CCDC7 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	CCDC7
Entrez Gene ID	79741
Full Name	coiled-coil domain containing 7
Synonyms	BIOT2,BioT2-A,BioT2-B,BioT2-C,C10orf68
General protein information	Preferred Names coiled-coil domain containing 7 Names coiled-coil domain-containing protein 7 uncharacterized protein C10orf68
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 10 Map Location: 10p11.22

mRNA and Protein(s)

mRNA	Protein	Name
XM_017016650.1	XP_016872139.1	uncharacterized protein C10orf68 isoform X34
NM_001026383.2	NP_001021554.1	coiled-coil domain-containing protein 7 isoform a
XM_011519666.1	XP_011517968.1	uncharacterized protein C10orf68 isoform X6
XM_011519669.1	XP_011517971.1	uncharacterized protein C10orf68 isoform X9
XM_017016639.1	XP_016872128.1	uncharacterized protein C10orf68 isoform X12
XM_017016640.1	XP_016872129.1	uncharacterized protein C10orf68 isoform X15
XM_011519675.1	XP_011517977.1	uncharacterized protein C10orf68 isoform X17
XM_011519677.1	XP_011517979.1	uncharacterized protein C10orf68 isoform X20
XM_017016647.2	XP_016872136.1	uncharacterized protein C10orf68 isoform X30
XM_017016650.2	XP_016872139.1	uncharacterized protein C10orf68 isoform X36
XM_024448169.1	XP_024303937.1	uncharacterized protein C10orf68 isoform X40
NM_001321115.2	NP_001308044.1	uncharacterized protein C10orf68 isoform c
XM_017016647.1	XP_016872136.1	uncharacterized protein C10orf68 isoform X28
NM_145023.6	NP_659460.3	coiled-coil domain-containing protein 7 isoform a
XM_024448165.1	XP_024303933.1	uncharacterized protein C10orf68 isoform X3
XM_011519668.1	XP_011517970.1	uncharacterized protein C10orf68 isoform X8
XM_024448170.1	XP_024303938.1	uncharacterized protein C10orf68 isoform X41
XM_005252593.2	XP_005252650.1	uncharacterized protein C10orf68 isoform X43
XM_017016653.1	XP_016872142.1	uncharacterized protein C10orf68 isoform X44
XM_017016645.1	XP_016872134.1	uncharacterized protein C10orf68 isoform X26
XM_011519684.2	XP_011517986.1	uncharacterized protein C10orf68 isoform X29
XM_011519688.2	XP_011517990.1	uncharacterized protein C10orf68 isoform X38
NM_001321115.1	NP_001308044.1	uncharacterized protein C10orf68 isoform c
XM_024448166.1	XP_024303934.1	uncharacterized protein C10orf68 isoform X4
XM_011519672.1	XP_011517974.1	uncharacterized protein C10orf68 isoform X13
XM_011519673.1	XP_011517975.1	uncharacterized protein C10orf68 isoform X14
XM_006717505.1	XP_006717568.1	uncharacterized protein C10orf68 isoform X18
XM_011519676.1	XP_011517978.1	uncharacterized protein C10orf68 isoform X19
XM_024448167.1	XP_024303935.1	uncharacterized protein C10orf68 isoform X28
XM_017016649.1	XP_016872138.1	uncharacterized protein C10orf68 isoform X35
XM_017016651.1	XP_016872140.1	uncharacterized protein C10orf68 isoform X37
XM_017016652.1	XP_016872141.1	uncharacterized protein C10orf68 isoform X38
XM_011519680.2	XP_011517982.1	uncharacterized protein C10orf68 isoform X23
NM_145023.5	NP_659460.3	coiled-coil domain-containing protein 7 isoform a
XM_011519663.1	XP_011517965.1	uncharacterized protein C10orf68 isoform X1
XM_017016638.1	XP_016872127.1	uncharacterized protein C10orf68 isoform X5
XM_011519670.1	XP_011517972.1	uncharacterized protein C10orf68 isoform X10
XM_011519678.1	XP_011517980.1	uncharacterized protein C10orf68 isoform X21
XM_011519679.1	XP_011517981.1	uncharacterized protein C10orf68 isoform X23
XM_017016641.1	XP_016872130.1	uncharacterized protein C10orf68 isoform X24
XM_017016642.1	XP_016872131.1	uncharacterized protein C10orf68 isoform X25
XM_017016643.1	XP_016872132.1	uncharacterized protein C10orf68 isoform X26
XM_024448168.1	XP_024303936.1	uncharacterized protein C10orf68 isoform X28
XM_011519683.2	XP_011517985.1	uncharacterized protein C10orf68 isoform X29
XM_017016648.1	XP_016872137.1	uncharacterized protein C10orf68 isoform X32
NM_001026383.3	NP_001021554.1	coiled-coil domain-containing protein 7 isoform a
XM_011519686.2	XP_011517988.1	uncharacterized protein C10orf68 isoform X34
XM_011519687.1	XP_011517989.1	uncharacterized protein C10orf68 isoform X39
XM_011519664.1	XP_011517966.1	uncharacterized protein C10orf68 isoform X2
XM_011519667.1	XP_011517969.1	uncharacterized protein C10orf68 isoform X7
XM_011519671.1	XP_011517973.1	uncharacterized protein C10orf68 isoform X11
XM_011519674.1	XP_011517976.1	uncharacterized protein C10orf68 isoform X16
XM_006717506.1	XP_006717569.1	uncharacterized protein C10orf68 isoform X22
XM_011519680.3	XP_011517982.1	uncharacterized protein C10orf68 isoform X25
XM_017016644.1	XP_016872133.1	uncharacterized protein C10orf68 isoform X27
XM_017016646.1	XP_016872135.1	uncharacterized protein C10orf68 isoform X28
XM_011519684.3	XP_011517986.1	uncharacterized protein C10orf68 isoform X31
XM_011519685.1	XP_011517987.1	uncharacterized protein C10orf68 isoform X33
XM_011519688.3	XP_011517990.1	uncharacterized protein C10orf68 isoform X42

Pathways from BioSystems

Homologies

	LOC100423924	XP_002805658.1
Mus musculus (house mouse)	1700008F21Rik	NP_001161841.1
Canis lupus familiaris (dog)	CCDC7	XP_005617008.1
Rattus norvegicus (Norway rat)	Ccdc7	NP_001011561.1
Homo sapiens (human)	CCDC7	NP_001021554.1
Bos taurus (cattle)	CCDC7	XP_005214349.1

Gene Ontology
Bibliography

Related articles in PubMed

Novel gene hBiot2 is an independent prognostic factor in colorectal cancer patients.
Shen YM, Arbman G, Sandstr?m P, Gullstrand P, Wei YQ, Zhang H, Rosell J, Olsson B, Peng F, Yang HS, Wang CT, Sun XF
Oncology reports27(2)376-82(2012 Feb)

Overexpression of the hBiot2 gene is associated with development of human cervical cancer.
Shen YM, He X, Deng HX, Xie YP, Wang CT, Wei YQ, Zhao X
Oncology reports25(1)75-80(2011 Jan)

RNA interference against Biot2, a novel mouse testis-specific gene, inhibits the growth of tumor cells.
Wang CT, Zhang P, Wang YS, Ruan XZ, Li ZY, Peng F, Yang HS, Wei YQ
Cellular & molecular biology letters14(3)363-76(2009)

KIF5B gene sequence variation and response of cardiac stroke volume to regular exercise.
Argyropoulos G, St?tz AM, Ilnytska O, Rice T, Teran-Garcia M, Rao DC, Bouchard C, Rankinen T
Physiological genomics36(2)79-88(2009 Jan)

A scan of chromosome 10 identifies a novel locus showing strong association with late-onset Alzheimer disease.
Grupe A, Li Y, Rowland C, Nowotny P, Hinrichs AL, Smemo S, Kauwe JS, Maxwell TJ, Cherny S, Doil L, Tacey K, van Luchene R, Myers A, Wavrant-De Vri?ze F, Kaleem M, Hollingworth P, Jehu L, Foy C, Archer N, Hamilton G, Holmans P, Morris CM, Catanese J, Sninsky J, White TJ, Powell J, Hardy J, O'Donovan M, Lovestone S, Jones L, Morris JC, Thal L, Owen M, Williams J, Goate A
American journal of human genetics78(1)78-88(2006 Jan)

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

A higher expression of hBiot2 in primary CRC patients independently indicates a poorer prognosis.
Title: Novel gene hBiot2 is an independent prognostic factor in colorectal cancer patients.

Overexpression of hBiot2 is associated with early and interim development of human cervical cancer.
Title: Overexpression of the hBiot2 gene is associated with development of human cervical cancer.

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

Observational study of gene-disease association. (HuGE Navigator)
Title: KIF5B gene sequence variation and response of cardiac stroke volume to regular exercise.

Observational study of gene-disease association. (HuGE Navigator)
Title: A scan of chromosome 10 identifies a novel locus showing strong association with late-onset Alzheimer disease.

The following CCDC7 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CCDC7 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)
OHu04383	NM_145023.6 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$159.50-$223.30 $319.00
OHu04383	NM_001026383.3 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$159.50-$223.30 $319.00
OHu72108	XM_011519688.3 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X45, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$391.30 $559.00
OHu106562	XM_024448169.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X43, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$391.30 $559.00
OHu106563	XM_024448170.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X44, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$391.30 $559.00
OHu91649	XM_017016650.2 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X39, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$475.30 $679.00
OHu91650	XM_017016651.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X40, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$391.30 $559.00
OHu106561	XM_024448166.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu43854	NM_001321115.2 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant 5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00
OHu43854	XM_011519663.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00
OHu43855	XM_006717505.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X18, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$643.30 $919.00
OHu43856	XM_006717506.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X22, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$643.30 $919.00
OHu43857	XM_005252593.2 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X46, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$391.30 $559.00
OHu72084	XM_011519664.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00
OHu72085	XM_024448165.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00
OHu72086	XM_011519666.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00
OHu72087	XM_011519667.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00
OHu72088	XM_011519668.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00
OHu72089	XM_011519669.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00
OHu72090	XM_011519670.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00
OHu72091	XM_011519671.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00
OHu72092	XM_011519672.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X13, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00
OHu72093	XM_011519673.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X14, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00
OHu72094	XM_011519674.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X16, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$643.30 $919.00
OHu72095	XM_011519675.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X17, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$643.30 $919.00
OHu72096	XM_011519676.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X19, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$643.30 $919.00
OHu72097	XM_011519677.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X20, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$643.30 $919.00
OHu72098	XM_011519678.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X21, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$643.30 $919.00
OHu72099	XM_011519679.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X23, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$643.30 $919.00
OHu72100	XM_011519680.3 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X26, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$559.30 $799.00
OHu72100	XM_017016642.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X25, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$559.30 $799.00
OHu72101	XM_017016644.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X28, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$559.30 $799.00
OHu72102	XM_017016645.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X27, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$559.30 $799.00
OHu72102	XM_024448168.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X30, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$559.30 $799.00
OHu72102	XM_017016646.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X31, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$559.30 $799.00
OHu72102	XM_024448167.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X29, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$559.30 $799.00
OHu72103	XM_011519683.2 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X32, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$559.30 $799.00
OHu72104	XM_011519684.3 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X34, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$559.30 $799.00
OHu72105	XM_011519685.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X36, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$559.30 $799.00
OHu72106	XM_011519686.2 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X37, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$475.30 $679.00
OHu72107	XM_011519687.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X42, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$391.30 $559.00
OHu91641	XM_017016638.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00
OHu91642	XM_017016639.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00
OHu91643	XM_017016640.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X15, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$643.30 $919.00
OHu91644	XM_017016641.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X24, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$643.30 $919.00
OHu91645	XM_017016643.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X27, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$559.30 $799.00
OHu91646	XM_017016647.2 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X33, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$559.30 $799.00
OHu91647	XM_017016648.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X35, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$559.30 $799.00
OHu91648	XM_017016649.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X38, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$475.30 $679.00
OHu91651	XM_017016652.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X41, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$391.30 $559.00
OHu91652	XM_017016653.1 Latest version!	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X47, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$391.30 $559.00
View Old Accession Versions >>
OHu91649	XM_017016650.1	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X36, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$475.30 $679.00
OHu91646	XM_017016647.1	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X30, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$559.30 $799.00
OHu43854	NM_001321115.1	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant 5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00
OHu04383	NM_145023.5	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$159.50-$223.30 $319.00
OHu04383	NM_001026383.2	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$159.50-$223.30 $319.00
OHu72100	XM_011519680.2	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X24, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$559.30 $799.00
OHu72104	XM_011519684.2	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X31, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$559.30 $799.00
OHu72108	XM_011519688.2	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X40, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$391.30 $559.00
Hide Old Accession Versions >>

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

Reference Sequences (Refseq)

CCDC7 ( NM_001026383.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001021554.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant 2, mRNA.

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CloneID	OHu04383
Clone ID Related Accession (Same CDS sequence)	NM_001026383.2 , NM_145023.6 , NM_145023.5 , NM_001026383.3
Accession Version	NM_001026383.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 1461bp) 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	2019-02-23
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 7 isoform a
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from HY009015.1, BC042672.1 and BC022020.2. On Dec 13, 2013 this sequence version replaced NM_001026383.1. Transcript Variant: This variant (2) differs in the 5' UTR, compared to variant 1. Variants 1 and 2 encode the same protein (isoform a). ##Evidence-Data-START## Transcript exon combination :: BC042672.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2148093 [ECO:0000348] ##Evidence-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGATGCTA A

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

RefSeq	NP_001021554.1
CDS	368..1828
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKRC

Target ORF information:

RefSeq Version	NM_001026383.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant 2, mRNA.

Target ORF information:

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

NM_001026383.2

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGATGCTA A

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

CCDC7 ( NM_145023.6 ) cDNA ORF clone, Homo sapiens(human) -> NP_659460.3 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant 1, mRNA.

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CloneID	OHu04383
Clone ID Related Accession (Same CDS sequence)	NM_001026383.2 , NM_145023.6 , NM_145023.5 , NM_001026383.3
Accession Version	NM_145023.6 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 1461bp) 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	2019-06-01
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 7 isoform a
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from HY009015.1, BC022020.2 and BC042672.1. On Jun 2, 2019 this sequence version replaced NM_145023.5. Transcript Variant: This variant (1) represents the longest transcript and encodes isoform a. Variants 1 and 2 encode the same protein (isoform a). ##Evidence-Data-START## Transcript exon combination :: GQ891461.1, BC022020.2 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2148093 [ECO:0000348] ##Evidence-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGATGCTA A

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

RefSeq	NP_659460.3
CDS	544..2004
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKRC

Target ORF information:

RefSeq Version	NM_145023.6
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant 1, mRNA.

Target ORF information:

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

NM_145023.6

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGATGCTA A

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

CCDC7 ( NM_145023.5 ) cDNA ORF clone, Homo sapiens(human) -> NP_659460.3 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant 1, mRNA.

Price & Availability↑

CloneID	OHu04383
Clone ID Related Accession (Same CDS sequence)	NM_001026383.2 , NM_145023.6 , NM_145023.5 , NM_001026383.3
Accession Version	NM_145023.5	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 1461bp) 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	2019-02-23
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 7 isoform a
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from HY009015.1, BC022020.2 and BC042672.1. On Dec 13, 2013 this sequence version replaced NM_145023.4. Transcript Variant: This variant (1) represents the longest transcript and encodes isoform a. Variants 1 and 2 encode the same protein (isoform a). ##Evidence-Data-START## Transcript exon combination :: BC022020.2 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2148093 [ECO:0000348] ##Evidence-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGATGCTA A

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

RefSeq	NP_659460.3
CDS	602..2062
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKRC

Target ORF information:

RefSeq Version	NM_145023.5
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant 1, mRNA.

Target ORF information:

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

NM_145023.5

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGATGCTA A

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

CCDC7 ( NM_001026383.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_001021554.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant 2, mRNA.

Price & Availability↑

CloneID	OHu04383
Clone ID Related Accession (Same CDS sequence)	NM_001026383.2 , NM_145023.6 , NM_145023.5 , NM_001026383.3
Accession Version	NM_001026383.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 1461bp) 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	2019-06-01
Organism	Homo sapiens(human)
Product	coiled-coil domain-containing protein 7 isoform a
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from HY009015.1 and BC042672.1. On Jun 2, 2019 this sequence version replaced NM_001026383.2. Transcript Variant: This variant (2) differs in the 5' UTR, compared to variant 1. Variants 1 and 2 encode the same protein (isoform a). ##Evidence-Data-START## Transcript exon combination :: BC042672.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2148093 [ECO:0000348] ##Evidence-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGATGCTA A

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

RefSeq	NP_001021554.1
CDS	310..1770
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKRC

Target ORF information:

RefSeq Version	NM_001026383.3
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant 2, mRNA.

Target ORF information:

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

NM_001026383.3

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGATGCTA A

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

CCDC7 ( XM_011519688.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517990.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X40, mRNA.

Price & Availability↑

CloneID	OHu72108
Clone ID Related Accession (Same CDS sequence)	XM_011519688.2 , XM_011519688.3
Accession Version	XM_011519688.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2142bp) 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	uncharacterized protein C10orf68 isoform X38
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011519688.1. ##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##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTGAAATG TGTGTCCTTT GA

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

RefSeq	XP_011517990.1
CDS	310..2451
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTEMCVL

Target ORF information:

RefSeq Version	XM_011519688.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X40, mRNA.

Target ORF information:

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

XM_011519688.2

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTGAAATG TGTGTCCTTT GA

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

CCDC7 ( XM_011519688.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517990.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X45, mRNA.

Price & Availability↑

CloneID	OHu72108
Clone ID Related Accession (Same CDS sequence)	XM_011519688.2 , XM_011519688.3
Accession Version	XM_011519688.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2142bp) 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	uncharacterized protein C10orf68 isoform X42
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011519688.2. ##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##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTGAAATG TGTGTCCTTT GA

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

RefSeq	XP_011517990.1
CDS	310..2451
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTEMCVL

Target ORF information:

RefSeq Version	XM_011519688.3
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X45, mRNA.

Target ORF information:

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

XM_011519688.3

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTGAAATG TGTGTCCTTT GA

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

CCDC7 ( XM_024448169.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024303937.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X43, mRNA.

Price & Availability↑

CloneID	OHu106562
Clone ID Related Accession (Same CDS sequence)	XM_024448169.1
Accession Version	XM_024448169.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2190bp) 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	uncharacterized protein C10orf68 isoform X40
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACTGAAG AACAAACTTA CCAAGCAGCA GAAAAATCTC AAGCTGACAG TGAAGTTCCA 
GATGAAAATC TTATGGTTGA AAATAAAGAT TCAGTAACAA AAGTCCAAAT AGAACAAATG 
AAACAAAGAA CTTCTAGTAT GGAAAGACAT GAGGCTCATA ATGAAGTACC AAATGAAAGG 
CTTGTAGTTG AGCATCAAGA ATCATTGTCA AAAACCAAAT TACAAATAAA GAAACAAGAA 
ACTTCTACAG AGCAACCACT CACCACTCCT GATAAAGAAC CAAATGAAAA TCTTATACTT 
AGGCATCAAG ACTCAATGTC AAAATCAGAA ATGCAAGTGA AGGAACAAAG AACTCTCAAA 
GGGCAAAGAA TTATTACTCA TGATGAAGAA CCAGGCAAAA ATCTTGTGCT TGAACATCAA 
GATTCAGTGT CAAAACTGGA AATGCAAATT GAAAAAACCA AAAAACTTCC TAGAGAGAAA 
AGACATAGTA CTCATGATGA AGAATCAGGT GAAAATCCTA TGCTTAAACA TCAAGATTCA 
GTGTCAAAAA TCCAAGTGCA ATTAGAGATT CAAGAAACTT CTGAAGGAGA AGGACGTAGC 
ATACCAGATA AAAATTCTAT GTTTGTTCAT CAAGATTCAG TGTCAAAACT CCAAATGCAA 
GAAAAGAAAA AAATAACTCC TGGAAGGGAA AGGCGTAATA CTCGTATTGT AGTACCAAAT 
GAAAATGTGA TTTCTGTTCA TCAAGATTCA AAGTCAAAAC TCCAAATGCA AGAAAAGAAA 
CAAATAAATT CTGGAGTGGA AAGACACAAG ACGTTTCCTT TAGAAATCAA AAAAAAGGAT 
ATATCACTTG AACATCTGTT GCCTGAGGAG AAAGTTTTAT TATCAAGAAG CGAATCTCAA 
ACGAAGAAAC TTCAAGCTAA AGTAACTTCA AGAAAAATTA AAAATGAAGC AGCCTCAGAA 
CTTCCAGATA CAGCAGAAAA TCTTCCAGCA ATGTACCCGT CAATTAGCGA CCTAATAATT 
CAATTTGATT TAAACAAAGT GGTCGAGACT GATATAGAAA GCTTGAGAGG TGCTTTGGGA 
AGACGCTTAT TAAATGATGA ATTCAAGACA CAGTCAAAGA GTTTCCCTGG GCCTGATATA 
GAACAATTGA CAGATGCATT TGGAAGAGAT ATACTAAAGG ATGAATTCAA GACACGATCA 
AAGAGTCTCC CTGAGACTGA TGAACGATTG CATAGTACAA CTGAGAGAGG TACAATAAAT 
GATGCAATTA AGACGCAGTT AAAGAGAAAG AGTTACCCTG AGACTGTCTT AAAACACTTG 
AAAGGTGTTA ATGGAAAAGA TATAATAAAG CATCTAATCA ACATACAGTC AAAGAGTCAT 
GGAGAGACTG ATAAGGAACA CTTAGCAGAT GATACTGGAA GAGGTATAAT AAAGGGATCA 
ATCAATGCAC AACTAAAGGG TCACCAAAAG ACTGATAAGA ACTTCTTTGC CTATGCTACT 
GGAAGAGGTC TAATGAAGGA GTCAACCACG ACACAATTAA AAAGTCACCC AGAGACTGAT 
AAGGAATTCT TGGCAGATGC TATTGGAAGA GGTATAATAA TAGGGCCAAT CACTACACAA 
CTGAAGAGTC ACCGAGAGAC TGATAAAGAA CTCTTAAAAG ATGCTATTGG AAGAGATATA 
ATAAAGGGAC CAATCAGTGC ACAATTAAAG AGTCACCAGG AGACTGATGT AGAACCCTTG 
ACAAATGCCA TTGGTTCAAG TAAAACAATT GGTGAGATAA AGACACAACT AAGGACTCAC 
TATGATGTGA ACTTATTTAA AAACAAAGAT ATGTCCGTAC AACGTCAAGA AGGTATCTTT 
ACTAGGAGCA TTACACCAAG TAAATTCCCA ACAAAAGTGA TCAATTTATC ACCCTTTGAA 
AATAAAGAGG AAACTTATGA GTACTCTTCA CCCTATGTGA CTGCACCTTC AAAAGCAATT 
TATAGAACAT ATAGGGCTGG TCCAAGCTTT TCTAAAGACA TCCACCTTCC TTTACTGAAT 
CAACTCCCTT CAGGGCATTC GAAAGTTGTT ACCTTAAGCC AAAAAACTAT TGAATTTACT 
CTGCCTACTG TGACCAATAC AGTTGGAAAA CCTACCTATA AAGTGTTACA TGCTGCTGCC 
CGAAAATCTG TACCACACCC ATACTTTTGA

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

RefSeq	XP_024303937.1
CDS	786..2975
Translation	MTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEAHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_024448169.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X43, mRNA.

Target ORF information:

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

XM_024448169.1

ORF Insert Sequence:

ATGACTGAAG AACAAACTTA CCAAGCAGCA GAAAAATCTC AAGCTGACAG TGAAGTTCCA 
GATGAAAATC TTATGGTTGA AAATAAAGAT TCAGTAACAA AAGTCCAAAT AGAACAAATG 
AAACAAAGAA CTTCTAGTAT GGAAAGACAT GAGGCTCATA ATGAAGTACC AAATGAAAGG 
CTTGTAGTTG AGCATCAAGA ATCATTGTCA AAAACCAAAT TACAAATAAA GAAACAAGAA 
ACTTCTACAG AGCAACCACT CACCACTCCT GATAAAGAAC CAAATGAAAA TCTTATACTT 
AGGCATCAAG ACTCAATGTC AAAATCAGAA ATGCAAGTGA AGGAACAAAG AACTCTCAAA 
GGGCAAAGAA TTATTACTCA TGATGAAGAA CCAGGCAAAA ATCTTGTGCT TGAACATCAA 
GATTCAGTGT CAAAACTGGA AATGCAAATT GAAAAAACCA AAAAACTTCC TAGAGAGAAA 
AGACATAGTA CTCATGATGA AGAATCAGGT GAAAATCCTA TGCTTAAACA TCAAGATTCA 
GTGTCAAAAA TCCAAGTGCA ATTAGAGATT CAAGAAACTT CTGAAGGAGA AGGACGTAGC 
ATACCAGATA AAAATTCTAT GTTTGTTCAT CAAGATTCAG TGTCAAAACT CCAAATGCAA 
GAAAAGAAAA AAATAACTCC TGGAAGGGAA AGGCGTAATA CTCGTATTGT AGTACCAAAT 
GAAAATGTGA TTTCTGTTCA TCAAGATTCA AAGTCAAAAC TCCAAATGCA AGAAAAGAAA 
CAAATAAATT CTGGAGTGGA AAGACACAAG ACGTTTCCTT TAGAAATCAA AAAAAAGGAT 
ATATCACTTG AACATCTGTT GCCTGAGGAG AAAGTTTTAT TATCAAGAAG CGAATCTCAA 
ACGAAGAAAC TTCAAGCTAA AGTAACTTCA AGAAAAATTA AAAATGAAGC AGCCTCAGAA 
CTTCCAGATA CAGCAGAAAA TCTTCCAGCA ATGTACCCGT CAATTAGCGA CCTAATAATT 
CAATTTGATT TAAACAAAGT GGTCGAGACT GATATAGAAA GCTTGAGAGG TGCTTTGGGA 
AGACGCTTAT TAAATGATGA ATTCAAGACA CAGTCAAAGA GTTTCCCTGG GCCTGATATA 
GAACAATTGA CAGATGCATT TGGAAGAGAT ATACTAAAGG ATGAATTCAA GACACGATCA 
AAGAGTCTCC CTGAGACTGA TGAACGATTG CATAGTACAA CTGAGAGAGG TACAATAAAT 
GATGCAATTA AGACGCAGTT AAAGAGAAAG AGTTACCCTG AGACTGTCTT AAAACACTTG 
AAAGGTGTTA ATGGAAAAGA TATAATAAAG CATCTAATCA ACATACAGTC AAAGAGTCAT 
GGAGAGACTG ATAAGGAACA CTTAGCAGAT GATACTGGAA GAGGTATAAT AAAGGGATCA 
ATCAATGCAC AACTAAAGGG TCACCAAAAG ACTGATAAGA ACTTCTTTGC CTATGCTACT 
GGAAGAGGTC TAATGAAGGA GTCAACCACG ACACAATTAA AAAGTCACCC AGAGACTGAT 
AAGGAATTCT TGGCAGATGC TATTGGAAGA GGTATAATAA TAGGGCCAAT CACTACACAA 
CTGAAGAGTC ACCGAGAGAC TGATAAAGAA CTCTTAAAAG ATGCTATTGG AAGAGATATA 
ATAAAGGGAC CAATCAGTGC ACAATTAAAG AGTCACCAGG AGACTGATGT AGAACCCTTG 
ACAAATGCCA TTGGTTCAAG TAAAACAATT GGTGAGATAA AGACACAACT AAGGACTCAC 
TATGATGTGA ACTTATTTAA AAACAAAGAT ATGTCCGTAC AACGTCAAGA AGGTATCTTT 
ACTAGGAGCA TTACACCAAG TAAATTCCCA ACAAAAGTGA TCAATTTATC ACCCTTTGAA 
AATAAAGAGG AAACTTATGA GTACTCTTCA CCCTATGTGA CTGCACCTTC AAAAGCAATT 
TATAGAACAT ATAGGGCTGG TCCAAGCTTT TCTAAAGACA TCCACCTTCC TTTACTGAAT 
CAACTCCCTT CAGGGCATTC GAAAGTTGTT ACCTTAAGCC AAAAAACTAT TGAATTTACT 
CTGCCTACTG TGACCAATAC AGTTGGAAAA CCTACCTATA AAGTGTTACA TGCTGCTGCC 
CGAAAATCTG TACCACACCC ATACTTTTGA

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

CCDC7 ( XM_024448170.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024303938.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X44, mRNA.

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CloneID	OHu106563
Clone ID Related Accession (Same CDS sequence)	XM_024448170.1
Accession Version	XM_024448170.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2187bp) 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	uncharacterized protein C10orf68 isoform X41
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACTGAAG AACAAACTTA CCAAGCAGCA GAAAAATCTC AAGCTCATAA TGATGTACCA 
GAAGAAAATC TTATGCTTGA ACAAGACACA AAGTCAAAAA CGGAAGTAGA AGTAAAGAAA 
CAAAAATCTT TCCAAGATAA TCAACTCAGT ACTCATAATG AAGTACCAAA TGAAAGGCTT 
GTAGTTGAGC ATCAAGAATC ATTGTCAAAA ACCAAATTAC AAATAAAGAA ACAAGAAACT 
TCTACAGAGC AACCACTCAC CACTCCTGAT AAAGAACCAA ATGAAAATCT TATACTTAGG 
CATCAAGACT CAATGTCAAA ATCAGAAATG CAAGTGAAGG AACAAAGAAC TCTCAAAGGG 
CAAAGAATTA TTACTCATGA TGAAGAACCA GGCAAAAATC TTGTGCTTGA ACATCAAGAT 
TCAGTGTCAA AACTGGAAAT GCAAATTGAA AAAACCAAAA AACTTCCTAG AGAGAAAAGA 
CATAGTACTC ATGATGAAGA ATCAGGTGAA AATCCTATGC TTAAACATCA AGATTCAGTG 
TCAAAAATCC AAGTGCAATT AGAGATTCAA GAAACTTCTG AAGGAGAAGG ACGTAGCATA 
CCAGATAAAA ATTCTATGTT TGTTCATCAA GATTCAGTGT CAAAACTCCA AATGCAAGAA 
AAGAAAAAAA TAACTCCTGG AAGGGAAAGG CGTAATACTC GTATTGTAGT ACCAAATGAA 
AATGTGATTT CTGTTCATCA AGATTCAAAG TCAAAACTCC AAATGCAAGA AAAGAAACAA 
ATAAATTCTG GAGTGGAAAG ACACAAGACG TTTCCTTTAG AAATCAAAAA AAAGGATATA 
TCACTTGAAC ATCTGTTGCC TGAGGAGAAA GTTTTATTAT CAAGAAGCGA ATCTCAAACG 
AAGAAACTTC AAGCTAAAGT AACTTCAAGA AAAATTAAAA ATGAAGCAGC CTCAGAACTT 
CCAGATACAG CAGAAAATCT TCCAGCAATG TACCCGTCAA TTAGCGACCT AATAATTCAA 
TTTGATTTAA ACAAAGTGGT CGAGACTGAT ATAGAAAGCT TGAGAGGTGC TTTGGGAAGA 
CGCTTATTAA ATGATGAATT CAAGACACAG TCAAAGAGTT TCCCTGGGCC TGATATAGAA 
CAATTGACAG ATGCATTTGG AAGAGATATA CTAAAGGATG AATTCAAGAC ACGATCAAAG 
AGTCTCCCTG AGACTGATGA ACGATTGCAT AGTACAACTG AGAGAGGTAC AATAAATGAT 
GCAATTAAGA CGCAGTTAAA GAGAAAGAGT TACCCTGAGA CTGTCTTAAA ACACTTGAAA 
GGTGTTAATG GAAAAGATAT AATAAAGCAT CTAATCAACA TACAGTCAAA GAGTCATGGA 
GAGACTGATA AGGAACACTT AGCAGATGAT ACTGGAAGAG GTATAATAAA GGGATCAATC 
AATGCACAAC TAAAGGGTCA CCAAAAGACT GATAAGAACT TCTTTGCCTA TGCTACTGGA 
AGAGGTCTAA TGAAGGAGTC AACCACGACA CAATTAAAAA GTCACCCAGA GACTGATAAG 
GAATTCTTGG CAGATGCTAT TGGAAGAGGT ATAATAATAG GGCCAATCAC TACACAACTG 
AAGAGTCACC GAGAGACTGA TAAAGAACTC TTAAAAGATG CTATTGGAAG AGATATAATA 
AAGGGACCAA TCAGTGCACA ATTAAAGAGT CACCAGGAGA CTGATGTAGA ACCCTTGACA 
AATGCCATTG GTTCAAGTAA AACAATTGGT GAGATAAAGA CACAACTAAG GACTCACTAT 
GATGTGAACT TATTTAAAAA CAAAGATATG TCCGTACAAC GTCAAGAAGG TATCTTTACT 
AGGAGCATTA CACCAAGTAA ATTCCCAACA AAAGTGATCA ATTTATCACC CTTTGAAAAT 
AAAGAGGAAA CTTATGAGTA CTCTTCACCC TATGTGACTG CACCTTCAAA AGCAATTTAT 
AGAACATATA GGGCTGGTCC AAGCTTTTCT AAAGACATCC ACCTTCCTTT ACTGAATCAA 
CTCCCTTCAG GGCATTCGAA AGTTGTTACC TTAAGCCAAA AAACTATTGA ATTTACTCTG 
CCTACTGTGA CCAATACAGT TGGAAAACCT ACCTATAAAG TGTTACATGC TGCTGCCCGA 
AAATCTGTAC CACACCCATA CTTTTGA

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

RefSeq	XP_024303938.1
CDS	627..2813
Translation	MTEEQTYQAAEKSQAHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_024448170.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X44, mRNA.

Target ORF information:

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

XM_024448170.1

ORF Insert Sequence:

ATGACTGAAG AACAAACTTA CCAAGCAGCA GAAAAATCTC AAGCTCATAA TGATGTACCA 
GAAGAAAATC TTATGCTTGA ACAAGACACA AAGTCAAAAA CGGAAGTAGA AGTAAAGAAA 
CAAAAATCTT TCCAAGATAA TCAACTCAGT ACTCATAATG AAGTACCAAA TGAAAGGCTT 
GTAGTTGAGC ATCAAGAATC ATTGTCAAAA ACCAAATTAC AAATAAAGAA ACAAGAAACT 
TCTACAGAGC AACCACTCAC CACTCCTGAT AAAGAACCAA ATGAAAATCT TATACTTAGG 
CATCAAGACT CAATGTCAAA ATCAGAAATG CAAGTGAAGG AACAAAGAAC TCTCAAAGGG 
CAAAGAATTA TTACTCATGA TGAAGAACCA GGCAAAAATC TTGTGCTTGA ACATCAAGAT 
TCAGTGTCAA AACTGGAAAT GCAAATTGAA AAAACCAAAA AACTTCCTAG AGAGAAAAGA 
CATAGTACTC ATGATGAAGA ATCAGGTGAA AATCCTATGC TTAAACATCA AGATTCAGTG 
TCAAAAATCC AAGTGCAATT AGAGATTCAA GAAACTTCTG AAGGAGAAGG ACGTAGCATA 
CCAGATAAAA ATTCTATGTT TGTTCATCAA GATTCAGTGT CAAAACTCCA AATGCAAGAA 
AAGAAAAAAA TAACTCCTGG AAGGGAAAGG CGTAATACTC GTATTGTAGT ACCAAATGAA 
AATGTGATTT CTGTTCATCA AGATTCAAAG TCAAAACTCC AAATGCAAGA AAAGAAACAA 
ATAAATTCTG GAGTGGAAAG ACACAAGACG TTTCCTTTAG AAATCAAAAA AAAGGATATA 
TCACTTGAAC ATCTGTTGCC TGAGGAGAAA GTTTTATTAT CAAGAAGCGA ATCTCAAACG 
AAGAAACTTC AAGCTAAAGT AACTTCAAGA AAAATTAAAA ATGAAGCAGC CTCAGAACTT 
CCAGATACAG CAGAAAATCT TCCAGCAATG TACCCGTCAA TTAGCGACCT AATAATTCAA 
TTTGATTTAA ACAAAGTGGT CGAGACTGAT ATAGAAAGCT TGAGAGGTGC TTTGGGAAGA 
CGCTTATTAA ATGATGAATT CAAGACACAG TCAAAGAGTT TCCCTGGGCC TGATATAGAA 
CAATTGACAG ATGCATTTGG AAGAGATATA CTAAAGGATG AATTCAAGAC ACGATCAAAG 
AGTCTCCCTG AGACTGATGA ACGATTGCAT AGTACAACTG AGAGAGGTAC AATAAATGAT 
GCAATTAAGA CGCAGTTAAA GAGAAAGAGT TACCCTGAGA CTGTCTTAAA ACACTTGAAA 
GGTGTTAATG GAAAAGATAT AATAAAGCAT CTAATCAACA TACAGTCAAA GAGTCATGGA 
GAGACTGATA AGGAACACTT AGCAGATGAT ACTGGAAGAG GTATAATAAA GGGATCAATC 
AATGCACAAC TAAAGGGTCA CCAAAAGACT GATAAGAACT TCTTTGCCTA TGCTACTGGA 
AGAGGTCTAA TGAAGGAGTC AACCACGACA CAATTAAAAA GTCACCCAGA GACTGATAAG 
GAATTCTTGG CAGATGCTAT TGGAAGAGGT ATAATAATAG GGCCAATCAC TACACAACTG 
AAGAGTCACC GAGAGACTGA TAAAGAACTC TTAAAAGATG CTATTGGAAG AGATATAATA 
AAGGGACCAA TCAGTGCACA ATTAAAGAGT CACCAGGAGA CTGATGTAGA ACCCTTGACA 
AATGCCATTG GTTCAAGTAA AACAATTGGT GAGATAAAGA CACAACTAAG GACTCACTAT 
GATGTGAACT TATTTAAAAA CAAAGATATG TCCGTACAAC GTCAAGAAGG TATCTTTACT 
AGGAGCATTA CACCAAGTAA ATTCCCAACA AAAGTGATCA ATTTATCACC CTTTGAAAAT 
AAAGAGGAAA CTTATGAGTA CTCTTCACCC TATGTGACTG CACCTTCAAA AGCAATTTAT 
AGAACATATA GGGCTGGTCC AAGCTTTTCT AAAGACATCC ACCTTCCTTT ACTGAATCAA 
CTCCCTTCAG GGCATTCGAA AGTTGTTACC TTAAGCCAAA AAACTATTGA ATTTACTCTG 
CCTACTGTGA CCAATACAGT TGGAAAACCT ACCTATAAAG TGTTACATGC TGCTGCCCGA 
AAATCTGTAC CACACCCATA CTTTTGA

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

CCDC7 ( XM_017016650.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872139.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X36, mRNA.

Price & Availability↑

CloneID	OHu91649
Clone ID Related Accession (Same CDS sequence)	XM_017016650.1 , XM_017016650.2
Accession Version	XM_017016650.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2526bp) 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	uncharacterized protein C10orf68 isoform X34
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACA 
GTTGCTTCTT CCATGCTGAG GAATTTGACA TGTACAGGCC ATTGCTTACA GTATCACAAT 
AAATGA

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

RefSeq	XP_016872139.1
CDS	310..2835
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTVASSMLRNLTCTGHCLQYHNK

Target ORF information:

RefSeq Version	XM_017016650.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X36, mRNA.

Target ORF information:

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

XM_017016650.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACA 
GTTGCTTCTT CCATGCTGAG GAATTTGACA TGTACAGGCC ATTGCTTACA GTATCACAAT 
AAATGA

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

CCDC7 ( XM_017016650.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872139.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X39, mRNA.

Price & Availability↑

CloneID	OHu91649
Clone ID Related Accession (Same CDS sequence)	XM_017016650.1 , XM_017016650.2
Accession Version	XM_017016650.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2526bp) 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	uncharacterized protein C10orf68 isoform X36
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017016650.1. ##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##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACA 
GTTGCTTCTT CCATGCTGAG GAATTTGACA TGTACAGGCC ATTGCTTACA GTATCACAAT 
AAATGA

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

RefSeq	XP_016872139.1
CDS	310..2835
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTVASSMLRNLTCTGHCLQYHNK

Target ORF information:

RefSeq Version	XM_017016650.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X39, mRNA.

Target ORF information:

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

XM_017016650.2

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACA 
GTTGCTTCTT CCATGCTGAG GAATTTGACA TGTACAGGCC ATTGCTTACA GTATCACAAT 
AAATGA

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

CCDC7 ( XM_017016651.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872140.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X40, mRNA.

Price & Availability↑

CloneID	OHu91650
Clone ID Related Accession (Same CDS sequence)	XM_017016651.1
Accession Version	XM_017016651.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2472bp) 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	uncharacterized protein C10orf68 isoform X37
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTAAT 
GGTCCCATGT GA

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

RefSeq	XP_016872140.1
CDS	310..2781
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSNGPM

Target ORF information:

RefSeq Version	XM_017016651.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X40, mRNA.

Target ORF information:

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

XM_017016651.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTAAT 
GGTCCCATGT GA

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

CCDC7 ( XM_024448166.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024303934.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X4, mRNA.

