT CATCGAAGTC ACATTGCAGC CTTGAAATCA 
GAACTTCACA CAGCTTGTTT ACGTGAAAAT GCAAGTTTAC AATCAATAGG ATCACGAGAC 
CATTCAAATC TCTCCATTCC TTCAAGAGCT CCTCTTCCTG CTGACACAAC TGGTATTGGG 
GATTTCTTAC CATTGAAAGC TGAACTTGAT ACTACTTACA CTTTCTTAAA GGAGACATTT 
ATAAATACTG TGCCCCATGC TCTGACATCA TCTCACTCCT CTCCAGTGAC TATGTCTGCT 
AATGCCAACA GACCAACTCA GATTGGATTA TGA

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

CCDC171 ( XM_017014435.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869924.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X11, mRNA.

Price & Availability↑

CloneID	OHu77839
Clone ID Related Accession (Same CDS sequence)	XM_017014435.1 , XM_017014435.2
Accession Version	XM_017014435.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3852bp) 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	coiled-coil domain-containing protein 171 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) annotated using gene prediction method: Gnomon, supported by 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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGATAGGA TCACGAGACC ATTCAAATCT CTCCATTCCT 
TCAAGAGCTC CTCTTCCTGC TGACACAACT GGTATTGGGG ATTTCTTACC ATTGAAAGCT 
GAACTTGATA CTACTTACAC TTTCTTAAAG GAGACATTTA TAAATACTGT GCCCCATGCT 
CTGACATCAT CTCACTCCTC TCCAGTGACT ATGTCTGCTA ATGCCAACAG ACCAACTCAG 
ATTGGATTAT GA

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

RefSeq	XP_016869924.1
CDS	438..4289
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQIGSRDHSNLSIPSRAPLPADTTGIGDFLPLKAELDTTYTFLKETFINTVPHALTSSHSSPVTMSANANRPTQIGL

Target ORF information:

RefSeq Version	XM_017014435.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X11, mRNA.

Target ORF information:

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

XM_017014435.1

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGATAGGA TCACGAGACC ATTCAAATCT CTCCATTCCT 
TCAAGAGCTC CTCTTCCTGC TGACACAACT GGTATTGGGG ATTTCTTACC ATTGAAAGCT 
GAACTTGATA CTACTTACAC TTTCTTAAAG GAGACATTTA TAAATACTGT GCCCCATGCT 
CTGACATCAT CTCACTCCTC TCCAGTGACT ATGTCTGCTA ATGCCAACAG ACCAACTCAG 
ATTGGATTAT GA

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

CCDC171 ( XM_017014435.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869924.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X11, mRNA.

Price & Availability↑

CloneID	OHu77839
Clone ID Related Accession (Same CDS sequence)	XM_017014435.1 , XM_017014435.2
Accession Version	XM_017014435.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3852bp) 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	coiled-coil domain-containing protein 171 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017014435.1. ##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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGATAGGA TCACGAGACC ATTCAAATCT CTCCATTCCT 
TCAAGAGCTC CTCTTCCTGC TGACACAACT GGTATTGGGG ATTTCTTACC ATTGAAAGCT 
GAACTTGATA CTACTTACAC TTTCTTAAAG GAGACATTTA TAAATACTGT GCCCCATGCT 
CTGACATCAT CTCACTCCTC TCCAGTGACT ATGTCTGCTA ATGCCAACAG ACCAACTCAG 
ATTGGATTAT GA

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

RefSeq	XP_016869924.1
CDS	471..4322
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQIGSRDHSNLSIPSRAPLPADTTGIGDFLPLKAELDTTYTFLKETFINTVPHALTSSHSSPVTMSANANRPTQIGL

Target ORF information:

RefSeq Version	XM_017014435.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X11, mRNA.

Target ORF information:

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

XM_017014435.2

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGATAGGA TCACGAGACC ATTCAAATCT CTCCATTCCT 
TCAAGAGCTC CTCTTCCTGC TGACACAACT GGTATTGGGG ATTTCTTACC ATTGAAAGCT 
GAACTTGATA CTACTTACAC TTTCTTAAAG GAGACATTTA TAAATACTGT GCCCCATGCT 
CTGACATCAT CTCACTCCTC TCCAGTGACT ATGTCTGCTA ATGCCAACAG ACCAACTCAG 
ATTGGATTAT GA

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

CCDC171 ( XM_017014436.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869925.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X12, mRNA.

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CloneID	OHu77840
Clone ID Related Accession (Same CDS sequence)	XM_017014436.1 , XM_017014436.2
Accession Version	XM_017014436.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3834bp) 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	coiled-coil domain-containing protein 171 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) annotated using gene prediction method: Gnomon, supported by 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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAGGT 
GGTATCATGG ACATAAAGAT GGAAACAATA GAGACTGAGC ACCAGGGACT ATGA

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

RefSeq	XP_016869925.1
CDS	438..4271
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSGGIMDIKMETIETEHQGL

Target ORF information:

RefSeq Version	XM_017014436.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X12, mRNA.

Target ORF information:

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

XM_017014436.1

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAGGT 
GGTATCATGG ACATAAAGAT GGAAACAATA GAGACTGAGC ACCAGGGACT ATGA

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

CCDC171 ( XM_017014436.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016869925.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X12, mRNA.

Price & Availability↑

CloneID	OHu77840
Clone ID Related Accession (Same CDS sequence)	XM_017014436.1 , XM_017014436.2
Accession Version	XM_017014436.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3834bp) 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	coiled-coil domain-containing protein 171 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017014436.1. ##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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAGGT 
GGTATCATGG ACATAAAGAT GGAAACAATA GAGACTGAGC ACCAGGGACT ATGA

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

RefSeq	XP_016869925.1
CDS	471..4304
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSGGIMDIKMETIETEHQGL

Target ORF information:

RefSeq Version	XM_017014436.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X12, mRNA.

Target ORF information:

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

XM_017014436.2

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAGGT 
GGTATCATGG ACATAAAGAT GGAAACAATA GAGACTGAGC ACCAGGGACT ATGA

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

CCDC171 ( XM_011517796.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011516098.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X21, mRNA.

Price & Availability↑

CloneID	OHu77842
Clone ID Related Accession (Same CDS sequence)	XM_011517796.3 , XM_011517796.2
Accession Version	XM_011517796.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3534bp) 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	coiled-coil domain-containing protein 171 isoform X15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) 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_011517796.2. ##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##