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CloneID	OHu106561
Clone ID Related Accession (Same CDS sequence)	XM_024448166.1
Accession Version	XM_024448166.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4125bp) 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	uncharacterized protein C10orf68 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGATA 
AGTAAAGATC AAACTCTTTT ACAAGCAGAG CCTCCAAAAC CTGACAAAAC AGTCATTTTA 
AATATTGCAG AAATAGTAAG GCTTGTACAA AGATTTGAAG AACTGAAGAA TCGCCTTAAA 
CAGAGGTCTA AATCCTCCGT GAAAGTCATG TTGTCTAAAA CTATGGATAA AGAAAATCGA 
CCAGAAGCAG TGAAAAGTTG TGAAGCTCTG GCACAGAAAA TTGAAGAATT CTTAGAAGCC 
CACTCAACTG ATGAATTTAA AGATGTTTCT GCAACAGAAC CACAAACTGC TCATTCAATG 
ACTAATCGAT TTAATGCCAT GTTGAAAGTA TTTGAAAACC AGGCAAATAT GTTGGAGAGA 
GCTGTAAATG ATCAAGTTTT GTTAGATGCT GAATACAAAC AGATGCAGTG TGATTTTCAG 
TTGTTATCAG AAGAGAAGTT GGTGCTGGAA AATGAACTAC AAAAGTTGAA GGACAAAGAG 
AAAACTAAGC CTACAAATAA TCGAACAAAG AAAGCTGTGA AAACAGTGAA GAAAAAAGAC 
AAAGGAAAAT CTGAGGATTC AGAAAAGAAG ATGTCTCCAG AAAAAGAGTT TAAAATAAAA 
GAAGATTTGG ATCAAGTACA GAAAGTAGCA CGTCTGGAAA TTGAGAACAA AGTCCTTCAG 
GAGCAATTGA AACAGGCTTT ACAGGAAGCT GAAAAAGCTA AGCATCAACT TAACTATTTC 
CTAAATCAAG AGAAGTTACT TAAAAGTGAG GGGAAAACTG AGACAACAAT GCAAGTGGGT 
AATAGTCAAA CAAAAGTTAA AGGTGAAGAT TCAAAAAATA TACCATTGGA GAAAGAAACA 
AGAAAATCAC TGGTTTCAGA TTCAGGTGGA CAAAGGACAA GTGATAAAAT CCAAGAATAT 
CCACAGATCA CTGCCCAAAG CGGAAGACTG ATTGAAAAGA GCTCAGAGAA GAAACGATCT 
AGCCCTGCTA TTTCAGATCT TTCACAGATC CTTAAGTCTC AAGATGAATC AGCATTTTTA 
GAGAGTTCAA ATGAAGTTTC AGTTGCTGAA AACCAATCCT ATAAATCTCC ATCAGAGACC 
CATGATAAAT CACTTACAAC AGTATCATCC AGCAAAGAAG TTCAAGATTC ACTGTCTGTT 
GGAACATTGG CTCAAAAAAA CGAAACAGTG ATATCACCAT TCATTTTACC TCCTGTTCTT 
ACAGAAAGTA AAAAGGCTGA TGTTTCAGAA GAACAATTAC AAAAGATGAC TGAAGAACAA 
ACTTACCAAG CAGCAGAAAA ATCTCAAGCT GACAGTGAAG TTCCAGATGA AAATCTTATG 
GTTGAAAATA AAGATTCAGT AACAAAAGTC CAAATAGAAC AAATGAAACA AAGAACTTCT 
AGTATGGAAA GACATGAGGA GACTCTTACA ACCCCACAAT TGCCTGAGGA CATGGTTTTA 
GTTTCAAGAA TCCAATCTGA AACTAAAAAT CTTAAAGCTA CCAGAAATGA GAGTTTTCAT 
TCTCATAATG ATGTACCAGA AGAAAATCTT ATGCTTGAAC AAGACACAAA GTCAAAAACG 
GAAGTAGAAG TAAAGAAACA AAAATCTTTC CAAGATAATC AACTCAGTAC TCATAATGAA 
GTACCAAATG AAAGGCTTGT AGTTGAGCAT CAAGAATCAT TGTCAAAAAC CAAATTACAA 
ATAAAGAAAC AAGAAACTTC TACAGAGCAA CCACTCACCA CTCCTGATAA AGAACCAAAT 
GAAAATCTTA TACTTAGGCA TCAAGACTCA ATGTCAAAAT CAGAAATGCA AGTGAAGGAA 
CAAAGAACTC TCAAAGGGCA AAGAATTATT ACTCATGATG AAGAACCAGG CAAAAATCTT 
GTGCTTGAAC ATCAAGATTC AGTGTCAAAA CTGGAAATGC AAATTGAAAA AACCAAAAAA 
CTTCCTAGAG AGAAAAGACA TAGTACTCAT GATGAAGAAT CAGGTGAAAA TCCTATGCTT 
AAACATCAAG ATTCAGTGTC AAAAATCCAA GTGCAATTAG AGATTCAAGA AACTTCTGAA 
GGAGAAGGAC GTAGCATACC AGATAAAAAT TCTATGTTTG TTCATCAAGA TTCAGTGTCA 
AAACTCCAAA TGCAAGAAAA GAAAAAAATA ACTCCTGGAA GGGAAAGGCG TAATACTCGT 
ATTGTAGTAC CAAATGAAAA TGTGATTTCT GTTCATCAAG ATTCAAAGTC AAAACTCCAA 
ATGCAAGAAA AGAAACAAAT AAATTCTGGA GTGGAAAGAC ACAAGACGTT TCCTTTAGAA 
ATCAAAAAAA AGGATATATC ACTTGAACAT CTGTTGCCTG AGGAGAAAGT TTTATTATCA 
AGAAGCGAAT CTCAAACGAA GAAACTTCAA GCTAAAGTAA CTTCAAGAAA AATTAAAAAT 
GAAGCAGCCT CAGAACTTCC AGATACAGCA GAAAATCTTC CAGCAATGTA CCCGTCAATT 
AGCGACCTAA TAATTCAATT TGATTTAAAC AAAGTGGTCG AGACTGATAT AGAAAGCTTG 
AGAGGTGCTT TGGGAAGACG CTTATTAAAT GATGAATTCA AGACACAGTC AAAGAGTTTC 
CCTGGGCCTG ATATAGAACA ATTGACAGAT GCATTTGGAA GAGATATACT AAAGGATGAA 
TTCAAGACAC GATCAAAGAG TCTCCCTGAG ACTGATGAAC GATTGCATAG TACAACTGAG 
AGAGGTACAA TAAATGATGC AATTAAGACG CAGTTAAAGA GAAAGAGTTA CCCTGAGACT 
GTCTTAAAAC ACTTGAAAGG TGTTAATGGA AAAGATATAA TAAAGCATCT AATCAACATA 
CAGTCAAAGA GTCATGGAGA GACTGATAAG GAACACTTAG CAGATGATAC TGGAAGAGGT 
ATAATAAAGG GATCAATCAA TGCACAACTA AAGGGTCACC AAAAGACTGA TAAGAACTTC 
TTTGCCTATG CTACTGGAAG AGGTCTAATG AAGGAGTCAA CCACGACACA ATTAAAAAGT 
CACCCAGAGA CTGATAAGGA ATTCTTGGCA GATGCTATTG GAAGAGGTAT AATAATAGGG 
CCAATCACTA CACAACTGAA GAGTCACCGA GAGACTGATA AAGAACTCTT AAAAGATGCT 
ATTGGAAGAG ATATAATAAA GGGACCAATC AGTGCACAAT TAAAGAGTCA CCAGGAGACT 
GATGTAGAAC CCTTGACAAA TGCCATTGGT TCAAGTAAAA CAATTGGTGA GATAAAGACA 
CAACTAAGGA CTCACTATGA TGTGAACTTA TTTAAAAACA AAGATATGTC CGTACAACGT 
CAAGAAGGTA TCTTTACTAG GAGCATTACA CCAAGTAAAT TCCCAACAAA AGTGATCAAT 
TTATCACCCT TTGAAAATAA AGAGGAAACT TATGAGTACT CTTCACCCTA TGTGACTGCA 
CCTTCAAAAG CAATTTATAG AACATATAGG GCTGGTCCAA GCTTTTCTAA AGACATCCAC 
CTTCCTTTAC TGAATCAACT CCCTTCAGGG CATTCGAAAG TTGTTACCTT AAGCCAAAAA 
ACTATTGAAT TTACTCTGCC TACTGTGACC AATACAGTTG GAAAACCTAC CTATAAAGTG 
TTACATGCTG CTGCCCGAAA ATCTGTACCA CACCCATACT TTTGA

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

RefSeq	XP_024303934.1
CDS	310..4434
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_024448166.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X4, mRNA.

Target ORF information:

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

XM_024448166.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGATA 
AGTAAAGATC AAACTCTTTT ACAAGCAGAG CCTCCAAAAC CTGACAAAAC AGTCATTTTA 
AATATTGCAG AAATAGTAAG GCTTGTACAA AGATTTGAAG AACTGAAGAA TCGCCTTAAA 
CAGAGGTCTA AATCCTCCGT GAAAGTCATG TTGTCTAAAA CTATGGATAA AGAAAATCGA 
CCAGAAGCAG TGAAAAGTTG TGAAGCTCTG GCACAGAAAA TTGAAGAATT CTTAGAAGCC 
CACTCAACTG ATGAATTTAA AGATGTTTCT GCAACAGAAC CACAAACTGC TCATTCAATG 
ACTAATCGAT TTAATGCCAT GTTGAAAGTA TTTGAAAACC AGGCAAATAT GTTGGAGAGA 
GCTGTAAATG ATCAAGTTTT GTTAGATGCT GAATACAAAC AGATGCAGTG TGATTTTCAG 
TTGTTATCAG AAGAGAAGTT GGTGCTGGAA AATGAACTAC AAAAGTTGAA GGACAAAGAG 
AAAACTAAGC CTACAAATAA TCGAACAAAG AAAGCTGTGA AAACAGTGAA GAAAAAAGAC 
AAAGGAAAAT CTGAGGATTC AGAAAAGAAG ATGTCTCCAG AAAAAGAGTT TAAAATAAAA 
GAAGATTTGG ATCAAGTACA GAAAGTAGCA CGTCTGGAAA TTGAGAACAA AGTCCTTCAG 
GAGCAATTGA AACAGGCTTT ACAGGAAGCT GAAAAAGCTA AGCATCAACT TAACTATTTC 
CTAAATCAAG AGAAGTTACT TAAAAGTGAG GGGAAAACTG AGACAACAAT GCAAGTGGGT 
AATAGTCAAA CAAAAGTTAA AGGTGAAGAT TCAAAAAATA TACCATTGGA GAAAGAAACA 
AGAAAATCAC TGGTTTCAGA TTCAGGTGGA CAAAGGACAA GTGATAAAAT CCAAGAATAT 
CCACAGATCA CTGCCCAAAG CGGAAGACTG ATTGAAAAGA GCTCAGAGAA GAAACGATCT 
AGCCCTGCTA TTTCAGATCT TTCACAGATC CTTAAGTCTC AAGATGAATC AGCATTTTTA 
GAGAGTTCAA ATGAAGTTTC AGTTGCTGAA AACCAATCCT ATAAATCTCC ATCAGAGACC 
CATGATAAAT CACTTACAAC AGTATCATCC AGCAAAGAAG TTCAAGATTC ACTGTCTGTT 
GGAACATTGG CTCAAAAAAA CGAAACAGTG ATATCACCAT TCATTTTACC TCCTGTTCTT 
ACAGAAAGTA AAAAGGCTGA TGTTTCAGAA GAACAATTAC AAAAGATGAC TGAAGAACAA 
ACTTACCAAG CAGCAGAAAA ATCTCAAGCT GACAGTGAAG TTCCAGATGA AAATCTTATG 
GTTGAAAATA AAGATTCAGT AACAAAAGTC CAAATAGAAC AAATGAAACA AAGAACTTCT 
AGTATGGAAA GACATGAGGA GACTCTTACA ACCCCACAAT TGCCTGAGGA CATGGTTTTA 
GTTTCAAGAA TCCAATCTGA AACTAAAAAT CTTAAAGCTA CCAGAAATGA GAGTTTTCAT 
TCTCATAATG ATGTACCAGA AGAAAATCTT ATGCTTGAAC AAGACACAAA GTCAAAAACG 
GAAGTAGAAG TAAAGAAACA AAAATCTTTC CAAGATAATC AACTCAGTAC TCATAATGAA 
GTACCAAATG AAAGGCTTGT AGTTGAGCAT CAAGAATCAT TGTCAAAAAC CAAATTACAA 
ATAAAGAAAC AAGAAACTTC TACAGAGCAA CCACTCACCA CTCCTGATAA AGAACCAAAT 
GAAAATCTTA TACTTAGGCA TCAAGACTCA ATGTCAAAAT CAGAAATGCA AGTGAAGGAA 
CAAAGAACTC TCAAAGGGCA AAGAATTATT ACTCATGATG AAGAACCAGG CAAAAATCTT 
GTGCTTGAAC ATCAAGATTC AGTGTCAAAA CTGGAAATGC AAATTGAAAA AACCAAAAAA 
CTTCCTAGAG AGAAAAGACA TAGTACTCAT GATGAAGAAT CAGGTGAAAA TCCTATGCTT 
AAACATCAAG ATTCAGTGTC AAAAATCCAA GTGCAATTAG AGATTCAAGA AACTTCTGAA 
GGAGAAGGAC GTAGCATACC AGATAAAAAT TCTATGTTTG TTCATCAAGA TTCAGTGTCA 
AAACTCCAAA TGCAAGAAAA GAAAAAAATA ACTCCTGGAA GGGAAAGGCG TAATACTCGT 
ATTGTAGTAC CAAATGAAAA TGTGATTTCT GTTCATCAAG ATTCAAAGTC AAAACTCCAA 
ATGCAAGAAA AGAAACAAAT AAATTCTGGA GTGGAAAGAC ACAAGACGTT TCCTTTAGAA 
ATCAAAAAAA AGGATATATC ACTTGAACAT CTGTTGCCTG AGGAGAAAGT TTTATTATCA 
AGAAGCGAAT CTCAAACGAA GAAACTTCAA GCTAAAGTAA CTTCAAGAAA AATTAAAAAT 
GAAGCAGCCT CAGAACTTCC AGATACAGCA GAAAATCTTC CAGCAATGTA CCCGTCAATT 
AGCGACCTAA TAATTCAATT TGATTTAAAC AAAGTGGTCG AGACTGATAT AGAAAGCTTG 
AGAGGTGCTT TGGGAAGACG CTTATTAAAT GATGAATTCA AGACACAGTC AAAGAGTTTC 
CCTGGGCCTG ATATAGAACA ATTGACAGAT GCATTTGGAA GAGATATACT AAAGGATGAA 
TTCAAGACAC GATCAAAGAG TCTCCCTGAG ACTGATGAAC GATTGCATAG TACAACTGAG 
AGAGGTACAA TAAATGATGC AATTAAGACG CAGTTAAAGA GAAAGAGTTA CCCTGAGACT 
GTCTTAAAAC ACTTGAAAGG TGTTAATGGA AAAGATATAA TAAAGCATCT AATCAACATA 
CAGTCAAAGA GTCATGGAGA GACTGATAAG GAACACTTAG CAGATGATAC TGGAAGAGGT 
ATAATAAAGG GATCAATCAA TGCACAACTA AAGGGTCACC AAAAGACTGA TAAGAACTTC 
TTTGCCTATG CTACTGGAAG AGGTCTAATG AAGGAGTCAA CCACGACACA ATTAAAAAGT 
CACCCAGAGA CTGATAAGGA ATTCTTGGCA GATGCTATTG GAAGAGGTAT AATAATAGGG 
CCAATCACTA CACAACTGAA GAGTCACCGA GAGACTGATA AAGAACTCTT AAAAGATGCT 
ATTGGAAGAG ATATAATAAA GGGACCAATC AGTGCACAAT TAAAGAGTCA CCAGGAGACT 
GATGTAGAAC CCTTGACAAA TGCCATTGGT TCAAGTAAAA CAATTGGTGA GATAAAGACA 
CAACTAAGGA CTCACTATGA TGTGAACTTA TTTAAAAACA AAGATATGTC CGTACAACGT 
CAAGAAGGTA TCTTTACTAG GAGCATTACA CCAAGTAAAT TCCCAACAAA AGTGATCAAT 
TTATCACCCT TTGAAAATAA AGAGGAAACT TATGAGTACT CTTCACCCTA TGTGACTGCA 
CCTTCAAAAG CAATTTATAG AACATATAGG GCTGGTCCAA GCTTTTCTAA AGACATCCAC 
CTTCCTTTAC TGAATCAACT CCCTTCAGGG CATTCGAAAG TTGTTACCTT AAGCCAAAAA 
ACTATTGAAT TTACTCTGCC TACTGTGACC AATACAGTTG GAAAACCTAC CTATAAAGTG 
TTACATGCTG CTGCCCGAAA ATCTGTACCA CACCCATACT TTTGA

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

CCDC7 ( NM_001321115.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001308044.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant 5, mRNA.

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CloneID	OHu43854
Clone ID Related Accession (Same CDS sequence)	NM_001321115.2 , NM_001321115.1 , XM_011519663.1
Accession Version	NM_001321115.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4158bp) 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	2019-09-28
Organism	Homo sapiens(human)
Product	uncharacterized protein C10orf68 isoform c
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AL391839.9, AL354750.12, AL356053.14, AL591850.4, AL365203.19 and AA401575.1. On Jun 2, 2019 this sequence version replaced NM_001321115.1. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2148874 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology NMD candidate :: translation inferred from conservation RefSeq Select criteria :: based on longest protein ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GAGACTGATG AACGATTGCA TAGTACAACT GAGAGAGGTA CAATAAATGA TGCAATTAAG 
ACGCAGTTAA AGAGAAAGAG TTACCCTGAG ACTGTCTTAA AACACTTGAA AGGTGTTAAT 
GGAAAAGATA TAATAAAGCA TCTAATCAAC ATACAGTCAA AGAGTCATGG AGAGACTGAT 
AAGGAACACT TAGCAGATGA TACTGGAAGA GGTATAATAA AGGGATCAAT CAATGCACAA 
CTAAAGGGTC ACCAAAAGAC TGATAAGAAC TTCTTTGCCT ATGCTACTGG AAGAGGTCTA 
ATGAAGGAGT CAACCACGAC ACAATTAAAA AGTCACCCAG AGACTGATAA GGAATTCTTG 
GCAGATGCTA TTGGAAGAGG TATAATAATA GGGCCAATCA CTACACAACT GAAGAGTCAC 
CGAGAGACTG ATAAAGAACT CTTAAAAGAT GCTATTGGAA GAGATATAAT AAAGGGACCA 
ATCAGTGCAC AATTAAAGAG TCACCAGGAG ACTGATGTAG AACCCTTGAC AAATGCCATT 
GGTTCAAGTA AAACAATTGG TGAGATAAAG ACACAACTAA GGACTCACTA TGATGTGAAC 
TTATTTAAAA ACAAAGATAT GTCCGTACAA CGTCAAGAAG GTATCTTTAC TAGGAGCATT 
ACACCAAGTA AATTCCCAAC AAAAGTGATC AATTTATCAC CCTTTGAAAA TAAAGAGGAA 
ACTTATGAGT ACTCTTCACC CTATGTGACT GCACCTTCAA AAGCAATTTA TAGAACATAT 
AGGGCTGGTC CAAGCTTTTC TAAAGACATC CACCTTCCTT TACTGAATCA ACTCCCTTCA 
GGGCATTCGA AAGTTGTTAC CTTAAGCCAA AAAACTATTG AATTTACTCT GCCTACTGTG 
ACCAATACAG TTGGAAAACC TACCTATAAA GTGTTACATG CTGCTGCCCG AAAATCTGTA 
CCACACCCAT ACTTTTGA

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

RefSeq	NP_001308044.1
CDS	544..4701
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	NM_001321115.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant 5, mRNA.

Target ORF information:

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

NM_001321115.2

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GAGACTGATG AACGATTGCA TAGTACAACT GAGAGAGGTA CAATAAATGA TGCAATTAAG 
ACGCAGTTAA AGAGAAAGAG TTACCCTGAG ACTGTCTTAA AACACTTGAA AGGTGTTAAT 
GGAAAAGATA TAATAAAGCA TCTAATCAAC ATACAGTCAA AGAGTCATGG AGAGACTGAT 
AAGGAACACT TAGCAGATGA TACTGGAAGA GGTATAATAA AGGGATCAAT CAATGCACAA 
CTAAAGGGTC ACCAAAAGAC TGATAAGAAC TTCTTTGCCT ATGCTACTGG AAGAGGTCTA 
ATGAAGGAGT CAACCACGAC ACAATTAAAA AGTCACCCAG AGACTGATAA GGAATTCTTG 
GCAGATGCTA TTGGAAGAGG TATAATAATA GGGCCAATCA CTACACAACT GAAGAGTCAC 
CGAGAGACTG ATAAAGAACT CTTAAAAGAT GCTATTGGAA GAGATATAAT AAAGGGACCA 
ATCAGTGCAC AATTAAAGAG TCACCAGGAG ACTGATGTAG AACCCTTGAC AAATGCCATT 
GGTTCAAGTA AAACAATTGG TGAGATAAAG ACACAACTAA GGACTCACTA TGATGTGAAC 
TTATTTAAAA ACAAAGATAT GTCCGTACAA CGTCAAGAAG GTATCTTTAC TAGGAGCATT 
ACACCAAGTA AATTCCCAAC AAAAGTGATC AATTTATCAC CCTTTGAAAA TAAAGAGGAA 
ACTTATGAGT ACTCTTCACC CTATGTGACT GCACCTTCAA AAGCAATTTA TAGAACATAT 
AGGGCTGGTC CAAGCTTTTC TAAAGACATC CACCTTCCTT TACTGAATCA ACTCCCTTCA 
GGGCATTCGA AAGTTGTTAC CTTAAGCCAA AAAACTATTG AATTTACTCT GCCTACTGTG 
ACCAATACAG TTGGAAAACC TACCTATAAA GTGTTACATG CTGCTGCCCG AAAATCTGTA 
CCACACCCAT ACTTTTGA

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

CCDC7 ( NM_001321115.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001308044.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant 5, mRNA.

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CloneID	OHu43854
Clone ID Related Accession (Same CDS sequence)	NM_001321115.2 , NM_001321115.1 , XM_011519663.1
Accession Version	NM_001321115.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4158bp) 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	2019-02-24
Organism	Homo sapiens(human)
Product	uncharacterized protein C10orf68 isoform c
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from HY009015.1, AL391839.9, AL354750.12, AL356053.14, AL591850.4, AL365203.19 and AA401575.1. On Mar 16, 2016 this sequence version replaced XM_006717504.1. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2148874 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology NMD candidate :: translation inferred from conservation ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GAGACTGATG AACGATTGCA TAGTACAACT GAGAGAGGTA CAATAAATGA TGCAATTAAG 
ACGCAGTTAA AGAGAAAGAG TTACCCTGAG ACTGTCTTAA AACACTTGAA AGGTGTTAAT 
GGAAAAGATA TAATAAAGCA TCTAATCAAC ATACAGTCAA AGAGTCATGG AGAGACTGAT 
AAGGAACACT TAGCAGATGA TACTGGAAGA GGTATAATAA AGGGATCAAT CAATGCACAA 
CTAAAGGGTC ACCAAAAGAC TGATAAGAAC TTCTTTGCCT ATGCTACTGG AAGAGGTCTA 
ATGAAGGAGT CAACCACGAC ACAATTAAAA AGTCACCCAG AGACTGATAA GGAATTCTTG 
GCAGATGCTA TTGGAAGAGG TATAATAATA GGGCCAATCA CTACACAACT GAAGAGTCAC 
CGAGAGACTG ATAAAGAACT CTTAAAAGAT GCTATTGGAA GAGATATAAT AAAGGGACCA 
ATCAGTGCAC AATTAAAGAG TCACCAGGAG ACTGATGTAG AACCCTTGAC AAATGCCATT 
GGTTCAAGTA AAACAATTGG TGAGATAAAG ACACAACTAA GGACTCACTA TGATGTGAAC 
TTATTTAAAA ACAAAGATAT GTCCGTACAA CGTCAAGAAG GTATCTTTAC TAGGAGCATT 
ACACCAAGTA AATTCCCAAC AAAAGTGATC AATTTATCAC CCTTTGAAAA TAAAGAGGAA 
ACTTATGAGT ACTCTTCACC CTATGTGACT GCACCTTCAA AAGCAATTTA TAGAACATAT 
AGGGCTGGTC CAAGCTTTTC TAAAGACATC CACCTTCCTT TACTGAATCA ACTCCCTTCA 
GGGCATTCGA AAGTTGTTAC CTTAAGCCAA AAAACTATTG AATTTACTCT GCCTACTGTG 
ACCAATACAG TTGGAAAACC TACCTATAAA GTGTTACATG CTGCTGCCCG AAAATCTGTA 
CCACACCCAT ACTTTTGA

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

RefSeq	NP_001308044.1
CDS	602..4759
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	NM_001321115.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant 5, mRNA.

Target ORF information:

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

NM_001321115.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GAGACTGATG AACGATTGCA TAGTACAACT GAGAGAGGTA CAATAAATGA TGCAATTAAG 
ACGCAGTTAA AGAGAAAGAG TTACCCTGAG ACTGTCTTAA AACACTTGAA AGGTGTTAAT 
GGAAAAGATA TAATAAAGCA TCTAATCAAC ATACAGTCAA AGAGTCATGG AGAGACTGAT 
AAGGAACACT TAGCAGATGA TACTGGAAGA GGTATAATAA AGGGATCAAT CAATGCACAA 
CTAAAGGGTC ACCAAAAGAC TGATAAGAAC TTCTTTGCCT ATGCTACTGG AAGAGGTCTA 
ATGAAGGAGT CAACCACGAC ACAATTAAAA AGTCACCCAG AGACTGATAA GGAATTCTTG 
GCAGATGCTA TTGGAAGAGG TATAATAATA GGGCCAATCA CTACACAACT GAAGAGTCAC 
CGAGAGACTG ATAAAGAACT CTTAAAAGAT GCTATTGGAA GAGATATAAT AAAGGGACCA 
ATCAGTGCAC AATTAAAGAG TCACCAGGAG ACTGATGTAG AACCCTTGAC AAATGCCATT 
GGTTCAAGTA AAACAATTGG TGAGATAAAG ACACAACTAA GGACTCACTA TGATGTGAAC 
TTATTTAAAA ACAAAGATAT GTCCGTACAA CGTCAAGAAG GTATCTTTAC TAGGAGCATT 
ACACCAAGTA AATTCCCAAC AAAAGTGATC AATTTATCAC CCTTTGAAAA TAAAGAGGAA 
ACTTATGAGT ACTCTTCACC CTATGTGACT GCACCTTCAA AAGCAATTTA TAGAACATAT 
AGGGCTGGTC CAAGCTTTTC TAAAGACATC CACCTTCCTT TACTGAATCA ACTCCCTTCA 
GGGCATTCGA AAGTTGTTAC CTTAAGCCAA AAAACTATTG AATTTACTCT GCCTACTGTG 
ACCAATACAG TTGGAAAACC TACCTATAAA GTGTTACATG CTGCTGCCCG AAAATCTGTA 
CCACACCCAT ACTTTTGA

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

CCDC7 ( XM_011519663.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517965.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHu43854
Clone ID Related Accession (Same CDS sequence)	NM_001321115.2 , NM_001321115.1 , XM_011519663.1
Accession Version	XM_011519663.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4158bp) 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	uncharacterized protein C10orf68 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GAGACTGATG AACGATTGCA TAGTACAACT GAGAGAGGTA CAATAAATGA TGCAATTAAG 
ACGCAGTTAA AGAGAAAGAG TTACCCTGAG ACTGTCTTAA AACACTTGAA AGGTGTTAAT 
GGAAAAGATA TAATAAAGCA TCTAATCAAC ATACAGTCAA AGAGTCATGG AGAGACTGAT 
AAGGAACACT TAGCAGATGA TACTGGAAGA GGTATAATAA AGGGATCAAT CAATGCACAA 
CTAAAGGGTC ACCAAAAGAC TGATAAGAAC TTCTTTGCCT ATGCTACTGG AAGAGGTCTA 
ATGAAGGAGT CAACCACGAC ACAATTAAAA AGTCACCCAG AGACTGATAA GGAATTCTTG 
GCAGATGCTA TTGGAAGAGG TATAATAATA GGGCCAATCA CTACACAACT GAAGAGTCAC 
CGAGAGACTG ATAAAGAACT CTTAAAAGAT GCTATTGGAA GAGATATAAT AAAGGGACCA 
ATCAGTGCAC AATTAAAGAG TCACCAGGAG ACTGATGTAG AACCCTTGAC AAATGCCATT 
GGTTCAAGTA AAACAATTGG TGAGATAAAG ACACAACTAA GGACTCACTA TGATGTGAAC 
TTATTTAAAA ACAAAGATAT GTCCGTACAA CGTCAAGAAG GTATCTTTAC TAGGAGCATT 
ACACCAAGTA AATTCCCAAC AAAAGTGATC AATTTATCAC CCTTTGAAAA TAAAGAGGAA 
ACTTATGAGT ACTCTTCACC CTATGTGACT GCACCTTCAA AAGCAATTTA TAGAACATAT 
AGGGCTGGTC CAAGCTTTTC TAAAGACATC CACCTTCCTT TACTGAATCA ACTCCCTTCA 
GGGCATTCGA AAGTTGTTAC CTTAAGCCAA AAAACTATTG AATTTACTCT GCCTACTGTG 
ACCAATACAG TTGGAAAACC TACCTATAAA GTGTTACATG CTGCTGCCCG AAAATCTGTA 
CCACACCCAT ACTTTTGA

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

RefSeq	XP_011517965.1
CDS	310..4467
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_011519663.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X1, mRNA.

Target ORF information:

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

XM_011519663.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GAGACTGATG AACGATTGCA TAGTACAACT GAGAGAGGTA CAATAAATGA TGCAATTAAG 
ACGCAGTTAA AGAGAAAGAG TTACCCTGAG ACTGTCTTAA AACACTTGAA AGGTGTTAAT 
GGAAAAGATA TAATAAAGCA TCTAATCAAC ATACAGTCAA AGAGTCATGG AGAGACTGAT 
AAGGAACACT TAGCAGATGA TACTGGAAGA GGTATAATAA AGGGATCAAT CAATGCACAA 
CTAAAGGGTC ACCAAAAGAC TGATAAGAAC TTCTTTGCCT ATGCTACTGG AAGAGGTCTA 
ATGAAGGAGT CAACCACGAC ACAATTAAAA AGTCACCCAG AGACTGATAA GGAATTCTTG 
GCAGATGCTA TTGGAAGAGG TATAATAATA GGGCCAATCA CTACACAACT GAAGAGTCAC 
CGAGAGACTG ATAAAGAACT CTTAAAAGAT GCTATTGGAA GAGATATAAT AAAGGGACCA 
ATCAGTGCAC AATTAAAGAG TCACCAGGAG ACTGATGTAG AACCCTTGAC AAATGCCATT 
GGTTCAAGTA AAACAATTGG TGAGATAAAG ACACAACTAA GGACTCACTA TGATGTGAAC 
TTATTTAAAA ACAAAGATAT GTCCGTACAA CGTCAAGAAG GTATCTTTAC TAGGAGCATT 
ACACCAAGTA AATTCCCAAC AAAAGTGATC AATTTATCAC CCTTTGAAAA TAAAGAGGAA 
ACTTATGAGT ACTCTTCACC CTATGTGACT GCACCTTCAA AAGCAATTTA TAGAACATAT 
AGGGCTGGTC CAAGCTTTTC TAAAGACATC CACCTTCCTT TACTGAATCA ACTCCCTTCA 
GGGCATTCGA AAGTTGTTAC CTTAAGCCAA AAAACTATTG AATTTACTCT GCCTACTGTG 
ACCAATACAG TTGGAAAACC TACCTATAAA GTGTTACATG CTGCTGCCCG AAAATCTGTA 
CCACACCCAT ACTTTTGA

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

CCDC7 ( XM_006717505.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_006717568.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X18, mRNA.

Price & Availability↑

CloneID	OHu43855
Clone ID Related Accession (Same CDS sequence)	XM_006717505.1
Accession Version	XM_006717505.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3945bp) 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	uncharacterized protein C10orf68 isoform X18
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTCATAATG ATGTACCAGA AGAAAATCTT ATGCTTGAAC AAGACACAAA GTCAAAAACG 
GAAGTAGAAG TAAAGAAACA AAAATCTTTC CAAGATAATC AACTCAGTAC TCATAATGAA 
GTACCAAATG AAAGGCTTGT AGTTGAGCAT CAAGAATCAT TGTCAAAAAC CAAATTACAA 
ATAAAGAAAC AAGAAACTTC TACAGAGCAA CCACTCACCA CTCCTGATAA AGAACCAAAT 
GAAAATCTTA TACTTAGGCA TCAAGACTCA ATGTCAAAAT CAGAAATGCA AGTGAAGGAA 
CAAAGAACTC TCAAAGGGCA AAGAATTATT ACTCATGATG AAGAACCAGG CAAAAATCTT 
GTGCTTGAAC ATCAAGATTC AGTGTCAAAA CTGGAAATGC AAATTGAAAA AACCAAAAAA 
CTTCCTAGAG AGAAAAGACA TAGTACTCAT GATGAAGAAT CAGGTGAAAA TCCTATGCTT 
AAACATCAAG ATTCAGTGTC AAAAATCCAA GTGCAATTAG AGATTCAAGA AACTTCTGAA 
GGAGAAGGAC GTAGCATACC AGATAAAAAT TCTATGTTTG TTCATCAAGA TTCAGTGTCA 
AAACTCCAAA TGCAAGAAAA GAAAAAAATA ACTCCTGGAA GGGAAAGGCG TAATACTCGT 
ATTGTAGTAC CAAATGAAAA TGTGATTTCT GTTCATCAAG ATTCAAAGTC AAAACTCCAA 
ATGCAAGAAA AGAAACAAAT AAATTCTGGA GTGGAAAGAC ACAAGACGTT TCCTTTAGAA 
ATCAAAAAAA AGGATATATC ACTTGAACAT CTGTTGCCTG AGGAGAAAGT TTTATTATCA 
AGAAGCGAAT CTCAAACGAA GAAACTTCAA GCTAAAGTAA CTTCAAGAAA AATTAAAAAT 
GAAGCAGCCT CAGAACTTCC AGATACAGCA GAAAATCTTC CAGCAATGTA CCCGTCAATT 
AGCGACCTAA TAATTCAATT TGATTTAAAC AAAGTGGTCG AGACTGATAT AGAAAGCTTG 
AGAGGTGCTT TGGGAAGACG CTTATTAAAT GATGAATTCA AGACACAGTC AAAGAGTTTC 
CCTGGGCCTG ATATAGAACA ATTGACAGAT GCATTTGGAA GAGATATACT AAAGGATGAA 
TTCAAGACAC GATCAAAGAG TCTCCCTGAG ACTGATGAAC GATTGCATAG TACAACTGAG 
AGAGGTACAA TAAATGATGC AATTAAGACG CAGTTAAAGA GAAAGAGTTA CCCTGAGACT 
GTCTTAAAAC ACTTGAAAGG TGTTAATGGA AAAGATATAA TAAAGCATCT AATCAACATA 
CAGTCAAAGA GTCATGGAGA GACTGATAAG GAACACTTAG CAGATGATAC TGGAAGAGGT 
ATAATAAAGG GATCAATCAA TGCACAACTA AAGGGTCACC AAAAGACTGA TAAGAACTTC 
TTTGCCTATG CTACTGGAAG AGGTCTAATG AAGGAGTCAA CCACGACACA ATTAAAAAGT 
CACCCAGAGA CTGATAAGGA ATTCTTGGCA GATGCTATTG GAAGAGGTAT AATAATAGGG 
CCAATCACTA CACAACTGAA GAGTCACCGA GAGACTGATA AAGAACTCTT AAAAGATGCT 
ATTGGAAGAG ATATAATAAA GGGACCAATC AGTGCACAAT TAAAGAGTCA CCAGGAGACT 
GATGTAGAAC CCTTGACAAA TGCCATTGGT TCAAGTAAAA CAATTGGTGA GATAAAGACA 
CAACTAAGGA CTCACTATGA TGTGAACTTA TTTAAAAACA AAGATATGTC CGTACAACGT 
CAAGAAGGTA TCTTTACTAG GAGCATTACA CCAAGTAAAT TCCCAACAAA AGTGATCAAT 
TTATCACCCT TTGAAAATAA AGAGGAAACT TATGAGTACT CTTCACCCTA TGTGACTGCA 
CCTTCAAAAG CAATTTATAG AACATATAGG GCTGGTCCAA GCTTTTCTAA AGACATCCAC 
CTTCCTTTAC TGAATCAACT CCCTTCAGGG CATTCGAAAG TTGTTACCTT AAGCCAAAAA 
ACTATTGAAT TTACTCTGCC TACTGTGACC AATACAGTTG GAAAACCTAC CTATAAAGTG 
TTACATGCTG CTGCCCGAAA ATCTGTACCA CACCCATACT TTTGA

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

RefSeq	XP_006717568.1
CDS	310..4254
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQAHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_006717505.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X18, mRNA.

Target ORF information:

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

XM_006717505.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTCATAATG ATGTACCAGA AGAAAATCTT ATGCTTGAAC AAGACACAAA GTCAAAAACG 
GAAGTAGAAG TAAAGAAACA AAAATCTTTC CAAGATAATC AACTCAGTAC TCATAATGAA 
GTACCAAATG AAAGGCTTGT AGTTGAGCAT CAAGAATCAT TGTCAAAAAC CAAATTACAA 
ATAAAGAAAC AAGAAACTTC TACAGAGCAA CCACTCACCA CTCCTGATAA AGAACCAAAT 
GAAAATCTTA TACTTAGGCA TCAAGACTCA ATGTCAAAAT CAGAAATGCA AGTGAAGGAA 
CAAAGAACTC TCAAAGGGCA AAGAATTATT ACTCATGATG AAGAACCAGG CAAAAATCTT 
GTGCTTGAAC ATCAAGATTC AGTGTCAAAA CTGGAAATGC AAATTGAAAA AACCAAAAAA 
CTTCCTAGAG AGAAAAGACA TAGTACTCAT GATGAAGAAT CAGGTGAAAA TCCTATGCTT 
AAACATCAAG ATTCAGTGTC AAAAATCCAA GTGCAATTAG AGATTCAAGA AACTTCTGAA 
GGAGAAGGAC GTAGCATACC AGATAAAAAT TCTATGTTTG TTCATCAAGA TTCAGTGTCA 
AAACTCCAAA TGCAAGAAAA GAAAAAAATA ACTCCTGGAA GGGAAAGGCG TAATACTCGT 
ATTGTAGTAC CAAATGAAAA TGTGATTTCT GTTCATCAAG ATTCAAAGTC AAAACTCCAA 
ATGCAAGAAA AGAAACAAAT AAATTCTGGA GTGGAAAGAC ACAAGACGTT TCCTTTAGAA 
ATCAAAAAAA AGGATATATC ACTTGAACAT CTGTTGCCTG AGGAGAAAGT TTTATTATCA 
AGAAGCGAAT CTCAAACGAA GAAACTTCAA GCTAAAGTAA CTTCAAGAAA AATTAAAAAT 
GAAGCAGCCT CAGAACTTCC AGATACAGCA GAAAATCTTC CAGCAATGTA CCCGTCAATT 
AGCGACCTAA TAATTCAATT TGATTTAAAC AAAGTGGTCG AGACTGATAT AGAAAGCTTG 
AGAGGTGCTT TGGGAAGACG CTTATTAAAT GATGAATTCA AGACACAGTC AAAGAGTTTC 
CCTGGGCCTG ATATAGAACA ATTGACAGAT GCATTTGGAA GAGATATACT AAAGGATGAA 
TTCAAGACAC GATCAAAGAG TCTCCCTGAG ACTGATGAAC GATTGCATAG TACAACTGAG 
AGAGGTACAA TAAATGATGC AATTAAGACG CAGTTAAAGA GAAAGAGTTA CCCTGAGACT 
GTCTTAAAAC ACTTGAAAGG TGTTAATGGA AAAGATATAA TAAAGCATCT AATCAACATA 
CAGTCAAAGA GTCATGGAGA GACTGATAAG GAACACTTAG CAGATGATAC TGGAAGAGGT 
ATAATAAAGG GATCAATCAA TGCACAACTA AAGGGTCACC AAAAGACTGA TAAGAACTTC 
TTTGCCTATG CTACTGGAAG AGGTCTAATG AAGGAGTCAA CCACGACACA ATTAAAAAGT 
CACCCAGAGA CTGATAAGGA ATTCTTGGCA GATGCTATTG GAAGAGGTAT AATAATAGGG 
CCAATCACTA CACAACTGAA GAGTCACCGA GAGACTGATA AAGAACTCTT AAAAGATGCT 
ATTGGAAGAG ATATAATAAA GGGACCAATC AGTGCACAAT TAAAGAGTCA CCAGGAGACT 
GATGTAGAAC CCTTGACAAA TGCCATTGGT TCAAGTAAAA CAATTGGTGA GATAAAGACA 
CAACTAAGGA CTCACTATGA TGTGAACTTA TTTAAAAACA AAGATATGTC CGTACAACGT 
CAAGAAGGTA TCTTTACTAG GAGCATTACA CCAAGTAAAT TCCCAACAAA AGTGATCAAT 
TTATCACCCT TTGAAAATAA AGAGGAAACT TATGAGTACT CTTCACCCTA TGTGACTGCA 
CCTTCAAAAG CAATTTATAG AACATATAGG GCTGGTCCAA GCTTTTCTAA AGACATCCAC 
CTTCCTTTAC TGAATCAACT CCCTTCAGGG CATTCGAAAG TTGTTACCTT AAGCCAAAAA 
ACTATTGAAT TTACTCTGCC TACTGTGACC AATACAGTTG GAAAACCTAC CTATAAAGTG 
TTACATGCTG CTGCCCGAAA ATCTGTACCA CACCCATACT TTTGA

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

CCDC7 ( XM_006717506.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_006717569.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X22, mRNA.

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CloneID	OHu43856
Clone ID Related Accession (Same CDS sequence)	XM_006717506.1
Accession Version	XM_006717506.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3837bp) 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	uncharacterized protein C10orf68 isoform X22
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTCATAATG AAGTACCAAA TGAAAGGCTT GTAGTTGAGC ATCAAGAATC ATTGTCAAAA 
ACCAAATTAC AAATAAAGAA ACAAGAAACT TCTACAGAGC AACCACTCAC CACTCCTGAT 
AAAGAACCAA ATGAAAATCT TATACTTAGG CATCAAGACT CAATGTCAAA ATCAGAAATG 
CAAGTGAAGG AACAAAGAAC TCTCAAAGGG CAAAGAATTA TTACTCATGA TGAAGAACCA 
GGCAAAAATC TTGTGCTTGA ACATCAAGAT TCAGTGTCAA AACTGGAAAT GCAAATTGAA 
AAAACCAAAA AACTTCCTAG AGAGAAAAGA CATAGTACTC ATGATGAAGA ATCAGGTGAA 
AATCCTATGC TTAAACATCA AGATTCAGTG TCAAAAATCC AAGTGCAATT AGAGATTCAA 
GAAACTTCTG AAGGAGAAGG ACGTAGCATA CCAGATAAAA ATTCTATGTT TGTTCATCAA 
GATTCAGTGT CAAAACTCCA AATGCAAGAA AAGAAAAAAA TAACTCCTGG AAGGGAAAGG 
CGTAATACTC GTATTGTAGT ACCAAATGAA AATGTGATTT CTGTTCATCA AGATTCAAAG 
TCAAAACTCC AAATGCAAGA AAAGAAACAA ATAAATTCTG GAGTGGAAAG ACACAAGACG 
TTTCCTTTAG AAATCAAAAA AAAGGATATA TCACTTGAAC ATCTGTTGCC TGAGGAGAAA 
GTTTTATTAT CAAGAAGCGA ATCTCAAACG AAGAAACTTC AAGCTAAAGT AACTTCAAGA 
AAAATTAAAA ATGAAGCAGC CTCAGAACTT CCAGATACAG CAGAAAATCT TCCAGCAATG 
TACCCGTCAA TTAGCGACCT AATAATTCAA TTTGATTTAA ACAAAGTGGT CGAGACTGAT 
ATAGAAAGCT TGAGAGGTGC TTTGGGAAGA CGCTTATTAA ATGATGAATT CAAGACACAG 
TCAAAGAGTT TCCCTGGGCC TGATATAGAA CAATTGACAG ATGCATTTGG AAGAGATATA 
CTAAAGGATG AATTCAAGAC ACGATCAAAG AGTCTCCCTG AGACTGATGA ACGATTGCAT 
AGTACAACTG AGAGAGGTAC AATAAATGAT GCAATTAAGA CGCAGTTAAA GAGAAAGAGT 
TACCCTGAGA CTGTCTTAAA ACACTTGAAA GGTGTTAATG GAAAAGATAT AATAAAGCAT 
CTAATCAACA TACAGTCAAA GAGTCATGGA GAGACTGATA AGGAACACTT AGCAGATGAT 
ACTGGAAGAG GTATAATAAA GGGATCAATC AATGCACAAC TAAAGGGTCA CCAAAAGACT 
GATAAGAACT TCTTTGCCTA TGCTACTGGA AGAGGTCTAA TGAAGGAGTC AACCACGACA 
CAATTAAAAA GTCACCCAGA GACTGATAAG GAATTCTTGG CAGATGCTAT TGGAAGAGGT 
ATAATAATAG GGCCAATCAC TACACAACTG AAGAGTCACC GAGAGACTGA TAAAGAACTC 
TTAAAAGATG CTATTGGAAG AGATATAATA AAGGGACCAA TCAGTGCACA ATTAAAGAGT 
CACCAGGAGA CTGATGTAGA ACCCTTGACA AATGCCATTG GTTCAAGTAA AACAATTGGT 
GAGATAAAGA CACAACTAAG GACTCACTAT GATGTGAACT TATTTAAAAA CAAAGATATG 
TCCGTACAAC GTCAAGAAGG TATCTTTACT AGGAGCATTA CACCAAGTAA ATTCCCAACA 
AAAGTGATCA ATTTATCACC CTTTGAAAAT AAAGAGGAAA CTTATGAGTA CTCTTCACCC 
TATGTGACTG CACCTTCAAA AGCAATTTAT AGAACATATA GGGCTGGTCC AAGCTTTTCT 
AAAGACATCC ACCTTCCTTT ACTGAATCAA CTCCCTTCAG GGCATTCGAA AGTTGTTACC 
TTAAGCCAAA AAACTATTGA ATTTACTCTG CCTACTGTGA CCAATACAGT TGGAAAACCT 
ACCTATAAAG TGTTACATGC TGCTGCCCGA AAATCTGTAC CACACCCATA CTTTTGA

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

RefSeq	XP_006717569.1
CDS	310..4146
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQAHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_006717506.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X22, mRNA.

Target ORF information:

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

XM_006717506.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTCATAATG AAGTACCAAA TGAAAGGCTT GTAGTTGAGC ATCAAGAATC ATTGTCAAAA 
ACCAAATTAC AAATAAAGAA ACAAGAAACT TCTACAGAGC AACCACTCAC CACTCCTGAT 
AAAGAACCAA ATGAAAATCT TATACTTAGG CATCAAGACT CAATGTCAAA ATCAGAAATG 
CAAGTGAAGG AACAAAGAAC TCTCAAAGGG CAAAGAATTA TTACTCATGA TGAAGAACCA 
GGCAAAAATC TTGTGCTTGA ACATCAAGAT TCAGTGTCAA AACTGGAAAT GCAAATTGAA 
AAAACCAAAA AACTTCCTAG AGAGAAAAGA CATAGTACTC ATGATGAAGA ATCAGGTGAA 
AATCCTATGC TTAAACATCA AGATTCAGTG TCAAAAATCC AAGTGCAATT AGAGATTCAA 
GAAACTTCTG AAGGAGAAGG ACGTAGCATA CCAGATAAAA ATTCTATGTT TGTTCATCAA 
GATTCAGTGT CAAAACTCCA AATGCAAGAA AAGAAAAAAA TAACTCCTGG AAGGGAAAGG 
CGTAATACTC GTATTGTAGT ACCAAATGAA AATGTGATTT CTGTTCATCA AGATTCAAAG 
TCAAAACTCC AAATGCAAGA AAAGAAACAA ATAAATTCTG GAGTGGAAAG ACACAAGACG 
TTTCCTTTAG AAATCAAAAA AAAGGATATA TCACTTGAAC ATCTGTTGCC TGAGGAGAAA 
GTTTTATTAT CAAGAAGCGA ATCTCAAACG AAGAAACTTC AAGCTAAAGT AACTTCAAGA 
AAAATTAAAA ATGAAGCAGC CTCAGAACTT CCAGATACAG CAGAAAATCT TCCAGCAATG 
TACCCGTCAA TTAGCGACCT AATAATTCAA TTTGATTTAA ACAAAGTGGT CGAGACTGAT 
ATAGAAAGCT TGAGAGGTGC TTTGGGAAGA CGCTTATTAA ATGATGAATT CAAGACACAG 
TCAAAGAGTT TCCCTGGGCC TGATATAGAA CAATTGACAG ATGCATTTGG AAGAGATATA 
CTAAAGGATG AATTCAAGAC ACGATCAAAG AGTCTCCCTG AGACTGATGA ACGATTGCAT 
AGTACAACTG AGAGAGGTAC AATAAATGAT GCAATTAAGA CGCAGTTAAA GAGAAAGAGT 
TACCCTGAGA CTGTCTTAAA ACACTTGAAA GGTGTTAATG GAAAAGATAT AATAAAGCAT 
CTAATCAACA TACAGTCAAA GAGTCATGGA GAGACTGATA AGGAACACTT AGCAGATGAT 
ACTGGAAGAG GTATAATAAA GGGATCAATC AATGCACAAC TAAAGGGTCA CCAAAAGACT 
GATAAGAACT TCTTTGCCTA TGCTACTGGA AGAGGTCTAA TGAAGGAGTC AACCACGACA 
CAATTAAAAA GTCACCCAGA GACTGATAAG GAATTCTTGG CAGATGCTAT TGGAAGAGGT 
ATAATAATAG GGCCAATCAC TACACAACTG AAGAGTCACC GAGAGACTGA TAAAGAACTC 
TTAAAAGATG CTATTGGAAG AGATATAATA AAGGGACCAA TCAGTGCACA ATTAAAGAGT 
CACCAGGAGA CTGATGTAGA ACCCTTGACA AATGCCATTG GTTCAAGTAA AACAATTGGT 
GAGATAAAGA CACAACTAAG GACTCACTAT GATGTGAACT TATTTAAAAA CAAAGATATG 
TCCGTACAAC GTCAAGAAGG TATCTTTACT AGGAGCATTA CACCAAGTAA ATTCCCAACA 
AAAGTGATCA ATTTATCACC CTTTGAAAAT AAAGAGGAAA CTTATGAGTA CTCTTCACCC 
TATGTGACTG CACCTTCAAA AGCAATTTAT AGAACATATA GGGCTGGTCC AAGCTTTTCT 
AAAGACATCC ACCTTCCTTT ACTGAATCAA CTCCCTTCAG GGCATTCGAA AGTTGTTACC 
TTAAGCCAAA AAACTATTGA ATTTACTCTG CCTACTGTGA CCAATACAGT TGGAAAACCT 
ACCTATAAAG TGTTACATGC TGCTGCCCGA AAATCTGTAC CACACCCATA CTTTTGA

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

CCDC7 ( XM_005252593.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_005252650.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X46, mRNA.

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CloneID	OHu43857
Clone ID Related Accession (Same CDS sequence)	XM_005252593.2
Accession Version	XM_005252593.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2079bp) 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	uncharacterized protein C10orf68 isoform X43
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Feb 3, 2014 this sequence version replaced XM_005252593.1. ##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##

ATGACTGAAG AACAAACTTA CCAAGCAGCA GAAAAATCTC AAGCTCATAA TGAAGTACCA 
AATGAAAGGC TTGTAGTTGA GCATCAAGAA TCATTGTCAA AAACCAAATT ACAAATAAAG 
AAACAAGAAA CTTCTACAGA GCAACCACTC ACCACTCCTG ATAAAGAACC AAATGAAAAT 
CTTATACTTA GGCATCAAGA CTCAATGTCA AAATCAGAAA TGCAAGTGAA GGAACAAAGA 
ACTCTCAAAG GGCAAAGAAT TATTACTCAT GATGAAGAAC CAGGCAAAAA TCTTGTGCTT 
GAACATCAAG ATTCAGTGTC AAAACTGGAA ATGCAAATTG AAAAAACCAA AAAACTTCCT 
AGAGAGAAAA GACATAGTAC TCATGATGAA GAATCAGGTG AAAATCCTAT GCTTAAACAT 
CAAGATTCAG TGTCAAAAAT CCAAGTGCAA TTAGAGATTC AAGAAACTTC TGAAGGAGAA 
GGACGTAGCA TACCAGATAA AAATTCTATG TTTGTTCATC AAGATTCAGT GTCAAAACTC 
CAAATGCAAG AAAAGAAAAA AATAACTCCT GGAAGGGAAA GGCGTAATAC TCGTATTGTA 
GTACCAAATG AAAATGTGAT TTCTGTTCAT CAAGATTCAA AGTCAAAACT CCAAATGCAA 
GAAAAGAAAC AAATAAATTC TGGAGTGGAA AGACACAAGA CGTTTCCTTT AGAAATCAAA 
AAAAAGGATA TATCACTTGA ACATCTGTTG CCTGAGGAGA AAGTTTTATT ATCAAGAAGC 
GAATCTCAAA CGAAGAAACT TCAAGCTAAA GTAACTTCAA GAAAAATTAA AAATGAAGCA 
GCCTCAGAAC TTCCAGATAC AGCAGAAAAT CTTCCAGCAA TGTACCCGTC AATTAGCGAC 
CTAATAATTC AATTTGATTT AAACAAAGTG GTCGAGACTG ATATAGAAAG CTTGAGAGGT 
GCTTTGGGAA GACGCTTATT AAATGATGAA TTCAAGACAC AGTCAAAGAG TTTCCCTGGG 
CCTGATATAG AACAATTGAC AGATGCATTT GGAAGAGATA TACTAAAGGA TGAATTCAAG 
ACACGATCAA AGAGTCTCCC TGAGACTGAT GAACGATTGC ATAGTACAAC TGAGAGAGGT 
ACAATAAATG ATGCAATTAA GACGCAGTTA AAGAGAAAGA GTTACCCTGA GACTGTCTTA 
AAACACTTGA AAGGTGTTAA TGGAAAAGAT ATAATAAAGC ATCTAATCAA CATACAGTCA 
AAGAGTCATG GAGAGACTGA TAAGGAACAC TTAGCAGATG ATACTGGAAG AGGTATAATA 
AAGGGATCAA TCAATGCACA ACTAAAGGGT CACCAAAAGA CTGATAAGAA CTTCTTTGCC 
TATGCTACTG GAAGAGGTCT AATGAAGGAG TCAACCACGA CACAATTAAA AAGTCACCCA 
GAGACTGATA AGGAATTCTT GGCAGATGCT ATTGGAAGAG GTATAATAAT AGGGCCAATC 
ACTACACAAC TGAAGAGTCA CCGAGAGACT GATAAAGAAC TCTTAAAAGA TGCTATTGGA 
AGAGATATAA TAAAGGGACC AATCAGTGCA CAATTAAAGA GTCACCAGGA GACTGATGTA 
GAACCCTTGA CAAATGCCAT TGGTTCAAGT AAAACAATTG GTGAGATAAA GACACAACTA 
AGGACTCACT ATGATGTGAA CTTATTTAAA AACAAAGATA TGTCCGTACA ACGTCAAGAA 
GGTATCTTTA CTAGGAGCAT TACACCAAGT AAATTCCCAA CAAAAGTGAT CAATTTATCA 
CCCTTTGAAA ATAAAGAGGA AACTTATGAG TACTCTTCAC CCTATGTGAC TGCACCTTCA 
AAAGCAATTT ATAGAACATA TAGGGCTGGT CCAAGCTTTT CTAAAGACAT CCACCTTCCT 
TTACTGAATC AACTCCCTTC AGGGCATTCG AAAGTTGTTA CCTTAAGCCA AAAAACTATT 
GAATTTACTC TGCCTACTGT GACCAATACA GTTGGAAAAC CTACCTATAA AGTGTTACAT 
GCTGCTGCCC GAAAATCTGT ACCACACCCA TACTTTTGA

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

RefSeq	XP_005252650.1
CDS	468..2546
Translation	MTEEQTYQAAEKSQAHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_005252593.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X46, mRNA.

Target ORF information:

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

XM_005252593.2

ORF Insert Sequence:

ATGACTGAAG AACAAACTTA CCAAGCAGCA GAAAAATCTC AAGCTCATAA TGAAGTACCA 
AATGAAAGGC TTGTAGTTGA GCATCAAGAA TCATTGTCAA AAACCAAATT ACAAATAAAG 
AAACAAGAAA CTTCTACAGA GCAACCACTC ACCACTCCTG ATAAAGAACC AAATGAAAAT 
CTTATACTTA GGCATCAAGA CTCAATGTCA AAATCAGAAA TGCAAGTGAA GGAACAAAGA 
ACTCTCAAAG GGCAAAGAAT TATTACTCAT GATGAAGAAC CAGGCAAAAA TCTTGTGCTT 
GAACATCAAG ATTCAGTGTC AAAACTGGAA ATGCAAATTG AAAAAACCAA AAAACTTCCT 
AGAGAGAAAA GACATAGTAC TCATGATGAA GAATCAGGTG AAAATCCTAT GCTTAAACAT 
CAAGATTCAG TGTCAAAAAT CCAAGTGCAA TTAGAGATTC AAGAAACTTC TGAAGGAGAA 
GGACGTAGCA TACCAGATAA AAATTCTATG TTTGTTCATC AAGATTCAGT GTCAAAACTC 
CAAATGCAAG AAAAGAAAAA AATAACTCCT GGAAGGGAAA GGCGTAATAC TCGTATTGTA 
GTACCAAATG AAAATGTGAT TTCTGTTCAT CAAGATTCAA AGTCAAAACT CCAAATGCAA 
GAAAAGAAAC AAATAAATTC TGGAGTGGAA AGACACAAGA CGTTTCCTTT AGAAATCAAA 
AAAAAGGATA TATCACTTGA ACATCTGTTG CCTGAGGAGA AAGTTTTATT ATCAAGAAGC 
GAATCTCAAA CGAAGAAACT TCAAGCTAAA GTAACTTCAA GAAAAATTAA AAATGAAGCA 
GCCTCAGAAC TTCCAGATAC AGCAGAAAAT CTTCCAGCAA TGTACCCGTC AATTAGCGAC 
CTAATAATTC AATTTGATTT AAACAAAGTG GTCGAGACTG ATATAGAAAG CTTGAGAGGT 
GCTTTGGGAA GACGCTTATT AAATGATGAA TTCAAGACAC AGTCAAAGAG TTTCCCTGGG 
CCTGATATAG AACAATTGAC AGATGCATTT GGAAGAGATA TACTAAAGGA TGAATTCAAG 
ACACGATCAA AGAGTCTCCC TGAGACTGAT GAACGATTGC ATAGTACAAC TGAGAGAGGT 
ACAATAAATG ATGCAATTAA GACGCAGTTA AAGAGAAAGA GTTACCCTGA GACTGTCTTA 
AAACACTTGA AAGGTGTTAA TGGAAAAGAT ATAATAAAGC ATCTAATCAA CATACAGTCA 
AAGAGTCATG GAGAGACTGA TAAGGAACAC TTAGCAGATG ATACTGGAAG AGGTATAATA 
AAGGGATCAA TCAATGCACA ACTAAAGGGT CACCAAAAGA CTGATAAGAA CTTCTTTGCC 
TATGCTACTG GAAGAGGTCT AATGAAGGAG TCAACCACGA CACAATTAAA AAGTCACCCA 
GAGACTGATA AGGAATTCTT GGCAGATGCT ATTGGAAGAG GTATAATAAT AGGGCCAATC 
ACTACACAAC TGAAGAGTCA CCGAGAGACT GATAAAGAAC TCTTAAAAGA TGCTATTGGA 
AGAGATATAA TAAAGGGACC AATCAGTGCA CAATTAAAGA GTCACCAGGA GACTGATGTA 
GAACCCTTGA CAAATGCCAT TGGTTCAAGT AAAACAATTG GTGAGATAAA GACACAACTA 
AGGACTCACT ATGATGTGAA CTTATTTAAA AACAAAGATA TGTCCGTACA ACGTCAAGAA 
GGTATCTTTA CTAGGAGCAT TACACCAAGT AAATTCCCAA CAAAAGTGAT CAATTTATCA 
CCCTTTGAAA ATAAAGAGGA AACTTATGAG TACTCTTCAC CCTATGTGAC TGCACCTTCA 
AAAGCAATTT ATAGAACATA TAGGGCTGGT CCAAGCTTTT CTAAAGACAT CCACCTTCCT 
TTACTGAATC AACTCCCTTC AGGGCATTCG AAAGTTGTTA CCTTAAGCCA AAAAACTATT 
GAATTTACTC TGCCTACTGT GACCAATACA GTTGGAAAAC CTACCTATAA AGTGTTACAT 
GCTGCTGCCC GAAAATCTGT ACCACACCCA TACTTTTGA

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

CCDC7 ( XM_011519664.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517966.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X2, mRNA.

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CloneID	OHu72084
Clone ID Related Accession (Same CDS sequence)	XM_011519664.1
Accession Version	XM_011519664.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4143bp) 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	uncharacterized protein C10orf68 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GAGACTGATG AACGATTGCA TAGTACAACT GAGAGAGGTA CAATAAATGA TGCAATTAAG 
ACGCAGTTAA AGAGAAAGAG TTACCCTGAG ACTGTCTTAA AACACTTGAA AGGTGTTAAT 
GGAAAAGATA TAATAAAGCA TCTAATCAAC ATACAGTCAA AGAGTCATGG AGAGACTGAT 
AAGGAACACT TAGCAGATGA TACTGGAAGA GGTATAATAA AGGGATCAAT CAATGCACAA 
CTAAAGGGTC ACCAAAAGAC TGATAAGAAC TTCTTTGCCT ATGCTACTGG AAGAGGTCTA 
ATGAAGGAGT CAACCACGAC ACAATTAAAA AGTCACCCAG AGACTGATAA GGAATTCTTG 
GCAGATGCTA TTGGAAGAGG TATAATAATA GGGCCAATCA CTACACAACT GAAGAGTCAC 
CGAGAGACTG ATAAAGAACT CTTAAAAGAT GCTATTGGAA GAGATATAAT AAAGGGACCA 
ATCAGTGCAC AATTAAAGAG TCACCAGGAG ACTGATGTAG AACCCTTGAC AAATGCCATT 
GGTTCAAGTA AAACAATTGG TGAGATAAAG ACACAACTAA GGACTCACTA TGATGTGAAC 
TTATTTAAAA ACAAAGATAT GTCCGTACAA CGTCAAGAAG GTATCTTTAC TAGGAGCATT 
ACACCAAGTA AATTCCCAAC AAAAGTGATC AATTTATCAC CCTTTGAAAA TAAAGAGGAA 
ACTTATGAGT ACTCTTCACC CTATGTGACT GCACCTTCAA AAGCAATTTA TAGAACATAT 
AGGGCTGGTC CAAGCTTTTC TAAAGACATC CACCTTCCTT TACTGAATCA ACTCCCTTCA 
GGGCATTCGA AAGTTGTTAC CTTAAGCCAA AAAACTATTG AATTTACTCT GCCTACTGTG 
ACCAATACAG TTGGAAAACC TACCTATAAA GGCTTTGGTA TCAGGATGAT GCTGGCCTCA 
TAA

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

RefSeq	XP_011517966.1
CDS	310..4452
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKGFGIRMMLAS

Target ORF information:

RefSeq Version	XM_011519664.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X2, mRNA.

Target ORF information:

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

XM_011519664.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GAGACTGATG AACGATTGCA TAGTACAACT GAGAGAGGTA CAATAAATGA TGCAATTAAG 
ACGCAGTTAA AGAGAAAGAG TTACCCTGAG ACTGTCTTAA AACACTTGAA AGGTGTTAAT 
GGAAAAGATA TAATAAAGCA TCTAATCAAC ATACAGTCAA AGAGTCATGG AGAGACTGAT 
AAGGAACACT TAGCAGATGA TACTGGAAGA GGTATAATAA AGGGATCAAT CAATGCACAA 
CTAAAGGGTC ACCAAAAGAC TGATAAGAAC TTCTTTGCCT ATGCTACTGG AAGAGGTCTA 
ATGAAGGAGT CAACCACGAC ACAATTAAAA AGTCACCCAG AGACTGATAA GGAATTCTTG 
GCAGATGCTA TTGGAAGAGG TATAATAATA GGGCCAATCA CTACACAACT GAAGAGTCAC 
CGAGAGACTG ATAAAGAACT CTTAAAAGAT GCTATTGGAA GAGATATAAT AAAGGGACCA 
ATCAGTGCAC AATTAAAGAG TCACCAGGAG ACTGATGTAG AACCCTTGAC AAATGCCATT 
GGTTCAAGTA AAACAATTGG TGAGATAAAG ACACAACTAA GGACTCACTA TGATGTGAAC 
TTATTTAAAA ACAAAGATAT GTCCGTACAA CGTCAAGAAG GTATCTTTAC TAGGAGCATT 
ACACCAAGTA AATTCCCAAC AAAAGTGATC AATTTATCAC CCTTTGAAAA TAAAGAGGAA 
ACTTATGAGT ACTCTTCACC CTATGTGACT GCACCTTCAA AAGCAATTTA TAGAACATAT 
AGGGCTGGTC CAAGCTTTTC TAAAGACATC CACCTTCCTT TACTGAATCA ACTCCCTTCA 
GGGCATTCGA AAGTTGTTAC CTTAAGCCAA AAAACTATTG AATTTACTCT GCCTACTGTG 
ACCAATACAG TTGGAAAACC TACCTATAAA GGCTTTGGTA TCAGGATGAT GCTGGCCTCA 
TAA

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

CCDC7 ( XM_024448165.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024303933.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X3, mRNA.

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CloneID	OHu72085
Clone ID Related Accession (Same CDS sequence)	XM_024448165.1
Accession Version	XM_024448165.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4137bp) 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	uncharacterized protein C10orf68 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATTGGT TTCAGTGGCA GGTCAATCAG 
ATGGAAGAAA TAAGTAAAGA TCAAACTCTT TTACAAGCAG AGCCTCCAAA ACCTGACAAA 
ACAGTCATTT TAAATATTGC AGAAATAGTA AGGCTTGTAC AAAGATTTGA AGAACTGAAG 
AATCGCCTTA AACAGAGGTC TAAATCCTCC GTGAAAGTCA TGTTGTCTAA AACTATGGAT 
AAAGAAAATC GACCAGAAGC AGTGAAAAGT TGTGAAGCTC TGGCACAGAA AATTGAAGAA 
TTCTTAGAAG CCCACTCAAC TGATGAATTT AAAGATGTTT CTGCAACAGA ACCACAAACT 
GCTCATTCAA TGACTAATCG ATTTAATGCC ATGTTGAAAG TATTTGAAAA CCAGGCAAAT 
ATGTTGGAGA GAGCTGTAAA TGATCAAGTT TTGTTAGATG CTGAATACAA ACAGATGCAG 
TGTGATTTTC AGTTGTTATC AGAAGAGAAG TTGGTGCTGG AAAATGAACT ACAAAAGTTG 
AAGGACAAAG AGAAAACTAA GCCTACAAAT AATCGAACAA AGAAAGCTGT GAAAACAGTG 
AAGAAAAAAG ACAAAGGAAA ATCTGAGGAT TCAGAAAAGA AGATGTCTCC AGAAAAAGAG 
TTTAAAATAA AAGAAGATTT GGATCAAGTA CAGAAAGTAG CACGTCTGGA AATTGAGAAC 
AAAGTCCTTC AGGAGCAATT GAAACAGGCT TTACAGGAAG CTGAAAAAGC TAAGCATCAA 
CTTAACTATT TCCTAAATCA AGAGAAGTTA CTTAAAAGTG AGGGGAAAAC TGAGACAACA 
ATGCAAGTGG GTAATAGTCA AACAAAAGTT AAAGGTGAAG ATTCAAAAAA TATACCATTG 
GAGAAAGAAA CAAGAAAATC ACTGGTTTCA GATTCAGGTG GACAAAGGAC AAGTGATAAA 
ATCCAAGAAT ATCCACAGAT CACTGCCCAA AGCGGAAGAC TGATTGAAAA GAGCTCAGAG 
AAGAAACGAT CTAGCCCTGC TATTTCAGAT CTTTCACAGA TCCTTAAGTC TCAAGATGAA 
TCAGCATTTT TAGAGAGTTC AAATGAAGTT TCAGTTGCTG AAAACCAATC CTATAAATCT 
CCATCAGAGA CCCATGATAA ATCACTTACA ACAGTATCAT CCAGCAAAGA AGTTCAAGAT 
TCACTGTCTG TTGGAACATT GGCTCAAAAA AACGAAACAG TGATATCACC ATTCATTTTA 
CCTCCTGTTC TTACAGAAAG TAAAAAGGCT GATGTTTCAG AAGAACAATT ACAAAAGATG 
ACTGAAGAAC AAACTTACCA AGCAGCAGAA AAATCTCAAG CTGACAGTGA AGTTCCAGAT 
GAAAATCTTA TGGTTGAAAA TAAAGATTCA GTAACAAAAG TCCAAATAGA ACAAATGAAA 
CAAAGAACTT CTAGTATGGA AAGACATGAG GAGACTCTTA CAACCCCACA ATTGCCTGAG 
GACATGGTTT TAGTTTCAAG AATCCAATCT GAAACTAAAA ATCTTAAAGC TACCAGAAAT 
GAGAGTTTTC ATTCTCATAA TGATGTACCA GAAGAAAATC TTATGCTTGA ACAAGACACA 
AAGTCAAAAA CGGAAGTAGA AGTAAAGAAA CAAAAATCTT TCCAAGATAA TCAACTCAGT 
ACTCATAATG AAGTACCAAA TGAAAGGCTT GTAGTTGAGC ATCAAGAATC ATTGTCAAAA 
ACCAAATTAC AAATAAAGAA ACAAGAAACT TCTACAGAGC AACCACTCAC CACTCCTGAT 
AAAGAACCAA ATGAAAATCT TATACTTAGG CATCAAGACT CAATGTCAAA ATCAGAAATG 
CAAGTGAAGG AACAAAGAAC TCTCAAAGGG CAAAGAATTA TTACTCATGA TGAAGAACCA 
GGCAAAAATC TTGTGCTTGA ACATCAAGAT TCAGTGTCAA AACTGGAAAT GCAAATTGAA 
AAAACCAAAA AACTTCCTAG AGAGAAAAGA CATAGTACTC ATGATGAAGA ATCAGGTGAA 
AATCCTATGC TTAAACATCA AGATTCAGTG TCAAAAATCC AAGTGCAATT AGAGATTCAA 
GAAACTTCTG AAGGAGAAGG ACGTAGCATA CCAGATAAAA ATTCTATGTT TGTTCATCAA 
GATTCAGTGT CAAAACTCCA AATGCAAGAA AAGAAAAAAA TAACTCCTGG AAGGGAAAGG 
CGTAATACTC GTATTGTAGT ACCAAATGAA AATGTGATTT CTGTTCATCA AGATTCAAAG 
TCAAAACTCC AAATGCAAGA AAAGAAACAA ATAAATTCTG GAGTGGAAAG ACACAAGACG 
TTTCCTTTAG AAATCAAAAA AAAGGATATA TCACTTGAAC ATCTGTTGCC TGAGGAGAAA 
GTTTTATTAT CAAGAAGCGA ATCTCAAACG AAGAAACTTC AAGCTAAAGT AACTTCAAGA 
AAAATTAAAA ATGAAGCAGC CTCAGAACTT CCAGATACAG CAGAAAATCT TCCAGCAATG 
TACCCGTCAA TTAGCGACCT AATAATTCAA TTTGATTTAA ACAAAGTGGT CGAGACTGAT 
ATAGAAAGCT TGAGAGGTGC TTTGGGAAGA CGCTTATTAA ATGATGAATT CAAGACACAG 
TCAAAGAGTT TCCCTGGGCC TGATATAGAA CAATTGACAG ATGCATTTGG AAGAGATATA 
CTAAAGGATG AATTCAAGAC ACGATCAAAG AGTCTCCCTG AGACTGATGA ACGATTGCAT 
AGTACAACTG AGAGAGGTAC AATAAATGAT GCAATTAAGA CGCAGTTAAA GAGAAAGAGT 
TACCCTGAGA CTGTCTTAAA ACACTTGAAA GGTGTTAATG GAAAAGATAT AATAAAGCAT 
CTAATCAACA TACAGTCAAA GAGTCATGGA GAGACTGATA AGGAACACTT AGCAGATGAT 
ACTGGAAGAG GTATAATAAA GGGATCAATC AATGCACAAC TAAAGGGTCA CCAAAAGACT 
GATAAGAACT TCTTTGCCTA TGCTACTGGA AGAGGTCTAA TGAAGGAGTC AACCACGACA 
CAATTAAAAA GTCACCCAGA GACTGATAAG GAATTCTTGG CAGATGCTAT TGGAAGAGGT 
ATAATAATAG GGCCAATCAC TACACAACTG AAGAGTCACC GAGAGACTGA TAAAGAACTC 
TTAAAAGATG CTATTGGAAG AGATATAATA AAGGGACCAA TCAGTGCACA ATTAAAGAGT 
CACCAGGAGA CTGATGTAGA ACCCTTGACA AATGCCATTG GTTCAAGTAA AACAATTGGT 
GAGATAAAGA CACAACTAAG GACTCACTAT GATGTGAACT TATTTAAAAA CAAAGATATG 
TCCGTACAAC GTCAAGAAGG TATCTTTACT AGGAGCATTA CACCAAGTAA ATTCCCAACA 
AAAGTGATCA ATTTATCACC CTTTGAAAAT AAAGAGGAAA CTTATGAGTA CTCTTCACCC 
TATGTGACTG CACCTTCAAA AGCAATTTAT AGAACATATA GGGCTGGTCC AAGCTTTTCT 
AAAGACATCC ACCTTCCTTT ACTGAATCAA CTCCCTTCAG GGCATTCGAA AGTTGTTACC 
TTAAGCCAAA AAACTATTGA ATTTACTCTG CCTACTGTGA CCAATACAGT TGGAAAACCT 
ACCTATAAAG TGTTACATGC TGCTGCCCGA AAATCTGTAC CACACCCATA CTTTTGA

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

RefSeq	XP_024303933.1
CDS	310..4446
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_024448165.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X3, mRNA.

Target ORF information:

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

XM_024448165.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATTGGT TTCAGTGGCA GGTCAATCAG 
ATGGAAGAAA TAAGTAAAGA TCAAACTCTT TTACAAGCAG AGCCTCCAAA ACCTGACAAA 
ACAGTCATTT TAAATATTGC AGAAATAGTA AGGCTTGTAC AAAGATTTGA AGAACTGAAG 
AATCGCCTTA AACAGAGGTC TAAATCCTCC GTGAAAGTCA TGTTGTCTAA AACTATGGAT 
AAAGAAAATC GACCAGAAGC AGTGAAAAGT TGTGAAGCTC TGGCACAGAA AATTGAAGAA 
TTCTTAGAAG CCCACTCAAC TGATGAATTT AAAGATGTTT CTGCAACAGA ACCACAAACT 
GCTCATTCAA TGACTAATCG ATTTAATGCC ATGTTGAAAG TATTTGAAAA CCAGGCAAAT 
ATGTTGGAGA GAGCTGTAAA TGATCAAGTT TTGTTAGATG CTGAATACAA ACAGATGCAG 
TGTGATTTTC AGTTGTTATC AGAAGAGAAG TTGGTGCTGG AAAATGAACT ACAAAAGTTG 
AAGGACAAAG AGAAAACTAA GCCTACAAAT AATCGAACAA AGAAAGCTGT GAAAACAGTG 
AAGAAAAAAG ACAAAGGAAA ATCTGAGGAT TCAGAAAAGA AGATGTCTCC AGAAAAAGAG 
TTTAAAATAA AAGAAGATTT GGATCAAGTA CAGAAAGTAG CACGTCTGGA AATTGAGAAC 
AAAGTCCTTC AGGAGCAATT GAAACAGGCT TTACAGGAAG CTGAAAAAGC TAAGCATCAA 
CTTAACTATT TCCTAAATCA AGAGAAGTTA CTTAAAAGTG AGGGGAAAAC TGAGACAACA 
ATGCAAGTGG GTAATAGTCA AACAAAAGTT AAAGGTGAAG ATTCAAAAAA TATACCATTG 
GAGAAAGAAA CAAGAAAATC ACTGGTTTCA GATTCAGGTG GACAAAGGAC AAGTGATAAA 
ATCCAAGAAT ATCCACAGAT CACTGCCCAA AGCGGAAGAC TGATTGAAAA GAGCTCAGAG 
AAGAAACGAT CTAGCCCTGC TATTTCAGAT CTTTCACAGA TCCTTAAGTC TCAAGATGAA 
TCAGCATTTT TAGAGAGTTC AAATGAAGTT TCAGTTGCTG AAAACCAATC CTATAAATCT 
CCATCAGAGA CCCATGATAA ATCACTTACA ACAGTATCAT CCAGCAAAGA AGTTCAAGAT 
TCACTGTCTG TTGGAACATT GGCTCAAAAA AACGAAACAG TGATATCACC ATTCATTTTA 
CCTCCTGTTC TTACAGAAAG TAAAAAGGCT GATGTTTCAG AAGAACAATT ACAAAAGATG 
ACTGAAGAAC AAACTTACCA AGCAGCAGAA AAATCTCAAG CTGACAGTGA AGTTCCAGAT 
GAAAATCTTA TGGTTGAAAA TAAAGATTCA GTAACAAAAG TCCAAATAGA ACAAATGAAA 
CAAAGAACTT CTAGTATGGA AAGACATGAG GAGACTCTTA CAACCCCACA ATTGCCTGAG 
GACATGGTTT TAGTTTCAAG AATCCAATCT GAAACTAAAA ATCTTAAAGC TACCAGAAAT 
GAGAGTTTTC ATTCTCATAA TGATGTACCA GAAGAAAATC TTATGCTTGA ACAAGACACA 
AAGTCAAAAA CGGAAGTAGA AGTAAAGAAA CAAAAATCTT TCCAAGATAA TCAACTCAGT 
ACTCATAATG AAGTACCAAA TGAAAGGCTT GTAGTTGAGC ATCAAGAATC ATTGTCAAAA 
ACCAAATTAC AAATAAAGAA ACAAGAAACT TCTACAGAGC AACCACTCAC CACTCCTGAT 
AAAGAACCAA ATGAAAATCT TATACTTAGG CATCAAGACT CAATGTCAAA ATCAGAAATG 
CAAGTGAAGG AACAAAGAAC TCTCAAAGGG CAAAGAATTA TTACTCATGA TGAAGAACCA 
GGCAAAAATC TTGTGCTTGA ACATCAAGAT TCAGTGTCAA AACTGGAAAT GCAAATTGAA 
AAAACCAAAA AACTTCCTAG AGAGAAAAGA CATAGTACTC ATGATGAAGA ATCAGGTGAA 
AATCCTATGC TTAAACATCA AGATTCAGTG TCAAAAATCC AAGTGCAATT AGAGATTCAA 
GAAACTTCTG AAGGAGAAGG ACGTAGCATA CCAGATAAAA ATTCTATGTT TGTTCATCAA 
GATTCAGTGT CAAAACTCCA AATGCAAGAA AAGAAAAAAA TAACTCCTGG AAGGGAAAGG 
CGTAATACTC GTATTGTAGT ACCAAATGAA AATGTGATTT CTGTTCATCA AGATTCAAAG 
TCAAAACTCC AAATGCAAGA AAAGAAACAA ATAAATTCTG GAGTGGAAAG ACACAAGACG 
TTTCCTTTAG AAATCAAAAA AAAGGATATA TCACTTGAAC ATCTGTTGCC TGAGGAGAAA 
GTTTTATTAT CAAGAAGCGA ATCTCAAACG AAGAAACTTC AAGCTAAAGT AACTTCAAGA 
AAAATTAAAA ATGAAGCAGC CTCAGAACTT CCAGATACAG CAGAAAATCT TCCAGCAATG 
TACCCGTCAA TTAGCGACCT AATAATTCAA TTTGATTTAA ACAAAGTGGT CGAGACTGAT 
ATAGAAAGCT TGAGAGGTGC TTTGGGAAGA CGCTTATTAA ATGATGAATT CAAGACACAG 
TCAAAGAGTT TCCCTGGGCC TGATATAGAA CAATTGACAG ATGCATTTGG AAGAGATATA 
CTAAAGGATG AATTCAAGAC ACGATCAAAG AGTCTCCCTG AGACTGATGA ACGATTGCAT 
AGTACAACTG AGAGAGGTAC AATAAATGAT GCAATTAAGA CGCAGTTAAA GAGAAAGAGT 
TACCCTGAGA CTGTCTTAAA ACACTTGAAA GGTGTTAATG GAAAAGATAT AATAAAGCAT 
CTAATCAACA TACAGTCAAA GAGTCATGGA GAGACTGATA AGGAACACTT AGCAGATGAT 
ACTGGAAGAG GTATAATAAA GGGATCAATC AATGCACAAC TAAAGGGTCA CCAAAAGACT 
GATAAGAACT TCTTTGCCTA TGCTACTGGA AGAGGTCTAA TGAAGGAGTC AACCACGACA 
CAATTAAAAA GTCACCCAGA GACTGATAAG GAATTCTTGG CAGATGCTAT TGGAAGAGGT 
ATAATAATAG GGCCAATCAC TACACAACTG AAGAGTCACC GAGAGACTGA TAAAGAACTC 
TTAAAAGATG CTATTGGAAG AGATATAATA AAGGGACCAA TCAGTGCACA ATTAAAGAGT 
CACCAGGAGA CTGATGTAGA ACCCTTGACA AATGCCATTG GTTCAAGTAA AACAATTGGT 
GAGATAAAGA CACAACTAAG GACTCACTAT GATGTGAACT TATTTAAAAA CAAAGATATG 
TCCGTACAAC GTCAAGAAGG TATCTTTACT AGGAGCATTA CACCAAGTAA ATTCCCAACA 
AAAGTGATCA ATTTATCACC CTTTGAAAAT AAAGAGGAAA CTTATGAGTA CTCTTCACCC 
TATGTGACTG CACCTTCAAA AGCAATTTAT AGAACATATA GGGCTGGTCC AAGCTTTTCT 
AAAGACATCC ACCTTCCTTT ACTGAATCAA CTCCCTTCAG GGCATTCGAA AGTTGTTACC 
TTAAGCCAAA AAACTATTGA ATTTACTCTG CCTACTGTGA CCAATACAGT TGGAAAACCT 
ACCTATAAAG TGTTACATGC TGCTGCCCGA AAATCTGTAC CACACCCATA CTTTTGA

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

CCDC7 ( XM_011519666.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517968.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OHu72086
Clone ID Related Accession (Same CDS sequence)	XM_011519666.1
Accession Version	XM_011519666.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4074bp) 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	uncharacterized protein C10orf68 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGGGCCTGA TATAGAACAA TTGACAGATG CATTTGGAAG AGATATACTA 
AAGGATGAAT TCAAGACACG ATCAAAGAGT CTCCCTGAGA CTGATGAACG ATTGCATAGT 
ACAACTGAGA GAGGTACAAT AAATGATGCA ATTAAGACGC AGTTAAAGAG AAAGAGTTAC 
CCTGAGACTG TCTTAAAACA CTTGAAAGGT GTTAATGGAA AAGATATAAT AAAGCATCTA 
ATCAACATAC AGTCAAAGAG TCATGGAGAG ACTGATAAGG AACACTTAGC AGATGATACT 
GGAAGAGGTA TAATAAAGGG ATCAATCAAT GCACAACTAA AGGGTCACCA AAAGACTGAT 
AAGAACTTCT TTGCCTATGC TACTGGAAGA GGTCTAATGA AGGAGTCAAC CACGACACAA 
TTAAAAAGTC ACCCAGAGAC TGATAAGGAA TTCTTGGCAG ATGCTATTGG AAGAGGTATA 
ATAATAGGGC CAATCACTAC ACAACTGAAG AGTCACCGAG AGACTGATAA AGAACTCTTA 
AAAGATGCTA TTGGAAGAGA TATAATAAAG GGACCAATCA GTGCACAATT AAAGAGTCAC 
CAGGAGACTG ATGTAGAACC CTTGACAAAT GCCATTGGTT CAAGTAAAAC AATTGGTGAG 
ATAAAGACAC AACTAAGGAC TCACTATGAT GTGAACTTAT TTAAAAACAA AGATATGTCC 
GTACAACGTC AAGAAGGTAT CTTTACTAGG AGCATTACAC CAAGTAAATT CCCAACAAAA 
GTGATCAATT TATCACCCTT TGAAAATAAA GAGGAAACTT ATGAGTACTC TTCACCCTAT 
GTGACTGCAC CTTCAAAAGC AATTTATAGA ACATATAGGG CTGGTCCAAG CTTTTCTAAA 
GACATCCACC TTCCTTTACT GAATCAACTC CCTTCAGGGC ATTCGAAAGT TGTTACCTTA 
AGCCAAAAAA CTATTGAATT TACTCTGCCT ACTGTGACCA ATACAGTTGG AAAACCTACC 
TATAAAGTGT TACATGCTGC TGCCCGAAAA TCTGTACCAC ACCCATACTT TTGA

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

RefSeq	XP_011517968.1
CDS	310..4383
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_011519666.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X6, mRNA.

Target ORF information:

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

XM_011519666.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGGGCCTGA TATAGAACAA TTGACAGATG CATTTGGAAG AGATATACTA 
AAGGATGAAT TCAAGACACG ATCAAAGAGT CTCCCTGAGA CTGATGAACG ATTGCATAGT 
ACAACTGAGA GAGGTACAAT AAATGATGCA ATTAAGACGC AGTTAAAGAG AAAGAGTTAC 
CCTGAGACTG TCTTAAAACA CTTGAAAGGT GTTAATGGAA AAGATATAAT AAAGCATCTA 
ATCAACATAC AGTCAAAGAG TCATGGAGAG ACTGATAAGG AACACTTAGC AGATGATACT 
GGAAGAGGTA TAATAAAGGG ATCAATCAAT GCACAACTAA AGGGTCACCA AAAGACTGAT 
AAGAACTTCT TTGCCTATGC TACTGGAAGA GGTCTAATGA AGGAGTCAAC CACGACACAA 
TTAAAAAGTC ACCCAGAGAC TGATAAGGAA TTCTTGGCAG ATGCTATTGG AAGAGGTATA 
ATAATAGGGC CAATCACTAC ACAACTGAAG AGTCACCGAG AGACTGATAA AGAACTCTTA 
AAAGATGCTA TTGGAAGAGA TATAATAAAG GGACCAATCA GTGCACAATT AAAGAGTCAC 
CAGGAGACTG ATGTAGAACC CTTGACAAAT GCCATTGGTT CAAGTAAAAC AATTGGTGAG 
ATAAAGACAC AACTAAGGAC TCACTATGAT GTGAACTTAT TTAAAAACAA AGATATGTCC 
GTACAACGTC AAGAAGGTAT CTTTACTAGG AGCATTACAC CAAGTAAATT CCCAACAAAA 
GTGATCAATT TATCACCCTT TGAAAATAAA GAGGAAACTT ATGAGTACTC TTCACCCTAT 
GTGACTGCAC CTTCAAAAGC AATTTATAGA ACATATAGGG CTGGTCCAAG CTTTTCTAAA 
GACATCCACC TTCCTTTACT GAATCAACTC CCTTCAGGGC ATTCGAAAGT TGTTACCTTA 
AGCCAAAAAA CTATTGAATT TACTCTGCCT ACTGTGACCA ATACAGTTGG AAAACCTACC 
TATAAAGTGT TACATGCTGC TGCCCGAAAA TCTGTACCAC ACCCATACTT TTGA

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

CCDC7 ( XM_011519667.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517969.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X7, mRNA.

Price & Availability↑

CloneID	OHu72087
Clone ID Related Accession (Same CDS sequence)	XM_011519667.1
Accession Version	XM_011519667.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4074bp) 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	uncharacterized protein C10orf68 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GAGACTGATG AACGATTGCA TAGTACAACT GAGAGAGGTA CAATAAATGA TGCAATTAAG 
ACGCAGTTAA AGAGAAAGAG TTACCCTGAG ACTGTCTTAA AACACTTGAA AGGTGTTAAT 
GGAAAAGATA TAATAAAGCA TCTAATCAAC ATACAGTCAA AGAGTCATGG AGAGACTGAT 
AAGAACTTCT TTGCCTATGC TACTGGAAGA GGTCTAATGA AGGAGTCAAC CACGACACAA 
TTAAAAAGTC ACCCAGAGAC TGATAAGGAA TTCTTGGCAG ATGCTATTGG AAGAGGTATA 
ATAATAGGGC CAATCACTAC ACAACTGAAG AGTCACCGAG AGACTGATAA AGAACTCTTA 
AAAGATGCTA TTGGAAGAGA TATAATAAAG GGACCAATCA GTGCACAATT AAAGAGTCAC 
CAGGAGACTG ATGTAGAACC CTTGACAAAT GCCATTGGTT CAAGTAAAAC AATTGGTGAG 
ATAAAGACAC AACTAAGGAC TCACTATGAT GTGAACTTAT TTAAAAACAA AGATATGTCC 
GTACAACGTC AAGAAGGTAT CTTTACTAGG AGCATTACAC CAAGTAAATT CCCAACAAAA 
GTGATCAATT TATCACCCTT TGAAAATAAA GAGGAAACTT ATGAGTACTC TTCACCCTAT 
GTGACTGCAC CTTCAAAAGC AATTTATAGA ACATATAGGG CTGGTCCAAG CTTTTCTAAA 
GACATCCACC TTCCTTTACT GAATCAACTC CCTTCAGGGC ATTCGAAAGT TGTTACCTTA 
AGCCAAAAAA CTATTGAATT TACTCTGCCT ACTGTGACCA ATACAGTTGG AAAACCTACC 
TATAAAGTGT TACATGCTGC TGCCCGAAAA TCTGTACCAC ACCCATACTT TTGA

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

RefSeq	XP_011517969.1
CDS	310..4383
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_011519667.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X7, mRNA.