ATGATCCAAA ATTGCAATCG AGAATATGAT TTACTTATGA AAGAAAAAAG CAGACTAGAG 
AAAACTCTAC AGGAAGCGTT GGAAAAACAT CAACGGGAGA AGAATGAGAT GGAGTCTCAT 
ATCAGGGAGA CAGCATTGGA GGAGTTTAGA TTACAAGAAG AACAATGGGA AGCAGAAAGA 
AGAGAATTAC AATTTATAGT ACAGGAGCAA GATACTGCTG TGCAAAATAT GCATAAGAAA 
GTAGAAAAAT TAGAAACAGA ACATATGGAC TGCTCTGACC TTTTACGGCG ACAAACAAGT 
GAACTTGAAT TTAGCACTCA ACGAGAGGAA CGCCTTAGAA AAGAATTTGA GGCAACTACT 
CTAAGAGTGA GGAAATTAGA AGAAAACATT GAAGCAGAAA GAGCAGCGCA TTTGGAATCA 
AAATTTAATT CTGAAATTAT TCAGTTACGG ATTCGAGACC TTGAAGGAGC TTTGCAAGTA 
GAGAAGGCCA GTCAAGCAGA AGCTGTTGCT GATTTGGAAA TTATCAAGAA TGAATTCAAA 
GAAGTTGAAA GTGCATATGA GCGAGAAAAG CATAATGCAC AAGAGAGCTT TGCAAAACTA 
AATTTATTAG AAAAAGAGTA TTTCTCCAAA AATAAGAAAC TAAATGAAGA CATCGAGGAA 
CAGAAGAAAG TAATTATAGA CCTTTCAAAG AGACTCCAGT ATAATGAAAA AAGTTGCAGT 
GAATTACAGG AAGAACTAGT AATGGCTAAG AAGCACCAGG CCTTCCTAGT AGAGACATGT 
GAAAATAACG TGAAAGAATT GGAATCGATC TTGGACAGCT TTACTGTGTC GGGCCAGTGG 
ACATCAGGCA TCCACAAGGA CAAAGATAAA CCTCCCAGCT TCTCTGTTGT CCTTGAGAGA 
TTGAGGCGTA CCTTGACAGA TTACCAGAAC AAGCTGGAAG ATGCATCTAA TGAGCTAAAC 
AGCATGAATG ATGTTAAGGA AAAGGCATGT AATGAACTTG ATTCTACGAA ACAGAAGATA 
GACTCTCACA CTAAAAATAT AAAGGAACTT CAGGATAAAC TGGCTGATGT TAATAAAGAG 
TTAAGTCATT TACACACTAA ATGTGCAGAC CGAGAGGCTT TAATAAGCAC TTTAAAAGTG 
GAACTACAAA ATGTGCTGCA CTGTTGGGAG AAAGAAAAGG CTCAGGCAGC CCAGTCTGAA 
AGTGAACTGC AGAAGCTTTC CCAGGCTTTC CATAAGGATG CAGAGGAGAA GCTAACCTTC 
CTTCACACCT TATATCAGCA CTTGGTAGCA GGCTGTGTGC TCATAAAACA ACCAGAAGGC 
ATGCTGGATA AATTCTCTTG GTCTGAGCTT TGTGCAGTCT TACAGGAGAA TGTTGATGCC 
CTGATTGCAG ACCTCAACAG GGCTAATGAG AAGATAAGGC ATCTAGAGTA TATCTGTAAA 
AACAAGTCTG ACACGATGAG AGAGCTTCAG CAGACTCAGG AAGACACCTT TACCAAAGTG 
GCAGAACAGA TCAAAGCCCA AGAGAGCTGC TGGCACAGAC AAAAGAAGGA ACTAGAGCTG 
CAGTATTCTG AACTCTTCCT GGAGGTGCAG AAGAGGGCAC AGAAATTTCA AGAAATTGCT 
GAAAAAAACA TGGAAAAATT GAACCATATT GAGAAGTCAC ATGAACAGTT GGTTCTTGAA 
AATTCGCACT TCAAAAAACT GTTATCACAG ACTCAAAGGG AACAGATGTC CTTGCTGGCA 
GCCTGTGCAT TAATGGCTGG TGCCTTATAT CCCCTCTATA GCCGATCATG CGCCTTGTCT 
ACACAGAGAG ATTTTCTCCA GGAGCAGGTC AACACCTTTG AGTTGTTCAA ACTGGAAATT 
AGAACTCTAG CCCAGGCTTT GTCAACTGTA GAGGAAAAGA AGCAAGAGGA AGCCAAGATG 
AAAAAGAAAA CATTCAAAGG ATTGATACGT ATATTTCGGA AAGGTGTTAT TGCTGTTTTG 
GCAGCAAACA GACTCAAGAT TTTGGGCCAA TCATGTGCCT CTCTTTTTAC CTGGATGGAG 
AGTTTCAAAG AAGGCATAGG CATGTTAGTG TGCACAGGAG AGCCCCAAGA CAAGCATAAA 
TTTCCAAAAC ATCAAAAGGA GCAGTTGCGT TGTTTACAAG CGCTCAGTTG GCTCACCAGT 
TCTGACCTTC TTGCTGCAAT AATCAGTTCT ATGGCTGAAT TACAAGACGT CATTGGTAAA 
GCAGATCCAA ATTCCAGAAT TTGTGGACAT TTACTCATAG GTGCAGCCAA GAATTCTTTT 
GCAAAACTCA TGGATAAAAT TAGTCTGGTA ATGGAATGTA TACCTCTGCA CAGTAGCAGG 
AGTATTACAT ATGTAGAAAA AGATTCCCTG GTTCAGAGGC TGGCCCATGG ACTTCATAAA 
GTAAACACAC TGGCCCTGAA ATATGGTTTG CGTGGCCATG TGCCCATTAC GAAAAGCACA 
GCATCGTTGC AGAAGCAAAT ACTTGGATTT ACACAAAGAC TGCATGCTGC AGAAGTGGAG 
CGCCGCTCAC TACGCTTAGA GGTCACAGAA TTCAAACGAA GTGTGAATGA AATGAAAAAG 
GAGCTTGACA AAGCCCAGGG TCTGCAAATG CAATTAAATG AATTTAAGCA GTCTAAATTG 
ATCACCCATG AGAAGTTTGA AAGTGCATGT GAAGAACTAA ATAATGCATT ACTTCGGGAA 
GAGCAGGCAC AAATGCTATT GAATGAACAG GCACAACAAC TACAGGAATT GAATTATAAA 
CTTGAATTGC ACTCCAGTGA GGAAGCTGAC AAAAACCAAA CTCTTGGAGA AGCTGTTAAG 
AGTCTCTCCG AGGCAAAGAT GGAGCTGAGA AGAAAAGATC AATCTCTGCG TCAGCTCAAT 
AGACATCTTA CCCAGCTGGA GCAGGACAAG CGTCGACTGG AGGAGAACAT CCATGATGCA 
GAGAGTGCCC TCCGCATGGC AGCCAAAGAC AAAGAATGTG TTGCTAATCA CATGAGAGCA 
GTAGAAAATA CGCTTCACAA GGTCAGAGAT CAGATCTCGC TGTCATGGTC TGCGGCAAGT 
AGGAATGACT TCACCCTACA GCTACCCAAA CTGCACCTGG AGACCTTTGC AATGGAGGGG 
CTCAAGGGCG GGCCAGAGGT GGTAGCATGC CAGGCTATGA TTAAAAGTTT CATGGATGTC 
TACCAGCTTG CAAGCACTAG AATCATGACA TTAGAGAAGG AAATGACATC TCATCGAAGT 
CACATTGCAG CCTTGAAATC AGAACTTCAC ACAGCTTGTT TACGTGAAAA TGCAAGTTTA 
CAATCAATAG GATCACGAGA CCATTCAAAT CTCTCCATTC CTTCAAGAGC TCCTCTTCCT 
GCTGACACAA CTGGTATTGG GGATTTCTTA CCATTGAAAG CTGAACTTGA TACTACTTAC 
ACTTTCTTAA AGGAGACATT TATAAATACT GTGCCCCATG CTCTGACATC ATCTCACTCC 
TCTCCAGTGA CTATGTCTGC TAATGCCAAC AGACCAACTC AGATTGGATT ATGA

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

RefSeq	XP_011516098.1
CDS	317..3850
Translation	MIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSIGSRDHSNLSIPSRAPLPADTTGIGDFLPLKAELDTTYTFLKETFINTVPHALTSSHSSPVTMSANANRPTQIGL

Target ORF information:

RefSeq Version	XM_011517796.3
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X21, mRNA.

Target ORF information:

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

XM_011517796.3

ORF Insert Sequence:

ATGATCCAAA ATTGCAATCG AGAATATGAT TTACTTATGA AAGAAAAAAG CAGACTAGAG 
AAAACTCTAC AGGAAGCGTT GGAAAAACAT CAACGGGAGA AGAATGAGAT GGAGTCTCAT 
ATCAGGGAGA CAGCATTGGA GGAGTTTAGA TTACAAGAAG AACAATGGGA AGCAGAAAGA 
AGAGAATTAC AATTTATAGT ACAGGAGCAA GATACTGCTG TGCAAAATAT GCATAAGAAA 
GTAGAAAAAT TAGAAACAGA ACATATGGAC TGCTCTGACC TTTTACGGCG ACAAACAAGT 
GAACTTGAAT TTAGCACTCA ACGAGAGGAA CGCCTTAGAA AAGAATTTGA GGCAACTACT 
CTAAGAGTGA GGAAATTAGA AGAAAACATT GAAGCAGAAA GAGCAGCGCA TTTGGAATCA 
AAATTTAATT CTGAAATTAT TCAGTTACGG ATTCGAGACC TTGAAGGAGC TTTGCAAGTA 
GAGAAGGCCA GTCAAGCAGA AGCTGTTGCT GATTTGGAAA TTATCAAGAA TGAATTCAAA 
GAAGTTGAAA GTGCATATGA GCGAGAAAAG CATAATGCAC AAGAGAGCTT TGCAAAACTA 
AATTTATTAG AAAAAGAGTA TTTCTCCAAA AATAAGAAAC TAAATGAAGA CATCGAGGAA 
CAGAAGAAAG TAATTATAGA CCTTTCAAAG AGACTCCAGT ATAATGAAAA AAGTTGCAGT 
GAATTACAGG AAGAACTAGT AATGGCTAAG AAGCACCAGG CCTTCCTAGT AGAGACATGT 
GAAAATAACG TGAAAGAATT GGAATCGATC TTGGACAGCT TTACTGTGTC GGGCCAGTGG 
ACATCAGGCA TCCACAAGGA CAAAGATAAA CCTCCCAGCT TCTCTGTTGT CCTTGAGAGA 
TTGAGGCGTA CCTTGACAGA TTACCAGAAC AAGCTGGAAG ATGCATCTAA TGAGCTAAAC 
AGCATGAATG ATGTTAAGGA AAAGGCATGT AATGAACTTG ATTCTACGAA ACAGAAGATA 
GACTCTCACA CTAAAAATAT AAAGGAACTT CAGGATAAAC TGGCTGATGT TAATAAAGAG 
TTAAGTCATT TACACACTAA ATGTGCAGAC CGAGAGGCTT TAATAAGCAC TTTAAAAGTG 
GAACTACAAA ATGTGCTGCA CTGTTGGGAG AAAGAAAAGG CTCAGGCAGC CCAGTCTGAA 
AGTGAACTGC AGAAGCTTTC CCAGGCTTTC CATAAGGATG CAGAGGAGAA GCTAACCTTC 
CTTCACACCT TATATCAGCA CTTGGTAGCA GGCTGTGTGC TCATAAAACA ACCAGAAGGC 
ATGCTGGATA AATTCTCTTG GTCTGAGCTT TGTGCAGTCT TACAGGAGAA TGTTGATGCC 
CTGATTGCAG ACCTCAACAG GGCTAATGAG AAGATAAGGC ATCTAGAGTA TATCTGTAAA 
AACAAGTCTG ACACGATGAG AGAGCTTCAG CAGACTCAGG AAGACACCTT TACCAAAGTG 
GCAGAACAGA TCAAAGCCCA AGAGAGCTGC TGGCACAGAC AAAAGAAGGA ACTAGAGCTG 
CAGTATTCTG AACTCTTCCT GGAGGTGCAG AAGAGGGCAC AGAAATTTCA AGAAATTGCT 
GAAAAAAACA TGGAAAAATT GAACCATATT GAGAAGTCAC ATGAACAGTT GGTTCTTGAA 
AATTCGCACT TCAAAAAACT GTTATCACAG ACTCAAAGGG AACAGATGTC CTTGCTGGCA 
GCCTGTGCAT TAATGGCTGG TGCCTTATAT CCCCTCTATA GCCGATCATG CGCCTTGTCT 
ACACAGAGAG ATTTTCTCCA GGAGCAGGTC AACACCTTTG AGTTGTTCAA ACTGGAAATT 
AGAACTCTAG CCCAGGCTTT GTCAACTGTA GAGGAAAAGA AGCAAGAGGA AGCCAAGATG 
AAAAAGAAAA CATTCAAAGG ATTGATACGT ATATTTCGGA AAGGTGTTAT TGCTGTTTTG 
GCAGCAAACA GACTCAAGAT TTTGGGCCAA TCATGTGCCT CTCTTTTTAC CTGGATGGAG 
AGTTTCAAAG AAGGCATAGG CATGTTAGTG TGCACAGGAG AGCCCCAAGA CAAGCATAAA 
TTTCCAAAAC ATCAAAAGGA GCAGTTGCGT TGTTTACAAG CGCTCAGTTG GCTCACCAGT 
TCTGACCTTC TTGCTGCAAT AATCAGTTCT ATGGCTGAAT TACAAGACGT CATTGGTAAA 
GCAGATCCAA ATTCCAGAAT TTGTGGACAT TTACTCATAG GTGCAGCCAA GAATTCTTTT 
GCAAAACTCA TGGATAAAAT TAGTCTGGTA ATGGAATGTA TACCTCTGCA CAGTAGCAGG 
AGTATTACAT ATGTAGAAAA AGATTCCCTG GTTCAGAGGC TGGCCCATGG ACTTCATAAA 
GTAAACACAC TGGCCCTGAA ATATGGTTTG CGTGGCCATG TGCCCATTAC GAAAAGCACA 
GCATCGTTGC AGAAGCAAAT ACTTGGATTT ACACAAAGAC TGCATGCTGC AGAAGTGGAG 
CGCCGCTCAC TACGCTTAGA GGTCACAGAA TTCAAACGAA GTGTGAATGA AATGAAAAAG 
GAGCTTGACA AAGCCCAGGG TCTGCAAATG CAATTAAATG AATTTAAGCA GTCTAAATTG 
ATCACCCATG AGAAGTTTGA AAGTGCATGT GAAGAACTAA ATAATGCATT ACTTCGGGAA 
GAGCAGGCAC AAATGCTATT GAATGAACAG GCACAACAAC TACAGGAATT GAATTATAAA 
CTTGAATTGC ACTCCAGTGA GGAAGCTGAC AAAAACCAAA CTCTTGGAGA AGCTGTTAAG 
AGTCTCTCCG AGGCAAAGAT GGAGCTGAGA AGAAAAGATC AATCTCTGCG TCAGCTCAAT 
AGACATCTTA CCCAGCTGGA GCAGGACAAG CGTCGACTGG AGGAGAACAT CCATGATGCA 
GAGAGTGCCC TCCGCATGGC AGCCAAAGAC AAAGAATGTG TTGCTAATCA CATGAGAGCA 
GTAGAAAATA CGCTTCACAA GGTCAGAGAT CAGATCTCGC TGTCATGGTC TGCGGCAAGT 
AGGAATGACT TCACCCTACA GCTACCCAAA CTGCACCTGG AGACCTTTGC AATGGAGGGG 
CTCAAGGGCG GGCCAGAGGT GGTAGCATGC CAGGCTATGA TTAAAAGTTT CATGGATGTC 
TACCAGCTTG CAAGCACTAG AATCATGACA TTAGAGAAGG AAATGACATC TCATCGAAGT 
CACATTGCAG CCTTGAAATC AGAACTTCAC ACAGCTTGTT TACGTGAAAA TGCAAGTTTA 
CAATCAATAG GATCACGAGA CCATTCAAAT CTCTCCATTC CTTCAAGAGC TCCTCTTCCT 
GCTGACACAA CTGGTATTGG GGATTTCTTA CCATTGAAAG CTGAACTTGA TACTACTTAC 
ACTTTCTTAA AGGAGACATT TATAAATACT GTGCCCCATG CTCTGACATC ATCTCACTCC 
TCTCCAGTGA CTATGTCTGC TAATGCCAAC AGACCAACTC AGATTGGATT ATGA

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

CCDC171 ( XM_011517796.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011516098.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X22, mRNA.

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CloneID	OHu77842
Clone ID Related Accession (Same CDS sequence)	XM_011517796.3 , XM_011517796.2
Accession Version	XM_011517796.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3534bp) 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	coiled-coil domain-containing protein 171 isoform X15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) 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_011517796.1. ##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##