Target ORF information:

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

XM_011519667.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GAGACTGATG AACGATTGCA TAGTACAACT GAGAGAGGTA CAATAAATGA TGCAATTAAG 
ACGCAGTTAA AGAGAAAGAG TTACCCTGAG ACTGTCTTAA AACACTTGAA AGGTGTTAAT 
GGAAAAGATA TAATAAAGCA TCTAATCAAC ATACAGTCAA AGAGTCATGG AGAGACTGAT 
AAGAACTTCT TTGCCTATGC TACTGGAAGA GGTCTAATGA AGGAGTCAAC CACGACACAA 
TTAAAAAGTC ACCCAGAGAC TGATAAGGAA TTCTTGGCAG ATGCTATTGG AAGAGGTATA 
ATAATAGGGC CAATCACTAC ACAACTGAAG AGTCACCGAG AGACTGATAA AGAACTCTTA 
AAAGATGCTA TTGGAAGAGA TATAATAAAG GGACCAATCA GTGCACAATT AAAGAGTCAC 
CAGGAGACTG ATGTAGAACC CTTGACAAAT GCCATTGGTT CAAGTAAAAC AATTGGTGAG 
ATAAAGACAC AACTAAGGAC TCACTATGAT GTGAACTTAT TTAAAAACAA AGATATGTCC 
GTACAACGTC AAGAAGGTAT CTTTACTAGG AGCATTACAC CAAGTAAATT CCCAACAAAA 
GTGATCAATT TATCACCCTT TGAAAATAAA GAGGAAACTT ATGAGTACTC TTCACCCTAT 
GTGACTGCAC CTTCAAAAGC AATTTATAGA ACATATAGGG CTGGTCCAAG CTTTTCTAAA 
GACATCCACC TTCCTTTACT GAATCAACTC CCTTCAGGGC ATTCGAAAGT TGTTACCTTA 
AGCCAAAAAA CTATTGAATT TACTCTGCCT ACTGTGACCA ATACAGTTGG AAAACCTACC 
TATAAAGTGT TACATGCTGC TGCCCGAAAA TCTGTACCAC ACCCATACTT TTGA

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

CCDC7 ( XM_011519668.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517970.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X8, mRNA.

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CloneID	OHu72088
Clone ID Related Accession (Same CDS sequence)	XM_011519668.1
Accession Version	XM_011519668.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4068bp) 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	uncharacterized protein C10orf68 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTAAAACTA AGCCTACAAA TAATCGAACA AAGAAAGCTG TGAAAACAGT GAAGAAAAAA 
GACAAAGGAA AATCTGAGGA TTCAGAAAAG AAGATGTCTC CAGAAAAAGA GTTTAAAATA 
AAAGAAGATT TGGATCAAGT ACAGAAAGTA GCACGTCTGG AAATTGAGAA CAAAGTCCTT 
CAGGAGCAAT TGAAACAGGC TTTACAGGAA GCTGAAAAAG CTAAGCATCA ACTTAACTAT 
TTCCTAAATC AAGAGAAGTT ACTTAAAAGT GAGGGGAAAA CTGAGACAAC AATGCAAGTG 
GGTAATAGTC AAACAAAAGT TAAAGGTGAA GATTCAAAAA ATATACCATT GGAGAAAGAA 
ACAAGAAAAT CACTGGTTTC AGATTCAGGT GGACAAAGGA CAAGTGATAA AATCCAAGAA 
TATCCACAGA TCACTGCCCA AAGCGGAAGA CTGATTGAAA AGAGCTCAGA GAAGAAACGA 
TCTAGCCCTG CTATTTCAGA TCTTTCACAG ATCCTTAAGT CTCAAGATGA ATCAGCATTT 
TTAGAGAGTT CAAATGAAGT TTCAGTTGCT GAAAACCAAT CCTATAAATC TCCATCAGAG 
ACCCATGATA AATCACTTAC AACAGTATCA TCCAGCAAAG AAGTTCAAGA TTCACTGTCT 
GTTGGAACAT TGGCTCAAAA AAACGAAACA GTGATATCAC CATTCATTTT ACCTCCTGTT 
CTTACAGAAA GTAAAAAGGC TGATGTTTCA GAAGAACAAT TACAAAAGAT GACTGAAGAA 
CAAACTTACC AAGCAGCAGA AAAATCTCAA GCTGACAGTG AAGTTCCAGA TGAAAATCTT 
ATGGTTGAAA ATAAAGATTC AGTAACAAAA GTCCAAATAG AACAAATGAA ACAAAGAACT 
TCTAGTATGG AAAGACATGA GGAGACTCTT ACAACCCCAC AATTGCCTGA GGACATGGTT 
TTAGTTTCAA GAATCCAATC TGAAACTAAA AATCTTAAAG CTACCAGAAA TGAGAGTTTT 
CATTCTCATA ATGATGTACC AGAAGAAAAT CTTATGCTTG AACAAGACAC AAAGTCAAAA 
ACGGAAGTAG AAGTAAAGAA ACAAAAATCT TTCCAAGATA ATCAACTCAG TACTCATAAT 
GAAGTACCAA ATGAAAGGCT TGTAGTTGAG CATCAAGAAT CATTGTCAAA AACCAAATTA 
CAAATAAAGA AACAAGAAAC TTCTACAGAG CAACCACTCA CCACTCCTGA TAAAGAACCA 
AATGAAAATC TTATACTTAG GCATCAAGAC TCAATGTCAA AATCAGAAAT GCAAGTGAAG 
GAACAAAGAA CTCTCAAAGG GCAAAGAATT ATTACTCATG ATGAAGAACC AGGCAAAAAT 
CTTGTGCTTG AACATCAAGA TTCAGTGTCA AAACTGGAAA TGCAAATTGA AAAAACCAAA 
AAACTTCCTA GAGAGAAAAG ACATAGTACT CATGATGAAG AATCAGGTGA AAATCCTATG 
CTTAAACATC AAGATTCAGT GTCAAAAATC CAAGTGCAAT TAGAGATTCA AGAAACTTCT 
GAAGGAGAAG GACGTAGCAT ACCAGATAAA AATTCTATGT TTGTTCATCA AGATTCAGTG 
TCAAAACTCC AAATGCAAGA AAAGAAAAAA ATAACTCCTG GAAGGGAAAG GCGTAATACT 
CGTATTGTAG TACCAAATGA AAATGTGATT TCTGTTCATC AAGATTCAAA GTCAAAACTC 
CAAATGCAAG AAAAGAAACA AATAAATTCT GGAGTGGAAA GACACAAGAC GTTTCCTTTA 
GAAATCAAAA AAAAGGATAT ATCACTTGAA CATCTGTTGC CTGAGGAGAA AGTTTTATTA 
TCAAGAAGCG AATCTCAAAC GAAGAAACTT CAAGCTAAAG TAACTTCAAG AAAAATTAAA 
AATGAAGCAG CCTCAGAACT TCCAGATACA GCAGAAAATC TTCCAGCAAT GTACCCGTCA 
ATTAGCGACC TAATAATTCA ATTTGATTTA AACAAAGTGG TCGAGACTGA TATAGAAAGC 
TTGAGAGGTG CTTTGGGAAG ACGCTTATTA AATGATGAAT TCAAGACACA GTCAAAGAGT 
TTCCCTGGGC CTGATATAGA ACAATTGACA GATGCATTTG GAAGAGATAT ACTAAAGGAT 
GAATTCAAGA CACGATCAAA GAGTCTCCCT GAGACTGATG AACGATTGCA TAGTACAACT 
GAGAGAGGTA CAATAAATGA TGCAATTAAG ACGCAGTTAA AGAGAAAGAG TTACCCTGAG 
ACTGTCTTAA AACACTTGAA AGGTGTTAAT GGAAAAGATA TAATAAAGCA TCTAATCAAC 
ATACAGTCAA AGAGTCATGG AGAGACTGAT AAGGAACACT TAGCAGATGA TACTGGAAGA 
GGTATAATAA AGGGATCAAT CAATGCACAA CTAAAGGGTC ACCAAAAGAC TGATAAGAAC 
TTCTTTGCCT ATGCTACTGG AAGAGGTCTA ATGAAGGAGT CAACCACGAC ACAATTAAAA 
AGTCACCCAG AGACTGATAA GGAATTCTTG GCAGATGCTA TTGGAAGAGG TATAATAATA 
GGGCCAATCA CTACACAACT GAAGAGTCAC CGAGAGACTG ATAAAGAACT CTTAAAAGAT 
GCTATTGGAA GAGATATAAT AAAGGGACCA ATCAGTGCAC AATTAAAGAG TCACCAGGAG 
ACTGATGTAG AACCCTTGAC AAATGCCATT GGTTCAAGTA AAACAATTGG TGAGATAAAG 
ACACAACTAA GGACTCACTA TGATGTGAAC TTATTTAAAA ACAAAGATAT GTCCGTACAA 
CGTCAAGAAG GTATCTTTAC TAGGAGCATT ACACCAAGTA AATTCCCAAC AAAAGTGATC 
AATTTATCAC CCTTTGAAAA TAAAGAGGAA ACTTATGAGT ACTCTTCACC CTATGTGACT 
GCACCTTCAA AAGCAATTTA TAGAACATAT AGGGCTGGTC CAAGCTTTTC TAAAGACATC 
CACCTTCCTT TACTGAATCA ACTCCCTTCA GGGCATTCGA AAGTTGTTAC CTTAAGCCAA 
AAAACTATTG AATTTACTCT GCCTACTGTG ACCAATACAG TTGGAAAACC TACCTATAAA 
GTGTTACATG CTGCTGCCCG AAAATCTGTA CCACACCCAT ACTTTTGA

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

RefSeq	XP_011517970.1
CDS	310..4377
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_011519668.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X8, mRNA.

Target ORF information:

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

XM_011519668.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTAAAACTA AGCCTACAAA TAATCGAACA AAGAAAGCTG TGAAAACAGT GAAGAAAAAA 
GACAAAGGAA AATCTGAGGA TTCAGAAAAG AAGATGTCTC CAGAAAAAGA GTTTAAAATA 
AAAGAAGATT TGGATCAAGT ACAGAAAGTA GCACGTCTGG AAATTGAGAA CAAAGTCCTT 
CAGGAGCAAT TGAAACAGGC TTTACAGGAA GCTGAAAAAG CTAAGCATCA ACTTAACTAT 
TTCCTAAATC AAGAGAAGTT ACTTAAAAGT GAGGGGAAAA CTGAGACAAC AATGCAAGTG 
GGTAATAGTC AAACAAAAGT TAAAGGTGAA GATTCAAAAA ATATACCATT GGAGAAAGAA 
ACAAGAAAAT CACTGGTTTC AGATTCAGGT GGACAAAGGA CAAGTGATAA AATCCAAGAA 
TATCCACAGA TCACTGCCCA AAGCGGAAGA CTGATTGAAA AGAGCTCAGA GAAGAAACGA 
TCTAGCCCTG CTATTTCAGA TCTTTCACAG ATCCTTAAGT CTCAAGATGA ATCAGCATTT 
TTAGAGAGTT CAAATGAAGT TTCAGTTGCT GAAAACCAAT CCTATAAATC TCCATCAGAG 
ACCCATGATA AATCACTTAC AACAGTATCA TCCAGCAAAG AAGTTCAAGA TTCACTGTCT 
GTTGGAACAT TGGCTCAAAA AAACGAAACA GTGATATCAC CATTCATTTT ACCTCCTGTT 
CTTACAGAAA GTAAAAAGGC TGATGTTTCA GAAGAACAAT TACAAAAGAT GACTGAAGAA 
CAAACTTACC AAGCAGCAGA AAAATCTCAA GCTGACAGTG AAGTTCCAGA TGAAAATCTT 
ATGGTTGAAA ATAAAGATTC AGTAACAAAA GTCCAAATAG AACAAATGAA ACAAAGAACT 
TCTAGTATGG AAAGACATGA GGAGACTCTT ACAACCCCAC AATTGCCTGA GGACATGGTT 
TTAGTTTCAA GAATCCAATC TGAAACTAAA AATCTTAAAG CTACCAGAAA TGAGAGTTTT 
CATTCTCATA ATGATGTACC AGAAGAAAAT CTTATGCTTG AACAAGACAC AAAGTCAAAA 
ACGGAAGTAG AAGTAAAGAA ACAAAAATCT TTCCAAGATA ATCAACTCAG TACTCATAAT 
GAAGTACCAA ATGAAAGGCT TGTAGTTGAG CATCAAGAAT CATTGTCAAA AACCAAATTA 
CAAATAAAGA AACAAGAAAC TTCTACAGAG CAACCACTCA CCACTCCTGA TAAAGAACCA 
AATGAAAATC TTATACTTAG GCATCAAGAC TCAATGTCAA AATCAGAAAT GCAAGTGAAG 
GAACAAAGAA CTCTCAAAGG GCAAAGAATT ATTACTCATG ATGAAGAACC AGGCAAAAAT 
CTTGTGCTTG AACATCAAGA TTCAGTGTCA AAACTGGAAA TGCAAATTGA AAAAACCAAA 
AAACTTCCTA GAGAGAAAAG ACATAGTACT CATGATGAAG AATCAGGTGA AAATCCTATG 
CTTAAACATC AAGATTCAGT GTCAAAAATC CAAGTGCAAT TAGAGATTCA AGAAACTTCT 
GAAGGAGAAG GACGTAGCAT ACCAGATAAA AATTCTATGT TTGTTCATCA AGATTCAGTG 
TCAAAACTCC AAATGCAAGA AAAGAAAAAA ATAACTCCTG GAAGGGAAAG GCGTAATACT 
CGTATTGTAG TACCAAATGA AAATGTGATT TCTGTTCATC AAGATTCAAA GTCAAAACTC 
CAAATGCAAG AAAAGAAACA AATAAATTCT GGAGTGGAAA GACACAAGAC GTTTCCTTTA 
GAAATCAAAA AAAAGGATAT ATCACTTGAA CATCTGTTGC CTGAGGAGAA AGTTTTATTA 
TCAAGAAGCG AATCTCAAAC GAAGAAACTT CAAGCTAAAG TAACTTCAAG AAAAATTAAA 
AATGAAGCAG CCTCAGAACT TCCAGATACA GCAGAAAATC TTCCAGCAAT GTACCCGTCA 
ATTAGCGACC TAATAATTCA ATTTGATTTA AACAAAGTGG TCGAGACTGA TATAGAAAGC 
TTGAGAGGTG CTTTGGGAAG ACGCTTATTA AATGATGAAT TCAAGACACA GTCAAAGAGT 
TTCCCTGGGC CTGATATAGA ACAATTGACA GATGCATTTG GAAGAGATAT ACTAAAGGAT 
GAATTCAAGA CACGATCAAA GAGTCTCCCT GAGACTGATG AACGATTGCA TAGTACAACT 
GAGAGAGGTA CAATAAATGA TGCAATTAAG ACGCAGTTAA AGAGAAAGAG TTACCCTGAG 
ACTGTCTTAA AACACTTGAA AGGTGTTAAT GGAAAAGATA TAATAAAGCA TCTAATCAAC 
ATACAGTCAA AGAGTCATGG AGAGACTGAT AAGGAACACT TAGCAGATGA TACTGGAAGA 
GGTATAATAA AGGGATCAAT CAATGCACAA CTAAAGGGTC ACCAAAAGAC TGATAAGAAC 
TTCTTTGCCT ATGCTACTGG AAGAGGTCTA ATGAAGGAGT CAACCACGAC ACAATTAAAA 
AGTCACCCAG AGACTGATAA GGAATTCTTG GCAGATGCTA TTGGAAGAGG TATAATAATA 
GGGCCAATCA CTACACAACT GAAGAGTCAC CGAGAGACTG ATAAAGAACT CTTAAAAGAT 
GCTATTGGAA GAGATATAAT AAAGGGACCA ATCAGTGCAC AATTAAAGAG TCACCAGGAG 
ACTGATGTAG AACCCTTGAC AAATGCCATT GGTTCAAGTA AAACAATTGG TGAGATAAAG 
ACACAACTAA GGACTCACTA TGATGTGAAC TTATTTAAAA ACAAAGATAT GTCCGTACAA 
CGTCAAGAAG GTATCTTTAC TAGGAGCATT ACACCAAGTA AATTCCCAAC AAAAGTGATC 
AATTTATCAC CCTTTGAAAA TAAAGAGGAA ACTTATGAGT ACTCTTCACC CTATGTGACT 
GCACCTTCAA AAGCAATTTA TAGAACATAT AGGGCTGGTC CAAGCTTTTC TAAAGACATC 
CACCTTCCTT TACTGAATCA ACTCCCTTCA GGGCATTCGA AAGTTGTTAC CTTAAGCCAA 
AAAACTATTG AATTTACTCT GCCTACTGTG ACCAATACAG TTGGAAAACC TACCTATAAA 
GTGTTACATG CTGCTGCCCG AAAATCTGTA CCACACCCAT ACTTTTGA

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

CCDC7 ( XM_011519669.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517971.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X9, mRNA.

Price & Availability↑

CloneID	OHu72089
Clone ID Related Accession (Same CDS sequence)	XM_011519669.1
Accession Version	XM_011519669.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4056bp) 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	uncharacterized protein C10orf68 isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGCTCATAAT 
GATGTACCAG AAGAAAATCT TATGCTTGAA CAAGACACAA AGTCAAAAAC GGAAGTAGAA 
GTAAAGAAAC AAAAATCTTT CCAAGATAAT CAACTCAGTA CTCATAATGA AGTACCAAAT 
GAAAGGCTTG TAGTTGAGCA TCAAGAATCA TTGTCAAAAA CCAAATTACA AATAAAGAAA 
CAAGAAACTT CTACAGAGCA ACCACTCACC ACTCCTGATA AAGAACCAAA TGAAAATCTT 
ATACTTAGGC ATCAAGACTC AATGTCAAAA TCAGAAATGC AAGTGAAGGA ACAAAGAACT 
CTCAAAGGGC AAAGAATTAT TACTCATGAT GAAGAACCAG GCAAAAATCT TGTGCTTGAA 
CATCAAGATT CAGTGTCAAA ACTGGAAATG CAAATTGAAA AAACCAAAAA ACTTCCTAGA 
GAGAAAAGAC ATAGTACTCA TGATGAAGAA TCAGGTGAAA ATCCTATGCT TAAACATCAA 
GATTCAGTGT CAAAAATCCA AGTGCAATTA GAGATTCAAG AAACTTCTGA AGGAGAAGGA 
CGTAGCATAC CAGATAAAAA TTCTATGTTT GTTCATCAAG ATTCAGTGTC AAAACTCCAA 
ATGCAAGAAA AGAAAAAAAT AACTCCTGGA AGGGAAAGGC GTAATACTCG TATTGTAGTA 
CCAAATGAAA ATGTGATTTC TGTTCATCAA GATTCAAAGT CAAAACTCCA AATGCAAGAA 
AAGAAACAAA TAAATTCTGG AGTGGAAAGA CACAAGACGT TTCCTTTAGA AATCAAAAAA 
AAGGATATAT CACTTGAACA TCTGTTGCCT GAGGAGAAAG TTTTATTATC AAGAAGCGAA 
TCTCAAACGA AGAAACTTCA AGCTAAAGTA ACTTCAAGAA AAATTAAAAA TGAAGCAGCC 
TCAGAACTTC CAGATACAGC AGAAAATCTT CCAGCAATGT ACCCGTCAAT TAGCGACCTA 
ATAATTCAAT TTGATTTAAA CAAAGTGGTC GAGACTGATA TAGAAAGCTT GAGAGGTGCT 
TTGGGAAGAC GCTTATTAAA TGATGAATTC AAGACACAGT CAAAGAGTTT CCCTGGGCCT 
GATATAGAAC AATTGACAGA TGCATTTGGA AGAGATATAC TAAAGGATGA ATTCAAGACA 
CGATCAAAGA GTCTCCCTGA GACTGATGAA CGATTGCATA GTACAACTGA GAGAGGTACA 
ATAAATGATG CAATTAAGAC GCAGTTAAAG AGAAAGAGTT ACCCTGAGAC TGTCTTAAAA 
CACTTGAAAG GTGTTAATGG AAAAGATATA ATAAAGCATC TAATCAACAT ACAGTCAAAG 
AGTCATGGAG AGACTGATAA GGAACACTTA GCAGATGATA CTGGAAGAGG TATAATAAAG 
GGATCAATCA ATGCACAACT AAAGGGTCAC CAAAAGACTG ATAAGAACTT CTTTGCCTAT 
GCTACTGGAA GAGGTCTAAT GAAGGAGTCA ACCACGACAC AATTAAAAAG TCACCCAGAG 
ACTGATAAGG AATTCTTGGC AGATGCTATT GGAAGAGGTA TAATAATAGG GCCAATCACT 
ACACAACTGA AGAGTCACCG AGAGACTGAT AAAGAACTCT TAAAAGATGC TATTGGAAGA 
GATATAATAA AGGGACCAAT CAGTGCACAA TTAAAGAGTC ACCAGGAGAC TGATGTAGAA 
CCCTTGACAA ATGCCATTGG TTCAAGTAAA ACAATTGGTG AGATAAAGAC ACAACTAAGG 
ACTCACTATG ATGTGAACTT ATTTAAAAAC AAAGATATGT CCGTACAACG TCAAGAAGGT 
ATCTTTACTA GGAGCATTAC ACCAAGTAAA TTCCCAACAA AAGTGATCAA TTTATCACCC 
TTTGAAAATA AAGAGGAAAC TTATGAGTAC TCTTCACCCT ATGTGACTGC ACCTTCAAAA 
GCAATTTATA GAACATATAG GGCTGGTCCA AGCTTTTCTA AAGACATCCA CCTTCCTTTA 
CTGAATCAAC TCCCTTCAGG GCATTCGAAA GTTGTTACCT TAAGCCAAAA AACTATTGAA 
TTTACTCTGC CTACTGTGAC CAATACAGTT GGAAAACCTA CCTATAAAGT GTTACATGCT 
GCTGCCCGAA AATCTGTACC ACACCCATAC TTTTGA

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

RefSeq	XP_011517971.1
CDS	310..4365
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEAHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_011519669.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X9, mRNA.

Target ORF information:

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

XM_011519669.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGCTCATAAT 
GATGTACCAG AAGAAAATCT TATGCTTGAA CAAGACACAA AGTCAAAAAC GGAAGTAGAA 
GTAAAGAAAC AAAAATCTTT CCAAGATAAT CAACTCAGTA CTCATAATGA AGTACCAAAT 
GAAAGGCTTG TAGTTGAGCA TCAAGAATCA TTGTCAAAAA CCAAATTACA AATAAAGAAA 
CAAGAAACTT CTACAGAGCA ACCACTCACC ACTCCTGATA AAGAACCAAA TGAAAATCTT 
ATACTTAGGC ATCAAGACTC AATGTCAAAA TCAGAAATGC AAGTGAAGGA ACAAAGAACT 
CTCAAAGGGC AAAGAATTAT TACTCATGAT GAAGAACCAG GCAAAAATCT TGTGCTTGAA 
CATCAAGATT CAGTGTCAAA ACTGGAAATG CAAATTGAAA AAACCAAAAA ACTTCCTAGA 
GAGAAAAGAC ATAGTACTCA TGATGAAGAA TCAGGTGAAA ATCCTATGCT TAAACATCAA 
GATTCAGTGT CAAAAATCCA AGTGCAATTA GAGATTCAAG AAACTTCTGA AGGAGAAGGA 
CGTAGCATAC CAGATAAAAA TTCTATGTTT GTTCATCAAG ATTCAGTGTC AAAACTCCAA 
ATGCAAGAAA AGAAAAAAAT AACTCCTGGA AGGGAAAGGC GTAATACTCG TATTGTAGTA 
CCAAATGAAA ATGTGATTTC TGTTCATCAA GATTCAAAGT CAAAACTCCA AATGCAAGAA 
AAGAAACAAA TAAATTCTGG AGTGGAAAGA CACAAGACGT TTCCTTTAGA AATCAAAAAA 
AAGGATATAT CACTTGAACA TCTGTTGCCT GAGGAGAAAG TTTTATTATC AAGAAGCGAA 
TCTCAAACGA AGAAACTTCA AGCTAAAGTA ACTTCAAGAA AAATTAAAAA TGAAGCAGCC 
TCAGAACTTC CAGATACAGC AGAAAATCTT CCAGCAATGT ACCCGTCAAT TAGCGACCTA 
ATAATTCAAT TTGATTTAAA CAAAGTGGTC GAGACTGATA TAGAAAGCTT GAGAGGTGCT 
TTGGGAAGAC GCTTATTAAA TGATGAATTC AAGACACAGT CAAAGAGTTT CCCTGGGCCT 
GATATAGAAC AATTGACAGA TGCATTTGGA AGAGATATAC TAAAGGATGA ATTCAAGACA 
CGATCAAAGA GTCTCCCTGA GACTGATGAA CGATTGCATA GTACAACTGA GAGAGGTACA 
ATAAATGATG CAATTAAGAC GCAGTTAAAG AGAAAGAGTT ACCCTGAGAC TGTCTTAAAA 
CACTTGAAAG GTGTTAATGG AAAAGATATA ATAAAGCATC TAATCAACAT ACAGTCAAAG 
AGTCATGGAG AGACTGATAA GGAACACTTA GCAGATGATA CTGGAAGAGG TATAATAAAG 
GGATCAATCA ATGCACAACT AAAGGGTCAC CAAAAGACTG ATAAGAACTT CTTTGCCTAT 
GCTACTGGAA GAGGTCTAAT GAAGGAGTCA ACCACGACAC AATTAAAAAG TCACCCAGAG 
ACTGATAAGG AATTCTTGGC AGATGCTATT GGAAGAGGTA TAATAATAGG GCCAATCACT 
ACACAACTGA AGAGTCACCG AGAGACTGAT AAAGAACTCT TAAAAGATGC TATTGGAAGA 
GATATAATAA AGGGACCAAT CAGTGCACAA TTAAAGAGTC ACCAGGAGAC TGATGTAGAA 
CCCTTGACAA ATGCCATTGG TTCAAGTAAA ACAATTGGTG AGATAAAGAC ACAACTAAGG 
ACTCACTATG ATGTGAACTT ATTTAAAAAC AAAGATATGT CCGTACAACG TCAAGAAGGT 
ATCTTTACTA GGAGCATTAC ACCAAGTAAA TTCCCAACAA AAGTGATCAA TTTATCACCC 
TTTGAAAATA AAGAGGAAAC TTATGAGTAC TCTTCACCCT ATGTGACTGC ACCTTCAAAA 
GCAATTTATA GAACATATAG GGCTGGTCCA AGCTTTTCTA AAGACATCCA CCTTCCTTTA 
CTGAATCAAC TCCCTTCAGG GCATTCGAAA GTTGTTACCT TAAGCCAAAA AACTATTGAA 
TTTACTCTGC CTACTGTGAC CAATACAGTT GGAAAACCTA CCTATAAAGT GTTACATGCT 
GCTGCCCGAA AATCTGTACC ACACCCATAC TTTTGA

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

CCDC7 ( XM_011519670.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517972.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X10, mRNA.

Price & Availability↑

CloneID	OHu72090
Clone ID Related Accession (Same CDS sequence)	XM_011519670.1
Accession Version	XM_011519670.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4050bp) 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	uncharacterized protein C10orf68 isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGAAGTACC AAATGAAAGG 
CTTGTAGTTG AGCATCAAGA ATCATTGTCA AAAACCAAAT TACAAATAAA GAAACAAGAA 
ACTTCTACAG AGCAACCACT CACCACTCCT GATAAAGAAC CAAATGAAAA TCTTATACTT 
AGGCATCAAG ACTCAATGTC AAAATCAGAA ATGCAAGTGA AGGAACAAAG AACTCTCAAA 
GGGCAAAGAA TTATTACTCA TGATGAAGAA CCAGGCAAAA ATCTTGTGCT TGAACATCAA 
GATTCAGTGT CAAAACTGGA AATGCAAATT GAAAAAACCA AAAAACTTCC TAGAGAGAAA 
AGACATAGTA CTCATGATGA AGAATCAGGT GAAAATCCTA TGCTTAAACA TCAAGATTCA 
GTGTCAAAAA TCCAAGTGCA ATTAGAGATT CAAGAAACTT CTGAAGGAGA AGGACGTAGC 
ATACCAGATA AAAATTCTAT GTTTGTTCAT CAAGATTCAG TGTCAAAACT CCAAATGCAA 
GAAAAGAAAA AAATAACTCC TGGAAGGGAA AGGCGTAATA CTCGTATTGT AGTACCAAAT 
GAAAATGTGA TTTCTGTTCA TCAAGATTCA AAGTCAAAAC TCCAAATGCA AGAAAAGAAA 
CAAATAAATT CTGGAGTGGA AAGACACAAG ACGTTTCCTT TAGAAATCAA AAAAAAGGAT 
ATATCACTTG AACATCTGTT GCCTGAGGAG AAAGTTTTAT TATCAAGAAG CGAATCTCAA 
ACGAAGAAAC TTCAAGCTAA AGTAACTTCA AGAAAAATTA AAAATGAAGC AGCCTCAGAA 
CTTCCAGATA CAGCAGAAAA TCTTCCAGCA ATGTACCCGT CAATTAGCGA CCTAATAATT 
CAATTTGATT TAAACAAAGT GGTCGAGACT GATATAGAAA GCTTGAGAGG TGCTTTGGGA 
AGACGCTTAT TAAATGATGA ATTCAAGACA CAGTCAAAGA GTTTCCCTGG GCCTGATATA 
GAACAATTGA CAGATGCATT TGGAAGAGAT ATACTAAAGG ATGAATTCAA GACACGATCA 
AAGAGTCTCC CTGAGACTGA TGAACGATTG CATAGTACAA CTGAGAGAGG TACAATAAAT 
GATGCAATTA AGACGCAGTT AAAGAGAAAG AGTTACCCTG AGACTGTCTT AAAACACTTG 
AAAGGTGTTA ATGGAAAAGA TATAATAAAG CATCTAATCA ACATACAGTC AAAGAGTCAT 
GGAGAGACTG ATAAGGAACA CTTAGCAGAT GATACTGGAA GAGGTATAAT AAAGGGATCA 
ATCAATGCAC AACTAAAGGG TCACCAAAAG ACTGATAAGA ACTTCTTTGC CTATGCTACT 
GGAAGAGGTC TAATGAAGGA GTCAACCACG ACACAATTAA AAAGTCACCC AGAGACTGAT 
AAGGAATTCT TGGCAGATGC TATTGGAAGA GGTATAATAA TAGGGCCAAT CACTACACAA 
CTGAAGAGTC ACCGAGAGAC TGATAAAGAA CTCTTAAAAG ATGCTATTGG AAGAGATATA 
ATAAAGGGAC CAATCAGTGC ACAATTAAAG AGTCACCAGG AGACTGATGT AGAACCCTTG 
ACAAATGCCA TTGGTTCAAG TAAAACAATT GGTGAGATAA AGACACAACT AAGGACTCAC 
TATGATGTGA ACTTATTTAA AAACAAAGAT ATGTCCGTAC AACGTCAAGA AGGTATCTTT 
ACTAGGAGCA TTACACCAAG TAAATTCCCA ACAAAAGTGA TCAATTTATC ACCCTTTGAA 
AATAAAGAGG AAACTTATGA GTACTCTTCA CCCTATGTGA CTGCACCTTC AAAAGCAATT 
TATAGAACAT ATAGGGCTGG TCCAAGCTTT TCTAAAGACA TCCACCTTCC TTTACTGAAT 
CAACTCCCTT CAGGGCATTC GAAAGTTGTT ACCTTAAGCC AAAAAACTAT TGAATTTACT 
CTGCCTACTG TGACCAATAC AGTTGGAAAA CCTACCTATA AAGTGTTACA TGCTGCTGCC 
CGAAAATCTG TACCACACCC ATACTTTTGA

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

RefSeq	XP_011517972.1
CDS	310..4359
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_011519670.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X10, mRNA.

Target ORF information:

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

XM_011519670.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGAAGTACC AAATGAAAGG 
CTTGTAGTTG AGCATCAAGA ATCATTGTCA AAAACCAAAT TACAAATAAA GAAACAAGAA 
ACTTCTACAG AGCAACCACT CACCACTCCT GATAAAGAAC CAAATGAAAA TCTTATACTT 
AGGCATCAAG ACTCAATGTC AAAATCAGAA ATGCAAGTGA AGGAACAAAG AACTCTCAAA 
GGGCAAAGAA TTATTACTCA TGATGAAGAA CCAGGCAAAA ATCTTGTGCT TGAACATCAA 
GATTCAGTGT CAAAACTGGA AATGCAAATT GAAAAAACCA AAAAACTTCC TAGAGAGAAA 
AGACATAGTA CTCATGATGA AGAATCAGGT GAAAATCCTA TGCTTAAACA TCAAGATTCA 
GTGTCAAAAA TCCAAGTGCA ATTAGAGATT CAAGAAACTT CTGAAGGAGA AGGACGTAGC 
ATACCAGATA AAAATTCTAT GTTTGTTCAT CAAGATTCAG TGTCAAAACT CCAAATGCAA 
GAAAAGAAAA AAATAACTCC TGGAAGGGAA AGGCGTAATA CTCGTATTGT AGTACCAAAT 
GAAAATGTGA TTTCTGTTCA TCAAGATTCA AAGTCAAAAC TCCAAATGCA AGAAAAGAAA 
CAAATAAATT CTGGAGTGGA AAGACACAAG ACGTTTCCTT TAGAAATCAA AAAAAAGGAT 
ATATCACTTG AACATCTGTT GCCTGAGGAG AAAGTTTTAT TATCAAGAAG CGAATCTCAA 
ACGAAGAAAC TTCAAGCTAA AGTAACTTCA AGAAAAATTA AAAATGAAGC AGCCTCAGAA 
CTTCCAGATA CAGCAGAAAA TCTTCCAGCA ATGTACCCGT CAATTAGCGA CCTAATAATT 
CAATTTGATT TAAACAAAGT GGTCGAGACT GATATAGAAA GCTTGAGAGG TGCTTTGGGA 
AGACGCTTAT TAAATGATGA ATTCAAGACA CAGTCAAAGA GTTTCCCTGG GCCTGATATA 
GAACAATTGA CAGATGCATT TGGAAGAGAT ATACTAAAGG ATGAATTCAA GACACGATCA 
AAGAGTCTCC CTGAGACTGA TGAACGATTG CATAGTACAA CTGAGAGAGG TACAATAAAT 
GATGCAATTA AGACGCAGTT AAAGAGAAAG AGTTACCCTG AGACTGTCTT AAAACACTTG 
AAAGGTGTTA ATGGAAAAGA TATAATAAAG CATCTAATCA ACATACAGTC AAAGAGTCAT 
GGAGAGACTG ATAAGGAACA CTTAGCAGAT GATACTGGAA GAGGTATAAT AAAGGGATCA 
ATCAATGCAC AACTAAAGGG TCACCAAAAG ACTGATAAGA ACTTCTTTGC CTATGCTACT 
GGAAGAGGTC TAATGAAGGA GTCAACCACG ACACAATTAA AAAGTCACCC AGAGACTGAT 
AAGGAATTCT TGGCAGATGC TATTGGAAGA GGTATAATAA TAGGGCCAAT CACTACACAA 
CTGAAGAGTC ACCGAGAGAC TGATAAAGAA CTCTTAAAAG ATGCTATTGG AAGAGATATA 
ATAAAGGGAC CAATCAGTGC ACAATTAAAG AGTCACCAGG AGACTGATGT AGAACCCTTG 
ACAAATGCCA TTGGTTCAAG TAAAACAATT GGTGAGATAA AGACACAACT AAGGACTCAC 
TATGATGTGA ACTTATTTAA AAACAAAGAT ATGTCCGTAC AACGTCAAGA AGGTATCTTT 
ACTAGGAGCA TTACACCAAG TAAATTCCCA ACAAAAGTGA TCAATTTATC ACCCTTTGAA 
AATAAAGAGG AAACTTATGA GTACTCTTCA CCCTATGTGA CTGCACCTTC AAAAGCAATT 
TATAGAACAT ATAGGGCTGG TCCAAGCTTT TCTAAAGACA TCCACCTTCC TTTACTGAAT 
CAACTCCCTT CAGGGCATTC GAAAGTTGTT ACCTTAAGCC AAAAAACTAT TGAATTTACT 
CTGCCTACTG TGACCAATAC AGTTGGAAAA CCTACCTATA AAGTGTTACA TGCTGCTGCC 
CGAAAATCTG TACCACACCC ATACTTTTGA

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

CCDC7 ( XM_011519671.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517973.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X11, mRNA.

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CloneID	OHu72091
Clone ID Related Accession (Same CDS sequence)	XM_011519671.1
Accession Version	XM_011519671.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4050bp) 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	uncharacterized protein C10orf68 isoform X11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAAAGACT GATATAGAAA GCTTGAGAGG TGCTTTGGGA 
AGACGCTTAT TAAATGATGA ATTCAAGACA CAGTCAAAGA GTTTCCCTGG GCCTGATATA 
GAACAATTGA CAGATGCATT TGGAAGAGAT ATACTAAAGG ATGAATTCAA GACACGATCA 
AAGAGTCTCC CTGAGACTGA TGAACGATTG CATAGTACAA CTGAGAGAGG TACAATAAAT 
GATGCAATTA AGACGCAGTT AAAGAGAAAG AGTTACCCTG AGACTGTCTT AAAACACTTG 
AAAGGTGTTA ATGGAAAAGA TATAATAAAG CATCTAATCA ACATACAGTC AAAGAGTCAT 
GGAGAGACTG ATAAGGAACA CTTAGCAGAT GATACTGGAA GAGGTATAAT AAAGGGATCA 
ATCAATGCAC AACTAAAGGG TCACCAAAAG ACTGATAAGA ACTTCTTTGC CTATGCTACT 
GGAAGAGGTC TAATGAAGGA GTCAACCACG ACACAATTAA AAAGTCACCC AGAGACTGAT 
AAGGAATTCT TGGCAGATGC TATTGGAAGA GGTATAATAA TAGGGCCAAT CACTACACAA 
CTGAAGAGTC ACCGAGAGAC TGATAAAGAA CTCTTAAAAG ATGCTATTGG AAGAGATATA 
ATAAAGGGAC CAATCAGTGC ACAATTAAAG AGTCACCAGG AGACTGATGT AGAACCCTTG 
ACAAATGCCA TTGGTTCAAG TAAAACAATT GGTGAGATAA AGACACAACT AAGGACTCAC 
TATGATGTGA ACTTATTTAA AAACAAAGAT ATGTCCGTAC AACGTCAAGA AGGTATCTTT 
ACTAGGAGCA TTACACCAAG TAAATTCCCA ACAAAAGTGA TCAATTTATC ACCCTTTGAA 
AATAAAGAGG AAACTTATGA GTACTCTTCA CCCTATGTGA CTGCACCTTC AAAAGCAATT 
TATAGAACAT ATAGGGCTGG TCCAAGCTTT TCTAAAGACA TCCACCTTCC TTTACTGAAT 
CAACTCCCTT CAGGGCATTC GAAAGTTGTT ACCTTAAGCC AAAAAACTAT TGAATTTACT 
CTGCCTACTG TGACCAATAC AGTTGGAAAA CCTACCTATA AAGTGTTACA TGCTGCTGCC 
CGAAAATCTG TACCACACCC ATACTTTTGA

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

RefSeq	XP_011517973.1
CDS	310..4359
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKKTDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_011519671.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X11, mRNA.

Target ORF information:

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

XM_011519671.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAAAGACT GATATAGAAA GCTTGAGAGG TGCTTTGGGA 
AGACGCTTAT TAAATGATGA ATTCAAGACA CAGTCAAAGA GTTTCCCTGG GCCTGATATA 
GAACAATTGA CAGATGCATT TGGAAGAGAT ATACTAAAGG ATGAATTCAA GACACGATCA 
AAGAGTCTCC CTGAGACTGA TGAACGATTG CATAGTACAA CTGAGAGAGG TACAATAAAT 
GATGCAATTA AGACGCAGTT AAAGAGAAAG AGTTACCCTG AGACTGTCTT AAAACACTTG 
AAAGGTGTTA ATGGAAAAGA TATAATAAAG CATCTAATCA ACATACAGTC AAAGAGTCAT 
GGAGAGACTG ATAAGGAACA CTTAGCAGAT GATACTGGAA GAGGTATAAT AAAGGGATCA 
ATCAATGCAC AACTAAAGGG TCACCAAAAG ACTGATAAGA ACTTCTTTGC CTATGCTACT 
GGAAGAGGTC TAATGAAGGA GTCAACCACG ACACAATTAA AAAGTCACCC AGAGACTGAT 
AAGGAATTCT TGGCAGATGC TATTGGAAGA GGTATAATAA TAGGGCCAAT CACTACACAA 
CTGAAGAGTC ACCGAGAGAC TGATAAAGAA CTCTTAAAAG ATGCTATTGG AAGAGATATA 
ATAAAGGGAC CAATCAGTGC ACAATTAAAG AGTCACCAGG AGACTGATGT AGAACCCTTG 
ACAAATGCCA TTGGTTCAAG TAAAACAATT GGTGAGATAA AGACACAACT AAGGACTCAC 
TATGATGTGA ACTTATTTAA AAACAAAGAT ATGTCCGTAC AACGTCAAGA AGGTATCTTT 
ACTAGGAGCA TTACACCAAG TAAATTCCCA ACAAAAGTGA TCAATTTATC ACCCTTTGAA 
AATAAAGAGG AAACTTATGA GTACTCTTCA CCCTATGTGA CTGCACCTTC AAAAGCAATT 
TATAGAACAT ATAGGGCTGG TCCAAGCTTT TCTAAAGACA TCCACCTTCC TTTACTGAAT 
CAACTCCCTT CAGGGCATTC GAAAGTTGTT ACCTTAAGCC AAAAAACTAT TGAATTTACT 
CTGCCTACTG TGACCAATAC AGTTGGAAAA CCTACCTATA AAGTGTTACA TGCTGCTGCC 
CGAAAATCTG TACCACACCC ATACTTTTGA

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

CCDC7 ( XM_011519672.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517974.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X13, mRNA.

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CloneID	OHu72092
Clone ID Related Accession (Same CDS sequence)	XM_011519672.1
Accession Version	XM_011519672.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4047bp) 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	uncharacterized protein C10orf68 isoform X13
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCATGA TGAAGAACCA GGCAAAAATC TTGTGCTTGA ACATCAAGAT 
TCAGTGTCAA AACTGGAAAT GCAAATTGAA AAAACCAAAA AACTTCCTAG AGAGAAAAGA 
CATAGTACTC ATGATGAAGA ATCAGGTGAA AATCCTATGC TTAAACATCA AGATTCAGTG 
TCAAAAATCC AAGTGCAATT AGAGATTCAA GAAACTTCTG AAGGAGAAGG ACGTAGCATA 
CCAGATAAAA ATTCTATGTT TGTTCATCAA GATTCAGTGT CAAAACTCCA AATGCAAGAA 
AAGAAAAAAA TAACTCCTGG AAGGGAAAGG CGTAATACTC GTATTGTAGT ACCAAATGAA 
AATGTGATTT CTGTTCATCA AGATTCAAAG TCAAAACTCC AAATGCAAGA AAAGAAACAA 
ATAAATTCTG GAGTGGAAAG ACACAAGACG TTTCCTTTAG AAATCAAAAA AAAGGATATA 
TCACTTGAAC ATCTGTTGCC TGAGGAGAAA GTTTTATTAT CAAGAAGCGA ATCTCAAACG 
AAGAAACTTC AAGCTAAAGT AACTTCAAGA AAAATTAAAA ATGAAGCAGC CTCAGAACTT 
CCAGATACAG CAGAAAATCT TCCAGCAATG TACCCGTCAA TTAGCGACCT AATAATTCAA 
TTTGATTTAA ACAAAGTGGT CGAGACTGAT ATAGAAAGCT TGAGAGGTGC TTTGGGAAGA 
CGCTTATTAA ATGATGAATT CAAGACACAG TCAAAGAGTT TCCCTGGGCC TGATATAGAA 
CAATTGACAG ATGCATTTGG AAGAGATATA CTAAAGGATG AATTCAAGAC ACGATCAAAG 
AGTCTCCCTG AGACTGATGA ACGATTGCAT AGTACAACTG AGAGAGGTAC AATAAATGAT 
GCAATTAAGA CGCAGTTAAA GAGAAAGAGT TACCCTGAGA CTGTCTTAAA ACACTTGAAA 
GGTGTTAATG GAAAAGATAT AATAAAGCAT CTAATCAACA TACAGTCAAA GAGTCATGGA 
GAGACTGATA AGGAACACTT AGCAGATGAT ACTGGAAGAG GTATAATAAA GGGATCAATC 
AATGCACAAC TAAAGGGTCA CCAAAAGACT GATAAGAACT TCTTTGCCTA TGCTACTGGA 
AGAGGTCTAA TGAAGGAGTC AACCACGACA CAATTAAAAA GTCACCCAGA GACTGATAAG 
GAATTCTTGG CAGATGCTAT TGGAAGAGGT ATAATAATAG GGCCAATCAC TACACAACTG 
AAGAGTCACC GAGAGACTGA TAAAGAACTC TTAAAAGATG CTATTGGAAG AGATATAATA 
AAGGGACCAA TCAGTGCACA ATTAAAGAGT CACCAGGAGA CTGATGTAGA ACCCTTGACA 
AATGCCATTG GTTCAAGTAA AACAATTGGT GAGATAAAGA CACAACTAAG GACTCACTAT 
GATGTGAACT TATTTAAAAA CAAAGATATG TCCGTACAAC GTCAAGAAGG TATCTTTACT 
AGGAGCATTA CACCAAGTAA ATTCCCAACA AAAGTGATCA ATTTATCACC CTTTGAAAAT 
AAAGAGGAAA CTTATGAGTA CTCTTCACCC TATGTGACTG CACCTTCAAA AGCAATTTAT 
AGAACATATA GGGCTGGTCC AAGCTTTTCT AAAGACATCC ACCTTCCTTT ACTGAATCAA 
CTCCCTTCAG GGCATTCGAA AGTTGTTACC TTAAGCCAAA AAACTATTGA ATTTACTCTG 
CCTACTGTGA CCAATACAGT TGGAAAACCT ACCTATAAAG TGTTACATGC TGCTGCCCGA 
AAATCTGTAC CACACCCATA CTTTTGA

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

RefSeq	XP_011517974.1
CDS	310..4356
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_011519672.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X13, mRNA.

Target ORF information:

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

XM_011519672.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCATGA TGAAGAACCA GGCAAAAATC TTGTGCTTGA ACATCAAGAT 
TCAGTGTCAA AACTGGAAAT GCAAATTGAA AAAACCAAAA AACTTCCTAG AGAGAAAAGA 
CATAGTACTC ATGATGAAGA ATCAGGTGAA AATCCTATGC TTAAACATCA AGATTCAGTG 
TCAAAAATCC AAGTGCAATT AGAGATTCAA GAAACTTCTG AAGGAGAAGG ACGTAGCATA 
CCAGATAAAA ATTCTATGTT TGTTCATCAA GATTCAGTGT CAAAACTCCA AATGCAAGAA 
AAGAAAAAAA TAACTCCTGG AAGGGAAAGG CGTAATACTC GTATTGTAGT ACCAAATGAA 
AATGTGATTT CTGTTCATCA AGATTCAAAG TCAAAACTCC AAATGCAAGA AAAGAAACAA 
ATAAATTCTG GAGTGGAAAG ACACAAGACG TTTCCTTTAG AAATCAAAAA AAAGGATATA 
TCACTTGAAC ATCTGTTGCC TGAGGAGAAA GTTTTATTAT CAAGAAGCGA ATCTCAAACG 
AAGAAACTTC AAGCTAAAGT AACTTCAAGA AAAATTAAAA ATGAAGCAGC CTCAGAACTT 
CCAGATACAG CAGAAAATCT TCCAGCAATG TACCCGTCAA TTAGCGACCT AATAATTCAA 
TTTGATTTAA ACAAAGTGGT CGAGACTGAT ATAGAAAGCT TGAGAGGTGC TTTGGGAAGA 
CGCTTATTAA ATGATGAATT CAAGACACAG TCAAAGAGTT TCCCTGGGCC TGATATAGAA 
CAATTGACAG ATGCATTTGG AAGAGATATA CTAAAGGATG AATTCAAGAC ACGATCAAAG 
AGTCTCCCTG AGACTGATGA ACGATTGCAT AGTACAACTG AGAGAGGTAC AATAAATGAT 
GCAATTAAGA CGCAGTTAAA GAGAAAGAGT TACCCTGAGA CTGTCTTAAA ACACTTGAAA 
GGTGTTAATG GAAAAGATAT AATAAAGCAT CTAATCAACA TACAGTCAAA GAGTCATGGA 
GAGACTGATA AGGAACACTT AGCAGATGAT ACTGGAAGAG GTATAATAAA GGGATCAATC 
AATGCACAAC TAAAGGGTCA CCAAAAGACT GATAAGAACT TCTTTGCCTA TGCTACTGGA 
AGAGGTCTAA TGAAGGAGTC AACCACGACA CAATTAAAAA GTCACCCAGA GACTGATAAG 
GAATTCTTGG CAGATGCTAT TGGAAGAGGT ATAATAATAG GGCCAATCAC TACACAACTG 
AAGAGTCACC GAGAGACTGA TAAAGAACTC TTAAAAGATG CTATTGGAAG AGATATAATA 
AAGGGACCAA TCAGTGCACA ATTAAAGAGT CACCAGGAGA CTGATGTAGA ACCCTTGACA 
AATGCCATTG GTTCAAGTAA AACAATTGGT GAGATAAAGA CACAACTAAG GACTCACTAT 
GATGTGAACT TATTTAAAAA CAAAGATATG TCCGTACAAC GTCAAGAAGG TATCTTTACT 
AGGAGCATTA CACCAAGTAA ATTCCCAACA AAAGTGATCA ATTTATCACC CTTTGAAAAT 
AAAGAGGAAA CTTATGAGTA CTCTTCACCC TATGTGACTG CACCTTCAAA AGCAATTTAT 
AGAACATATA GGGCTGGTCC AAGCTTTTCT AAAGACATCC ACCTTCCTTT ACTGAATCAA 
CTCCCTTCAG GGCATTCGAA AGTTGTTACC TTAAGCCAAA AAACTATTGA ATTTACTCTG 
CCTACTGTGA CCAATACAGT TGGAAAACCT ACCTATAAAG TGTTACATGC TGCTGCCCGA 
AAATCTGTAC CACACCCATA CTTTTGA

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

CCDC7 ( XM_011519673.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517975.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X14, mRNA.

Price & Availability↑

CloneID	OHu72093
Clone ID Related Accession (Same CDS sequence)	XM_011519673.1
Accession Version	XM_011519673.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4044bp) 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	uncharacterized protein C10orf68 isoform X14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAATC AGGTGAAAAT CCTATGCTTA AACATCAAGA TTCAGTGTCA 
AAAATCCAAG TGCAATTAGA GATTCAAGAA ACTTCTGAAG GAGAAGGACG TAGCATACCA 
GATAAAAATT CTATGTTTGT TCATCAAGAT TCAGTGTCAA AACTCCAAAT GCAAGAAAAG 
AAAAAAATAA CTCCTGGAAG GGAAAGGCGT AATACTCGTA TTGTAGTACC AAATGAAAAT 
GTGATTTCTG TTCATCAAGA TTCAAAGTCA AAACTCCAAA TGCAAGAAAA GAAACAAATA 
AATTCTGGAG TGGAAAGACA CAAGACGTTT CCTTTAGAAA TCAAAAAAAA GGATATATCA 
CTTGAACATC TGTTGCCTGA GGAGAAAGTT TTATTATCAA GAAGCGAATC TCAAACGAAG 
AAACTTCAAG CTAAAGTAAC TTCAAGAAAA ATTAAAAATG AAGCAGCCTC AGAACTTCCA 
GATACAGCAG AAAATCTTCC AGCAATGTAC CCGTCAATTA GCGACCTAAT AATTCAATTT 
GATTTAAACA AAGTGGTCGA GACTGATATA GAAAGCTTGA GAGGTGCTTT GGGAAGACGC 
TTATTAAATG ATGAATTCAA GACACAGTCA AAGAGTTTCC CTGGGCCTGA TATAGAACAA 
TTGACAGATG CATTTGGAAG AGATATACTA AAGGATGAAT TCAAGACACG ATCAAAGAGT 
CTCCCTGAGA CTGATGAACG ATTGCATAGT ACAACTGAGA GAGGTACAAT AAATGATGCA 
ATTAAGACGC AGTTAAAGAG AAAGAGTTAC CCTGAGACTG TCTTAAAACA CTTGAAAGGT 
GTTAATGGAA AAGATATAAT AAAGCATCTA ATCAACATAC AGTCAAAGAG TCATGGAGAG 
ACTGATAAGG AACACTTAGC AGATGATACT GGAAGAGGTA TAATAAAGGG ATCAATCAAT 
GCACAACTAA AGGGTCACCA AAAGACTGAT AAGAACTTCT TTGCCTATGC TACTGGAAGA 
GGTCTAATGA AGGAGTCAAC CACGACACAA TTAAAAAGTC ACCCAGAGAC TGATAAGGAA 
TTCTTGGCAG ATGCTATTGG AAGAGGTATA ATAATAGGGC CAATCACTAC ACAACTGAAG 
AGTCACCGAG AGACTGATAA AGAACTCTTA AAAGATGCTA TTGGAAGAGA TATAATAAAG 
GGACCAATCA GTGCACAATT AAAGAGTCAC CAGGAGACTG ATGTAGAACC CTTGACAAAT 
GCCATTGGTT CAAGTAAAAC AATTGGTGAG ATAAAGACAC AACTAAGGAC TCACTATGAT 
GTGAACTTAT TTAAAAACAA AGATATGTCC GTACAACGTC AAGAAGGTAT CTTTACTAGG 
AGCATTACAC CAAGTAAATT CCCAACAAAA GTGATCAATT TATCACCCTT TGAAAATAAA 
GAGGAAACTT ATGAGTACTC TTCACCCTAT GTGACTGCAC CTTCAAAAGC AATTTATAGA 
ACATATAGGG CTGGTCCAAG CTTTTCTAAA GACATCCACC TTCCTTTACT GAATCAACTC 
CCTTCAGGGC ATTCGAAAGT TGTTACCTTA AGCCAAAAAA CTATTGAATT TACTCTGCCT 
ACTGTGACCA ATACAGTTGG AAAACCTACC TATAAAGTGT TACATGCTGC TGCCCGAAAA 
TCTGTACCAC ACCCATACTT TTGA

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

RefSeq	XP_011517975.1
CDS	310..4353
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_011519673.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X14, mRNA.

Target ORF information:

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

XM_011519673.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAATC AGGTGAAAAT CCTATGCTTA AACATCAAGA TTCAGTGTCA 
AAAATCCAAG TGCAATTAGA GATTCAAGAA ACTTCTGAAG GAGAAGGACG TAGCATACCA 
GATAAAAATT CTATGTTTGT TCATCAAGAT TCAGTGTCAA AACTCCAAAT GCAAGAAAAG 
AAAAAAATAA CTCCTGGAAG GGAAAGGCGT AATACTCGTA TTGTAGTACC AAATGAAAAT 
GTGATTTCTG TTCATCAAGA TTCAAAGTCA AAACTCCAAA TGCAAGAAAA GAAACAAATA 
AATTCTGGAG TGGAAAGACA CAAGACGTTT CCTTTAGAAA TCAAAAAAAA GGATATATCA 
CTTGAACATC TGTTGCCTGA GGAGAAAGTT TTATTATCAA GAAGCGAATC TCAAACGAAG 
AAACTTCAAG CTAAAGTAAC TTCAAGAAAA ATTAAAAATG AAGCAGCCTC AGAACTTCCA 
GATACAGCAG AAAATCTTCC AGCAATGTAC CCGTCAATTA GCGACCTAAT AATTCAATTT 
GATTTAAACA AAGTGGTCGA GACTGATATA GAAAGCTTGA GAGGTGCTTT GGGAAGACGC 
TTATTAAATG ATGAATTCAA GACACAGTCA AAGAGTTTCC CTGGGCCTGA TATAGAACAA 
TTGACAGATG CATTTGGAAG AGATATACTA AAGGATGAAT TCAAGACACG ATCAAAGAGT 
CTCCCTGAGA CTGATGAACG ATTGCATAGT ACAACTGAGA GAGGTACAAT AAATGATGCA 
ATTAAGACGC AGTTAAAGAG AAAGAGTTAC CCTGAGACTG TCTTAAAACA CTTGAAAGGT 
GTTAATGGAA AAGATATAAT AAAGCATCTA ATCAACATAC AGTCAAAGAG TCATGGAGAG 
ACTGATAAGG AACACTTAGC AGATGATACT GGAAGAGGTA TAATAAAGGG ATCAATCAAT 
GCACAACTAA AGGGTCACCA AAAGACTGAT AAGAACTTCT TTGCCTATGC TACTGGAAGA 
GGTCTAATGA AGGAGTCAAC CACGACACAA TTAAAAAGTC ACCCAGAGAC TGATAAGGAA 
TTCTTGGCAG ATGCTATTGG AAGAGGTATA ATAATAGGGC CAATCACTAC ACAACTGAAG 
AGTCACCGAG AGACTGATAA AGAACTCTTA AAAGATGCTA TTGGAAGAGA TATAATAAAG 
GGACCAATCA GTGCACAATT AAAGAGTCAC CAGGAGACTG ATGTAGAACC CTTGACAAAT 
GCCATTGGTT CAAGTAAAAC AATTGGTGAG ATAAAGACAC AACTAAGGAC TCACTATGAT 
GTGAACTTAT TTAAAAACAA AGATATGTCC GTACAACGTC AAGAAGGTAT CTTTACTAGG 
AGCATTACAC CAAGTAAATT CCCAACAAAA GTGATCAATT TATCACCCTT TGAAAATAAA 
GAGGAAACTT ATGAGTACTC TTCACCCTAT GTGACTGCAC CTTCAAAAGC AATTTATAGA 
ACATATAGGG CTGGTCCAAG CTTTTCTAAA GACATCCACC TTCCTTTACT GAATCAACTC 
CCTTCAGGGC ATTCGAAAGT TGTTACCTTA AGCCAAAAAA CTATTGAATT TACTCTGCCT 
ACTGTGACCA ATACAGTTGG AAAACCTACC TATAAAGTGT TACATGCTGC TGCCCGAAAA 
TCTGTACCAC ACCCATACTT TTGA

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

CCDC7 ( XM_011519674.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517976.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X16, mRNA.

Price & Availability↑

CloneID	OHu72094
Clone ID Related Accession (Same CDS sequence)	XM_011519674.1
Accession Version	XM_011519674.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3966bp) 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	uncharacterized protein C10orf68 isoform X16
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAAAGACT GATATAGAAA GCTTGAGAGG TGCTTTGGGA 
AGACGCTTAT TAAATGATGA ATTCAAGACA CAGTCAAAGA GTTTCCCTGG GCCTGATATA 
GAACAATTGA CAGATGCATT TGGAAGAGAT ATACTAAAGG ATGAATTCAA GACACGATCA 
AAGAGTCTCC CTGAGACTGA TGAACGATTG CATAGTACAA CTGAGAGAGG TACAATAAAT 
GATGCAATTA AGACGCAGTT AAAGAGAAAG AGTTACCCTG AGACTGTCTT AAAACACTTG 
AAAGGTGTTA ATGGAAAAGA TATAATAAAG CATCTAATCA ACATACAGTC AAAGAGTCAT 
GGAGAGACTG ATAAGAACTT CTTTGCCTAT GCTACTGGAA GAGGTCTAAT GAAGGAGTCA 
ACCACGACAC AATTAAAAAG TCACCCAGAG ACTGATAAGG AATTCTTGGC AGATGCTATT 
GGAAGAGGTA TAATAATAGG GCCAATCACT ACACAACTGA AGAGTCACCG AGAGACTGAT 
AAAGAACTCT TAAAAGATGC TATTGGAAGA GATATAATAA AGGGACCAAT CAGTGCACAA 
TTAAAGAGTC ACCAGGAGAC TGATGTAGAA CCCTTGACAA ATGCCATTGG TTCAAGTAAA 
ACAATTGGTG AGATAAAGAC ACAACTAAGG ACTCACTATG ATGTGAACTT ATTTAAAAAC 
AAAGATATGT CCGTACAACG TCAAGAAGGT ATCTTTACTA GGAGCATTAC ACCAAGTAAA 
TTCCCAACAA AAGTGATCAA TTTATCACCC TTTGAAAATA AAGAGGAAAC TTATGAGTAC 
TCTTCACCCT ATGTGACTGC ACCTTCAAAA GCAATTTATA GAACATATAG GGCTGGTCCA 
AGCTTTTCTA AAGACATCCA CCTTCCTTTA CTGAATCAAC TCCCTTCAGG GCATTCGAAA 
GTTGTTACCT TAAGCCAAAA AACTATTGAA TTTACTCTGC CTACTGTGAC CAATACAGTT 
GGAAAACCTA CCTATAAAGT GTTACATGCT GCTGCCCGAA AATCTGTACC ACACCCATAC 
TTTTGA

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

RefSeq	XP_011517976.1
CDS	310..4275
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKKTDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_011519674.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X16, mRNA.

Target ORF information:

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

XM_011519674.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAAAGACT GATATAGAAA GCTTGAGAGG TGCTTTGGGA 
AGACGCTTAT TAAATGATGA ATTCAAGACA CAGTCAAAGA GTTTCCCTGG GCCTGATATA 
GAACAATTGA CAGATGCATT TGGAAGAGAT ATACTAAAGG ATGAATTCAA GACACGATCA 
AAGAGTCTCC CTGAGACTGA TGAACGATTG CATAGTACAA CTGAGAGAGG TACAATAAAT 
GATGCAATTA AGACGCAGTT AAAGAGAAAG AGTTACCCTG AGACTGTCTT AAAACACTTG 
AAAGGTGTTA ATGGAAAAGA TATAATAAAG CATCTAATCA ACATACAGTC AAAGAGTCAT 
GGAGAGACTG ATAAGAACTT CTTTGCCTAT GCTACTGGAA GAGGTCTAAT GAAGGAGTCA 
ACCACGACAC AATTAAAAAG TCACCCAGAG ACTGATAAGG AATTCTTGGC AGATGCTATT 
GGAAGAGGTA TAATAATAGG GCCAATCACT ACACAACTGA AGAGTCACCG AGAGACTGAT 
AAAGAACTCT TAAAAGATGC TATTGGAAGA GATATAATAA AGGGACCAAT CAGTGCACAA 
TTAAAGAGTC ACCAGGAGAC TGATGTAGAA CCCTTGACAA ATGCCATTGG TTCAAGTAAA 
ACAATTGGTG AGATAAAGAC ACAACTAAGG ACTCACTATG ATGTGAACTT ATTTAAAAAC 
AAAGATATGT CCGTACAACG TCAAGAAGGT ATCTTTACTA GGAGCATTAC ACCAAGTAAA 
TTCCCAACAA AAGTGATCAA TTTATCACCC TTTGAAAATA AAGAGGAAAC TTATGAGTAC 
TCTTCACCCT ATGTGACTGC ACCTTCAAAA GCAATTTATA GAACATATAG GGCTGGTCCA 
AGCTTTTCTA AAGACATCCA CCTTCCTTTA CTGAATCAAC TCCCTTCAGG GCATTCGAAA 
GTTGTTACCT TAAGCCAAAA AACTATTGAA TTTACTCTGC CTACTGTGAC CAATACAGTT 
GGAAAACCTA CCTATAAAGT GTTACATGCT GCTGCCCGAA AATCTGTACC ACACCCATAC 
TTTTGA

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

CCDC7 ( XM_011519675.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517977.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X17, mRNA.

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CloneID	OHu72095
Clone ID Related Accession (Same CDS sequence)	XM_011519675.1
Accession Version	XM_011519675.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3948bp) 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	uncharacterized protein C10orf68 isoform X17
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGCTCATAAT 
GAAGTACCAA ATGAAAGGCT TGTAGTTGAG CATCAAGAAT CATTGTCAAA AACCAAATTA 
CAAATAAAGA AACAAGAAAC TTCTACAGAG CAACCACTCA CCACTCCTGA TAAAGAACCA 
AATGAAAATC TTATACTTAG GCATCAAGAC TCAATGTCAA AATCAGAAAT GCAAGTGAAG 
GAACAAAGAA CTCTCAAAGG GCAAAGAATT ATTACTCATG ATGAAGAACC AGGCAAAAAT 
CTTGTGCTTG AACATCAAGA TTCAGTGTCA AAACTGGAAA TGCAAATTGA AAAAACCAAA 
AAACTTCCTA GAGAGAAAAG ACATAGTACT CATGATGAAG AATCAGGTGA AAATCCTATG 
CTTAAACATC AAGATTCAGT GTCAAAAATC CAAGTGCAAT TAGAGATTCA AGAAACTTCT 
GAAGGAGAAG GACGTAGCAT ACCAGATAAA AATTCTATGT TTGTTCATCA AGATTCAGTG 
TCAAAACTCC AAATGCAAGA AAAGAAAAAA ATAACTCCTG GAAGGGAAAG GCGTAATACT 
CGTATTGTAG TACCAAATGA AAATGTGATT TCTGTTCATC AAGATTCAAA GTCAAAACTC 
CAAATGCAAG AAAAGAAACA AATAAATTCT GGAGTGGAAA GACACAAGAC GTTTCCTTTA 
GAAATCAAAA AAAAGGATAT ATCACTTGAA CATCTGTTGC CTGAGGAGAA AGTTTTATTA 
TCAAGAAGCG AATCTCAAAC GAAGAAACTT CAAGCTAAAG TAACTTCAAG AAAAATTAAA 
AATGAAGCAG CCTCAGAACT TCCAGATACA GCAGAAAATC TTCCAGCAAT GTACCCGTCA 
ATTAGCGACC TAATAATTCA ATTTGATTTA AACAAAGTGG TCGAGACTGA TATAGAAAGC 
TTGAGAGGTG CTTTGGGAAG ACGCTTATTA AATGATGAAT TCAAGACACA GTCAAAGAGT 
TTCCCTGGGC CTGATATAGA ACAATTGACA GATGCATTTG GAAGAGATAT ACTAAAGGAT 
GAATTCAAGA CACGATCAAA GAGTCTCCCT GAGACTGATG AACGATTGCA TAGTACAACT 
GAGAGAGGTA CAATAAATGA TGCAATTAAG ACGCAGTTAA AGAGAAAGAG TTACCCTGAG 
ACTGTCTTAA AACACTTGAA AGGTGTTAAT GGAAAAGATA TAATAAAGCA TCTAATCAAC 
ATACAGTCAA AGAGTCATGG AGAGACTGAT AAGGAACACT TAGCAGATGA TACTGGAAGA 
GGTATAATAA AGGGATCAAT CAATGCACAA CTAAAGGGTC ACCAAAAGAC TGATAAGAAC 
TTCTTTGCCT ATGCTACTGG AAGAGGTCTA ATGAAGGAGT CAACCACGAC ACAATTAAAA 
AGTCACCCAG AGACTGATAA GGAATTCTTG GCAGATGCTA TTGGAAGAGG TATAATAATA 
GGGCCAATCA CTACACAACT GAAGAGTCAC CGAGAGACTG ATAAAGAACT CTTAAAAGAT 
GCTATTGGAA GAGATATAAT AAAGGGACCA ATCAGTGCAC AATTAAAGAG TCACCAGGAG 
ACTGATGTAG AACCCTTGAC AAATGCCATT GGTTCAAGTA AAACAATTGG TGAGATAAAG 
ACACAACTAA GGACTCACTA TGATGTGAAC TTATTTAAAA ACAAAGATAT GTCCGTACAA 
CGTCAAGAAG GTATCTTTAC TAGGAGCATT ACACCAAGTA AATTCCCAAC AAAAGTGATC 
AATTTATCAC CCTTTGAAAA TAAAGAGGAA ACTTATGAGT ACTCTTCACC CTATGTGACT 
GCACCTTCAA AAGCAATTTA TAGAACATAT AGGGCTGGTC CAAGCTTTTC TAAAGACATC 
CACCTTCCTT TACTGAATCA ACTCCCTTCA GGGCATTCGA AAGTTGTTAC CTTAAGCCAA 
AAAACTATTG AATTTACTCT GCCTACTGTG ACCAATACAG TTGGAAAACC TACCTATAAA 
GTGTTACATG CTGCTGCCCG AAAATCTGTA CCACACCCAT ACTTTTGA

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

RefSeq	XP_011517977.1
CDS	310..4257
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEAHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_011519675.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X17, mRNA.

Target ORF information:

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

XM_011519675.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGCTCATAAT 
GAAGTACCAA ATGAAAGGCT TGTAGTTGAG CATCAAGAAT CATTGTCAAA AACCAAATTA 
CAAATAAAGA AACAAGAAAC TTCTACAGAG CAACCACTCA CCACTCCTGA TAAAGAACCA 
AATGAAAATC TTATACTTAG GCATCAAGAC TCAATGTCAA AATCAGAAAT GCAAGTGAAG 
GAACAAAGAA CTCTCAAAGG GCAAAGAATT ATTACTCATG ATGAAGAACC AGGCAAAAAT 
CTTGTGCTTG AACATCAAGA TTCAGTGTCA AAACTGGAAA TGCAAATTGA AAAAACCAAA 
AAACTTCCTA GAGAGAAAAG ACATAGTACT CATGATGAAG AATCAGGTGA AAATCCTATG 
CTTAAACATC AAGATTCAGT GTCAAAAATC CAAGTGCAAT TAGAGATTCA AGAAACTTCT 
GAAGGAGAAG GACGTAGCAT ACCAGATAAA AATTCTATGT TTGTTCATCA AGATTCAGTG 
TCAAAACTCC AAATGCAAGA AAAGAAAAAA ATAACTCCTG GAAGGGAAAG GCGTAATACT 
CGTATTGTAG TACCAAATGA AAATGTGATT TCTGTTCATC AAGATTCAAA GTCAAAACTC 
CAAATGCAAG AAAAGAAACA AATAAATTCT GGAGTGGAAA GACACAAGAC GTTTCCTTTA 
GAAATCAAAA AAAAGGATAT ATCACTTGAA CATCTGTTGC CTGAGGAGAA AGTTTTATTA 
TCAAGAAGCG AATCTCAAAC GAAGAAACTT CAAGCTAAAG TAACTTCAAG AAAAATTAAA 
AATGAAGCAG CCTCAGAACT TCCAGATACA GCAGAAAATC TTCCAGCAAT GTACCCGTCA 
ATTAGCGACC TAATAATTCA ATTTGATTTA AACAAAGTGG TCGAGACTGA TATAGAAAGC 
TTGAGAGGTG CTTTGGGAAG ACGCTTATTA AATGATGAAT TCAAGACACA GTCAAAGAGT 
TTCCCTGGGC CTGATATAGA ACAATTGACA GATGCATTTG GAAGAGATAT ACTAAAGGAT 
GAATTCAAGA CACGATCAAA GAGTCTCCCT GAGACTGATG AACGATTGCA TAGTACAACT 
GAGAGAGGTA CAATAAATGA TGCAATTAAG ACGCAGTTAA AGAGAAAGAG TTACCCTGAG 
ACTGTCTTAA AACACTTGAA AGGTGTTAAT GGAAAAGATA TAATAAAGCA TCTAATCAAC 
ATACAGTCAA AGAGTCATGG AGAGACTGAT AAGGAACACT TAGCAGATGA TACTGGAAGA 
GGTATAATAA AGGGATCAAT CAATGCACAA CTAAAGGGTC ACCAAAAGAC TGATAAGAAC 
TTCTTTGCCT ATGCTACTGG AAGAGGTCTA ATGAAGGAGT CAACCACGAC ACAATTAAAA 
AGTCACCCAG AGACTGATAA GGAATTCTTG GCAGATGCTA TTGGAAGAGG TATAATAATA 
GGGCCAATCA CTACACAACT GAAGAGTCAC CGAGAGACTG ATAAAGAACT CTTAAAAGAT 
GCTATTGGAA GAGATATAAT AAAGGGACCA ATCAGTGCAC AATTAAAGAG TCACCAGGAG 
ACTGATGTAG AACCCTTGAC AAATGCCATT GGTTCAAGTA AAACAATTGG TGAGATAAAG 
ACACAACTAA GGACTCACTA TGATGTGAAC TTATTTAAAA ACAAAGATAT GTCCGTACAA 
CGTCAAGAAG GTATCTTTAC TAGGAGCATT ACACCAAGTA AATTCCCAAC AAAAGTGATC 
AATTTATCAC CCTTTGAAAA TAAAGAGGAA ACTTATGAGT ACTCTTCACC CTATGTGACT 
GCACCTTCAA AAGCAATTTA TAGAACATAT AGGGCTGGTC CAAGCTTTTC TAAAGACATC 
CACCTTCCTT TACTGAATCA ACTCCCTTCA GGGCATTCGA AAGTTGTTAC CTTAAGCCAA 
AAAACTATTG AATTTACTCT GCCTACTGTG ACCAATACAG TTGGAAAACC TACCTATAAA 
GTGTTACATG CTGCTGCCCG AAAATCTGTA CCACACCCAT ACTTTTGA

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

CCDC7 ( XM_011519676.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517978.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X19, mRNA.

Price & Availability↑

CloneID	OHu72096
Clone ID Related Accession (Same CDS sequence)	XM_011519676.1
Accession Version	XM_011519676.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3936bp) 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	uncharacterized protein C10orf68 isoform X19
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAATC AGGTGAAAAT CCTATGCTTA AACATCAAGA TTCAGTGTCA 
AAAATCCAAG TGCAATTAGA GATTCAAGAA ACTTCTGAAG GAGAAGGACG TAGCATACCA 
GATAAAAATT CTATGTTTGT TCATCAAGAT TCAGTGTCAA AACTCCAAAT GCAAGAAAAG 
AAAAAAATAA CTCCTGGAAG GGAAAGGCGT AATACTCGTA TTGTAGTACC AAATGAAAAT 
GTGATTTCTG TTCATCAAGA TTCAAAGTCA AAACTCCAAA TGCAAGAAAA GAAACAAATA 
AATTCTGGAG TGGAAAGACA CAAGACGTTT CCTTTAGAAA TCAAAAAAAA GGATATATCA 
CTTGAACATC TGTTGCCTGA GGAGAAAGTT TTATTATCAA GAAGCGAATC TCAAACGAAG 
AAACTTCAAG CTAAAGTAAC TTCAAGAAAA AAGACTGATA TAGAAAGCTT GAGAGGTGCT 
TTGGGAAGAC GCTTATTAAA TGATGAATTC AAGACACAGT CAAAGAGTTT CCCTGGGCCT 
GATATAGAAC AATTGACAGA TGCATTTGGA AGAGATATAC TAAAGGATGA ATTCAAGACA 
CGATCAAAGA GTCTCCCTGA GACTGATGAA CGATTGCATA GTACAACTGA GAGAGGTACA 
ATAAATGATG CAATTAAGAC GCAGTTAAAG AGAAAGAGTT ACCCTGAGAC TGTCTTAAAA 
CACTTGAAAG GTGTTAATGG AAAAGATATA ATAAAGCATC TAATCAACAT ACAGTCAAAG 
AGTCATGGAG AGACTGATAA GGAACACTTA GCAGATGATA CTGGAAGAGG TATAATAAAG 
GGATCAATCA ATGCACAACT AAAGGGTCAC CAAAAGACTG ATAAGAACTT CTTTGCCTAT 
GCTACTGGAA GAGGTCTAAT GAAGGAGTCA ACCACGACAC AATTAAAAAG TCACCCAGAG 
ACTGATAAGG AATTCTTGGC AGATGCTATT GGAAGAGGTA TAATAATAGG GCCAATCACT 
ACACAACTGA AGAGTCACCG AGAGACTGAT AAAGAACTCT TAAAAGATGC TATTGGAAGA 
GATATAATAA AGGGACCAAT CAGTGCACAA TTAAAGAGTC ACCAGGAGAC TGATGTAGAA 
CCCTTGACAA ATGCCATTGG TTCAAGTAAA ACAATTGGTG AGATAAAGAC ACAACTAAGG 
ACTCACTATG ATGTGAACTT ATTTAAAAAC AAAGATATGT CCGTACAACG TCAAGAAGGT 
ATCTTTACTA GGAGCATTAC ACCAAGTAAA TTCCCAACAA AAGTGATCAA TTTATCACCC 
TTTGAAAATA AAGAGGAAAC TTATGAGTAC TCTTCACCCT ATGTGACTGC ACCTTCAAAA 
GCAATTTATA GAACATATAG GGCTGGTCCA AGCTTTTCTA AAGACATCCA CCTTCCTTTA 
CTGAATCAAC TCCCTTCAGG GCATTCGAAA GTTGTTACCT TAAGCCAAAA AACTATTGAA 
TTTACTCTGC CTACTGTGAC CAATACAGTT GGAAAACCTA CCTATAAAGT GTTACATGCT 
GCTGCCCGAA AATCTGTACC ACACCCATAC TTTTGA

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

RefSeq	XP_011517978.1
CDS	310..4245
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKKTDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_011519676.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X19, mRNA.

Target ORF information:

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

XM_011519676.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAATC AGGTGAAAAT CCTATGCTTA AACATCAAGA TTCAGTGTCA 
AAAATCCAAG TGCAATTAGA GATTCAAGAA ACTTCTGAAG GAGAAGGACG TAGCATACCA 
GATAAAAATT CTATGTTTGT TCATCAAGAT TCAGTGTCAA AACTCCAAAT GCAAGAAAAG 
AAAAAAATAA CTCCTGGAAG GGAAAGGCGT AATACTCGTA TTGTAGTACC AAATGAAAAT 
GTGATTTCTG TTCATCAAGA TTCAAAGTCA AAACTCCAAA TGCAAGAAAA GAAACAAATA 
AATTCTGGAG TGGAAAGACA CAAGACGTTT CCTTTAGAAA TCAAAAAAAA GGATATATCA 
CTTGAACATC TGTTGCCTGA GGAGAAAGTT TTATTATCAA GAAGCGAATC TCAAACGAAG 
AAACTTCAAG CTAAAGTAAC TTCAAGAAAA AAGACTGATA TAGAAAGCTT GAGAGGTGCT 
TTGGGAAGAC GCTTATTAAA TGATGAATTC AAGACACAGT CAAAGAGTTT CCCTGGGCCT 
GATATAGAAC AATTGACAGA TGCATTTGGA AGAGATATAC TAAAGGATGA ATTCAAGACA 
CGATCAAAGA GTCTCCCTGA GACTGATGAA CGATTGCATA GTACAACTGA GAGAGGTACA 
ATAAATGATG CAATTAAGAC GCAGTTAAAG AGAAAGAGTT ACCCTGAGAC TGTCTTAAAA 
CACTTGAAAG GTGTTAATGG AAAAGATATA ATAAAGCATC TAATCAACAT ACAGTCAAAG 
AGTCATGGAG AGACTGATAA GGAACACTTA GCAGATGATA CTGGAAGAGG TATAATAAAG 
GGATCAATCA ATGCACAACT AAAGGGTCAC CAAAAGACTG ATAAGAACTT CTTTGCCTAT 
GCTACTGGAA GAGGTCTAAT GAAGGAGTCA ACCACGACAC AATTAAAAAG TCACCCAGAG 
ACTGATAAGG AATTCTTGGC AGATGCTATT GGAAGAGGTA TAATAATAGG GCCAATCACT 
ACACAACTGA AGAGTCACCG AGAGACTGAT AAAGAACTCT TAAAAGATGC TATTGGAAGA 
GATATAATAA AGGGACCAAT CAGTGCACAA TTAAAGAGTC ACCAGGAGAC TGATGTAGAA 
CCCTTGACAA ATGCCATTGG TTCAAGTAAA ACAATTGGTG AGATAAAGAC ACAACTAAGG 
ACTCACTATG ATGTGAACTT ATTTAAAAAC AAAGATATGT CCGTACAACG TCAAGAAGGT 
ATCTTTACTA GGAGCATTAC ACCAAGTAAA TTCCCAACAA AAGTGATCAA TTTATCACCC 
TTTGAAAATA AAGAGGAAAC TTATGAGTAC TCTTCACCCT ATGTGACTGC ACCTTCAAAA 
GCAATTTATA GAACATATAG GGCTGGTCCA AGCTTTTCTA AAGACATCCA CCTTCCTTTA 
CTGAATCAAC TCCCTTCAGG GCATTCGAAA GTTGTTACCT TAAGCCAAAA AACTATTGAA 
TTTACTCTGC CTACTGTGAC CAATACAGTT GGAAAACCTA CCTATAAAGT GTTACATGCT 
GCTGCCCGAA AATCTGTACC ACACCCATAC TTTTGA

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

CCDC7 ( XM_011519677.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517979.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X20, mRNA.

Price & Availability↑

CloneID	OHu72097
Clone ID Related Accession (Same CDS sequence)	XM_011519677.1
Accession Version	XM_011519677.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3936bp) 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	uncharacterized protein C10orf68 isoform X20
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGATC 
ACTGCCCAAA GCGGAAGACT GATTGAAAAG AGCTCAGAGA AGAAACGATC TAGCCCTGCT 
ATTTCAGATC TTTCACAGAT CCTTAAGTCT CAAGATGAAT CAGCATTTTT AGAGAGTTCA 
AATGAAGTTT CAGTTGCTGA AAACCAATCC TATAAATCTC CATCAGAGAC CCATGATAAA 
TCACTTACAA CAGTATCATC CAGCAAAGAA GTTCAAGATT CACTGTCTGT TGGAACATTG 
GCTCAAAAAA ACGAAACAGT GATATCACCA TTCATTTTAC CTCCTGTTCT TACAGAAAGT 
AAAAAGGCTG ATGTTTCAGA AGAACAATTA CAAAAGATGA CTGAAGAACA AACTTACCAA 
GCAGCAGAAA AATCTCAAGC TGACAGTGAA GTTCCAGATG AAAATCTTAT GGTTGAAAAT 
AAAGATTCAG TAACAAAAGT CCAAATAGAA CAAATGAAAC AAAGAACTTC TAGTATGGAA 
AGACATGAGG AGACTCTTAC AACCCCACAA TTGCCTGAGG ACATGGTTTT AGTTTCAAGA 
ATCCAATCTG AAACTAAAAA TCTTAAAGCT ACCAGAAATG AGAGTTTTCA TTCTCATAAT 
GATGTACCAG AAGAAAATCT TATGCTTGAA CAAGACACAA AGTCAAAAAC GGAAGTAGAA 
GTAAAGAAAC AAAAATCTTT CCAAGATAAT CAACTCAGTA CTCATAATGA AGTACCAAAT 
GAAAGGCTTG TAGTTGAGCA TCAAGAATCA TTGTCAAAAA CCAAATTACA AATAAAGAAA 
CAAGAAACTT CTACAGAGCA ACCACTCACC ACTCCTGATA AAGAACCAAA TGAAAATCTT 
ATACTTAGGC ATCAAGACTC AATGTCAAAA TCAGAAATGC AAGTGAAGGA ACAAAGAACT 
CTCAAAGGGC AAAGAATTAT TACTCATGAT GAAGAACCAG GCAAAAATCT TGTGCTTGAA 
CATCAAGATT CAGTGTCAAA ACTGGAAATG CAAATTGAAA AAACCAAAAA ACTTCCTAGA 
GAGAAAAGAC ATAGTACTCA TGATGAAGAA TCAGGTGAAA ATCCTATGCT TAAACATCAA 
GATTCAGTGT CAAAAATCCA AGTGCAATTA GAGATTCAAG AAACTTCTGA AGGAGAAGGA 
CGTAGCATAC CAGATAAAAA TTCTATGTTT GTTCATCAAG ATTCAGTGTC AAAACTCCAA 
ATGCAAGAAA AGAAAAAAAT AACTCCTGGA AGGGAAAGGC GTAATACTCG TATTGTAGTA 
CCAAATGAAA ATGTGATTTC TGTTCATCAA GATTCAAAGT CAAAACTCCA AATGCAAGAA 
AAGAAACAAA TAAATTCTGG AGTGGAAAGA CACAAGACGT TTCCTTTAGA AATCAAAAAA 
AAGGATATAT CACTTGAACA TCTGTTGCCT GAGGAGAAAG TTTTATTATC AAGAAGCGAA 
TCTCAAACGA AGAAACTTCA AGCTAAAGTA ACTTCAAGAA AAATTAAAAA TGAAGCAGCC 
TCAGAACTTC CAGATACAGC AGAAAATCTT CCAGCAATGT ACCCGTCAAT TAGCGACCTA 
ATAATTCAAT TTGATTTAAA CAAAGTGGTC GAGACTGATA TAGAAAGCTT GAGAGGTGCT 
TTGGGAAGAC GCTTATTAAA TGATGAATTC AAGACACAGT CAAAGAGTTT CCCTGGGCCT 
GATATAGAAC AATTGACAGA TGCATTTGGA AGAGATATAC TAAAGGATGA ATTCAAGACA 
CGATCAAAGA GTCTCCCTGA GACTGATGAA CGATTGCATA GTACAACTGA GAGAGGTACA 
ATAAATGATG CAATTAAGAC GCAGTTAAAG AGAAAGAGTT ACCCTGAGAC TGTCTTAAAA 
CACTTGAAAG GTGTTAATGG AAAAGATATA ATAAAGCATC TAATCAACAT ACAGTCAAAG 
AGTCATGGAG AGACTGATAA GGAACACTTA GCAGATGATA CTGGAAGAGG TATAATAAAG 
GGATCAATCA ATGCACAACT AAAGGGTCAC CAAAAGACTG ATAAGAACTT CTTTGCCTAT 
GCTACTGGAA GAGGTCTAAT GAAGGAGTCA ACCACGACAC AATTAAAAAG TCACCCAGAG 
ACTGATAAGG AATTCTTGGC AGATGCTATT GGAAGAGGTA TAATAATAGG GCCAATCACT 
ACACAACTGA AGAGTCACCG AGAGACTGAT AAAGAACTCT TAAAAGATGC TATTGGAAGA 
GATATAATAA AGGGACCAAT CAGTGCACAA TTAAAGAGTC ACCAGGAGAC TGATGTAGAA 
CCCTTGACAA ATGCCATTGG TTCAAGTAAA ACAATTGGTG AGATAAAGAC ACAACTAAGG 
ACTCACTATG ATGTGAACTT ATTTAAAAAC AAAGATATGT CCGTACAACG TCAAGAAGGT 
ATCTTTACTA GGAGCATTAC ACCAAGTAAA TTCCCAACAA AAGTGATCAA TTTATCACCC 
TTTGAAAATA AAGAGGAAAC TTATGAGTAC TCTTCACCCT ATGTGACTGC ACCTTCAAAA 
GCAATTTATA GAACATATAG GGCTGGTCCA AGCTTTTCTA AAGACATCCA CCTTCCTTTA 
CTGAATCAAC TCCCTTCAGG GCATTCGAAA GTTGTTACCT TAAGCCAAAA AACTATTGAA 
TTTACTCTGC CTACTGTGAC CAATACAGTT GGAAAACCTA CCTATAAAGT GTTACATGCT 
GCTGCCCGAA AATCTGTACC ACACCCATAC TTTTGA

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

RefSeq	XP_011517979.1
CDS	310..4245
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_011519677.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X20, mRNA.