ATGATCCAAA ATTGCAATCG AGAATATGAT TTACTTATGA AAGAAAAAAG CAGACTAGAG 
AAAACTCTAC AGGAAGCGTT GGAAAAACAT CAACGGGAGA AGAATGAGAT GGAGTCTCAT 
ATCAGGGAGA CAGCATTGGA GGAGTTTAGA TTACAAGAAG AACAATGGGA AGCAGAAAGA 
AGAGAATTAC AATTTATAGT ACAGGAGCAA GATACTGCTG TGCAAAATAT GCATAAGAAA 
GTAGAAAAAT TAGAAACAGA ACATATGGAC TGCTCTGACC TTTTACGGCG ACAAACAAGT 
GAACTTGAAT TTAGCACTCA ACGAGAGGAA CGCCTTAGAA AAGAATTTGA GGCAACTACT 
CTAAGAGTGA GGAAATTAGA AGAAAACATT GAAGCAGAAA GAGCAGCGCA TTTGGAATCA 
AAATTTAATT CTGAAATTAT TCAGTTACGG ATTCGAGACC TTGAAGGAGC TTTGCAAGTA 
GAGAAGGCCA GTCAAGCAGA AGCTGTTGCT GATTTGGAAA TTATCAAGAA TGAATTCAAA 
GAAGTTGAAA GTGCATATGA GCGAGAAAAG CATAATGCAC AAGAGAGCTT TGCAAAACTA 
AATTTATTAG AAAAAGAGTA TTTCTCCAAA AATAAGAAAC TAAATGAAGA CATCGAGGAA 
CAGAAGAAAG TAATTATAGA CCTTTCAAAG AGACTCCAGT ATAATGAAAA AAGTTGCAGT 
GAATTACAGG AAGAACTAGT AATGGCTAAG AAGCACCAGG CCTTCCTAGT AGAGACATGT 
GAAAATAACG TGAAAGAATT GGAATCGATC TTGGACAGCT TTACTGTGTC GGGCCAGTGG 
ACATCAGGCA TCCACAAGGA CAAAGATAAA CCTCCCAGCT TCTCTGTTGT CCTTGAGAGA 
TTGAGGCGTA CCTTGACAGA TTACCAGAAC AAGCTGGAAG ATGCATCTAA TGAGCTAAAC 
AGCATGAATG ATGTTAAGGA AAAGGCATGT AATGAACTTG ATTCTACGAA ACAGAAGATA 
GACTCTCACA CTAAAAATAT AAAGGAACTT CAGGATAAAC TGGCTGATGT TAATAAAGAG 
TTAAGTCATT TACACACTAA ATGTGCAGAC CGAGAGGCTT TAATAAGCAC TTTAAAAGTG 
GAACTACAAA ATGTGCTGCA CTGTTGGGAG AAAGAAAAGG CTCAGGCAGC CCAGTCTGAA 
AGTGAACTGC AGAAGCTTTC CCAGGCTTTC CATAAGGATG CAGAGGAGAA GCTAACCTTC 
CTTCACACCT TATATCAGCA CTTGGTAGCA GGCTGTGTGC TCATAAAACA ACCAGAAGGC 
ATGCTGGATA AATTCTCTTG GTCTGAGCTT TGTGCAGTCT TACAGGAGAA TGTTGATGCC 
CTGATTGCAG ACCTCAACAG GGCTAATGAG AAGATAAGGC ATCTAGAGTA TATCTGTAAA 
AACAAGTCTG ACACGATGAG AGAGCTTCAG CAGACTCAGG AAGACACCTT TACCAAAGTG 
GCAGAACAGA TCAAAGCCCA AGAGAGCTGC TGGCACAGAC AAAAGAAGGA ACTAGAGCTG 
CAGTATTCTG AACTCTTCCT GGAGGTGCAG AAGAGGGCAC AGAAATTTCA AGAAATTGCT 
GAAAAAAACA TGGAAAAATT GAACCATATT GAGAAGTCAC ATGAACAGTT GGTTCTTGAA 
AATTCGCACT TCAAAAAACT GTTATCACAG ACTCAAAGGG AACAGATGTC CTTGCTGGCA 
GCCTGTGCAT TAATGGCTGG TGCCTTATAT CCCCTCTATA GCCGATCATG CGCCTTGTCT 
ACACAGAGAG ATTTTCTCCA GGAGCAGGTC AACACCTTTG AGTTGTTCAA ACTGGAAATT 
AGAACTCTAG CCCAGGCTTT GTCAACTGTA GAGGAAAAGA AGCAAGAGGA AGCCAAGATG 
AAAAAGAAAA CATTCAAAGG ATTGATACGT ATATTTCGGA AAGGTGTTAT TGCTGTTTTG 
GCAGCAAACA GACTCAAGAT TTTGGGCCAA TCATGTGCCT CTCTTTTTAC CTGGATGGAG 
AGTTTCAAAG AAGGCATAGG CATGTTAGTG TGCACAGGAG AGCCCCAAGA CAAGCATAAA 
TTTCCAAAAC ATCAAAAGGA GCAGTTGCGT TGTTTACAAG CGCTCAGTTG GCTCACCAGT 
TCTGACCTTC TTGCTGCAAT AATCAGTTCT ATGGCTGAAT TACAAGACGT CATTGGTAAA 
GCAGATCCAA ATTCCAGAAT TTGTGGACAT TTACTCATAG GTGCAGCCAA GAATTCTTTT 
GCAAAACTCA TGGATAAAAT TAGTCTGGTA ATGGAATGTA TACCTCTGCA CAGTAGCAGG 
AGTATTACAT ATGTAGAAAA AGATTCCCTG GTTCAGAGGC TGGCCCATGG ACTTCATAAA 
GTAAACACAC TGGCCCTGAA ATATGGTTTG CGTGGCCATG TGCCCATTAC GAAAAGCACA 
GCATCGTTGC AGAAGCAAAT ACTTGGATTT ACACAAAGAC TGCATGCTGC AGAAGTGGAG 
CGCCGCTCAC TACGCTTAGA GGTCACAGAA TTCAAACGAA GTGTGAATGA AATGAAAAAG 
GAGCTTGACA AAGCCCAGGG TCTGCAAATG CAATTAAATG AATTTAAGCA GTCTAAATTG 
ATCACCCATG AGAAGTTTGA AAGTGCATGT GAAGAACTAA ATAATGCATT ACTTCGGGAA 
GAGCAGGCAC AAATGCTATT GAATGAACAG GCACAACAAC TACAGGAATT GAATTATAAA 
CTTGAATTGC ACTCCAGTGA GGAAGCTGAC AAAAACCAAA CTCTTGGAGA AGCTGTTAAG 
AGTCTCTCCG AGGCAAAGAT GGAGCTGAGA AGAAAAGATC AATCTCTGCG TCAGCTCAAT 
AGACATCTTA CCCAGCTGGA GCAGGACAAG CGTCGACTGG AGGAGAACAT CCATGATGCA 
GAGAGTGCCC TCCGCATGGC AGCCAAAGAC AAAGAATGTG TTGCTAATCA CATGAGAGCA 
GTAGAAAATA CGCTTCACAA GGTCAGAGAT CAGATCTCGC TGTCATGGTC TGCGGCAAGT 
AGGAATGACT TCACCCTACA GCTACCCAAA CTGCACCTGG AGACCTTTGC AATGGAGGGG 
CTCAAGGGCG GGCCAGAGGT GGTAGCATGC CAGGCTATGA TTAAAAGTTT CATGGATGTC 
TACCAGCTTG CAAGCACTAG AATCATGACA TTAGAGAAGG AAATGACATC TCATCGAAGT 
CACATTGCAG CCTTGAAATC AGAACTTCAC ACAGCTTGTT TACGTGAAAA TGCAAGTTTA 
CAATCAATAG GATCACGAGA CCATTCAAAT CTCTCCATTC CTTCAAGAGC TCCTCTTCCT 
GCTGACACAA CTGGTATTGG GGATTTCTTA CCATTGAAAG CTGAACTTGA TACTACTTAC 
ACTTTCTTAA AGGAGACATT TATAAATACT GTGCCCCATG CTCTGACATC ATCTCACTCC 
TCTCCAGTGA CTATGTCTGC TAATGCCAAC AGACCAACTC AGATTGGATT ATGA

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

RefSeq	XP_011516098.1
CDS	316..3849
Translation	MIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSIGSRDHSNLSIPSRAPLPADTTGIGDFLPLKAELDTTYTFLKETFINTVPHALTSSHSSPVTMSANANRPTQIGL

Target ORF information:

RefSeq Version	XM_011517796.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X22, mRNA.