Target ORF information:

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

XM_011519677.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGATC 
ACTGCCCAAA GCGGAAGACT GATTGAAAAG AGCTCAGAGA AGAAACGATC TAGCCCTGCT 
ATTTCAGATC TTTCACAGAT CCTTAAGTCT CAAGATGAAT CAGCATTTTT AGAGAGTTCA 
AATGAAGTTT CAGTTGCTGA AAACCAATCC TATAAATCTC CATCAGAGAC CCATGATAAA 
TCACTTACAA CAGTATCATC CAGCAAAGAA GTTCAAGATT CACTGTCTGT TGGAACATTG 
GCTCAAAAAA ACGAAACAGT GATATCACCA TTCATTTTAC CTCCTGTTCT TACAGAAAGT 
AAAAAGGCTG ATGTTTCAGA AGAACAATTA CAAAAGATGA CTGAAGAACA AACTTACCAA 
GCAGCAGAAA AATCTCAAGC TGACAGTGAA GTTCCAGATG AAAATCTTAT GGTTGAAAAT 
AAAGATTCAG TAACAAAAGT CCAAATAGAA CAAATGAAAC AAAGAACTTC TAGTATGGAA 
AGACATGAGG AGACTCTTAC AACCCCACAA TTGCCTGAGG ACATGGTTTT AGTTTCAAGA 
ATCCAATCTG AAACTAAAAA TCTTAAAGCT ACCAGAAATG AGAGTTTTCA TTCTCATAAT 
GATGTACCAG AAGAAAATCT TATGCTTGAA CAAGACACAA AGTCAAAAAC GGAAGTAGAA 
GTAAAGAAAC AAAAATCTTT CCAAGATAAT CAACTCAGTA CTCATAATGA AGTACCAAAT 
GAAAGGCTTG TAGTTGAGCA TCAAGAATCA TTGTCAAAAA CCAAATTACA AATAAAGAAA 
CAAGAAACTT CTACAGAGCA ACCACTCACC ACTCCTGATA AAGAACCAAA TGAAAATCTT 
ATACTTAGGC ATCAAGACTC AATGTCAAAA TCAGAAATGC AAGTGAAGGA ACAAAGAACT 
CTCAAAGGGC AAAGAATTAT TACTCATGAT GAAGAACCAG GCAAAAATCT TGTGCTTGAA 
CATCAAGATT CAGTGTCAAA ACTGGAAATG CAAATTGAAA AAACCAAAAA ACTTCCTAGA 
GAGAAAAGAC ATAGTACTCA TGATGAAGAA TCAGGTGAAA ATCCTATGCT TAAACATCAA 
GATTCAGTGT CAAAAATCCA AGTGCAATTA GAGATTCAAG AAACTTCTGA AGGAGAAGGA 
CGTAGCATAC CAGATAAAAA TTCTATGTTT GTTCATCAAG ATTCAGTGTC AAAACTCCAA 
ATGCAAGAAA AGAAAAAAAT AACTCCTGGA AGGGAAAGGC GTAATACTCG TATTGTAGTA 
CCAAATGAAA ATGTGATTTC TGTTCATCAA GATTCAAAGT CAAAACTCCA AATGCAAGAA 
AAGAAACAAA TAAATTCTGG AGTGGAAAGA CACAAGACGT TTCCTTTAGA AATCAAAAAA 
AAGGATATAT CACTTGAACA TCTGTTGCCT GAGGAGAAAG TTTTATTATC AAGAAGCGAA 
TCTCAAACGA AGAAACTTCA AGCTAAAGTA ACTTCAAGAA AAATTAAAAA TGAAGCAGCC 
TCAGAACTTC CAGATACAGC AGAAAATCTT CCAGCAATGT ACCCGTCAAT TAGCGACCTA 
ATAATTCAAT TTGATTTAAA CAAAGTGGTC GAGACTGATA TAGAAAGCTT GAGAGGTGCT 
TTGGGAAGAC GCTTATTAAA TGATGAATTC AAGACACAGT CAAAGAGTTT CCCTGGGCCT 
GATATAGAAC AATTGACAGA TGCATTTGGA AGAGATATAC TAAAGGATGA ATTCAAGACA 
CGATCAAAGA GTCTCCCTGA GACTGATGAA CGATTGCATA GTACAACTGA GAGAGGTACA 
ATAAATGATG CAATTAAGAC GCAGTTAAAG AGAAAGAGTT ACCCTGAGAC TGTCTTAAAA 
CACTTGAAAG GTGTTAATGG AAAAGATATA ATAAAGCATC TAATCAACAT ACAGTCAAAG 
AGTCATGGAG AGACTGATAA GGAACACTTA GCAGATGATA CTGGAAGAGG TATAATAAAG 
GGATCAATCA ATGCACAACT AAAGGGTCAC CAAAAGACTG ATAAGAACTT CTTTGCCTAT 
GCTACTGGAA GAGGTCTAAT GAAGGAGTCA ACCACGACAC AATTAAAAAG TCACCCAGAG 
ACTGATAAGG AATTCTTGGC AGATGCTATT GGAAGAGGTA TAATAATAGG GCCAATCACT 
ACACAACTGA AGAGTCACCG AGAGACTGAT AAAGAACTCT TAAAAGATGC TATTGGAAGA 
GATATAATAA AGGGACCAAT CAGTGCACAA TTAAAGAGTC ACCAGGAGAC TGATGTAGAA 
CCCTTGACAA ATGCCATTGG TTCAAGTAAA ACAATTGGTG AGATAAAGAC ACAACTAAGG 
ACTCACTATG ATGTGAACTT ATTTAAAAAC AAAGATATGT CCGTACAACG TCAAGAAGGT 
ATCTTTACTA GGAGCATTAC ACCAAGTAAA TTCCCAACAA AAGTGATCAA TTTATCACCC 
TTTGAAAATA AAGAGGAAAC TTATGAGTAC TCTTCACCCT ATGTGACTGC ACCTTCAAAA 
GCAATTTATA GAACATATAG GGCTGGTCCA AGCTTTTCTA AAGACATCCA CCTTCCTTTA 
CTGAATCAAC TCCCTTCAGG GCATTCGAAA GTTGTTACCT TAAGCCAAAA AACTATTGAA 
TTTACTCTGC CTACTGTGAC CAATACAGTT GGAAAACCTA CCTATAAAGT GTTACATGCT 
GCTGCCCGAA AATCTGTACC ACACCCATAC TTTTGA

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

CCDC7 ( XM_011519678.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517980.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X21, mRNA.

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CloneID	OHu72098
Clone ID Related Accession (Same CDS sequence)	XM_011519678.1
Accession Version	XM_011519678.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3933bp) 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	uncharacterized protein C10orf68 isoform X21
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCATGA TGAAGAATCA GGTGAAAATC CTATGCTTAA ACATCAAGAT 
TCAGTGTCAA AAATCCAAGT GCAATTAGAG ATTCAAGAAA CTTCTGAAGG AGAAGGACGT 
AGCATACCAG ATAAAAATTC TATGTTTGTT CATCAAGATT CAGTGTCAAA ACTCCAAATG 
CAAGAAAAGA AAAAAATAAC TCCTGGAAGG GAAAGGCGTA ATACTCGTAT TGTAGTACCA 
AATGAAAATG TGATTTCTGT TCATCAAGAT TCAAAGTCAA AACTCCAAAT GCAAGAAAAG 
AAACAAATAA ATTCTGGAGT GGAAAGACAC AAGACGTTTC CTTTAGAAAT CAAAAAAAAG 
GATATATCAC TTGAACATCT GTTGCCTGAG GAGAAAGTTT TATTATCAAG AAGCGAATCT 
CAAACGAAGA AACTTCAAGC TAAAGTAACT TCAAGAAAAA TTAAAAATGA AGCAGCCTCA 
GAACTTCCAG ATACAGCAGA AAATCTTCCA GCAATGTACC CGTCAATTAG CGACCTAATA 
ATTCAATTTG ATTTAAACAA AGTGGTCGAG ACTGATATAG AAAGCTTGAG AGGTGCTTTG 
GGAAGACGCT TATTAAATGA TGAATTCAAG ACACAGTCAA AGAGTTTCCC TGGGCCTGAT 
ATAGAACAAT TGACAGATGC ATTTGGAAGA GATATACTAA AGGATGAATT CAAGACACGA 
TCAAAGAGTC TCCCTGAGAC TGATGAACGA TTGCATAGTA CAACTGAGAG AGGTACAATA 
AATGATGCAA TTAAGACGCA GTTAAAGAGA AAGAGTTACC CTGAGACTGT CTTAAAACAC 
TTGAAAGGTG TTAATGGAAA AGATATAATA AAGCATCTAA TCAACATACA GTCAAAGAGT 
CATGGAGAGA CTGATAAGGA ACACTTAGCA GATGATACTG GAAGAGGTAT AATAAAGGGA 
TCAATCAATG CACAACTAAA GGGTCACCAA AAGACTGATA AGAACTTCTT TGCCTATGCT 
ACTGGAAGAG GTCTAATGAA GGAGTCAACC ACGACACAAT TAAAAAGTCA CCCAGAGACT 
GATAAGGAAT TCTTGGCAGA TGCTATTGGA AGAGGTATAA TAATAGGGCC AATCACTACA 
CAACTGAAGA GTCACCGAGA GACTGATAAA GAACTCTTAA AAGATGCTAT TGGAAGAGAT 
ATAATAAAGG GACCAATCAG TGCACAATTA AAGAGTCACC AGGAGACTGA TGTAGAACCC 
TTGACAAATG CCATTGGTTC AAGTAAAACA ATTGGTGAGA TAAAGACACA ACTAAGGACT 
CACTATGATG TGAACTTATT TAAAAACAAA GATATGTCCG TACAACGTCA AGAAGGTATC 
TTTACTAGGA GCATTACACC AAGTAAATTC CCAACAAAAG TGATCAATTT ATCACCCTTT 
GAAAATAAAG AGGAAACTTA TGAGTACTCT TCACCCTATG TGACTGCACC TTCAAAAGCA 
ATTTATAGAA CATATAGGGC TGGTCCAAGC TTTTCTAAAG ACATCCACCT TCCTTTACTG 
AATCAACTCC CTTCAGGGCA TTCGAAAGTT GTTACCTTAA GCCAAAAAAC TATTGAATTT 
ACTCTGCCTA CTGTGACCAA TACAGTTGGA AAACCTACCT ATAAAGTGTT ACATGCTGCT 
GCCCGAAAAT CTGTACCACA CCCATACTTT TGA

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

RefSeq	XP_011517980.1
CDS	310..4242
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_011519678.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X21, mRNA.

Target ORF information:

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

XM_011519678.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCATGA TGAAGAATCA GGTGAAAATC CTATGCTTAA ACATCAAGAT 
TCAGTGTCAA AAATCCAAGT GCAATTAGAG ATTCAAGAAA CTTCTGAAGG AGAAGGACGT 
AGCATACCAG ATAAAAATTC TATGTTTGTT CATCAAGATT CAGTGTCAAA ACTCCAAATG 
CAAGAAAAGA AAAAAATAAC TCCTGGAAGG GAAAGGCGTA ATACTCGTAT TGTAGTACCA 
AATGAAAATG TGATTTCTGT TCATCAAGAT TCAAAGTCAA AACTCCAAAT GCAAGAAAAG 
AAACAAATAA ATTCTGGAGT GGAAAGACAC AAGACGTTTC CTTTAGAAAT CAAAAAAAAG 
GATATATCAC TTGAACATCT GTTGCCTGAG GAGAAAGTTT TATTATCAAG AAGCGAATCT 
CAAACGAAGA AACTTCAAGC TAAAGTAACT TCAAGAAAAA TTAAAAATGA AGCAGCCTCA 
GAACTTCCAG ATACAGCAGA AAATCTTCCA GCAATGTACC CGTCAATTAG CGACCTAATA 
ATTCAATTTG ATTTAAACAA AGTGGTCGAG ACTGATATAG AAAGCTTGAG AGGTGCTTTG 
GGAAGACGCT TATTAAATGA TGAATTCAAG ACACAGTCAA AGAGTTTCCC TGGGCCTGAT 
ATAGAACAAT TGACAGATGC ATTTGGAAGA GATATACTAA AGGATGAATT CAAGACACGA 
TCAAAGAGTC TCCCTGAGAC TGATGAACGA TTGCATAGTA CAACTGAGAG AGGTACAATA 
AATGATGCAA TTAAGACGCA GTTAAAGAGA AAGAGTTACC CTGAGACTGT CTTAAAACAC 
TTGAAAGGTG TTAATGGAAA AGATATAATA AAGCATCTAA TCAACATACA GTCAAAGAGT 
CATGGAGAGA CTGATAAGGA ACACTTAGCA GATGATACTG GAAGAGGTAT AATAAAGGGA 
TCAATCAATG CACAACTAAA GGGTCACCAA AAGACTGATA AGAACTTCTT TGCCTATGCT 
ACTGGAAGAG GTCTAATGAA GGAGTCAACC ACGACACAAT TAAAAAGTCA CCCAGAGACT 
GATAAGGAAT TCTTGGCAGA TGCTATTGGA AGAGGTATAA TAATAGGGCC AATCACTACA 
CAACTGAAGA GTCACCGAGA GACTGATAAA GAACTCTTAA AAGATGCTAT TGGAAGAGAT 
ATAATAAAGG GACCAATCAG TGCACAATTA AAGAGTCACC AGGAGACTGA TGTAGAACCC 
TTGACAAATG CCATTGGTTC AAGTAAAACA ATTGGTGAGA TAAAGACACA ACTAAGGACT 
CACTATGATG TGAACTTATT TAAAAACAAA GATATGTCCG TACAACGTCA AGAAGGTATC 
TTTACTAGGA GCATTACACC AAGTAAATTC CCAACAAAAG TGATCAATTT ATCACCCTTT 
GAAAATAAAG AGGAAACTTA TGAGTACTCT TCACCCTATG TGACTGCACC TTCAAAAGCA 
ATTTATAGAA CATATAGGGC TGGTCCAAGC TTTTCTAAAG ACATCCACCT TCCTTTACTG 
AATCAACTCC CTTCAGGGCA TTCGAAAGTT GTTACCTTAA GCCAAAAAAC TATTGAATTT 
ACTCTGCCTA CTGTGACCAA TACAGTTGGA AAACCTACCT ATAAAGTGTT ACATGCTGCT 
GCCCGAAAAT CTGTACCACA CCCATACTTT TGA

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

CCDC7 ( XM_011519679.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517981.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X23, mRNA.

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CloneID	OHu72099
Clone ID Related Accession (Same CDS sequence)	XM_011519679.1
Accession Version	XM_011519679.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3627bp) 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	uncharacterized protein C10orf68 isoform X23
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGCT 
GATGTTTCAG AAGAACAATT ACAAAAGATG ACTGAAGAAC AAACTTACCA AGCAGCAGAA 
AAATCTCAAG CTGACAGTGA AGTTCCAGAT GAAAATCTTA TGGTTGAAAA TAAAGATTCA 
GTAACAAAAG TCCAAATAGA ACAAATGAAA CAAAGAACTT CTAGTATGGA AAGACATGAG 
GAGACTCTTA CAACCCCACA ATTGCCTGAG GACATGGTTT TAGTTTCAAG AATCCAATCT 
GAAACTAAAA ATCTTAAAGC TACCAGAAAT GAGAGTTTTC ATTCTCATAA TGATGTACCA 
GAAGAAAATC TTATGCTTGA ACAAGACACA AAGTCAAAAA CGGAAGTAGA AGTAAAGAAA 
CAAAAATCTT TCCAAGATAA TCAACTCAGT ACTCATAATG AAGTACCAAA TGAAAGGCTT 
GTAGTTGAGC ATCAAGAATC ATTGTCAAAA ACCAAATTAC AAATAAAGAA ACAAGAAACT 
TCTACAGAGC AACCACTCAC CACTCCTGAT AAAGAACCAA ATGAAAATCT TATACTTAGG 
CATCAAGACT CAATGTCAAA ATCAGAAATG CAAGTGAAGG AACAAAGAAC TCTCAAAGGG 
CAAAGAATTA TTACTCATGA TGAAGAACCA GGCAAAAATC TTGTGCTTGA ACATCAAGAT 
TCAGTGTCAA AACTGGAAAT GCAAATTGAA AAAACCAAAA AACTTCCTAG AGAGAAAAGA 
CATAGTACTC ATGATGAAGA ATCAGGTGAA AATCCTATGC TTAAACATCA AGATTCAGTG 
TCAAAAATCC AAGTGCAATT AGAGATTCAA GAAACTTCTG AAGGAGAAGG ACGTAGCATA 
CCAGATAAAA ATTCTATGTT TGTTCATCAA GATTCAGTGT CAAAACTCCA AATGCAAGAA 
AAGAAAAAAA TAACTCCTGG AAGGGAAAGG CGTAATACTC GTATTGTAGT ACCAAATGAA 
AATGTGATTT CTGTTCATCA AGATTCAAAG TCAAAACTCC AAATGCAAGA AAAGAAACAA 
ATAAATTCTG GAGTGGAAAG ACACAAGACG TTTCCTTTAG AAATCAAAAA AAAGGATATA 
TCACTTGAAC ATCTGTTGCC TGAGGAGAAA GTTTTATTAT CAAGAAGCGA ATCTCAAACG 
AAGAAACTTC AAGCTAAAGT AACTTCAAGA AAAATTAAAA ATGAAGCAGC CTCAGAACTT 
CCAGATACAG CAGAAAATCT TCCAGCAATG TACCCGTCAA TTAGCGACCT AATAATTCAA 
TTTGATTTAA ACAAAGTGGT CGAGACTGAT ATAGAAAGCT TGAGAGGTGC TTTGGGAAGA 
CGCTTATTAA ATGATGAATT CAAGACACAG TCAAAGAGTT TCCCTGGGCC TGATATAGAA 
CAATTGACAG ATGCATTTGG AAGAGATATA CTAAAGGATG AATTCAAGAC ACGATCAAAG 
AGTCTCCCTG AGACTGATGA ACGATTGCAT AGTACAACTG AGAGAGGTAC AATAAATGAT 
GCAATTAAGA CGCAGTTAAA GAGAAAGAGT TACCCTGAGA CTGTCTTAAA ACACTTGAAA 
GGTGTTAATG GAAAAGATAT AATAAAGCAT CTAATCAACA TACAGTCAAA GAGTCATGGA 
GAGACTGATA AGGAACACTT AGCAGATGAT ACTGGAAGAG GTATAATAAA GGGATCAATC 
AATGCACAAC TAAAGGGTCA CCAAAAGACT GATAAGAACT TCTTTGCCTA TGCTACTGGA 
AGAGGTCTAA TGAAGGAGTC AACCACGACA CAATTAAAAA GTCACCCAGA GACTGATAAG 
GAATTCTTGG CAGATGCTAT TGGAAGAGGT ATAATAATAG GGCCAATCAC TACACAACTG 
AAGAGTCACC GAGAGACTGA TAAAGAACTC TTAAAAGATG CTATTGGAAG AGATATAATA 
AAGGGACCAA TCAGTGCACA ATTAAAGAGT CACCAGGAGA CTGATGTAGA ACCCTTGACA 
AATGCCATTG GTTCAAGTAA AACAATTGGT GAGATAAAGA CACAACTAAG GACTCACTAT 
GATGTGAACT TATTTAAAAA CAAAGATATG TCCGTACAAC GTCAAGAAGG TATCTTTACT 
AGGAGCATTA CACCAAGTAA ATTCCCAACA AAAGTGATCA ATTTATCACC CTTTGAAAAT 
AAAGAGGAAA CTTATGAGTA CTCTTCACCC TATGTGACTG CACCTTCAAA AGCAATTTAT 
AGAACATATA GGGCTGGTCC AAGCTTTTCT AAAGACATCC ACCTTCCTTT ACTGAATCAA 
CTCCCTTCAG GGCATTCGAA AGTTGTTACC TTAAGCCAAA AAACTATTGA ATTTACTCTG 
CCTACTGTGA CCAATACAGT TGGAAAACCT ACCTATAAAG TGTTACATGC TGCTGCCCGA 
AAATCTGTAC CACACCCATA CTTTTGA

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

RefSeq	XP_011517981.1
CDS	310..3936
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_011519679.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X23, mRNA.

Target ORF information:

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

XM_011519679.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGCT 
GATGTTTCAG AAGAACAATT ACAAAAGATG ACTGAAGAAC AAACTTACCA AGCAGCAGAA 
AAATCTCAAG CTGACAGTGA AGTTCCAGAT GAAAATCTTA TGGTTGAAAA TAAAGATTCA 
GTAACAAAAG TCCAAATAGA ACAAATGAAA CAAAGAACTT CTAGTATGGA AAGACATGAG 
GAGACTCTTA CAACCCCACA ATTGCCTGAG GACATGGTTT TAGTTTCAAG AATCCAATCT 
GAAACTAAAA ATCTTAAAGC TACCAGAAAT GAGAGTTTTC ATTCTCATAA TGATGTACCA 
GAAGAAAATC TTATGCTTGA ACAAGACACA AAGTCAAAAA CGGAAGTAGA AGTAAAGAAA 
CAAAAATCTT TCCAAGATAA TCAACTCAGT ACTCATAATG AAGTACCAAA TGAAAGGCTT 
GTAGTTGAGC ATCAAGAATC ATTGTCAAAA ACCAAATTAC AAATAAAGAA ACAAGAAACT 
TCTACAGAGC AACCACTCAC CACTCCTGAT AAAGAACCAA ATGAAAATCT TATACTTAGG 
CATCAAGACT CAATGTCAAA ATCAGAAATG CAAGTGAAGG AACAAAGAAC TCTCAAAGGG 
CAAAGAATTA TTACTCATGA TGAAGAACCA GGCAAAAATC TTGTGCTTGA ACATCAAGAT 
TCAGTGTCAA AACTGGAAAT GCAAATTGAA AAAACCAAAA AACTTCCTAG AGAGAAAAGA 
CATAGTACTC ATGATGAAGA ATCAGGTGAA AATCCTATGC TTAAACATCA AGATTCAGTG 
TCAAAAATCC AAGTGCAATT AGAGATTCAA GAAACTTCTG AAGGAGAAGG ACGTAGCATA 
CCAGATAAAA ATTCTATGTT TGTTCATCAA GATTCAGTGT CAAAACTCCA AATGCAAGAA 
AAGAAAAAAA TAACTCCTGG AAGGGAAAGG CGTAATACTC GTATTGTAGT ACCAAATGAA 
AATGTGATTT CTGTTCATCA AGATTCAAAG TCAAAACTCC AAATGCAAGA AAAGAAACAA 
ATAAATTCTG GAGTGGAAAG ACACAAGACG TTTCCTTTAG AAATCAAAAA AAAGGATATA 
TCACTTGAAC ATCTGTTGCC TGAGGAGAAA GTTTTATTAT CAAGAAGCGA ATCTCAAACG 
AAGAAACTTC AAGCTAAAGT AACTTCAAGA AAAATTAAAA ATGAAGCAGC CTCAGAACTT 
CCAGATACAG CAGAAAATCT TCCAGCAATG TACCCGTCAA TTAGCGACCT AATAATTCAA 
TTTGATTTAA ACAAAGTGGT CGAGACTGAT ATAGAAAGCT TGAGAGGTGC TTTGGGAAGA 
CGCTTATTAA ATGATGAATT CAAGACACAG TCAAAGAGTT TCCCTGGGCC TGATATAGAA 
CAATTGACAG ATGCATTTGG AAGAGATATA CTAAAGGATG AATTCAAGAC ACGATCAAAG 
AGTCTCCCTG AGACTGATGA ACGATTGCAT AGTACAACTG AGAGAGGTAC AATAAATGAT 
GCAATTAAGA CGCAGTTAAA GAGAAAGAGT TACCCTGAGA CTGTCTTAAA ACACTTGAAA 
GGTGTTAATG GAAAAGATAT AATAAAGCAT CTAATCAACA TACAGTCAAA GAGTCATGGA 
GAGACTGATA AGGAACACTT AGCAGATGAT ACTGGAAGAG GTATAATAAA GGGATCAATC 
AATGCACAAC TAAAGGGTCA CCAAAAGACT GATAAGAACT TCTTTGCCTA TGCTACTGGA 
AGAGGTCTAA TGAAGGAGTC AACCACGACA CAATTAAAAA GTCACCCAGA GACTGATAAG 
GAATTCTTGG CAGATGCTAT TGGAAGAGGT ATAATAATAG GGCCAATCAC TACACAACTG 
AAGAGTCACC GAGAGACTGA TAAAGAACTC TTAAAAGATG CTATTGGAAG AGATATAATA 
AAGGGACCAA TCAGTGCACA ATTAAAGAGT CACCAGGAGA CTGATGTAGA ACCCTTGACA 
AATGCCATTG GTTCAAGTAA AACAATTGGT GAGATAAAGA CACAACTAAG GACTCACTAT 
GATGTGAACT TATTTAAAAA CAAAGATATG TCCGTACAAC GTCAAGAAGG TATCTTTACT 
AGGAGCATTA CACCAAGTAA ATTCCCAACA AAAGTGATCA ATTTATCACC CTTTGAAAAT 
AAAGAGGAAA CTTATGAGTA CTCTTCACCC TATGTGACTG CACCTTCAAA AGCAATTTAT 
AGAACATATA GGGCTGGTCC AAGCTTTTCT AAAGACATCC ACCTTCCTTT ACTGAATCAA 
CTCCCTTCAG GGCATTCGAA AGTTGTTACC TTAAGCCAAA AAACTATTGA ATTTACTCTG 
CCTACTGTGA CCAATACAGT TGGAAAACCT ACCTATAAAG TGTTACATGC TGCTGCCCGA 
AAATCTGTAC CACACCCATA CTTTTGA

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

CCDC7 ( XM_011519680.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517982.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X24, mRNA.

Price & Availability↑

CloneID	OHu72100
Clone ID Related Accession (Same CDS sequence)	XM_011519680.2 , XM_017016642.1 , XM_011519680.3
Accession Version	XM_011519680.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3498bp) 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	uncharacterized protein C10orf68 isoform X23
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011519680.1. ##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##

ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GAGACTGATG AACGATTGCA TAGTACAACT GAGAGAGGTA CAATAAATGA TGCAATTAAG 
ACGCAGTTAA AGAGAAAGAG TTACCCTGAG ACTGTCTTAA AACACTTGAA AGGTGTTAAT 
GGAAAAGATA TAATAAAGCA TCTAATCAAC ATACAGTCAA AGAGTCATGG AGAGACTGAT 
AAGGAACACT TAGCAGATGA TACTGGAAGA GGTATAATAA AGGGATCAAT CAATGCACAA 
CTAAAGGGTC ACCAAAAGAC TGATAAGAAC TTCTTTGCCT ATGCTACTGG AAGAGGTCTA 
ATGAAGGAGT CAACCACGAC ACAATTAAAA AGTCACCCAG AGACTGATAA GGAATTCTTG 
GCAGATGCTA TTGGAAGAGG TATAATAATA GGGCCAATCA CTACACAACT GAAGAGTCAC 
CGAGAGACTG ATAAAGAACT CTTAAAAGAT GCTATTGGAA GAGATATAAT AAAGGGACCA 
ATCAGTGCAC AATTAAAGAG TCACCAGGAG ACTGATGTAG AACCCTTGAC AAATGCCATT 
GGTTCAAGTA AAACAATTGG TGAGATAAAG ACACAACTAA GGACTCACTA TGATGTGAAC 
TTATTTAAAA ACAAAGATAT GTCCGTACAA CGTCAAGAAG GTATCTTTAC TAGGAGCATT 
ACACCAAGTA AATTCCCAAC AAAAGTGATC AATTTATCAC CCTTTGAAAA TAAAGAGGAA 
ACTTATGAGT ACTCTTCACC CTATGTGACT GCACCTTCAA AAGCAATTTA TAGAACATAT 
AGGGCTGGTC CAAGCTTTTC TAAAGACATC CACCTTCCTT TACTGAATCA ACTCCCTTCA 
GGGCATTCGA AAGTTGTTAC CTTAAGCCAA AAAACTATTG AATTTACTCT GCCTACTGTG 
ACCAATACAG TTGGAAAACC TACCTATAAA GTGTTACATG CTGCTGCCCG AAAATCTGTA 
CCACACCCAT ACTTTTGA

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

RefSeq	XP_011517982.1
CDS	105..3602
Translation	MLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_011519680.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X24, mRNA.

Target ORF information:

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

XM_011519680.2

ORF Insert Sequence:

ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GAGACTGATG AACGATTGCA TAGTACAACT GAGAGAGGTA CAATAAATGA TGCAATTAAG 
ACGCAGTTAA AGAGAAAGAG TTACCCTGAG ACTGTCTTAA AACACTTGAA AGGTGTTAAT 
GGAAAAGATA TAATAAAGCA TCTAATCAAC ATACAGTCAA AGAGTCATGG AGAGACTGAT 
AAGGAACACT TAGCAGATGA TACTGGAAGA GGTATAATAA AGGGATCAAT CAATGCACAA 
CTAAAGGGTC ACCAAAAGAC TGATAAGAAC TTCTTTGCCT ATGCTACTGG AAGAGGTCTA 
ATGAAGGAGT CAACCACGAC ACAATTAAAA AGTCACCCAG AGACTGATAA GGAATTCTTG 
GCAGATGCTA TTGGAAGAGG TATAATAATA GGGCCAATCA CTACACAACT GAAGAGTCAC 
CGAGAGACTG ATAAAGAACT CTTAAAAGAT GCTATTGGAA GAGATATAAT AAAGGGACCA 
ATCAGTGCAC AATTAAAGAG TCACCAGGAG ACTGATGTAG AACCCTTGAC AAATGCCATT 
GGTTCAAGTA AAACAATTGG TGAGATAAAG ACACAACTAA GGACTCACTA TGATGTGAAC 
TTATTTAAAA ACAAAGATAT GTCCGTACAA CGTCAAGAAG GTATCTTTAC TAGGAGCATT 
ACACCAAGTA AATTCCCAAC AAAAGTGATC AATTTATCAC CCTTTGAAAA TAAAGAGGAA 
ACTTATGAGT ACTCTTCACC CTATGTGACT GCACCTTCAA AAGCAATTTA TAGAACATAT 
AGGGCTGGTC CAAGCTTTTC TAAAGACATC CACCTTCCTT TACTGAATCA ACTCCCTTCA 
GGGCATTCGA AAGTTGTTAC CTTAAGCCAA AAAACTATTG AATTTACTCT GCCTACTGTG 
ACCAATACAG TTGGAAAACC TACCTATAAA GTGTTACATG CTGCTGCCCG AAAATCTGTA 
CCACACCCAT ACTTTTGA

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

CCDC7 ( XM_017016642.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872131.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X25, mRNA.

Price & Availability↑

CloneID	OHu72100
Clone ID Related Accession (Same CDS sequence)	XM_011519680.2 , XM_017016642.1 , XM_011519680.3
Accession Version	XM_017016642.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3498bp) 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	uncharacterized protein C10orf68 isoform X25
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GAGACTGATG AACGATTGCA TAGTACAACT GAGAGAGGTA CAATAAATGA TGCAATTAAG 
ACGCAGTTAA AGAGAAAGAG TTACCCTGAG ACTGTCTTAA AACACTTGAA AGGTGTTAAT 
GGAAAAGATA TAATAAAGCA TCTAATCAAC ATACAGTCAA AGAGTCATGG AGAGACTGAT 
AAGGAACACT TAGCAGATGA TACTGGAAGA GGTATAATAA AGGGATCAAT CAATGCACAA 
CTAAAGGGTC ACCAAAAGAC TGATAAGAAC TTCTTTGCCT ATGCTACTGG AAGAGGTCTA 
ATGAAGGAGT CAACCACGAC ACAATTAAAA AGTCACCCAG AGACTGATAA GGAATTCTTG 
GCAGATGCTA TTGGAAGAGG TATAATAATA GGGCCAATCA CTACACAACT GAAGAGTCAC 
CGAGAGACTG ATAAAGAACT CTTAAAAGAT GCTATTGGAA GAGATATAAT AAAGGGACCA 
ATCAGTGCAC AATTAAAGAG TCACCAGGAG ACTGATGTAG AACCCTTGAC AAATGCCATT 
GGTTCAAGTA AAACAATTGG TGAGATAAAG ACACAACTAA GGACTCACTA TGATGTGAAC 
TTATTTAAAA ACAAAGATAT GTCCGTACAA CGTCAAGAAG GTATCTTTAC TAGGAGCATT 
ACACCAAGTA AATTCCCAAC AAAAGTGATC AATTTATCAC CCTTTGAAAA TAAAGAGGAA 
ACTTATGAGT ACTCTTCACC CTATGTGACT GCACCTTCAA AAGCAATTTA TAGAACATAT 
AGGGCTGGTC CAAGCTTTTC TAAAGACATC CACCTTCCTT TACTGAATCA ACTCCCTTCA 
GGGCATTCGA AAGTTGTTAC CTTAAGCCAA AAAACTATTG AATTTACTCT GCCTACTGTG 
ACCAATACAG TTGGAAAACC TACCTATAAA GTGTTACATG CTGCTGCCCG AAAATCTGTA 
CCACACCCAT ACTTTTGA

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

RefSeq	XP_016872131.1
CDS	472..3969
Translation	MLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_017016642.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X25, mRNA.

Target ORF information:

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

XM_017016642.1

ORF Insert Sequence:

ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GAGACTGATG AACGATTGCA TAGTACAACT GAGAGAGGTA CAATAAATGA TGCAATTAAG 
ACGCAGTTAA AGAGAAAGAG TTACCCTGAG ACTGTCTTAA AACACTTGAA AGGTGTTAAT 
GGAAAAGATA TAATAAAGCA TCTAATCAAC ATACAGTCAA AGAGTCATGG AGAGACTGAT 
AAGGAACACT TAGCAGATGA TACTGGAAGA GGTATAATAA AGGGATCAAT CAATGCACAA 
CTAAAGGGTC ACCAAAAGAC TGATAAGAAC TTCTTTGCCT ATGCTACTGG AAGAGGTCTA 
ATGAAGGAGT CAACCACGAC ACAATTAAAA AGTCACCCAG AGACTGATAA GGAATTCTTG 
GCAGATGCTA TTGGAAGAGG TATAATAATA GGGCCAATCA CTACACAACT GAAGAGTCAC 
CGAGAGACTG ATAAAGAACT CTTAAAAGAT GCTATTGGAA GAGATATAAT AAAGGGACCA 
ATCAGTGCAC AATTAAAGAG TCACCAGGAG ACTGATGTAG AACCCTTGAC AAATGCCATT 
GGTTCAAGTA AAACAATTGG TGAGATAAAG ACACAACTAA GGACTCACTA TGATGTGAAC 
TTATTTAAAA ACAAAGATAT GTCCGTACAA CGTCAAGAAG GTATCTTTAC TAGGAGCATT 
ACACCAAGTA AATTCCCAAC AAAAGTGATC AATTTATCAC CCTTTGAAAA TAAAGAGGAA 
ACTTATGAGT ACTCTTCACC CTATGTGACT GCACCTTCAA AAGCAATTTA TAGAACATAT 
AGGGCTGGTC CAAGCTTTTC TAAAGACATC CACCTTCCTT TACTGAATCA ACTCCCTTCA 
GGGCATTCGA AAGTTGTTAC CTTAAGCCAA AAAACTATTG AATTTACTCT GCCTACTGTG 
ACCAATACAG TTGGAAAACC TACCTATAAA GTGTTACATG CTGCTGCCCG AAAATCTGTA 
CCACACCCAT ACTTTTGA

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

CCDC7 ( XM_011519680.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517982.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X26, mRNA.

Price & Availability↑

CloneID	OHu72100
Clone ID Related Accession (Same CDS sequence)	XM_011519680.2 , XM_017016642.1 , XM_011519680.3
Accession Version	XM_011519680.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3498bp) 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	uncharacterized protein C10orf68 isoform X25
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011519680.2. ##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##

ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GAGACTGATG AACGATTGCA TAGTACAACT GAGAGAGGTA CAATAAATGA TGCAATTAAG 
ACGCAGTTAA AGAGAAAGAG TTACCCTGAG ACTGTCTTAA AACACTTGAA AGGTGTTAAT 
GGAAAAGATA TAATAAAGCA TCTAATCAAC ATACAGTCAA AGAGTCATGG AGAGACTGAT 
AAGGAACACT TAGCAGATGA TACTGGAAGA GGTATAATAA AGGGATCAAT CAATGCACAA 
CTAAAGGGTC ACCAAAAGAC TGATAAGAAC TTCTTTGCCT ATGCTACTGG AAGAGGTCTA 
ATGAAGGAGT CAACCACGAC ACAATTAAAA AGTCACCCAG AGACTGATAA GGAATTCTTG 
GCAGATGCTA TTGGAAGAGG TATAATAATA GGGCCAATCA CTACACAACT GAAGAGTCAC 
CGAGAGACTG ATAAAGAACT CTTAAAAGAT GCTATTGGAA GAGATATAAT AAAGGGACCA 
ATCAGTGCAC AATTAAAGAG TCACCAGGAG ACTGATGTAG AACCCTTGAC AAATGCCATT 
GGTTCAAGTA AAACAATTGG TGAGATAAAG ACACAACTAA GGACTCACTA TGATGTGAAC 
TTATTTAAAA ACAAAGATAT GTCCGTACAA CGTCAAGAAG GTATCTTTAC TAGGAGCATT 
ACACCAAGTA AATTCCCAAC AAAAGTGATC AATTTATCAC CCTTTGAAAA TAAAGAGGAA 
ACTTATGAGT ACTCTTCACC CTATGTGACT GCACCTTCAA AAGCAATTTA TAGAACATAT 
AGGGCTGGTC CAAGCTTTTC TAAAGACATC CACCTTCCTT TACTGAATCA ACTCCCTTCA 
GGGCATTCGA AAGTTGTTAC CTTAAGCCAA AAAACTATTG AATTTACTCT GCCTACTGTG 
ACCAATACAG TTGGAAAACC TACCTATAAA GTGTTACATG CTGCTGCCCG AAAATCTGTA 
CCACACCCAT ACTTTTGA

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

RefSeq	XP_011517982.1
CDS	111..3608
Translation	MLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_011519680.3
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X26, mRNA.

Target ORF information:

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

XM_011519680.3

ORF Insert Sequence:

ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GAGACTGATG AACGATTGCA TAGTACAACT GAGAGAGGTA CAATAAATGA TGCAATTAAG 
ACGCAGTTAA AGAGAAAGAG TTACCCTGAG ACTGTCTTAA AACACTTGAA AGGTGTTAAT 
GGAAAAGATA TAATAAAGCA TCTAATCAAC ATACAGTCAA AGAGTCATGG AGAGACTGAT 
AAGGAACACT TAGCAGATGA TACTGGAAGA GGTATAATAA AGGGATCAAT CAATGCACAA 
CTAAAGGGTC ACCAAAAGAC TGATAAGAAC TTCTTTGCCT ATGCTACTGG AAGAGGTCTA 
ATGAAGGAGT CAACCACGAC ACAATTAAAA AGTCACCCAG AGACTGATAA GGAATTCTTG 
GCAGATGCTA TTGGAAGAGG TATAATAATA GGGCCAATCA CTACACAACT GAAGAGTCAC 
CGAGAGACTG ATAAAGAACT CTTAAAAGAT GCTATTGGAA GAGATATAAT AAAGGGACCA 
ATCAGTGCAC AATTAAAGAG TCACCAGGAG ACTGATGTAG AACCCTTGAC AAATGCCATT 
GGTTCAAGTA AAACAATTGG TGAGATAAAG ACACAACTAA GGACTCACTA TGATGTGAAC 
TTATTTAAAA ACAAAGATAT GTCCGTACAA CGTCAAGAAG GTATCTTTAC TAGGAGCATT 
ACACCAAGTA AATTCCCAAC AAAAGTGATC AATTTATCAC CCTTTGAAAA TAAAGAGGAA 
ACTTATGAGT ACTCTTCACC CTATGTGACT GCACCTTCAA AAGCAATTTA TAGAACATAT 
AGGGCTGGTC CAAGCTTTTC TAAAGACATC CACCTTCCTT TACTGAATCA ACTCCCTTCA 
GGGCATTCGA AAGTTGTTAC CTTAAGCCAA AAAACTATTG AATTTACTCT GCCTACTGTG 
ACCAATACAG TTGGAAAACC TACCTATAAA GTGTTACATG CTGCTGCCCG AAAATCTGTA 
CCACACCCAT ACTTTTGA

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

CCDC7 ( XM_017016644.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872133.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X28, mRNA.

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CloneID	OHu72101
Clone ID Related Accession (Same CDS sequence)	XM_017016644.1
Accession Version	XM_017016644.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3282bp) 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	uncharacterized protein C10orf68 isoform X27
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GAGACTGATG AACGATTGCA TAGTACAACT GAGAGAGGTA CAATAAATGA TGCAATTAAG 
ACGCAGTTAA AGAGAAAGAG TTACCCTGCT TGCAGGAGCT GA

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

RefSeq	XP_016872133.1
CDS	310..3591
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPACRS

Target ORF information:

RefSeq Version	XM_017016644.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X28, mRNA.

Target ORF information:

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

XM_017016644.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GAGACTGATG AACGATTGCA TAGTACAACT GAGAGAGGTA CAATAAATGA TGCAATTAAG 
ACGCAGTTAA AGAGAAAGAG TTACCCTGCT TGCAGGAGCT GA

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

CCDC7 ( XM_017016645.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872134.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X27, mRNA.

Price & Availability↑

CloneID	OHu72102
Clone ID Related Accession (Same CDS sequence)	XM_017016645.1 , XM_024448167.1 , XM_024448168.1 , XM_017016646.1
Accession Version	XM_017016645.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3243bp) 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	uncharacterized protein C10orf68 isoform X26
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAGTGTG ATTTTCAGTT GTTATCAGAA GAGAAGTTGG TGCTGGAAAA TGAACTACAA 
AAGTTGAAGG ACAAAGAGAA AACTAAGCCT ACAAATAATC GAACAAAGAA AGCTGTGAAA 
ACAGTGAAGA AAAAAGACAA AGGAAAATCT GAGGATTCAG AAAAGAAGAT GTCTCCAGAA 
AAAGAGTTTA AAATAAAAGA AGATTTGGAT CAAGTACAGA AAGTAGCACG TCTGGAAATT 
GAGAACAAAG TCCTTCAGGA GCAATTGAAA CAGGCTTTAC AGGAAGCTGA AAAAGCTAAG 
CATCAACTTA ACTATTTCCT AAATCAAGAG AAGTTACTTA AAAGTGAGGG GAAAACTGAG 
ACAACAATGC AAGTGGGTAA TAGTCAAACA AAAGTTAAAG GTGAAGATTC AAAAAATATA 
CCATTGGAGA AAGAAACAAG AAAATCACTG GTTTCAGATT CAGGTGGACA AAGGACAAGT 
GATAAAATCC AAGAATATCC ACAGATCACT GCCCAAAGCG GAAGACTGAT TGAAAAGAGC 
TCAGAGAAGA AACGATCTAG CCCTGCTATT TCAGATCTTT CACAGATCCT TAAGTCTCAA 
GATGAATCAG CATTTTTAGA GAGTTCAAAT GAAGTTTCAG TTGCTGAAAA CCAATCCTAT 
AAATCTCCAT CAGAGACCCA TGATAAATCA CTTACAACAG TATCATCCAG CAAAGAAGTT 
CAAGATTCAC TGTCTGTTGG AACATTGGCT CAAAAAAACG AAACAGTGAT ATCACCATTC 
ATTTTACCTC CTGTTCTTAC AGAAAGTAAA AAGGCTGATG TTTCAGAAGA ACAATTACAA 
AAGATGACTG AAGAACAAAC TTACCAAGCA GCAGAAAAAT CTCAAGCTGA CAGTGAAGTT 
CCAGATGAAA ATCTTATGGT TGAAAATAAA GATTCAGTAA CAAAAGTCCA AATAGAACAA 
ATGAAACAAA GAACTTCTAG TATGGAAAGA CATGAGGAGA CTCTTACAAC CCCACAATTG 
CCTGAGGACA TGGTTTTAGT TTCAAGAATC CAATCTGAAA CTAAAAATCT TAAAGCTACC 
AGAAATGAGA GTTTTCATTC TCATAATGAT GTACCAGAAG AAAATCTTAT GCTTGAACAA 
GACACAAAGT CAAAAACGGA AGTAGAAGTA AAGAAACAAA AATCTTTCCA AGATAATCAA 
CTCAGTACTC ATAATGAAGT ACCAAATGAA AGGCTTGTAG TTGAGCATCA AGAATCATTG 
TCAAAAACCA AATTACAAAT AAAGAAACAA GAAACTTCTA CAGAGCAACC ACTCACCACT 
CCTGATAAAG AACCAAATGA AAATCTTATA CTTAGGCATC AAGACTCAAT GTCAAAATCA 
GAAATGCAAG TGAAGGAACA AAGAACTCTC AAAGGGCAAA GAATTATTAC TCATGATGAA 
GAACCAGGCA AAAATCTTGT GCTTGAACAT CAAGATTCAG TGTCAAAACT GGAAATGCAA 
ATTGAAAAAA CCAAAAAACT TCCTAGAGAG AAAAGACATA GTACTCATGA TGAAGAATCA 
GGTGAAAATC CTATGCTTAA ACATCAAGAT TCAGTGTCAA AAATCCAAGT GCAATTAGAG 
ATTCAAGAAA CTTCTGAAGG AGAAGGACGT AGCATACCAG ATAAAAATTC TATGTTTGTT 
CATCAAGATT CAGTGTCAAA ACTCCAAATG CAAGAAAAGA AAAAAATAAC TCCTGGAAGG 
GAAAGGCGTA ATACTCGTAT TGTAGTACCA AATGAAAATG TGATTTCTGT TCATCAAGAT 
TCAAAGTCAA AACTCCAAAT GCAAGAAAAG AAACAAATAA ATTCTGGAGT GGAAAGACAC 
AAGACGTTTC CTTTAGAAAT CAAAAAAAAG GATATATCAC TTGAACATCT GTTGCCTGAG 
GAGAAAGTTT TATTATCAAG AAGCGAATCT CAAACGAAGA AACTTCAAGC TAAAGTAACT 
TCAAGAAAAA TTAAAAATGA AGCAGCCTCA GAACTTCCAG ATACAGCAGA AAATCTTCCA 
GCAATGTACC CGTCAATTAG CGACCTAATA ATTCAATTTG ATTTAAACAA AGTGGTCGAG 
ACTGATATAG AAAGCTTGAG AGGTGCTTTG GGAAGACGCT TATTAAATGA TGAATTCAAG 
ACACAGTCAA AGAGTTTCCC TGGGCCTGAT ATAGAACAAT TGACAGATGC ATTTGGAAGA 
GATATACTAA AGGATGAATT CAAGACACGA TCAAAGAGTC TCCCTGAGAC TGATGAACGA 
TTGCATAGTA CAACTGAGAG AGGTACAATA AATGATGCAA TTAAGACGCA GTTAAAGAGA 
AAGAGTTACC CTGAGACTGT CTTAAAACAC TTGAAAGGTG TTAATGGAAA AGATATAATA 
AAGCATCTAA TCAACATACA GTCAAAGAGT CATGGAGAGA CTGATAAGGA ACACTTAGCA 
GATGATACTG GAAGAGGTAT AATAAAGGGA TCAATCAATG CACAACTAAA GGGTCACCAA 
AAGACTGATA AGAACTTCTT TGCCTATGCT ACTGGAAGAG GTCTAATGAA GGAGTCAACC 
ACGACACAAT TAAAAAGTCA CCCAGAGACT GATAAGGAAT TCTTGGCAGA TGCTATTGGA 
AGAGGTATAA TAATAGGGCC AATCACTACA CAACTGAAGA GTCACCGAGA GACTGATAAA 
GAACTCTTAA AAGATGCTAT TGGAAGAGAT ATAATAAAGG GACCAATCAG TGCACAATTA 
AAGAGTCACC AGGAGACTGA TGTAGAACCC TTGACAAATG CCATTGGTTC AAGTAAAACA 
ATTGGTGAGA TAAAGACACA ACTAAGGACT CACTATGATG TGAACTTATT TAAAAACAAA 
GATATGTCCG TACAACGTCA AGAAGGTATC TTTACTAGGA GCATTACACC AAGTAAATTC 
CCAACAAAAG TGATCAATTT ATCACCCTTT GAAAATAAAG AGGAAACTTA TGAGTACTCT 
TCACCCTATG TGACTGCACC TTCAAAAGCA ATTTATAGAA CATATAGGGC TGGTCCAAGC 
TTTTCTAAAG ACATCCACCT TCCTTTACTG AATCAACTCC CTTCAGGGCA TTCGAAAGTT 
GTTACCTTAA GCCAAAAAAC TATTGAATTT ACTCTGCCTA CTGTGACCAA TACAGTTGGA 
AAACCTACCT ATAAAGTGTT ACATGCTGCT GCCCGAAAAT CTGTACCACA CCCATACTTT 
TGA

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

RefSeq	XP_016872134.1
CDS	268..3510
Translation	MQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_017016645.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X27, mRNA.

Target ORF information:

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

XM_017016645.1

ORF Insert Sequence:

ATGCAGTGTG ATTTTCAGTT GTTATCAGAA GAGAAGTTGG TGCTGGAAAA TGAACTACAA 
AAGTTGAAGG ACAAAGAGAA AACTAAGCCT ACAAATAATC GAACAAAGAA AGCTGTGAAA 
ACAGTGAAGA AAAAAGACAA AGGAAAATCT GAGGATTCAG AAAAGAAGAT GTCTCCAGAA 
AAAGAGTTTA AAATAAAAGA AGATTTGGAT CAAGTACAGA AAGTAGCACG TCTGGAAATT 
GAGAACAAAG TCCTTCAGGA GCAATTGAAA CAGGCTTTAC AGGAAGCTGA AAAAGCTAAG 
CATCAACTTA ACTATTTCCT AAATCAAGAG AAGTTACTTA AAAGTGAGGG GAAAACTGAG 
ACAACAATGC AAGTGGGTAA TAGTCAAACA AAAGTTAAAG GTGAAGATTC AAAAAATATA 
CCATTGGAGA AAGAAACAAG AAAATCACTG GTTTCAGATT CAGGTGGACA AAGGACAAGT 
GATAAAATCC AAGAATATCC ACAGATCACT GCCCAAAGCG GAAGACTGAT TGAAAAGAGC 
TCAGAGAAGA AACGATCTAG CCCTGCTATT TCAGATCTTT CACAGATCCT TAAGTCTCAA 
GATGAATCAG CATTTTTAGA GAGTTCAAAT GAAGTTTCAG TTGCTGAAAA CCAATCCTAT 
AAATCTCCAT CAGAGACCCA TGATAAATCA CTTACAACAG TATCATCCAG CAAAGAAGTT 
CAAGATTCAC TGTCTGTTGG AACATTGGCT CAAAAAAACG AAACAGTGAT ATCACCATTC 
ATTTTACCTC CTGTTCTTAC AGAAAGTAAA AAGGCTGATG TTTCAGAAGA ACAATTACAA 
AAGATGACTG AAGAACAAAC TTACCAAGCA GCAGAAAAAT CTCAAGCTGA CAGTGAAGTT 
CCAGATGAAA ATCTTATGGT TGAAAATAAA GATTCAGTAA CAAAAGTCCA AATAGAACAA 
ATGAAACAAA GAACTTCTAG TATGGAAAGA CATGAGGAGA CTCTTACAAC CCCACAATTG 
CCTGAGGACA TGGTTTTAGT TTCAAGAATC CAATCTGAAA CTAAAAATCT TAAAGCTACC 
AGAAATGAGA GTTTTCATTC TCATAATGAT GTACCAGAAG AAAATCTTAT GCTTGAACAA 
GACACAAAGT CAAAAACGGA AGTAGAAGTA AAGAAACAAA AATCTTTCCA AGATAATCAA 
CTCAGTACTC ATAATGAAGT ACCAAATGAA AGGCTTGTAG TTGAGCATCA AGAATCATTG 
TCAAAAACCA AATTACAAAT AAAGAAACAA GAAACTTCTA CAGAGCAACC ACTCACCACT 
CCTGATAAAG AACCAAATGA AAATCTTATA CTTAGGCATC AAGACTCAAT GTCAAAATCA 
GAAATGCAAG TGAAGGAACA AAGAACTCTC AAAGGGCAAA GAATTATTAC TCATGATGAA 
GAACCAGGCA AAAATCTTGT GCTTGAACAT CAAGATTCAG TGTCAAAACT GGAAATGCAA 
ATTGAAAAAA CCAAAAAACT TCCTAGAGAG AAAAGACATA GTACTCATGA TGAAGAATCA 
GGTGAAAATC CTATGCTTAA ACATCAAGAT TCAGTGTCAA AAATCCAAGT GCAATTAGAG 
ATTCAAGAAA CTTCTGAAGG AGAAGGACGT AGCATACCAG ATAAAAATTC TATGTTTGTT 
CATCAAGATT CAGTGTCAAA ACTCCAAATG CAAGAAAAGA AAAAAATAAC TCCTGGAAGG 
GAAAGGCGTA ATACTCGTAT TGTAGTACCA AATGAAAATG TGATTTCTGT TCATCAAGAT 
TCAAAGTCAA AACTCCAAAT GCAAGAAAAG AAACAAATAA ATTCTGGAGT GGAAAGACAC 
AAGACGTTTC CTTTAGAAAT CAAAAAAAAG GATATATCAC TTGAACATCT GTTGCCTGAG 
GAGAAAGTTT TATTATCAAG AAGCGAATCT CAAACGAAGA AACTTCAAGC TAAAGTAACT 
TCAAGAAAAA TTAAAAATGA AGCAGCCTCA GAACTTCCAG ATACAGCAGA AAATCTTCCA 
GCAATGTACC CGTCAATTAG CGACCTAATA ATTCAATTTG ATTTAAACAA AGTGGTCGAG 
ACTGATATAG AAAGCTTGAG AGGTGCTTTG GGAAGACGCT TATTAAATGA TGAATTCAAG 
ACACAGTCAA AGAGTTTCCC TGGGCCTGAT ATAGAACAAT TGACAGATGC ATTTGGAAGA 
GATATACTAA AGGATGAATT CAAGACACGA TCAAAGAGTC TCCCTGAGAC TGATGAACGA 
TTGCATAGTA CAACTGAGAG AGGTACAATA AATGATGCAA TTAAGACGCA GTTAAAGAGA 
AAGAGTTACC CTGAGACTGT CTTAAAACAC TTGAAAGGTG TTAATGGAAA AGATATAATA 
AAGCATCTAA TCAACATACA GTCAAAGAGT CATGGAGAGA CTGATAAGGA ACACTTAGCA 
GATGATACTG GAAGAGGTAT AATAAAGGGA TCAATCAATG CACAACTAAA GGGTCACCAA 
AAGACTGATA AGAACTTCTT TGCCTATGCT ACTGGAAGAG GTCTAATGAA GGAGTCAACC 
ACGACACAAT TAAAAAGTCA CCCAGAGACT GATAAGGAAT TCTTGGCAGA TGCTATTGGA 
AGAGGTATAA TAATAGGGCC AATCACTACA CAACTGAAGA GTCACCGAGA GACTGATAAA 
GAACTCTTAA AAGATGCTAT TGGAAGAGAT ATAATAAAGG GACCAATCAG TGCACAATTA 
AAGAGTCACC AGGAGACTGA TGTAGAACCC TTGACAAATG CCATTGGTTC AAGTAAAACA 
ATTGGTGAGA TAAAGACACA ACTAAGGACT CACTATGATG TGAACTTATT TAAAAACAAA 
GATATGTCCG TACAACGTCA AGAAGGTATC TTTACTAGGA GCATTACACC AAGTAAATTC 
CCAACAAAAG TGATCAATTT ATCACCCTTT GAAAATAAAG AGGAAACTTA TGAGTACTCT 
TCACCCTATG TGACTGCACC TTCAAAAGCA ATTTATAGAA CATATAGGGC TGGTCCAAGC 
TTTTCTAAAG ACATCCACCT TCCTTTACTG AATCAACTCC CTTCAGGGCA TTCGAAAGTT 
GTTACCTTAA GCCAAAAAAC TATTGAATTT ACTCTGCCTA CTGTGACCAA TACAGTTGGA 
AAACCTACCT ATAAAGTGTT ACATGCTGCT GCCCGAAAAT CTGTACCACA CCCATACTTT 
TGA

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

CCDC7 ( XM_024448167.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024303935.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X29, mRNA.

Price & Availability↑

CloneID	OHu72102
Clone ID Related Accession (Same CDS sequence)	XM_017016645.1 , XM_024448167.1 , XM_024448168.1 , XM_017016646.1
Accession Version	XM_024448167.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3243bp) 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	uncharacterized protein C10orf68 isoform X28
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAGTGTG ATTTTCAGTT GTTATCAGAA GAGAAGTTGG TGCTGGAAAA TGAACTACAA 
AAGTTGAAGG ACAAAGAGAA AACTAAGCCT ACAAATAATC GAACAAAGAA AGCTGTGAAA 
ACAGTGAAGA AAAAAGACAA AGGAAAATCT GAGGATTCAG AAAAGAAGAT GTCTCCAGAA 
AAAGAGTTTA AAATAAAAGA AGATTTGGAT CAAGTACAGA AAGTAGCACG TCTGGAAATT 
GAGAACAAAG TCCTTCAGGA GCAATTGAAA CAGGCTTTAC AGGAAGCTGA AAAAGCTAAG 
CATCAACTTA ACTATTTCCT AAATCAAGAG AAGTTACTTA AAAGTGAGGG GAAAACTGAG 
ACAACAATGC AAGTGGGTAA TAGTCAAACA AAAGTTAAAG GTGAAGATTC AAAAAATATA 
CCATTGGAGA AAGAAACAAG AAAATCACTG GTTTCAGATT CAGGTGGACA AAGGACAAGT 
GATAAAATCC AAGAATATCC ACAGATCACT GCCCAAAGCG GAAGACTGAT TGAAAAGAGC 
TCAGAGAAGA AACGATCTAG CCCTGCTATT TCAGATCTTT CACAGATCCT TAAGTCTCAA 
GATGAATCAG CATTTTTAGA GAGTTCAAAT GAAGTTTCAG TTGCTGAAAA CCAATCCTAT 
AAATCTCCAT CAGAGACCCA TGATAAATCA CTTACAACAG TATCATCCAG CAAAGAAGTT 
CAAGATTCAC TGTCTGTTGG AACATTGGCT CAAAAAAACG AAACAGTGAT ATCACCATTC 
ATTTTACCTC CTGTTCTTAC AGAAAGTAAA AAGGCTGATG TTTCAGAAGA ACAATTACAA 
AAGATGACTG AAGAACAAAC TTACCAAGCA GCAGAAAAAT CTCAAGCTGA CAGTGAAGTT 
CCAGATGAAA ATCTTATGGT TGAAAATAAA GATTCAGTAA CAAAAGTCCA AATAGAACAA 
ATGAAACAAA GAACTTCTAG TATGGAAAGA CATGAGGAGA CTCTTACAAC CCCACAATTG 
CCTGAGGACA TGGTTTTAGT TTCAAGAATC CAATCTGAAA CTAAAAATCT TAAAGCTACC 
AGAAATGAGA GTTTTCATTC TCATAATGAT GTACCAGAAG AAAATCTTAT GCTTGAACAA 
GACACAAAGT CAAAAACGGA AGTAGAAGTA AAGAAACAAA AATCTTTCCA AGATAATCAA 
CTCAGTACTC ATAATGAAGT ACCAAATGAA AGGCTTGTAG TTGAGCATCA AGAATCATTG 
TCAAAAACCA AATTACAAAT AAAGAAACAA GAAACTTCTA CAGAGCAACC ACTCACCACT 
CCTGATAAAG AACCAAATGA AAATCTTATA CTTAGGCATC AAGACTCAAT GTCAAAATCA 
GAAATGCAAG TGAAGGAACA AAGAACTCTC AAAGGGCAAA GAATTATTAC TCATGATGAA 
GAACCAGGCA AAAATCTTGT GCTTGAACAT CAAGATTCAG TGTCAAAACT GGAAATGCAA 
ATTGAAAAAA CCAAAAAACT TCCTAGAGAG AAAAGACATA GTACTCATGA TGAAGAATCA 
GGTGAAAATC CTATGCTTAA ACATCAAGAT TCAGTGTCAA AAATCCAAGT GCAATTAGAG 
ATTCAAGAAA CTTCTGAAGG AGAAGGACGT AGCATACCAG ATAAAAATTC TATGTTTGTT 
CATCAAGATT CAGTGTCAAA ACTCCAAATG CAAGAAAAGA AAAAAATAAC TCCTGGAAGG 
GAAAGGCGTA ATACTCGTAT TGTAGTACCA AATGAAAATG TGATTTCTGT TCATCAAGAT 
TCAAAGTCAA AACTCCAAAT GCAAGAAAAG AAACAAATAA ATTCTGGAGT GGAAAGACAC 
AAGACGTTTC CTTTAGAAAT CAAAAAAAAG GATATATCAC TTGAACATCT GTTGCCTGAG 
GAGAAAGTTT TATTATCAAG AAGCGAATCT CAAACGAAGA AACTTCAAGC TAAAGTAACT 
TCAAGAAAAA TTAAAAATGA AGCAGCCTCA GAACTTCCAG ATACAGCAGA AAATCTTCCA 
GCAATGTACC CGTCAATTAG CGACCTAATA ATTCAATTTG ATTTAAACAA AGTGGTCGAG 
ACTGATATAG AAAGCTTGAG AGGTGCTTTG GGAAGACGCT TATTAAATGA TGAATTCAAG 
ACACAGTCAA AGAGTTTCCC TGGGCCTGAT ATAGAACAAT TGACAGATGC ATTTGGAAGA 
GATATACTAA AGGATGAATT CAAGACACGA TCAAAGAGTC TCCCTGAGAC TGATGAACGA 
TTGCATAGTA CAACTGAGAG AGGTACAATA AATGATGCAA TTAAGACGCA GTTAAAGAGA 
AAGAGTTACC CTGAGACTGT CTTAAAACAC TTGAAAGGTG TTAATGGAAA AGATATAATA 
AAGCATCTAA TCAACATACA GTCAAAGAGT CATGGAGAGA CTGATAAGGA ACACTTAGCA 
GATGATACTG GAAGAGGTAT AATAAAGGGA TCAATCAATG CACAACTAAA GGGTCACCAA 
AAGACTGATA AGAACTTCTT TGCCTATGCT ACTGGAAGAG GTCTAATGAA GGAGTCAACC 
ACGACACAAT TAAAAAGTCA CCCAGAGACT GATAAGGAAT TCTTGGCAGA TGCTATTGGA 
AGAGGTATAA TAATAGGGCC AATCACTACA CAACTGAAGA GTCACCGAGA GACTGATAAA 
GAACTCTTAA AAGATGCTAT TGGAAGAGAT ATAATAAAGG GACCAATCAG TGCACAATTA 
AAGAGTCACC AGGAGACTGA TGTAGAACCC TTGACAAATG CCATTGGTTC AAGTAAAACA 
ATTGGTGAGA TAAAGACACA ACTAAGGACT CACTATGATG TGAACTTATT TAAAAACAAA 
GATATGTCCG TACAACGTCA AGAAGGTATC TTTACTAGGA GCATTACACC AAGTAAATTC 
CCAACAAAAG TGATCAATTT ATCACCCTTT GAAAATAAAG AGGAAACTTA TGAGTACTCT 
TCACCCTATG TGACTGCACC TTCAAAAGCA ATTTATAGAA CATATAGGGC TGGTCCAAGC 
TTTTCTAAAG ACATCCACCT TCCTTTACTG AATCAACTCC CTTCAGGGCA TTCGAAAGTT 
GTTACCTTAA GCCAAAAAAC TATTGAATTT ACTCTGCCTA CTGTGACCAA TACAGTTGGA 
AAACCTACCT ATAAAGTGTT ACATGCTGCT GCCCGAAAAT CTGTACCACA CCCATACTTT 
TGA

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

RefSeq	XP_024303935.1
CDS	1012..4254
Translation	MQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_024448167.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X29, mRNA.

Target ORF information:

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

XM_024448167.1

ORF Insert Sequence:

ATGCAGTGTG ATTTTCAGTT GTTATCAGAA GAGAAGTTGG TGCTGGAAAA TGAACTACAA 
AAGTTGAAGG ACAAAGAGAA AACTAAGCCT ACAAATAATC GAACAAAGAA AGCTGTGAAA 
ACAGTGAAGA AAAAAGACAA AGGAAAATCT GAGGATTCAG AAAAGAAGAT GTCTCCAGAA 
AAAGAGTTTA AAATAAAAGA AGATTTGGAT CAAGTACAGA AAGTAGCACG TCTGGAAATT 
GAGAACAAAG TCCTTCAGGA GCAATTGAAA CAGGCTTTAC AGGAAGCTGA AAAAGCTAAG 
CATCAACTTA ACTATTTCCT AAATCAAGAG AAGTTACTTA AAAGTGAGGG GAAAACTGAG 
ACAACAATGC AAGTGGGTAA TAGTCAAACA AAAGTTAAAG GTGAAGATTC AAAAAATATA 
CCATTGGAGA AAGAAACAAG AAAATCACTG GTTTCAGATT CAGGTGGACA AAGGACAAGT 
GATAAAATCC AAGAATATCC ACAGATCACT GCCCAAAGCG GAAGACTGAT TGAAAAGAGC 
TCAGAGAAGA AACGATCTAG CCCTGCTATT TCAGATCTTT CACAGATCCT TAAGTCTCAA 
GATGAATCAG CATTTTTAGA GAGTTCAAAT GAAGTTTCAG TTGCTGAAAA CCAATCCTAT 
AAATCTCCAT CAGAGACCCA TGATAAATCA CTTACAACAG TATCATCCAG CAAAGAAGTT 
CAAGATTCAC TGTCTGTTGG AACATTGGCT CAAAAAAACG AAACAGTGAT ATCACCATTC 
ATTTTACCTC CTGTTCTTAC AGAAAGTAAA AAGGCTGATG TTTCAGAAGA ACAATTACAA 
AAGATGACTG AAGAACAAAC TTACCAAGCA GCAGAAAAAT CTCAAGCTGA CAGTGAAGTT 
CCAGATGAAA ATCTTATGGT TGAAAATAAA GATTCAGTAA CAAAAGTCCA AATAGAACAA 
ATGAAACAAA GAACTTCTAG TATGGAAAGA CATGAGGAGA CTCTTACAAC CCCACAATTG 
CCTGAGGACA TGGTTTTAGT TTCAAGAATC CAATCTGAAA CTAAAAATCT TAAAGCTACC 
AGAAATGAGA GTTTTCATTC TCATAATGAT GTACCAGAAG AAAATCTTAT GCTTGAACAA 
GACACAAAGT CAAAAACGGA AGTAGAAGTA AAGAAACAAA AATCTTTCCA AGATAATCAA 
CTCAGTACTC ATAATGAAGT ACCAAATGAA AGGCTTGTAG TTGAGCATCA AGAATCATTG 
TCAAAAACCA AATTACAAAT AAAGAAACAA GAAACTTCTA CAGAGCAACC ACTCACCACT 
CCTGATAAAG AACCAAATGA AAATCTTATA CTTAGGCATC AAGACTCAAT GTCAAAATCA 
GAAATGCAAG TGAAGGAACA AAGAACTCTC AAAGGGCAAA GAATTATTAC TCATGATGAA 
GAACCAGGCA AAAATCTTGT GCTTGAACAT CAAGATTCAG TGTCAAAACT GGAAATGCAA 
ATTGAAAAAA CCAAAAAACT TCCTAGAGAG AAAAGACATA GTACTCATGA TGAAGAATCA 
GGTGAAAATC CTATGCTTAA ACATCAAGAT TCAGTGTCAA AAATCCAAGT GCAATTAGAG 
ATTCAAGAAA CTTCTGAAGG AGAAGGACGT AGCATACCAG ATAAAAATTC TATGTTTGTT 
CATCAAGATT CAGTGTCAAA ACTCCAAATG CAAGAAAAGA AAAAAATAAC TCCTGGAAGG 
GAAAGGCGTA ATACTCGTAT TGTAGTACCA AATGAAAATG TGATTTCTGT TCATCAAGAT 
TCAAAGTCAA AACTCCAAAT GCAAGAAAAG AAACAAATAA ATTCTGGAGT GGAAAGACAC 
AAGACGTTTC CTTTAGAAAT CAAAAAAAAG GATATATCAC TTGAACATCT GTTGCCTGAG 
GAGAAAGTTT TATTATCAAG AAGCGAATCT CAAACGAAGA AACTTCAAGC TAAAGTAACT 
TCAAGAAAAA TTAAAAATGA AGCAGCCTCA GAACTTCCAG ATACAGCAGA AAATCTTCCA 
GCAATGTACC CGTCAATTAG CGACCTAATA ATTCAATTTG ATTTAAACAA AGTGGTCGAG 
ACTGATATAG AAAGCTTGAG AGGTGCTTTG GGAAGACGCT TATTAAATGA TGAATTCAAG 
ACACAGTCAA AGAGTTTCCC TGGGCCTGAT ATAGAACAAT TGACAGATGC ATTTGGAAGA 
GATATACTAA AGGATGAATT CAAGACACGA TCAAAGAGTC TCCCTGAGAC TGATGAACGA 
TTGCATAGTA CAACTGAGAG AGGTACAATA AATGATGCAA TTAAGACGCA GTTAAAGAGA 
AAGAGTTACC CTGAGACTGT CTTAAAACAC TTGAAAGGTG TTAATGGAAA AGATATAATA 
AAGCATCTAA TCAACATACA GTCAAAGAGT CATGGAGAGA CTGATAAGGA ACACTTAGCA 
GATGATACTG GAAGAGGTAT AATAAAGGGA TCAATCAATG CACAACTAAA GGGTCACCAA 
AAGACTGATA AGAACTTCTT TGCCTATGCT ACTGGAAGAG GTCTAATGAA GGAGTCAACC 
ACGACACAAT TAAAAAGTCA CCCAGAGACT GATAAGGAAT TCTTGGCAGA TGCTATTGGA 
AGAGGTATAA TAATAGGGCC AATCACTACA CAACTGAAGA GTCACCGAGA GACTGATAAA 
GAACTCTTAA AAGATGCTAT TGGAAGAGAT ATAATAAAGG GACCAATCAG TGCACAATTA 
AAGAGTCACC AGGAGACTGA TGTAGAACCC TTGACAAATG CCATTGGTTC AAGTAAAACA 
ATTGGTGAGA TAAAGACACA ACTAAGGACT CACTATGATG TGAACTTATT TAAAAACAAA 
GATATGTCCG TACAACGTCA AGAAGGTATC TTTACTAGGA GCATTACACC AAGTAAATTC 
CCAACAAAAG TGATCAATTT ATCACCCTTT GAAAATAAAG AGGAAACTTA TGAGTACTCT 
TCACCCTATG TGACTGCACC TTCAAAAGCA ATTTATAGAA CATATAGGGC TGGTCCAAGC 
TTTTCTAAAG ACATCCACCT TCCTTTACTG AATCAACTCC CTTCAGGGCA TTCGAAAGTT 
GTTACCTTAA GCCAAAAAAC TATTGAATTT ACTCTGCCTA CTGTGACCAA TACAGTTGGA 
AAACCTACCT ATAAAGTGTT ACATGCTGCT GCCCGAAAAT CTGTACCACA CCCATACTTT 
TGA

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

CCDC7 ( XM_024448168.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024303936.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X30, mRNA.

Price & Availability↑

CloneID	OHu72102
Clone ID Related Accession (Same CDS sequence)	XM_017016645.1 , XM_024448167.1 , XM_024448168.1 , XM_017016646.1
Accession Version	XM_024448168.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3243bp) 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	uncharacterized protein C10orf68 isoform X28
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAGTGTG ATTTTCAGTT GTTATCAGAA GAGAAGTTGG TGCTGGAAAA TGAACTACAA 
AAGTTGAAGG ACAAAGAGAA AACTAAGCCT ACAAATAATC GAACAAAGAA AGCTGTGAAA 
ACAGTGAAGA AAAAAGACAA AGGAAAATCT GAGGATTCAG AAAAGAAGAT GTCTCCAGAA 
AAAGAGTTTA AAATAAAAGA AGATTTGGAT CAAGTACAGA AAGTAGCACG TCTGGAAATT 
GAGAACAAAG TCCTTCAGGA GCAATTGAAA CAGGCTTTAC AGGAAGCTGA AAAAGCTAAG 
CATCAACTTA ACTATTTCCT AAATCAAGAG AAGTTACTTA AAAGTGAGGG GAAAACTGAG 
ACAACAATGC AAGTGGGTAA TAGTCAAACA AAAGTTAAAG GTGAAGATTC AAAAAATATA 
CCATTGGAGA AAGAAACAAG AAAATCACTG GTTTCAGATT CAGGTGGACA AAGGACAAGT 
GATAAAATCC AAGAATATCC ACAGATCACT GCCCAAAGCG GAAGACTGAT TGAAAAGAGC 
TCAGAGAAGA AACGATCTAG CCCTGCTATT TCAGATCTTT CACAGATCCT TAAGTCTCAA 
GATGAATCAG CATTTTTAGA GAGTTCAAAT GAAGTTTCAG TTGCTGAAAA CCAATCCTAT 
AAATCTCCAT CAGAGACCCA TGATAAATCA CTTACAACAG TATCATCCAG CAAAGAAGTT 
CAAGATTCAC TGTCTGTTGG AACATTGGCT CAAAAAAACG AAACAGTGAT ATCACCATTC 
ATTTTACCTC CTGTTCTTAC AGAAAGTAAA AAGGCTGATG TTTCAGAAGA ACAATTACAA 
AAGATGACTG AAGAACAAAC TTACCAAGCA GCAGAAAAAT CTCAAGCTGA CAGTGAAGTT 
CCAGATGAAA ATCTTATGGT TGAAAATAAA GATTCAGTAA CAAAAGTCCA AATAGAACAA 
ATGAAACAAA GAACTTCTAG TATGGAAAGA CATGAGGAGA CTCTTACAAC CCCACAATTG 
CCTGAGGACA TGGTTTTAGT TTCAAGAATC CAATCTGAAA CTAAAAATCT TAAAGCTACC 
AGAAATGAGA GTTTTCATTC TCATAATGAT GTACCAGAAG AAAATCTTAT GCTTGAACAA 
GACACAAAGT CAAAAACGGA AGTAGAAGTA AAGAAACAAA AATCTTTCCA AGATAATCAA 
CTCAGTACTC ATAATGAAGT ACCAAATGAA AGGCTTGTAG TTGAGCATCA AGAATCATTG 
TCAAAAACCA AATTACAAAT AAAGAAACAA GAAACTTCTA CAGAGCAACC ACTCACCACT 
CCTGATAAAG AACCAAATGA AAATCTTATA CTTAGGCATC AAGACTCAAT GTCAAAATCA 
GAAATGCAAG TGAAGGAACA AAGAACTCTC AAAGGGCAAA GAATTATTAC TCATGATGAA 
GAACCAGGCA AAAATCTTGT GCTTGAACAT CAAGATTCAG TGTCAAAACT GGAAATGCAA 
ATTGAAAAAA CCAAAAAACT TCCTAGAGAG AAAAGACATA GTACTCATGA TGAAGAATCA 
GGTGAAAATC CTATGCTTAA ACATCAAGAT TCAGTGTCAA AAATCCAAGT GCAATTAGAG 
ATTCAAGAAA CTTCTGAAGG AGAAGGACGT AGCATACCAG ATAAAAATTC TATGTTTGTT 
CATCAAGATT CAGTGTCAAA ACTCCAAATG CAAGAAAAGA AAAAAATAAC TCCTGGAAGG 
GAAAGGCGTA ATACTCGTAT TGTAGTACCA AATGAAAATG TGATTTCTGT TCATCAAGAT 
TCAAAGTCAA AACTCCAAAT GCAAGAAAAG AAACAAATAA ATTCTGGAGT GGAAAGACAC 
AAGACGTTTC CTTTAGAAAT CAAAAAAAAG GATATATCAC TTGAACATCT GTTGCCTGAG 
GAGAAAGTTT TATTATCAAG AAGCGAATCT CAAACGAAGA AACTTCAAGC TAAAGTAACT 
TCAAGAAAAA TTAAAAATGA AGCAGCCTCA GAACTTCCAG ATACAGCAGA AAATCTTCCA 
GCAATGTACC CGTCAATTAG CGACCTAATA ATTCAATTTG ATTTAAACAA AGTGGTCGAG 
ACTGATATAG AAAGCTTGAG AGGTGCTTTG GGAAGACGCT TATTAAATGA TGAATTCAAG 
ACACAGTCAA AGAGTTTCCC TGGGCCTGAT ATAGAACAAT TGACAGATGC ATTTGGAAGA 
GATATACTAA AGGATGAATT CAAGACACGA TCAAAGAGTC TCCCTGAGAC TGATGAACGA 
TTGCATAGTA CAACTGAGAG AGGTACAATA AATGATGCAA TTAAGACGCA GTTAAAGAGA 
AAGAGTTACC CTGAGACTGT CTTAAAACAC TTGAAAGGTG TTAATGGAAA AGATATAATA 
AAGCATCTAA TCAACATACA GTCAAAGAGT CATGGAGAGA CTGATAAGGA ACACTTAGCA 
GATGATACTG GAAGAGGTAT AATAAAGGGA TCAATCAATG CACAACTAAA GGGTCACCAA 
AAGACTGATA AGAACTTCTT TGCCTATGCT ACTGGAAGAG GTCTAATGAA GGAGTCAACC 
ACGACACAAT TAAAAAGTCA CCCAGAGACT GATAAGGAAT TCTTGGCAGA TGCTATTGGA 
AGAGGTATAA TAATAGGGCC AATCACTACA CAACTGAAGA GTCACCGAGA GACTGATAAA 
GAACTCTTAA AAGATGCTAT TGGAAGAGAT ATAATAAAGG GACCAATCAG TGCACAATTA 
AAGAGTCACC AGGAGACTGA TGTAGAACCC TTGACAAATG CCATTGGTTC AAGTAAAACA 
ATTGGTGAGA TAAAGACACA ACTAAGGACT CACTATGATG TGAACTTATT TAAAAACAAA 
GATATGTCCG TACAACGTCA AGAAGGTATC TTTACTAGGA GCATTACACC AAGTAAATTC 
CCAACAAAAG TGATCAATTT ATCACCCTTT GAAAATAAAG AGGAAACTTA TGAGTACTCT 
TCACCCTATG TGACTGCACC TTCAAAAGCA ATTTATAGAA CATATAGGGC TGGTCCAAGC 
TTTTCTAAAG ACATCCACCT TCCTTTACTG AATCAACTCC CTTCAGGGCA TTCGAAAGTT 
GTTACCTTAA GCCAAAAAAC TATTGAATTT ACTCTGCCTA CTGTGACCAA TACAGTTGGA 
AAACCTACCT ATAAAGTGTT ACATGCTGCT GCCCGAAAAT CTGTACCACA CCCATACTTT 
TGA

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

RefSeq	XP_024303936.1
CDS	1394..4636
Translation	MQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_024448168.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X30, mRNA.

Target ORF information:

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

XM_024448168.1

ORF Insert Sequence:

ATGCAGTGTG ATTTTCAGTT GTTATCAGAA GAGAAGTTGG TGCTGGAAAA TGAACTACAA 
AAGTTGAAGG ACAAAGAGAA AACTAAGCCT ACAAATAATC GAACAAAGAA AGCTGTGAAA 
ACAGTGAAGA AAAAAGACAA AGGAAAATCT GAGGATTCAG AAAAGAAGAT GTCTCCAGAA 
AAAGAGTTTA AAATAAAAGA AGATTTGGAT CAAGTACAGA AAGTAGCACG TCTGGAAATT 
GAGAACAAAG TCCTTCAGGA GCAATTGAAA CAGGCTTTAC AGGAAGCTGA AAAAGCTAAG 
CATCAACTTA ACTATTTCCT AAATCAAGAG AAGTTACTTA AAAGTGAGGG GAAAACTGAG 
ACAACAATGC AAGTGGGTAA TAGTCAAACA AAAGTTAAAG GTGAAGATTC AAAAAATATA 
CCATTGGAGA AAGAAACAAG AAAATCACTG GTTTCAGATT CAGGTGGACA AAGGACAAGT 
GATAAAATCC AAGAATATCC ACAGATCACT GCCCAAAGCG GAAGACTGAT TGAAAAGAGC 
TCAGAGAAGA AACGATCTAG CCCTGCTATT TCAGATCTTT CACAGATCCT TAAGTCTCAA 
GATGAATCAG CATTTTTAGA GAGTTCAAAT GAAGTTTCAG TTGCTGAAAA CCAATCCTAT 
AAATCTCCAT CAGAGACCCA TGATAAATCA CTTACAACAG TATCATCCAG CAAAGAAGTT 
CAAGATTCAC TGTCTGTTGG AACATTGGCT CAAAAAAACG AAACAGTGAT ATCACCATTC 
ATTTTACCTC CTGTTCTTAC AGAAAGTAAA AAGGCTGATG TTTCAGAAGA ACAATTACAA 
AAGATGACTG AAGAACAAAC TTACCAAGCA GCAGAAAAAT CTCAAGCTGA CAGTGAAGTT 
CCAGATGAAA ATCTTATGGT TGAAAATAAA GATTCAGTAA CAAAAGTCCA AATAGAACAA 
ATGAAACAAA GAACTTCTAG TATGGAAAGA CATGAGGAGA CTCTTACAAC CCCACAATTG 
CCTGAGGACA TGGTTTTAGT TTCAAGAATC CAATCTGAAA CTAAAAATCT TAAAGCTACC 
AGAAATGAGA GTTTTCATTC TCATAATGAT GTACCAGAAG AAAATCTTAT GCTTGAACAA 
GACACAAAGT CAAAAACGGA AGTAGAAGTA AAGAAACAAA AATCTTTCCA AGATAATCAA 
CTCAGTACTC ATAATGAAGT ACCAAATGAA AGGCTTGTAG TTGAGCATCA AGAATCATTG 
TCAAAAACCA AATTACAAAT AAAGAAACAA GAAACTTCTA CAGAGCAACC ACTCACCACT 
CCTGATAAAG AACCAAATGA AAATCTTATA CTTAGGCATC AAGACTCAAT GTCAAAATCA 
GAAATGCAAG TGAAGGAACA AAGAACTCTC AAAGGGCAAA GAATTATTAC TCATGATGAA 
GAACCAGGCA AAAATCTTGT GCTTGAACAT CAAGATTCAG TGTCAAAACT GGAAATGCAA 
ATTGAAAAAA CCAAAAAACT TCCTAGAGAG AAAAGACATA GTACTCATGA TGAAGAATCA 
GGTGAAAATC CTATGCTTAA ACATCAAGAT TCAGTGTCAA AAATCCAAGT GCAATTAGAG 
ATTCAAGAAA CTTCTGAAGG AGAAGGACGT AGCATACCAG ATAAAAATTC TATGTTTGTT 
CATCAAGATT CAGTGTCAAA ACTCCAAATG CAAGAAAAGA AAAAAATAAC TCCTGGAAGG 
GAAAGGCGTA ATACTCGTAT TGTAGTACCA AATGAAAATG TGATTTCTGT TCATCAAGAT 
TCAAAGTCAA AACTCCAAAT GCAAGAAAAG AAACAAATAA ATTCTGGAGT GGAAAGACAC 
AAGACGTTTC CTTTAGAAAT CAAAAAAAAG GATATATCAC TTGAACATCT GTTGCCTGAG 
GAGAAAGTTT TATTATCAAG AAGCGAATCT CAAACGAAGA AACTTCAAGC TAAAGTAACT 
TCAAGAAAAA TTAAAAATGA AGCAGCCTCA GAACTTCCAG ATACAGCAGA AAATCTTCCA 
GCAATGTACC CGTCAATTAG CGACCTAATA ATTCAATTTG ATTTAAACAA AGTGGTCGAG 
ACTGATATAG AAAGCTTGAG AGGTGCTTTG GGAAGACGCT TATTAAATGA TGAATTCAAG 
ACACAGTCAA AGAGTTTCCC TGGGCCTGAT ATAGAACAAT TGACAGATGC ATTTGGAAGA 
GATATACTAA AGGATGAATT CAAGACACGA TCAAAGAGTC TCCCTGAGAC TGATGAACGA 
TTGCATAGTA CAACTGAGAG AGGTACAATA AATGATGCAA TTAAGACGCA GTTAAAGAGA 
AAGAGTTACC CTGAGACTGT CTTAAAACAC TTGAAAGGTG TTAATGGAAA AGATATAATA 
AAGCATCTAA TCAACATACA GTCAAAGAGT CATGGAGAGA CTGATAAGGA ACACTTAGCA 
GATGATACTG GAAGAGGTAT AATAAAGGGA TCAATCAATG CACAACTAAA GGGTCACCAA 
AAGACTGATA AGAACTTCTT TGCCTATGCT ACTGGAAGAG GTCTAATGAA GGAGTCAACC 
ACGACACAAT TAAAAAGTCA CCCAGAGACT GATAAGGAAT TCTTGGCAGA TGCTATTGGA 
AGAGGTATAA TAATAGGGCC AATCACTACA CAACTGAAGA GTCACCGAGA GACTGATAAA 
GAACTCTTAA AAGATGCTAT TGGAAGAGAT ATAATAAAGG GACCAATCAG TGCACAATTA 
AAGAGTCACC AGGAGACTGA TGTAGAACCC TTGACAAATG CCATTGGTTC AAGTAAAACA 
ATTGGTGAGA TAAAGACACA ACTAAGGACT CACTATGATG TGAACTTATT TAAAAACAAA 
GATATGTCCG TACAACGTCA AGAAGGTATC TTTACTAGGA GCATTACACC AAGTAAATTC 
CCAACAAAAG TGATCAATTT ATCACCCTTT GAAAATAAAG AGGAAACTTA TGAGTACTCT 
TCACCCTATG TGACTGCACC TTCAAAAGCA ATTTATAGAA CATATAGGGC TGGTCCAAGC 
TTTTCTAAAG ACATCCACCT TCCTTTACTG AATCAACTCC CTTCAGGGCA TTCGAAAGTT 
GTTACCTTAA GCCAAAAAAC TATTGAATTT ACTCTGCCTA CTGTGACCAA TACAGTTGGA 
AAACCTACCT ATAAAGTGTT ACATGCTGCT GCCCGAAAAT CTGTACCACA CCCATACTTT 
TGA

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

CCDC7 ( XM_017016646.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872135.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X31, mRNA.