Target ORF information:

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

XM_011517796.2

ORF Insert Sequence:

ATGATCCAAA ATTGCAATCG AGAATATGAT TTACTTATGA AAGAAAAAAG CAGACTAGAG 
AAAACTCTAC AGGAAGCGTT GGAAAAACAT CAACGGGAGA AGAATGAGAT GGAGTCTCAT 
ATCAGGGAGA CAGCATTGGA GGAGTTTAGA TTACAAGAAG AACAATGGGA AGCAGAAAGA 
AGAGAATTAC AATTTATAGT ACAGGAGCAA GATACTGCTG TGCAAAATAT GCATAAGAAA 
GTAGAAAAAT TAGAAACAGA ACATATGGAC TGCTCTGACC TTTTACGGCG ACAAACAAGT 
GAACTTGAAT TTAGCACTCA ACGAGAGGAA CGCCTTAGAA AAGAATTTGA GGCAACTACT 
CTAAGAGTGA GGAAATTAGA AGAAAACATT GAAGCAGAAA GAGCAGCGCA TTTGGAATCA 
AAATTTAATT CTGAAATTAT TCAGTTACGG ATTCGAGACC TTGAAGGAGC TTTGCAAGTA 
GAGAAGGCCA GTCAAGCAGA AGCTGTTGCT GATTTGGAAA TTATCAAGAA TGAATTCAAA 
GAAGTTGAAA GTGCATATGA GCGAGAAAAG CATAATGCAC AAGAGAGCTT TGCAAAACTA 
AATTTATTAG AAAAAGAGTA TTTCTCCAAA AATAAGAAAC TAAATGAAGA CATCGAGGAA 
CAGAAGAAAG TAATTATAGA CCTTTCAAAG AGACTCCAGT ATAATGAAAA AAGTTGCAGT 
GAATTACAGG AAGAACTAGT AATGGCTAAG AAGCACCAGG CCTTCCTAGT AGAGACATGT 
GAAAATAACG TGAAAGAATT GGAATCGATC TTGGACAGCT TTACTGTGTC GGGCCAGTGG 
ACATCAGGCA TCCACAAGGA CAAAGATAAA CCTCCCAGCT TCTCTGTTGT CCTTGAGAGA 
TTGAGGCGTA CCTTGACAGA TTACCAGAAC AAGCTGGAAG ATGCATCTAA TGAGCTAAAC 
AGCATGAATG ATGTTAAGGA AAAGGCATGT AATGAACTTG ATTCTACGAA ACAGAAGATA 
GACTCTCACA CTAAAAATAT AAAGGAACTT CAGGATAAAC TGGCTGATGT TAATAAAGAG 
TTAAGTCATT TACACACTAA ATGTGCAGAC CGAGAGGCTT TAATAAGCAC TTTAAAAGTG 
GAACTACAAA ATGTGCTGCA CTGTTGGGAG AAAGAAAAGG CTCAGGCAGC CCAGTCTGAA 
AGTGAACTGC AGAAGCTTTC CCAGGCTTTC CATAAGGATG CAGAGGAGAA GCTAACCTTC 
CTTCACACCT TATATCAGCA CTTGGTAGCA GGCTGTGTGC TCATAAAACA ACCAGAAGGC 
ATGCTGGATA AATTCTCTTG GTCTGAGCTT TGTGCAGTCT TACAGGAGAA TGTTGATGCC 
CTGATTGCAG ACCTCAACAG GGCTAATGAG AAGATAAGGC ATCTAGAGTA TATCTGTAAA 
AACAAGTCTG ACACGATGAG AGAGCTTCAG CAGACTCAGG AAGACACCTT TACCAAAGTG 
GCAGAACAGA TCAAAGCCCA AGAGAGCTGC TGGCACAGAC AAAAGAAGGA ACTAGAGCTG 
CAGTATTCTG AACTCTTCCT GGAGGTGCAG AAGAGGGCAC AGAAATTTCA AGAAATTGCT 
GAAAAAAACA TGGAAAAATT GAACCATATT GAGAAGTCAC ATGAACAGTT GGTTCTTGAA 
AATTCGCACT TCAAAAAACT GTTATCACAG ACTCAAAGGG AACAGATGTC CTTGCTGGCA 
GCCTGTGCAT TAATGGCTGG TGCCTTATAT CCCCTCTATA GCCGATCATG CGCCTTGTCT 
ACACAGAGAG ATTTTCTCCA GGAGCAGGTC AACACCTTTG AGTTGTTCAA ACTGGAAATT 
AGAACTCTAG CCCAGGCTTT GTCAACTGTA GAGGAAAAGA AGCAAGAGGA AGCCAAGATG 
AAAAAGAAAA CATTCAAAGG ATTGATACGT ATATTTCGGA AAGGTGTTAT TGCTGTTTTG 
GCAGCAAACA GACTCAAGAT TTTGGGCCAA TCATGTGCCT CTCTTTTTAC CTGGATGGAG 
AGTTTCAAAG AAGGCATAGG CATGTTAGTG TGCACAGGAG AGCCCCAAGA CAAGCATAAA 
TTTCCAAAAC ATCAAAAGGA GCAGTTGCGT TGTTTACAAG CGCTCAGTTG GCTCACCAGT 
TCTGACCTTC TTGCTGCAAT AATCAGTTCT ATGGCTGAAT TACAAGACGT CATTGGTAAA 
GCAGATCCAA ATTCCAGAAT TTGTGGACAT TTACTCATAG GTGCAGCCAA GAATTCTTTT 
GCAAAACTCA TGGATAAAAT TAGTCTGGTA ATGGAATGTA TACCTCTGCA CAGTAGCAGG 
AGTATTACAT ATGTAGAAAA AGATTCCCTG GTTCAGAGGC TGGCCCATGG ACTTCATAAA 
GTAAACACAC TGGCCCTGAA ATATGGTTTG CGTGGCCATG TGCCCATTAC GAAAAGCACA 
GCATCGTTGC AGAAGCAAAT ACTTGGATTT ACACAAAGAC TGCATGCTGC AGAAGTGGAG 
CGCCGCTCAC TACGCTTAGA GGTCACAGAA TTCAAACGAA GTGTGAATGA AATGAAAAAG 
GAGCTTGACA AAGCCCAGGG TCTGCAAATG CAATTAAATG AATTTAAGCA GTCTAAATTG 
ATCACCCATG AGAAGTTTGA AAGTGCATGT GAAGAACTAA ATAATGCATT ACTTCGGGAA 
GAGCAGGCAC AAATGCTATT GAATGAACAG GCACAACAAC TACAGGAATT GAATTATAAA 
CTTGAATTGC ACTCCAGTGA GGAAGCTGAC AAAAACCAAA CTCTTGGAGA AGCTGTTAAG 
AGTCTCTCCG AGGCAAAGAT GGAGCTGAGA AGAAAAGATC AATCTCTGCG TCAGCTCAAT 
AGACATCTTA CCCAGCTGGA GCAGGACAAG CGTCGACTGG AGGAGAACAT CCATGATGCA 
GAGAGTGCCC TCCGCATGGC AGCCAAAGAC AAAGAATGTG TTGCTAATCA CATGAGAGCA 
GTAGAAAATA CGCTTCACAA GGTCAGAGAT CAGATCTCGC TGTCATGGTC TGCGGCAAGT 
AGGAATGACT TCACCCTACA GCTACCCAAA CTGCACCTGG AGACCTTTGC AATGGAGGGG 
CTCAAGGGCG GGCCAGAGGT GGTAGCATGC CAGGCTATGA TTAAAAGTTT CATGGATGTC 
TACCAGCTTG CAAGCACTAG AATCATGACA TTAGAGAAGG AAATGACATC TCATCGAAGT 
CACATTGCAG CCTTGAAATC AGAACTTCAC ACAGCTTGTT TACGTGAAAA TGCAAGTTTA 
CAATCAATAG GATCACGAGA CCATTCAAAT CTCTCCATTC CTTCAAGAGC TCCTCTTCCT 
GCTGACACAA CTGGTATTGG GGATTTCTTA CCATTGAAAG CTGAACTTGA TACTACTTAC 
ACTTTCTTAA AGGAGACATT TATAAATACT GTGCCCCATG CTCTGACATC ATCTCACTCC 
TCTCCAGTGA CTATGTCTGC TAATGCCAAC AGACCAACTC AGATTGGATT ATGA

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

CCDC171 ( NM_001355547.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001342476.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant 3, mRNA.

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CloneID	OHu42688
Clone ID Related Accession (Same CDS sequence)	NM_001355547.1 , XM_005251398.4 , XM_005251397.2 , XM_005251399.4 , XM_005251398.3 , XM_011517788.2
Accession Version	NM_001355547.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4005bp) 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	2018-07-01
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 171 isoform 3
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from BX537933.1, BC150600.1, AY422473.1, AK128581.1, AW188326.1 and AI243499.1. Transcript Variant: This variant (3) differs in the 5' UTR and uses an alternate in-frame splice site in the 5' coding region, compared to variant 1. The encoded isoform (3) has the same N- and C-termini, but is longer than isoform 1. ##Evidence-Data-START## Transcript exon combination :: BC144214.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1968968 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAATA 
GGATCACGAG ACCATTCAAA TCTCTCCATT CCTTCAAGAG CTCCTCTTCC TGCTGACACA 
ACTGGTATTG GGGATTTCTT ACCATTGAAA GCTGAACTTG ATACTACTTA CACTTTCTTA 
AAGGAGACAT TTATAAATAC TGTGCCCCAT GCTCTGACAT CATCTCACTC CTCTCCAGTG 
ACTATGTCTG CTAATGCCAA CAGACCAACT CAGATTGGAT TATGA

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

RefSeq	NP_001342476.1
CDS	112..4116
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSIGSRDHSNLSIPSRAPLPADTTGIGDFLPLKAELDTTYTFLKETFINTVPHALTSSHSSPVTMSANANRPTQIGL

Target ORF information:

RefSeq Version	NM_001355547.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant 3, mRNA.

Target ORF information:

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

NM_001355547.1

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAATA 
GGATCACGAG ACCATTCAAA TCTCTCCATT CCTTCAAGAG CTCCTCTTCC TGCTGACACA 
ACTGGTATTG GGGATTTCTT ACCATTGAAA GCTGAACTTG ATACTACTTA CACTTTCTTA 
AAGGAGACAT TTATAAATAC TGTGCCCCAT GCTCTGACAT CATCTCACTC CTCTCCAGTG 
ACTATGTCTG CTAATGCCAA CAGACCAACT CAGATTGGAT TATGA

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

CCDC171 ( XM_005251398.4 ) cDNA ORF clone, Homo sapiens(human) -> XP_005251455.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHu42688
Clone ID Related Accession (Same CDS sequence)	NM_001355547.1 , XM_005251398.4 , XM_005251397.2 , XM_005251399.4 , XM_005251398.3 , XM_011517788.2
Accession Version	XM_005251398.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4005bp) 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	coiled-coil domain-containing protein 171 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) 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_005251398.3. ##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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAATA 
GGATCACGAG ACCATTCAAA TCTCTCCATT CCTTCAAGAG CTCCTCTTCC TGCTGACACA 
ACTGGTATTG GGGATTTCTT ACCATTGAAA GCTGAACTTG ATACTACTTA CACTTTCTTA 
AAGGAGACAT TTATAAATAC TGTGCCCCAT GCTCTGACAT CATCTCACTC CTCTCCAGTG 
ACTATGTCTG CTAATGCCAA CAGACCAACT CAGATTGGAT TATGA

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

RefSeq	XP_005251455.1
CDS	471..4475
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSIGSRDHSNLSIPSRAPLPADTTGIGDFLPLKAELDTTYTFLKETFINTVPHALTSSHSSPVTMSANANRPTQIGL

Target ORF information:

RefSeq Version	XM_005251398.4
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X1, mRNA.

Target ORF information:

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

XM_005251398.4

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAATA 
GGATCACGAG ACCATTCAAA TCTCTCCATT CCTTCAAGAG CTCCTCTTCC TGCTGACACA 
ACTGGTATTG GGGATTTCTT ACCATTGAAA GCTGAACTTG ATACTACTTA CACTTTCTTA 
AAGGAGACAT TTATAAATAC TGTGCCCCAT GCTCTGACAT CATCTCACTC CTCTCCAGTG 
ACTATGTCTG CTAATGCCAA CAGACCAACT CAGATTGGAT TATGA

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

CCDC171 ( XM_005251397.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_005251454.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X2, mRNA.

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CloneID	OHu42688
Clone ID Related Accession (Same CDS sequence)	NM_001355547.1 , XM_005251398.4 , XM_005251397.2 , XM_005251399.4 , XM_005251398.3 , XM_011517788.2
Accession Version	XM_005251397.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4005bp) 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	coiled-coil domain-containing protein 171 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) 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_005251397.1. ##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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAATA 
GGATCACGAG ACCATTCAAA TCTCTCCATT CCTTCAAGAG CTCCTCTTCC TGCTGACACA 
ACTGGTATTG GGGATTTCTT ACCATTGAAA GCTGAACTTG ATACTACTTA CACTTTCTTA 
AAGGAGACAT TTATAAATAC TGTGCCCCAT GCTCTGACAT CATCTCACTC CTCTCCAGTG 
ACTATGTCTG CTAATGCCAA CAGACCAACT CAGATTGGAT TATGA

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

RefSeq	XP_005251454.1
CDS	199..4203
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSIGSRDHSNLSIPSRAPLPADTTGIGDFLPLKAELDTTYTFLKETFINTVPHALTSSHSSPVTMSANANRPTQIGL

Target ORF information:

RefSeq Version	XM_005251397.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X2, mRNA.

Target ORF information:

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

XM_005251397.2

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAATA 
GGATCACGAG ACCATTCAAA TCTCTCCATT CCTTCAAGAG CTCCTCTTCC TGCTGACACA 
ACTGGTATTG GGGATTTCTT ACCATTGAAA GCTGAACTTG ATACTACTTA CACTTTCTTA 
AAGGAGACAT TTATAAATAC TGTGCCCCAT GCTCTGACAT CATCTCACTC CTCTCCAGTG 
ACTATGTCTG CTAATGCCAA CAGACCAACT CAGATTGGAT TATGA

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

CCDC171 ( XM_005251399.4 ) cDNA ORF clone, Homo sapiens(human) -> XP_005251456.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OHu42688
Clone ID Related Accession (Same CDS sequence)	NM_001355547.1 , XM_005251398.4 , XM_005251397.2 , XM_005251399.4 , XM_005251398.3 , XM_011517788.2
Accession Version	XM_005251399.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4005bp) 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	coiled-coil domain-containing protein 171 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) 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_005251399.3. ##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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAATA 
GGATCACGAG ACCATTCAAA TCTCTCCATT CCTTCAAGAG CTCCTCTTCC TGCTGACACA 
ACTGGTATTG GGGATTTCTT ACCATTGAAA GCTGAACTTG ATACTACTTA CACTTTCTTA 
AAGGAGACAT TTATAAATAC TGTGCCCCAT GCTCTGACAT CATCTCACTC CTCTCCAGTG 
ACTATGTCTG CTAATGCCAA CAGACCAACT CAGATTGGAT TATGA

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

RefSeq	XP_005251456.1
CDS	498..4502
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSIGSRDHSNLSIPSRAPLPADTTGIGDFLPLKAELDTTYTFLKETFINTVPHALTSSHSSPVTMSANANRPTQIGL

Target ORF information:

RefSeq Version	XM_005251399.4
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X3, mRNA.

Target ORF information:

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

XM_005251399.4

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAATA 
GGATCACGAG ACCATTCAAA TCTCTCCATT CCTTCAAGAG CTCCTCTTCC TGCTGACACA 
ACTGGTATTG GGGATTTCTT ACCATTGAAA GCTGAACTTG ATACTACTTA CACTTTCTTA 
AAGGAGACAT TTATAAATAC TGTGCCCCAT GCTCTGACAT CATCTCACTC CTCTCCAGTG 
ACTATGTCTG CTAATGCCAA CAGACCAACT CAGATTGGAT TATGA

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

CCDC171 ( XM_005251398.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_005251455.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHu42688
Clone ID Related Accession (Same CDS sequence)	NM_001355547.1 , XM_005251398.4 , XM_005251397.2 , XM_005251399.4 , XM_005251398.3 , XM_011517788.2
Accession Version	XM_005251398.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4005bp) 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	coiled-coil domain-containing protein 171 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) 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_005251398.2. ##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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAATA 
GGATCACGAG ACCATTCAAA TCTCTCCATT CCTTCAAGAG CTCCTCTTCC TGCTGACACA 
ACTGGTATTG GGGATTTCTT ACCATTGAAA GCTGAACTTG ATACTACTTA CACTTTCTTA 
AAGGAGACAT TTATAAATAC TGTGCCCCAT GCTCTGACAT CATCTCACTC CTCTCCAGTG 
ACTATGTCTG CTAATGCCAA CAGACCAACT CAGATTGGAT TATGA

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

RefSeq	XP_005251455.1
CDS	438..4442
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSIGSRDHSNLSIPSRAPLPADTTGIGDFLPLKAELDTTYTFLKETFINTVPHALTSSHSSPVTMSANANRPTQIGL

Target ORF information:

RefSeq Version	XM_005251398.3
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X1, mRNA.

Target ORF information:

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

XM_005251398.3

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAATA 
GGATCACGAG ACCATTCAAA TCTCTCCATT CCTTCAAGAG CTCCTCTTCC TGCTGACACA 
ACTGGTATTG GGGATTTCTT ACCATTGAAA GCTGAACTTG ATACTACTTA CACTTTCTTA 
AAGGAGACAT TTATAAATAC TGTGCCCCAT GCTCTGACAT CATCTCACTC CTCTCCAGTG 
ACTATGTCTG CTAATGCCAA CAGACCAACT CAGATTGGAT TATGA

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

CCDC171 ( XM_011517788.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011516090.1 Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X4, mRNA.

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CloneID	OHu42688
Clone ID Related Accession (Same CDS sequence)	NM_001355547.1 , XM_005251398.4 , XM_005251397.2 , XM_005251399.4 , XM_005251398.3 , XM_011517788.2
Accession Version	XM_011517788.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4005bp) 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	coiled-coil domain-containing protein 171 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) 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_011517788.1. ##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##

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAATA 
GGATCACGAG ACCATTCAAA TCTCTCCATT CCTTCAAGAG CTCCTCTTCC TGCTGACACA 
ACTGGTATTG GGGATTTCTT ACCATTGAAA GCTGAACTTG ATACTACTTA CACTTTCTTA 
AAGGAGACAT TTATAAATAC TGTGCCCCAT GCTCTGACAT CATCTCACTC CTCTCCAGTG 
ACTATGTCTG CTAATGCCAA CAGACCAACT CAGATTGGAT TATGA

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

RefSeq	XP_011516090.1
CDS	428..4432
Translation	MNLNTSSNTGDTQRLKIASLDVKQILKNETELDITDNLRKKLHWAKKEKLEITTKHNAELASYESQIAKLRSEVEKGEALRQSLEYDLAVARKEAGLGRRAAEERLAEAHRIQEKLCAQNSELQAKTNETEKAFQTSQQKWKEECRRFEHDLEERDNMIQNCNREYDLLMKEKSRLEKTLQEALEKHQREKNEMESHIRETALEEFRLQEEQWEAERRELQFIVQEQDTAVQNMHKKVEKLETEHMDCSDLLRRQTSELEFSTQREERLRKEFEATTLRVRKLEENIEAERAAHLESKFNSEIIQLRIRDLEGALQVEKASQAEAVADLEIIKNEFKEVESAYEREKHNAQESFAKLNLLEKEYFSKNKKLNEDIEEQKKVIIDLSKRLQYNEKSCSELQEELVMAKKHQAFLVETCENNVKELESILDSFTVSGQWTSGIHKDKDKPPSFSVVLERLRRTLTDYQNKLEDASNELNSMNDVKEKACNELDSTKQKIDSHTKNIKELQDKLADVNKELSHLHTKCADREALISTLKVELQNVLHCWEKEKAQAAQSESELQKLSQAFHKDAEEKLTFLHTLYQHLVAGCVLIKQPEGMLDKFSWSELCAVLQENVDALIADLNRANEKIRHLEYICKNKSDTMRELQQTQEDTFTKVAEQIKAQESCWHRQKKELELQYSELFLEVQKRAQKFQEIAEKNMEKLNHIEKSHEQLVLENSHFKKLLSQTQREQMSLLAACALMAGALYPLYSRSCALSTQRDFLQEQVNTFELFKLEIRTLAQALSTVEEKKQEEAKMKKKTFKGLIRIFRKGVIAVLAANRLKILGQSCASLFTWMESFKEGIGMLVCTGEPQDKHKFPKHQKEQLRCLQALSWLTSSDLLAAIISSMAELQDVIGKADPNSRICGHLLIGAAKNSFAKLMDKISLVMECIPLHSSRSITYVEKDSLVQRLAHGLHKVNTLALKYGLRGHVPITKSTASLQKQILGFTQRLHAAEVERRSLRLEVTEFKRSVNEMKKELDKAQGLQMQLNEFKQSKLITHEKFESACEELNNALLREEQAQMLLNEQAQQLQELNYKLELHSSEEADKNQTLGEAVKSLSEAKMELRRKDQSLRQLNRHLTQLEQDKRRLEENIHDAESALRMAAKDKECVANHMRAVENTLHKVRDQISLSWSAASRNDFTLQLPKLHLETFAMEGLKGGPEVVACQAMIKSFMDVYQLASTRIMTLEKEMTSHRSHIAALKSELHTACLRENASLQSIGSRDHSNLSIPSRAPLPADTTGIGDFLPLKAELDTTYTFLKETFINTVPHALTSSHSSPVTMSANANRPTQIGL

Target ORF information:

RefSeq Version	XM_011517788.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 171 (CCDC171), transcript variant X4, mRNA.

Target ORF information:

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

XM_011517788.2

ORF Insert Sequence:

ATGAATTTGA ATACTTCAAG TAATACTGGT GATACCCAAA GGTTGAAGAT TGCCTCATTG 
GATGTAAAAC AAATACTTAA AAATGAAACA GAGTTGGATA TTACTGATAA TCTCAGGAAG 
AAACTCCATT GGGCTAAAAA AGAAAAGTTA GAAATAACAA CCAAACACAA TGCAGAGCTG 
GCAAGCTATG AGAGCCAGAT TGCCAAGCTA CGGTCCGAGG TTGAAAAGGG AGAAGCATTG 
CGACAAAGTC TGGAATATGA CCTAGCTGTT GCTAGAAAGG AAGCTGGTCT TGGAAGACGG 
GCTGCTGAAG AAAGATTAGC CGAGGCACAT AGGATCCAAG AAAAACTCTG TGCACAGAAT 
TCAGAACTTC AAGCAAAGAC AAATGAGACT GAGAAAGCAT TTCAGACTTC TCAGCAAAAA 
TGGAAAGAAG AATGCAGAAG ATTTGAACAT GATTTGGAGG AAAGAGACAA TATGATCCAA 
AATTGCAATC GAGAATATGA TTTACTTATG AAAGAAAAAA GCAGACTAGA GAAAACTCTA 
CAGGAAGCGT TGGAAAAACA TCAACGGGAG AAGAATGAGA TGGAGTCTCA TATCAGGGAG 
ACAGCATTGG AGGAGTTTAG ATTACAAGAA GAACAATGGG AAGCAGAAAG AAGAGAATTA 
CAATTTATAG TACAGGAGCA AGATACTGCT GTGCAAAATA TGCATAAGAA AGTAGAAAAA 
TTAGAAACAG AACATATGGA CTGCTCTGAC CTTTTACGGC GACAAACAAG TGAACTTGAA 
TTTAGCACTC AACGAGAGGA ACGCCTTAGA AAAGAATTTG AGGCAACTAC TCTAAGAGTG 
AGGAAATTAG AAGAAAACAT TGAAGCAGAA AGAGCAGCGC ATTTGGAATC AAAATTTAAT 
TCTGAAATTA TTCAGTTACG GATTCGAGAC CTTGAAGGAG CTTTGCAAGT AGAGAAGGCC 
AGTCAAGCAG AAGCTGTTGC TGATTTGGAA ATTATCAAGA ATGAATTCAA AGAAGTTGAA 
AGTGCATATG AGCGAGAAAA GCATAATGCA CAAGAGAGCT TTGCAAAACT AAATTTATTA 
GAAAAAGAGT ATTTCTCCAA AAATAAGAAA CTAAATGAAG ACATCGAGGA ACAGAAGAAA 
GTAATTATAG ACCTTTCAAA GAGACTCCAG TATAATGAAA AAAGTTGCAG TGAATTACAG 
GAAGAACTAG TAATGGCTAA GAAGCACCAG GCCTTCCTAG TAGAGACATG TGAAAATAAC 
GTGAAAGAAT TGGAATCGAT CTTGGACAGC TTTACTGTGT CGGGCCAGTG GACATCAGGC 
ATCCACAAGG ACAAAGATAA ACCTCCCAGC TTCTCTGTTG TCCTTGAGAG ATTGAGGCGT 
ACCTTGACAG ATTACCAGAA CAAGCTGGAA GATGCATCTA ATGAGCTAAA CAGCATGAAT 
GATGTTAAGG AAAAGGCATG TAATGAACTT GATTCTACGA AACAGAAGAT AGACTCTCAC 
ACTAAAAATA TAAAGGAACT TCAGGATAAA CTGGCTGATG TTAATAAAGA GTTAAGTCAT 
TTACACACTA AATGTGCAGA CCGAGAGGCT TTAATAAGCA CTTTAAAAGT GGAACTACAA 
AATGTGCTGC ACTGTTGGGA GAAAGAAAAG GCTCAGGCAG CCCAGTCTGA AAGTGAACTG 
CAGAAGCTTT CCCAGGCTTT CCATAAGGAT GCAGAGGAGA AGCTAACCTT CCTTCACACC 
TTATATCAGC ACTTGGTAGC AGGCTGTGTG CTCATAAAAC AACCAGAAGG CATGCTGGAT 
AAATTCTCTT GGTCTGAGCT TTGTGCAGTC TTACAGGAGA ATGTTGATGC CCTGATTGCA 
GACCTCAACA GGGCTAATGA GAAGATAAGG CATCTAGAGT ATATCTGTAA AAACAAGTCT 
GACACGATGA GAGAGCTTCA GCAGACTCAG GAAGACACCT TTACCAAAGT GGCAGAACAG 
ATCAAAGCCC AAGAGAGCTG CTGGCACAGA CAAAAGAAGG AACTAGAGCT GCAGTATTCT 
GAACTCTTCC TGGAGGTGCA GAAGAGGGCA CAGAAATTTC AAGAAATTGC TGAAAAAAAC 
ATGGAAAAAT TGAACCATAT TGAGAAGTCA CATGAACAGT TGGTTCTTGA AAATTCGCAC 
TTCAAAAAAC TGTTATCACA GACTCAAAGG GAACAGATGT CCTTGCTGGC AGCCTGTGCA 
TTAATGGCTG GTGCCTTATA TCCCCTCTAT AGCCGATCAT GCGCCTTGTC TACACAGAGA 
GATTTTCTCC AGGAGCAGGT CAACACCTTT GAGTTGTTCA AACTGGAAAT TAGAACTCTA 
GCCCAGGCTT TGTCAACTGT AGAGGAAAAG AAGCAAGAGG AAGCCAAGAT GAAAAAGAAA 
ACATTCAAAG GATTGATACG TATATTTCGG AAAGGTGTTA TTGCTGTTTT GGCAGCAAAC 
AGACTCAAGA TTTTGGGCCA ATCATGTGCC TCTCTTTTTA CCTGGATGGA GAGTTTCAAA 
GAAGGCATAG GCATGTTAGT GTGCACAGGA GAGCCCCAAG ACAAGCATAA ATTTCCAAAA 
CATCAAAAGG AGCAGTTGCG TTGTTTACAA GCGCTCAGTT GGCTCACCAG TTCTGACCTT 
CTTGCTGCAA TAATCAGTTC TATGGCTGAA TTACAAGACG TCATTGGTAA AGCAGATCCA 
AATTCCAGAA TTTGTGGACA TTTACTCATA GGTGCAGCCA AGAATTCTTT TGCAAAACTC 
ATGGATAAAA TTAGTCTGGT AATGGAATGT ATACCTCTGC ACAGTAGCAG GAGTATTACA 
TATGTAGAAA AAGATTCCCT GGTTCAGAGG CTGGCCCATG GACTTCATAA AGTAAACACA 
CTGGCCCTGA AATATGGTTT GCGTGGCCAT GTGCCCATTA CGAAAAGCAC AGCATCGTTG 
CAGAAGCAAA TACTTGGATT TACACAAAGA CTGCATGCTG CAGAAGTGGA GCGCCGCTCA 
CTACGCTTAG AGGTCACAGA ATTCAAACGA AGTGTGAATG AAATGAAAAA GGAGCTTGAC 
AAAGCCCAGG GTCTGCAAAT GCAATTAAAT GAATTTAAGC AGTCTAAATT GATCACCCAT 
GAGAAGTTTG AAAGTGCATG TGAAGAACTA AATAATGCAT TACTTCGGGA AGAGCAGGCA 
CAAATGCTAT TGAATGAACA GGCACAACAA CTACAGGAAT TGAATTATAA ACTTGAATTG 
CACTCCAGTG AGGAAGCTGA CAAAAACCAA ACTCTTGGAG AAGCTGTTAA GAGTCTCTCC 
GAGGCAAAGA TGGAGCTGAG AAGAAAAGAT CAATCTCTGC GTCAGCTCAA TAGACATCTT 
ACCCAGCTGG AGCAGGACAA GCGTCGACTG GAGGAGAACA TCCATGATGC AGAGAGTGCC 
CTCCGCATGG CAGCCAAAGA CAAAGAATGT GTTGCTAATC ACATGAGAGC AGTAGAAAAT 
ACGCTTCACA AGGTCAGAGA TCAGATCTCG CTGTCATGGT CTGCGGCAAG TAGGAATGAC 
TTCACCCTAC AGCTACCCAA ACTGCACCTG GAGACCTTTG CAATGGAGGG GCTCAAGGGC 
GGGCCAGAGG TGGTAGCATG CCAGGCTATG ATTAAAAGTT TCATGGATGT CTACCAGCTT 
GCAAGCACTA GAATCATGAC ATTAGAGAAG GAAATGACAT CTCATCGAAG TCACATTGCA 
GCCTTGAAAT CAGAACTTCA CACAGCTTGT TTACGTGAAA ATGCAAGTTT ACAATCAATA 
GGATCACGAG ACCATTCAAA TCTCTCCATT CCTTCAAGAG CTCCTCTTCC TGCTGACACA 
ACTGGTATTG GGGATTTCTT ACCATTGAAA GCTGAACTTG ATACTACTTA CACTTTCTTA 
AAGGAGACAT TTATAAATAC TGTGCCCCAT GCTCTGACAT CATCTCACTC CTCTCCAGTG 
ACTATGTCTG CTAATGCCAA CAGACCAACT CAGATTGGAT TATGA

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

PubMed

DNA sequence and analysis of human chromosome 9.
Nature429(6990)369-74(2004 May)
Humphray SJ,Oliver K,Hunt AR,Plumb RW,Loveland JE,Howe KL,Andrews TD,Searle S,Hunt SE,Scott CE,Jones MC,Ainscough R,Almeida JP,Ambrose KD,Ashwell RI,Babbage AK,Babbage S,Bagguley CL,Bailey J,Banerjee R,Barker DJ,Barlow KF,Bates K,Beasley H,Beasley O,Bird CP,Bray-Allen S,Brown AJ,Brown JY,Burford D,Burrill W,Burton J,Carder C,Carter NP,Chapman JC,Chen Y,Clarke G,Clark SY,Clee CM,Clegg S,Collier RE,Corby N,Crosier M,Cummings AT,Davies J,Dhami P,Dunn M,Dutta I,Dyer LW,Earthrowl ME,Faulkner L,Fleming CJ,Frankish A,Frankland JA,French L,Fricker DG,Garner P,Garnett J,Ghori J,Gilbert JG,Glison C,Grafham DV,Gribble S,Griffiths C,Griffiths-Jones S,Grocock R,Guy J,Hall RE,Hammond S,Harley JL,Harrison ES,Hart EA,Heath PD,Henderson CD,Hopkins BL,Howard PJ,Howden PJ,Huckle E,Johnson C,Johnson D,Joy AA,Kay M,Keenan S,Kershaw JK,Kimberley AM,King A,Knights A,Laird GK,Langford C,Lawlor S,Leongamornlert DA,Leversha M,Lloyd C,Lloyd DM,Lovell J,Martin S,Mashreghi-Mohammadi M,Matthews L,McLaren S,McLay KE,McMurray A,Milne S,Nickerson T,Nisbett J,Nordsiek G,Pearce AV,Peck AI,Porter KM,Pandian R,Pelan S,Phillimore B,Povey S,Ramsey Y,Rand V,Scharfe M,Sehra HK,Shownkeen R,Sims SK,Skuce CD,Smith M,Steward CA,Swarbreck D,Sycamore N,Tester J,Thorpe A,Tracey A,Tromans A,Thomas DW,Wall M,Wallis JM,West AP,Whitehead SL,Willey DL,Williams SA,Wilming L,Wray PW,Young L,Ashurst JL,Coulson A,Bl?cker H,Durbin R,Sulston JE,Hubbard T,Jackson MJ,Bentley DR,Beck S,Rogers J,Dunham I

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CCDC171 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

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