Price & Availability↑

CloneID	OHu72102
Clone ID Related Accession (Same CDS sequence)	XM_017016645.1 , XM_024448167.1 , XM_024448168.1 , XM_017016646.1
Accession Version	XM_017016646.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3243bp) 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	uncharacterized protein C10orf68 isoform X28
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAGTGTG ATTTTCAGTT GTTATCAGAA GAGAAGTTGG TGCTGGAAAA TGAACTACAA 
AAGTTGAAGG ACAAAGAGAA AACTAAGCCT ACAAATAATC GAACAAAGAA AGCTGTGAAA 
ACAGTGAAGA AAAAAGACAA AGGAAAATCT GAGGATTCAG AAAAGAAGAT GTCTCCAGAA 
AAAGAGTTTA AAATAAAAGA AGATTTGGAT CAAGTACAGA AAGTAGCACG TCTGGAAATT 
GAGAACAAAG TCCTTCAGGA GCAATTGAAA CAGGCTTTAC AGGAAGCTGA AAAAGCTAAG 
CATCAACTTA ACTATTTCCT AAATCAAGAG AAGTTACTTA AAAGTGAGGG GAAAACTGAG 
ACAACAATGC AAGTGGGTAA TAGTCAAACA AAAGTTAAAG GTGAAGATTC AAAAAATATA 
CCATTGGAGA AAGAAACAAG AAAATCACTG GTTTCAGATT CAGGTGGACA AAGGACAAGT 
GATAAAATCC AAGAATATCC ACAGATCACT GCCCAAAGCG GAAGACTGAT TGAAAAGAGC 
TCAGAGAAGA AACGATCTAG CCCTGCTATT TCAGATCTTT CACAGATCCT TAAGTCTCAA 
GATGAATCAG CATTTTTAGA GAGTTCAAAT GAAGTTTCAG TTGCTGAAAA CCAATCCTAT 
AAATCTCCAT CAGAGACCCA TGATAAATCA CTTACAACAG TATCATCCAG CAAAGAAGTT 
CAAGATTCAC TGTCTGTTGG AACATTGGCT CAAAAAAACG AAACAGTGAT ATCACCATTC 
ATTTTACCTC CTGTTCTTAC AGAAAGTAAA AAGGCTGATG TTTCAGAAGA ACAATTACAA 
AAGATGACTG AAGAACAAAC TTACCAAGCA GCAGAAAAAT CTCAAGCTGA CAGTGAAGTT 
CCAGATGAAA ATCTTATGGT TGAAAATAAA GATTCAGTAA CAAAAGTCCA AATAGAACAA 
ATGAAACAAA GAACTTCTAG TATGGAAAGA CATGAGGAGA CTCTTACAAC CCCACAATTG 
CCTGAGGACA TGGTTTTAGT TTCAAGAATC CAATCTGAAA CTAAAAATCT TAAAGCTACC 
AGAAATGAGA GTTTTCATTC TCATAATGAT GTACCAGAAG AAAATCTTAT GCTTGAACAA 
GACACAAAGT CAAAAACGGA AGTAGAAGTA AAGAAACAAA AATCTTTCCA AGATAATCAA 
CTCAGTACTC ATAATGAAGT ACCAAATGAA AGGCTTGTAG TTGAGCATCA AGAATCATTG 
TCAAAAACCA AATTACAAAT AAAGAAACAA GAAACTTCTA CAGAGCAACC ACTCACCACT 
CCTGATAAAG AACCAAATGA AAATCTTATA CTTAGGCATC AAGACTCAAT GTCAAAATCA 
GAAATGCAAG TGAAGGAACA AAGAACTCTC AAAGGGCAAA GAATTATTAC TCATGATGAA 
GAACCAGGCA AAAATCTTGT GCTTGAACAT CAAGATTCAG TGTCAAAACT GGAAATGCAA 
ATTGAAAAAA CCAAAAAACT TCCTAGAGAG AAAAGACATA GTACTCATGA TGAAGAATCA 
GGTGAAAATC CTATGCTTAA ACATCAAGAT TCAGTGTCAA AAATCCAAGT GCAATTAGAG 
ATTCAAGAAA CTTCTGAAGG AGAAGGACGT AGCATACCAG ATAAAAATTC TATGTTTGTT 
CATCAAGATT CAGTGTCAAA ACTCCAAATG CAAGAAAAGA AAAAAATAAC TCCTGGAAGG 
GAAAGGCGTA ATACTCGTAT TGTAGTACCA AATGAAAATG TGATTTCTGT TCATCAAGAT 
TCAAAGTCAA AACTCCAAAT GCAAGAAAAG AAACAAATAA ATTCTGGAGT GGAAAGACAC 
AAGACGTTTC CTTTAGAAAT CAAAAAAAAG GATATATCAC TTGAACATCT GTTGCCTGAG 
GAGAAAGTTT TATTATCAAG AAGCGAATCT CAAACGAAGA AACTTCAAGC TAAAGTAACT 
TCAAGAAAAA TTAAAAATGA AGCAGCCTCA GAACTTCCAG ATACAGCAGA AAATCTTCCA 
GCAATGTACC CGTCAATTAG CGACCTAATA ATTCAATTTG ATTTAAACAA AGTGGTCGAG 
ACTGATATAG AAAGCTTGAG AGGTGCTTTG GGAAGACGCT TATTAAATGA TGAATTCAAG 
ACACAGTCAA AGAGTTTCCC TGGGCCTGAT ATAGAACAAT TGACAGATGC ATTTGGAAGA 
GATATACTAA AGGATGAATT CAAGACACGA TCAAAGAGTC TCCCTGAGAC TGATGAACGA 
TTGCATAGTA CAACTGAGAG AGGTACAATA AATGATGCAA TTAAGACGCA GTTAAAGAGA 
AAGAGTTACC CTGAGACTGT CTTAAAACAC TTGAAAGGTG TTAATGGAAA AGATATAATA 
AAGCATCTAA TCAACATACA GTCAAAGAGT CATGGAGAGA CTGATAAGGA ACACTTAGCA 
GATGATACTG GAAGAGGTAT AATAAAGGGA TCAATCAATG CACAACTAAA GGGTCACCAA 
AAGACTGATA AGAACTTCTT TGCCTATGCT ACTGGAAGAG GTCTAATGAA GGAGTCAACC 
ACGACACAAT TAAAAAGTCA CCCAGAGACT GATAAGGAAT TCTTGGCAGA TGCTATTGGA 
AGAGGTATAA TAATAGGGCC AATCACTACA CAACTGAAGA GTCACCGAGA GACTGATAAA 
GAACTCTTAA AAGATGCTAT TGGAAGAGAT ATAATAAAGG GACCAATCAG TGCACAATTA 
AAGAGTCACC AGGAGACTGA TGTAGAACCC TTGACAAATG CCATTGGTTC AAGTAAAACA 
ATTGGTGAGA TAAAGACACA ACTAAGGACT CACTATGATG TGAACTTATT TAAAAACAAA 
GATATGTCCG TACAACGTCA AGAAGGTATC TTTACTAGGA GCATTACACC AAGTAAATTC 
CCAACAAAAG TGATCAATTT ATCACCCTTT GAAAATAAAG AGGAAACTTA TGAGTACTCT 
TCACCCTATG TGACTGCACC TTCAAAAGCA ATTTATAGAA CATATAGGGC TGGTCCAAGC 
TTTTCTAAAG ACATCCACCT TCCTTTACTG AATCAACTCC CTTCAGGGCA TTCGAAAGTT 
GTTACCTTAA GCCAAAAAAC TATTGAATTT ACTCTGCCTA CTGTGACCAA TACAGTTGGA 
AAACCTACCT ATAAAGTGTT ACATGCTGCT GCCCGAAAAT CTGTACCACA CCCATACTTT 
TGA

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

RefSeq	XP_016872135.1
CDS	155..3397
Translation	MQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_017016646.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X31, mRNA.

Target ORF information:

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

XM_017016646.1

ORF Insert Sequence:

ATGCAGTGTG ATTTTCAGTT GTTATCAGAA GAGAAGTTGG TGCTGGAAAA TGAACTACAA 
AAGTTGAAGG ACAAAGAGAA AACTAAGCCT ACAAATAATC GAACAAAGAA AGCTGTGAAA 
ACAGTGAAGA AAAAAGACAA AGGAAAATCT GAGGATTCAG AAAAGAAGAT GTCTCCAGAA 
AAAGAGTTTA AAATAAAAGA AGATTTGGAT CAAGTACAGA AAGTAGCACG TCTGGAAATT 
GAGAACAAAG TCCTTCAGGA GCAATTGAAA CAGGCTTTAC AGGAAGCTGA AAAAGCTAAG 
CATCAACTTA ACTATTTCCT AAATCAAGAG AAGTTACTTA AAAGTGAGGG GAAAACTGAG 
ACAACAATGC AAGTGGGTAA TAGTCAAACA AAAGTTAAAG GTGAAGATTC AAAAAATATA 
CCATTGGAGA AAGAAACAAG AAAATCACTG GTTTCAGATT CAGGTGGACA AAGGACAAGT 
GATAAAATCC AAGAATATCC ACAGATCACT GCCCAAAGCG GAAGACTGAT TGAAAAGAGC 
TCAGAGAAGA AACGATCTAG CCCTGCTATT TCAGATCTTT CACAGATCCT TAAGTCTCAA 
GATGAATCAG CATTTTTAGA GAGTTCAAAT GAAGTTTCAG TTGCTGAAAA CCAATCCTAT 
AAATCTCCAT CAGAGACCCA TGATAAATCA CTTACAACAG TATCATCCAG CAAAGAAGTT 
CAAGATTCAC TGTCTGTTGG AACATTGGCT CAAAAAAACG AAACAGTGAT ATCACCATTC 
ATTTTACCTC CTGTTCTTAC AGAAAGTAAA AAGGCTGATG TTTCAGAAGA ACAATTACAA 
AAGATGACTG AAGAACAAAC TTACCAAGCA GCAGAAAAAT CTCAAGCTGA CAGTGAAGTT 
CCAGATGAAA ATCTTATGGT TGAAAATAAA GATTCAGTAA CAAAAGTCCA AATAGAACAA 
ATGAAACAAA GAACTTCTAG TATGGAAAGA CATGAGGAGA CTCTTACAAC CCCACAATTG 
CCTGAGGACA TGGTTTTAGT TTCAAGAATC CAATCTGAAA CTAAAAATCT TAAAGCTACC 
AGAAATGAGA GTTTTCATTC TCATAATGAT GTACCAGAAG AAAATCTTAT GCTTGAACAA 
GACACAAAGT CAAAAACGGA AGTAGAAGTA AAGAAACAAA AATCTTTCCA AGATAATCAA 
CTCAGTACTC ATAATGAAGT ACCAAATGAA AGGCTTGTAG TTGAGCATCA AGAATCATTG 
TCAAAAACCA AATTACAAAT AAAGAAACAA GAAACTTCTA CAGAGCAACC ACTCACCACT 
CCTGATAAAG AACCAAATGA AAATCTTATA CTTAGGCATC AAGACTCAAT GTCAAAATCA 
GAAATGCAAG TGAAGGAACA AAGAACTCTC AAAGGGCAAA GAATTATTAC TCATGATGAA 
GAACCAGGCA AAAATCTTGT GCTTGAACAT CAAGATTCAG TGTCAAAACT GGAAATGCAA 
ATTGAAAAAA CCAAAAAACT TCCTAGAGAG AAAAGACATA GTACTCATGA TGAAGAATCA 
GGTGAAAATC CTATGCTTAA ACATCAAGAT TCAGTGTCAA AAATCCAAGT GCAATTAGAG 
ATTCAAGAAA CTTCTGAAGG AGAAGGACGT AGCATACCAG ATAAAAATTC TATGTTTGTT 
CATCAAGATT CAGTGTCAAA ACTCCAAATG CAAGAAAAGA AAAAAATAAC TCCTGGAAGG 
GAAAGGCGTA ATACTCGTAT TGTAGTACCA AATGAAAATG TGATTTCTGT TCATCAAGAT 
TCAAAGTCAA AACTCCAAAT GCAAGAAAAG AAACAAATAA ATTCTGGAGT GGAAAGACAC 
AAGACGTTTC CTTTAGAAAT CAAAAAAAAG GATATATCAC TTGAACATCT GTTGCCTGAG 
GAGAAAGTTT TATTATCAAG AAGCGAATCT CAAACGAAGA AACTTCAAGC TAAAGTAACT 
TCAAGAAAAA TTAAAAATGA AGCAGCCTCA GAACTTCCAG ATACAGCAGA AAATCTTCCA 
GCAATGTACC CGTCAATTAG CGACCTAATA ATTCAATTTG ATTTAAACAA AGTGGTCGAG 
ACTGATATAG AAAGCTTGAG AGGTGCTTTG GGAAGACGCT TATTAAATGA TGAATTCAAG 
ACACAGTCAA AGAGTTTCCC TGGGCCTGAT ATAGAACAAT TGACAGATGC ATTTGGAAGA 
GATATACTAA AGGATGAATT CAAGACACGA TCAAAGAGTC TCCCTGAGAC TGATGAACGA 
TTGCATAGTA CAACTGAGAG AGGTACAATA AATGATGCAA TTAAGACGCA GTTAAAGAGA 
AAGAGTTACC CTGAGACTGT CTTAAAACAC TTGAAAGGTG TTAATGGAAA AGATATAATA 
AAGCATCTAA TCAACATACA GTCAAAGAGT CATGGAGAGA CTGATAAGGA ACACTTAGCA 
GATGATACTG GAAGAGGTAT AATAAAGGGA TCAATCAATG CACAACTAAA GGGTCACCAA 
AAGACTGATA AGAACTTCTT TGCCTATGCT ACTGGAAGAG GTCTAATGAA GGAGTCAACC 
ACGACACAAT TAAAAAGTCA CCCAGAGACT GATAAGGAAT TCTTGGCAGA TGCTATTGGA 
AGAGGTATAA TAATAGGGCC AATCACTACA CAACTGAAGA GTCACCGAGA GACTGATAAA 
GAACTCTTAA AAGATGCTAT TGGAAGAGAT ATAATAAAGG GACCAATCAG TGCACAATTA 
AAGAGTCACC AGGAGACTGA TGTAGAACCC TTGACAAATG CCATTGGTTC AAGTAAAACA 
ATTGGTGAGA TAAAGACACA ACTAAGGACT CACTATGATG TGAACTTATT TAAAAACAAA 
GATATGTCCG TACAACGTCA AGAAGGTATC TTTACTAGGA GCATTACACC AAGTAAATTC 
CCAACAAAAG TGATCAATTT ATCACCCTTT GAAAATAAAG AGGAAACTTA TGAGTACTCT 
TCACCCTATG TGACTGCACC TTCAAAAGCA ATTTATAGAA CATATAGGGC TGGTCCAAGC 
TTTTCTAAAG ACATCCACCT TCCTTTACTG AATCAACTCC CTTCAGGGCA TTCGAAAGTT 
GTTACCTTAA GCCAAAAAAC TATTGAATTT ACTCTGCCTA CTGTGACCAA TACAGTTGGA 
AAACCTACCT ATAAAGTGTT ACATGCTGCT GCCCGAAAAT CTGTACCACA CCCATACTTT 
TGA

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

CCDC7 ( XM_011519683.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517985.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X32, mRNA.

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CloneID	OHu72103
Clone ID Related Accession (Same CDS sequence)	XM_011519683.2
Accession Version	XM_011519683.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3237bp) 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	uncharacterized protein C10orf68 isoform X29
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011519683.1. ##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##

ATGATGATGA ACTCCCTGAG CTTTTGTCAG AGAAAGTATC ACTCCTTCAT TTTTGTAGAC 
CAACTTTTCT GGAAAACTAA GCCTACAAAT AATCGAACAA AGAAAGCTGT GAAAACAGTG 
AAGAAAAAAG ACAAAGGAAA ATCTGAGGAT TCAGAAAAGA AGATGTCTCC AGAAAAAGAG 
TTTAAAATAA AAGAAGATTT GGATCAAGTA CAGAAAGTAG CACGTCTGGA AATTGAGAAC 
AAAGTCCTTC AGGAGCAATT GAAACAGGCT TTACAGGAAG CTGAAAAAGC TAAGCATCAA 
CTTAACTATT TCCTAAATCA AGAGAAGTTA CTTAAAAGTG AGGGGAAAAC TGAGACAACA 
ATGCAAGTGG GTAATAGTCA AACAAAAGTT AAAGGTGAAG ATTCAAAAAA TATACCATTG 
GAGAAAGAAA CAAGAAAATC ACTGGTTTCA GATTCAGGTG GACAAAGGAC AAGTGATAAA 
ATCCAAGAAT ATCCACAGAT CACTGCCCAA AGCGGAAGAC TGATTGAAAA GAGCTCAGAG 
AAGAAACGAT CTAGCCCTGC TATTTCAGAT CTTTCACAGA TCCTTAAGTC TCAAGATGAA 
TCAGCATTTT TAGAGAGTTC AAATGAAGTT TCAGTTGCTG AAAACCAATC CTATAAATCT 
CCATCAGAGA CCCATGATAA ATCACTTACA ACAGTATCAT CCAGCAAAGA AGTTCAAGAT 
TCACTGTCTG TTGGAACATT GGCTCAAAAA AACGAAACAG TGATATCACC ATTCATTTTA 
CCTCCTGTTC TTACAGAAAG TAAAAAGGCT GATGTTTCAG AAGAACAATT ACAAAAGATG 
ACTGAAGAAC AAACTTACCA AGCAGCAGAA AAATCTCAAG CTGACAGTGA AGTTCCAGAT 
GAAAATCTTA TGGTTGAAAA TAAAGATTCA GTAACAAAAG TCCAAATAGA ACAAATGAAA 
CAAAGAACTT CTAGTATGGA AAGACATGAG GAGACTCTTA CAACCCCACA ATTGCCTGAG 
GACATGGTTT TAGTTTCAAG AATCCAATCT GAAACTAAAA ATCTTAAAGC TACCAGAAAT 
GAGAGTTTTC ATTCTCATAA TGATGTACCA GAAGAAAATC TTATGCTTGA ACAAGACACA 
AAGTCAAAAA CGGAAGTAGA AGTAAAGAAA CAAAAATCTT TCCAAGATAA TCAACTCAGT 
ACTCATAATG AAGTACCAAA TGAAAGGCTT GTAGTTGAGC ATCAAGAATC ATTGTCAAAA 
ACCAAATTAC AAATAAAGAA ACAAGAAACT TCTACAGAGC AACCACTCAC CACTCCTGAT 
AAAGAACCAA ATGAAAATCT TATACTTAGG CATCAAGACT CAATGTCAAA ATCAGAAATG 
CAAGTGAAGG AACAAAGAAC TCTCAAAGGG CAAAGAATTA TTACTCATGA TGAAGAACCA 
GGCAAAAATC TTGTGCTTGA ACATCAAGAT TCAGTGTCAA AACTGGAAAT GCAAATTGAA 
AAAACCAAAA AACTTCCTAG AGAGAAAAGA CATAGTACTC ATGATGAAGA ATCAGGTGAA 
AATCCTATGC TTAAACATCA AGATTCAGTG TCAAAAATCC AAGTGCAATT AGAGATTCAA 
GAAACTTCTG AAGGAGAAGG ACGTAGCATA CCAGATAAAA ATTCTATGTT TGTTCATCAA 
GATTCAGTGT CAAAACTCCA AATGCAAGAA AAGAAAAAAA TAACTCCTGG AAGGGAAAGG 
CGTAATACTC GTATTGTAGT ACCAAATGAA AATGTGATTT CTGTTCATCA AGATTCAAAG 
TCAAAACTCC AAATGCAAGA AAAGAAACAA ATAAATTCTG GAGTGGAAAG ACACAAGACG 
TTTCCTTTAG AAATCAAAAA AAAGGATATA TCACTTGAAC ATCTGTTGCC TGAGGAGAAA 
GTTTTATTAT CAAGAAGCGA ATCTCAAACG AAGAAACTTC AAGCTAAAGT AACTTCAAGA 
AAAATTAAAA ATGAAGCAGC CTCAGAACTT CCAGATACAG CAGAAAATCT TCCAGCAATG 
TACCCGTCAA TTAGCGACCT AATAATTCAA TTTGATTTAA ACAAAGTGGT CGAGACTGAT 
ATAGAAAGCT TGAGAGGTGC TTTGGGAAGA CGCTTATTAA ATGATGAATT CAAGACACAG 
TCAAAGAGTT TCCCTGGGCC TGATATAGAA CAATTGACAG ATGCATTTGG AAGAGATATA 
CTAAAGGATG AATTCAAGAC ACGATCAAAG AGTCTCCCTG AGACTGATGA ACGATTGCAT 
AGTACAACTG AGAGAGGTAC AATAAATGAT GCAATTAAGA CGCAGTTAAA GAGAAAGAGT 
TACCCTGAGA CTGTCTTAAA ACACTTGAAA GGTGTTAATG GAAAAGATAT AATAAAGCAT 
CTAATCAACA TACAGTCAAA GAGTCATGGA GAGACTGATA AGGAACACTT AGCAGATGAT 
ACTGGAAGAG GTATAATAAA GGGATCAATC AATGCACAAC TAAAGGGTCA CCAAAAGACT 
GATAAGAACT TCTTTGCCTA TGCTACTGGA AGAGGTCTAA TGAAGGAGTC AACCACGACA 
CAATTAAAAA GTCACCCAGA GACTGATAAG GAATTCTTGG CAGATGCTAT TGGAAGAGGT 
ATAATAATAG GGCCAATCAC TACACAACTG AAGAGTCACC GAGAGACTGA TAAAGAACTC 
TTAAAAGATG CTATTGGAAG AGATATAATA AAGGGACCAA TCAGTGCACA ATTAAAGAGT 
CACCAGGAGA CTGATGTAGA ACCCTTGACA AATGCCATTG GTTCAAGTAA AACAATTGGT 
GAGATAAAGA CACAACTAAG GACTCACTAT GATGTGAACT TATTTAAAAA CAAAGATATG 
TCCGTACAAC GTCAAGAAGG TATCTTTACT AGGAGCATTA CACCAAGTAA ATTCCCAACA 
AAAGTGATCA ATTTATCACC CTTTGAAAAT AAAGAGGAAA CTTATGAGTA CTCTTCACCC 
TATGTGACTG CACCTTCAAA AGCAATTTAT AGAACATATA GGGCTGGTCC AAGCTTTTCT 
AAAGACATCC ACCTTCCTTT ACTGAATCAA CTCCCTTCAG GGCATTCGAA AGTTGTTACC 
TTAAGCCAAA AAACTATTGA ATTTACTCTG CCTACTGTGA CCAATACAGT TGGAAAACCT 
ACCTATAAAG TGTTACATGC TGCTGCCCGA AAATCTGTAC CACACCCATA CTTTTGA

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

RefSeq	XP_011517985.1
CDS	40..3276
Translation	MMMNSLSFCQRKYHSFIFVDQLFWKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_011519683.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X32, mRNA.

Target ORF information:

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

XM_011519683.2

ORF Insert Sequence:

ATGATGATGA ACTCCCTGAG CTTTTGTCAG AGAAAGTATC ACTCCTTCAT TTTTGTAGAC 
CAACTTTTCT GGAAAACTAA GCCTACAAAT AATCGAACAA AGAAAGCTGT GAAAACAGTG 
AAGAAAAAAG ACAAAGGAAA ATCTGAGGAT TCAGAAAAGA AGATGTCTCC AGAAAAAGAG 
TTTAAAATAA AAGAAGATTT GGATCAAGTA CAGAAAGTAG CACGTCTGGA AATTGAGAAC 
AAAGTCCTTC AGGAGCAATT GAAACAGGCT TTACAGGAAG CTGAAAAAGC TAAGCATCAA 
CTTAACTATT TCCTAAATCA AGAGAAGTTA CTTAAAAGTG AGGGGAAAAC TGAGACAACA 
ATGCAAGTGG GTAATAGTCA AACAAAAGTT AAAGGTGAAG ATTCAAAAAA TATACCATTG 
GAGAAAGAAA CAAGAAAATC ACTGGTTTCA GATTCAGGTG GACAAAGGAC AAGTGATAAA 
ATCCAAGAAT ATCCACAGAT CACTGCCCAA AGCGGAAGAC TGATTGAAAA GAGCTCAGAG 
AAGAAACGAT CTAGCCCTGC TATTTCAGAT CTTTCACAGA TCCTTAAGTC TCAAGATGAA 
TCAGCATTTT TAGAGAGTTC AAATGAAGTT TCAGTTGCTG AAAACCAATC CTATAAATCT 
CCATCAGAGA CCCATGATAA ATCACTTACA ACAGTATCAT CCAGCAAAGA AGTTCAAGAT 
TCACTGTCTG TTGGAACATT GGCTCAAAAA AACGAAACAG TGATATCACC ATTCATTTTA 
CCTCCTGTTC TTACAGAAAG TAAAAAGGCT GATGTTTCAG AAGAACAATT ACAAAAGATG 
ACTGAAGAAC AAACTTACCA AGCAGCAGAA AAATCTCAAG CTGACAGTGA AGTTCCAGAT 
GAAAATCTTA TGGTTGAAAA TAAAGATTCA GTAACAAAAG TCCAAATAGA ACAAATGAAA 
CAAAGAACTT CTAGTATGGA AAGACATGAG GAGACTCTTA CAACCCCACA ATTGCCTGAG 
GACATGGTTT TAGTTTCAAG AATCCAATCT GAAACTAAAA ATCTTAAAGC TACCAGAAAT 
GAGAGTTTTC ATTCTCATAA TGATGTACCA GAAGAAAATC TTATGCTTGA ACAAGACACA 
AAGTCAAAAA CGGAAGTAGA AGTAAAGAAA CAAAAATCTT TCCAAGATAA TCAACTCAGT 
ACTCATAATG AAGTACCAAA TGAAAGGCTT GTAGTTGAGC ATCAAGAATC ATTGTCAAAA 
ACCAAATTAC AAATAAAGAA ACAAGAAACT TCTACAGAGC AACCACTCAC CACTCCTGAT 
AAAGAACCAA ATGAAAATCT TATACTTAGG CATCAAGACT CAATGTCAAA ATCAGAAATG 
CAAGTGAAGG AACAAAGAAC TCTCAAAGGG CAAAGAATTA TTACTCATGA TGAAGAACCA 
GGCAAAAATC TTGTGCTTGA ACATCAAGAT TCAGTGTCAA AACTGGAAAT GCAAATTGAA 
AAAACCAAAA AACTTCCTAG AGAGAAAAGA CATAGTACTC ATGATGAAGA ATCAGGTGAA 
AATCCTATGC TTAAACATCA AGATTCAGTG TCAAAAATCC AAGTGCAATT AGAGATTCAA 
GAAACTTCTG AAGGAGAAGG ACGTAGCATA CCAGATAAAA ATTCTATGTT TGTTCATCAA 
GATTCAGTGT CAAAACTCCA AATGCAAGAA AAGAAAAAAA TAACTCCTGG AAGGGAAAGG 
CGTAATACTC GTATTGTAGT ACCAAATGAA AATGTGATTT CTGTTCATCA AGATTCAAAG 
TCAAAACTCC AAATGCAAGA AAAGAAACAA ATAAATTCTG GAGTGGAAAG ACACAAGACG 
TTTCCTTTAG AAATCAAAAA AAAGGATATA TCACTTGAAC ATCTGTTGCC TGAGGAGAAA 
GTTTTATTAT CAAGAAGCGA ATCTCAAACG AAGAAACTTC AAGCTAAAGT AACTTCAAGA 
AAAATTAAAA ATGAAGCAGC CTCAGAACTT CCAGATACAG CAGAAAATCT TCCAGCAATG 
TACCCGTCAA TTAGCGACCT AATAATTCAA TTTGATTTAA ACAAAGTGGT CGAGACTGAT 
ATAGAAAGCT TGAGAGGTGC TTTGGGAAGA CGCTTATTAA ATGATGAATT CAAGACACAG 
TCAAAGAGTT TCCCTGGGCC TGATATAGAA CAATTGACAG ATGCATTTGG AAGAGATATA 
CTAAAGGATG AATTCAAGAC ACGATCAAAG AGTCTCCCTG AGACTGATGA ACGATTGCAT 
AGTACAACTG AGAGAGGTAC AATAAATGAT GCAATTAAGA CGCAGTTAAA GAGAAAGAGT 
TACCCTGAGA CTGTCTTAAA ACACTTGAAA GGTGTTAATG GAAAAGATAT AATAAAGCAT 
CTAATCAACA TACAGTCAAA GAGTCATGGA GAGACTGATA AGGAACACTT AGCAGATGAT 
ACTGGAAGAG GTATAATAAA GGGATCAATC AATGCACAAC TAAAGGGTCA CCAAAAGACT 
GATAAGAACT TCTTTGCCTA TGCTACTGGA AGAGGTCTAA TGAAGGAGTC AACCACGACA 
CAATTAAAAA GTCACCCAGA GACTGATAAG GAATTCTTGG CAGATGCTAT TGGAAGAGGT 
ATAATAATAG GGCCAATCAC TACACAACTG AAGAGTCACC GAGAGACTGA TAAAGAACTC 
TTAAAAGATG CTATTGGAAG AGATATAATA AAGGGACCAA TCAGTGCACA ATTAAAGAGT 
CACCAGGAGA CTGATGTAGA ACCCTTGACA AATGCCATTG GTTCAAGTAA AACAATTGGT 
GAGATAAAGA CACAACTAAG GACTCACTAT GATGTGAACT TATTTAAAAA CAAAGATATG 
TCCGTACAAC GTCAAGAAGG TATCTTTACT AGGAGCATTA CACCAAGTAA ATTCCCAACA 
AAAGTGATCA ATTTATCACC CTTTGAAAAT AAAGAGGAAA CTTATGAGTA CTCTTCACCC 
TATGTGACTG CACCTTCAAA AGCAATTTAT AGAACATATA GGGCTGGTCC AAGCTTTTCT 
AAAGACATCC ACCTTCCTTT ACTGAATCAA CTCCCTTCAG GGCATTCGAA AGTTGTTACC 
TTAAGCCAAA AAACTATTGA ATTTACTCTG CCTACTGTGA CCAATACAGT TGGAAAACCT 
ACCTATAAAG TGTTACATGC TGCTGCCCGA AAATCTGTAC CACACCCATA CTTTTGA

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

CCDC7 ( XM_011519684.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517986.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X31, mRNA.

Price & Availability↑

CloneID	OHu72104
Clone ID Related Accession (Same CDS sequence)	XM_011519684.2 , XM_011519684.3
Accession Version	XM_011519684.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3204bp) 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	uncharacterized protein C10orf68 isoform X29
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011519684.1. ##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##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GAACTGTTTT CCAAGAAATT CTAA

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

RefSeq	XP_011517986.1
CDS	310..3513
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPELFSKKF

Target ORF information:

RefSeq Version	XM_011519684.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X31, mRNA.

Target ORF information:

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

XM_011519684.2

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GAACTGTTTT CCAAGAAATT CTAA

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

CCDC7 ( XM_011519684.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517986.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X34, mRNA.

Price & Availability↑

CloneID	OHu72104
Clone ID Related Accession (Same CDS sequence)	XM_011519684.2 , XM_011519684.3
Accession Version	XM_011519684.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3204bp) 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	uncharacterized protein C10orf68 isoform X31
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011519684.2. ##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##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GAACTGTTTT CCAAGAAATT CTAA

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

RefSeq	XP_011517986.1
CDS	310..3513
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPELFSKKF

Target ORF information:

RefSeq Version	XM_011519684.3
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X34, mRNA.

Target ORF information:

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

XM_011519684.3

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GAACTGTTTT CCAAGAAATT CTAA

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

CCDC7 ( XM_011519685.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517987.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X36, mRNA.

Price & Availability↑

CloneID	OHu72105
Clone ID Related Accession (Same CDS sequence)	XM_011519685.1
Accession Version	XM_011519685.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3075bp) 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	uncharacterized protein C10orf68 isoform X33
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTCCAG AAAAAGAGTT TAAAATAAAA GAAGATTTGG ATCAAGTACA GAAAGTAGCA 
CGTCTGGAAA TTGAGAACAA AGTCCTTCAG GAGCAATTGA AACAGGCTTT ACAGGAAGCT 
GAAAAAGCTA AGCATCAACT TAACTATTTC CTAAATCAAG AGAAGTTACT TAAAAGTGAG 
GGGAAAACTG AGACAACAAT GCAAGTGGGT AATAGTCAAA CAAAAGTTAA AGGTGAAGAT 
TCAAAAAATA TACCATTGGA GAAAGAAACA AGAAAATCAC TGGTTTCAGA TTCAGGTGGA 
CAAAGGACAA GTGATAAAAT CCAAGAATAT CCACAGATCA CTGCCCAAAG CGGAAGACTG 
ATTGAAAAGA GCTCAGAGAA GAAACGATCT AGCCCTGCTA TTTCAGATCT TTCACAGATC 
CTTAAGTCTC AAGATGAATC AGCATTTTTA GAGAGTTCAA ATGAAGTTTC AGTTGCTGAA 
AACCAATCCT ATAAATCTCC ATCAGAGACC CATGATAAAT CACTTACAAC AGTATCATCC 
AGCAAAGAAG TTCAAGATTC ACTGTCTGTT GGAACATTGG CTCAAAAAAA CGAAACAGTG 
ATATCACCAT TCATTTTACC TCCTGTTCTT ACAGAAAGTA AAAAGGCTGA TGTTTCAGAA 
GAACAATTAC AAAAGATGAC TGAAGAACAA ACTTACCAAG CAGCAGAAAA ATCTCAAGCT 
GACAGTGAAG TTCCAGATGA AAATCTTATG GTTGAAAATA AAGATTCAGT AACAAAAGTC 
CAAATAGAAC AAATGAAACA AAGAACTTCT AGTATGGAAA GACATGAGGA GACTCTTACA 
ACCCCACAAT TGCCTGAGGA CATGGTTTTA GTTTCAAGAA TCCAATCTGA AACTAAAAAT 
CTTAAAGCTA CCAGAAATGA GAGTTTTCAT TCTCATAATG ATGTACCAGA AGAAAATCTT 
ATGCTTGAAC AAGACACAAA GTCAAAAACG GAAGTAGAAG TAAAGAAACA AAAATCTTTC 
CAAGATAATC AACTCAGTAC TCATAATGAA GTACCAAATG AAAGGCTTGT AGTTGAGCAT 
CAAGAATCAT TGTCAAAAAC CAAATTACAA ATAAAGAAAC AAGAAACTTC TACAGAGCAA 
CCACTCACCA CTCCTGATAA AGAACCAAAT GAAAATCTTA TACTTAGGCA TCAAGACTCA 
ATGTCAAAAT CAGAAATGCA AGTGAAGGAA CAAAGAACTC TCAAAGGGCA AAGAATTATT 
ACTCATGATG AAGAACCAGG CAAAAATCTT GTGCTTGAAC ATCAAGATTC AGTGTCAAAA 
CTGGAAATGC AAATTGAAAA AACCAAAAAA CTTCCTAGAG AGAAAAGACA TAGTACTCAT 
GATGAAGAAT CAGGTGAAAA TCCTATGCTT AAACATCAAG ATTCAGTGTC AAAAATCCAA 
GTGCAATTAG AGATTCAAGA AACTTCTGAA GGAGAAGGAC GTAGCATACC AGATAAAAAT 
TCTATGTTTG TTCATCAAGA TTCAGTGTCA AAACTCCAAA TGCAAGAAAA GAAAAAAATA 
ACTCCTGGAA GGGAAAGGCG TAATACTCGT ATTGTAGTAC CAAATGAAAA TGTGATTTCT 
GTTCATCAAG ATTCAAAGTC AAAACTCCAA ATGCAAGAAA AGAAACAAAT AAATTCTGGA 
GTGGAAAGAC ACAAGACGTT TCCTTTAGAA ATCAAAAAAA AGGATATATC ACTTGAACAT 
CTGTTGCCTG AGGAGAAAGT TTTATTATCA AGAAGCGAAT CTCAAACGAA GAAACTTCAA 
GCTAAAGTAA CTTCAAGAAA AATTAAAAAT GAAGCAGCCT CAGAACTTCC AGATACAGCA 
GAAAATCTTC CAGCAATGTA CCCGTCAATT AGCGACCTAA TAATTCAATT TGATTTAAAC 
AAAGTGGTCG AGACTGATAT AGAAAGCTTG AGAGGTGCTT TGGGAAGACG CTTATTAAAT 
GATGAATTCA AGACACAGTC AAAGAGTTTC CCTGGGCCTG ATATAGAACA ATTGACAGAT 
GCATTTGGAA GAGATATACT AAAGGATGAA TTCAAGACAC GATCAAAGAG TCTCCCTGAG 
ACTGATGAAC GATTGCATAG TACAACTGAG AGAGGTACAA TAAATGATGC AATTAAGACG 
CAGTTAAAGA GAAAGAGTTA CCCTGAGACT GTCTTAAAAC ACTTGAAAGG TGTTAATGGA 
AAAGATATAA TAAAGCATCT AATCAACATA CAGTCAAAGA GTCATGGAGA GACTGATAAG 
GAACACTTAG CAGATGATAC TGGAAGAGGT ATAATAAAGG GATCAATCAA TGCACAACTA 
AAGGGTCACC AAAAGACTGA TAAGAACTTC TTTGCCTATG CTACTGGAAG AGGTCTAATG 
AAGGAGTCAA CCACGACACA ATTAAAAAGT CACCCAGAGA CTGATAAGGA ATTCTTGGCA 
GATGCTATTG GAAGAGGTAT AATAATAGGG CCAATCACTA CACAACTGAA GAGTCACCGA 
GAGACTGATA AAGAACTCTT AAAAGATGCT ATTGGAAGAG ATATAATAAA GGGACCAATC 
AGTGCACAAT TAAAGAGTCA CCAGGAGACT GATGTAGAAC CCTTGACAAA TGCCATTGGT 
TCAAGTAAAA CAATTGGTGA GATAAAGACA CAACTAAGGA CTCACTATGA TGTGAACTTA 
TTTAAAAACA AAGATATGTC CGTACAACGT CAAGAAGGTA TCTTTACTAG GAGCATTACA 
CCAAGTAAAT TCCCAACAAA AGTGATCAAT TTATCACCCT TTGAAAATAA AGAGGAAACT 
TATGAGTACT CTTCACCCTA TGTGACTGCA CCTTCAAAAG CAATTTATAG AACATATAGG 
GCTGGTCCAA GCTTTTCTAA AGACATCCAC CTTCCTTTAC TGAATCAACT CCCTTCAGGG 
CATTCGAAAG TTGTTACCTT AAGCCAAAAA ACTATTGAAT TTACTCTGCC TACTGTGACC 
AATACAGTTG GAAAACCTAC CTATAAAGTG TTACATGCTG CTGCCCGAAA ATCTGTACCA 
CACCCATACT TTTGA

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

RefSeq	XP_011517987.1
CDS	410..3484
Translation	MSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_011519685.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X36, mRNA.

Target ORF information:

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

XM_011519685.1

ORF Insert Sequence:

ATGTCTCCAG AAAAAGAGTT TAAAATAAAA GAAGATTTGG ATCAAGTACA GAAAGTAGCA 
CGTCTGGAAA TTGAGAACAA AGTCCTTCAG GAGCAATTGA AACAGGCTTT ACAGGAAGCT 
GAAAAAGCTA AGCATCAACT TAACTATTTC CTAAATCAAG AGAAGTTACT TAAAAGTGAG 
GGGAAAACTG AGACAACAAT GCAAGTGGGT AATAGTCAAA CAAAAGTTAA AGGTGAAGAT 
TCAAAAAATA TACCATTGGA GAAAGAAACA AGAAAATCAC TGGTTTCAGA TTCAGGTGGA 
CAAAGGACAA GTGATAAAAT CCAAGAATAT CCACAGATCA CTGCCCAAAG CGGAAGACTG 
ATTGAAAAGA GCTCAGAGAA GAAACGATCT AGCCCTGCTA TTTCAGATCT TTCACAGATC 
CTTAAGTCTC AAGATGAATC AGCATTTTTA GAGAGTTCAA ATGAAGTTTC AGTTGCTGAA 
AACCAATCCT ATAAATCTCC ATCAGAGACC CATGATAAAT CACTTACAAC AGTATCATCC 
AGCAAAGAAG TTCAAGATTC ACTGTCTGTT GGAACATTGG CTCAAAAAAA CGAAACAGTG 
ATATCACCAT TCATTTTACC TCCTGTTCTT ACAGAAAGTA AAAAGGCTGA TGTTTCAGAA 
GAACAATTAC AAAAGATGAC TGAAGAACAA ACTTACCAAG CAGCAGAAAA ATCTCAAGCT 
GACAGTGAAG TTCCAGATGA AAATCTTATG GTTGAAAATA AAGATTCAGT AACAAAAGTC 
CAAATAGAAC AAATGAAACA AAGAACTTCT AGTATGGAAA GACATGAGGA GACTCTTACA 
ACCCCACAAT TGCCTGAGGA CATGGTTTTA GTTTCAAGAA TCCAATCTGA AACTAAAAAT 
CTTAAAGCTA CCAGAAATGA GAGTTTTCAT TCTCATAATG ATGTACCAGA AGAAAATCTT 
ATGCTTGAAC AAGACACAAA GTCAAAAACG GAAGTAGAAG TAAAGAAACA AAAATCTTTC 
CAAGATAATC AACTCAGTAC TCATAATGAA GTACCAAATG AAAGGCTTGT AGTTGAGCAT 
CAAGAATCAT TGTCAAAAAC CAAATTACAA ATAAAGAAAC AAGAAACTTC TACAGAGCAA 
CCACTCACCA CTCCTGATAA AGAACCAAAT GAAAATCTTA TACTTAGGCA TCAAGACTCA 
ATGTCAAAAT CAGAAATGCA AGTGAAGGAA CAAAGAACTC TCAAAGGGCA AAGAATTATT 
ACTCATGATG AAGAACCAGG CAAAAATCTT GTGCTTGAAC ATCAAGATTC AGTGTCAAAA 
CTGGAAATGC AAATTGAAAA AACCAAAAAA CTTCCTAGAG AGAAAAGACA TAGTACTCAT 
GATGAAGAAT CAGGTGAAAA TCCTATGCTT AAACATCAAG ATTCAGTGTC AAAAATCCAA 
GTGCAATTAG AGATTCAAGA AACTTCTGAA GGAGAAGGAC GTAGCATACC AGATAAAAAT 
TCTATGTTTG TTCATCAAGA TTCAGTGTCA AAACTCCAAA TGCAAGAAAA GAAAAAAATA 
ACTCCTGGAA GGGAAAGGCG TAATACTCGT ATTGTAGTAC CAAATGAAAA TGTGATTTCT 
GTTCATCAAG ATTCAAAGTC AAAACTCCAA ATGCAAGAAA AGAAACAAAT AAATTCTGGA 
GTGGAAAGAC ACAAGACGTT TCCTTTAGAA ATCAAAAAAA AGGATATATC ACTTGAACAT 
CTGTTGCCTG AGGAGAAAGT TTTATTATCA AGAAGCGAAT CTCAAACGAA GAAACTTCAA 
GCTAAAGTAA CTTCAAGAAA AATTAAAAAT GAAGCAGCCT CAGAACTTCC AGATACAGCA 
GAAAATCTTC CAGCAATGTA CCCGTCAATT AGCGACCTAA TAATTCAATT TGATTTAAAC 
AAAGTGGTCG AGACTGATAT AGAAAGCTTG AGAGGTGCTT TGGGAAGACG CTTATTAAAT 
GATGAATTCA AGACACAGTC AAAGAGTTTC CCTGGGCCTG ATATAGAACA ATTGACAGAT 
GCATTTGGAA GAGATATACT AAAGGATGAA TTCAAGACAC GATCAAAGAG TCTCCCTGAG 
ACTGATGAAC GATTGCATAG TACAACTGAG AGAGGTACAA TAAATGATGC AATTAAGACG 
CAGTTAAAGA GAAAGAGTTA CCCTGAGACT GTCTTAAAAC ACTTGAAAGG TGTTAATGGA 
AAAGATATAA TAAAGCATCT AATCAACATA CAGTCAAAGA GTCATGGAGA GACTGATAAG 
GAACACTTAG CAGATGATAC TGGAAGAGGT ATAATAAAGG GATCAATCAA TGCACAACTA 
AAGGGTCACC AAAAGACTGA TAAGAACTTC TTTGCCTATG CTACTGGAAG AGGTCTAATG 
AAGGAGTCAA CCACGACACA ATTAAAAAGT CACCCAGAGA CTGATAAGGA ATTCTTGGCA 
GATGCTATTG GAAGAGGTAT AATAATAGGG CCAATCACTA CACAACTGAA GAGTCACCGA 
GAGACTGATA AAGAACTCTT AAAAGATGCT ATTGGAAGAG ATATAATAAA GGGACCAATC 
AGTGCACAAT TAAAGAGTCA CCAGGAGACT GATGTAGAAC CCTTGACAAA TGCCATTGGT 
TCAAGTAAAA CAATTGGTGA GATAAAGACA CAACTAAGGA CTCACTATGA TGTGAACTTA 
TTTAAAAACA AAGATATGTC CGTACAACGT CAAGAAGGTA TCTTTACTAG GAGCATTACA 
CCAAGTAAAT TCCCAACAAA AGTGATCAAT TTATCACCCT TTGAAAATAA AGAGGAAACT 
TATGAGTACT CTTCACCCTA TGTGACTGCA CCTTCAAAAG CAATTTATAG AACATATAGG 
GCTGGTCCAA GCTTTTCTAA AGACATCCAC CTTCCTTTAC TGAATCAACT CCCTTCAGGG 
CATTCGAAAG TTGTTACCTT AAGCCAAAAA ACTATTGAAT TTACTCTGCC TACTGTGACC 
AATACAGTTG GAAAACCTAC CTATAAAGTG TTACATGCTG CTGCCCGAAA ATCTGTACCA 
CACCCATACT TTTGA

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

CCDC7 ( XM_011519686.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517988.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X37, mRNA.

Price & Availability↑

CloneID	OHu72106
Clone ID Related Accession (Same CDS sequence)	XM_011519686.2
Accession Version	XM_011519686.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2946bp) 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	uncharacterized protein C10orf68 isoform X34
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011519686.1. ##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##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAAGAAAA CAATTGACTT TTGAGGAGAA GACCCAAGAT 
GGCTGA

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

RefSeq	XP_011517988.1
CDS	310..3255
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKRKQLTFEEKTQDG

Target ORF information:

RefSeq Version	XM_011519686.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X37, mRNA.

Target ORF information:

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

XM_011519686.2

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAAGAAAA CAATTGACTT TTGAGGAGAA GACCCAAGAT 
GGCTGA

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

CCDC7 ( XM_011519687.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011517989.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X42, mRNA.

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CloneID	OHu72107
Clone ID Related Accession (Same CDS sequence)	XM_011519687.1
Accession Version	XM_011519687.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2367bp) 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	uncharacterized protein C10orf68 isoform X39
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCACACG CTGACAGTGA AGTTCCAGAT GAAAATCTTA TGGTTGAAAA TAAAGATTCA 
GTAACAAAAG TCCAAATAGA ACAAATGAAA CAAAGAACTT CTAGTATGGA AAGACATGAG 
GAGACTCTTA CAACCCCACA ATTGCCTGAG GACATGGTTT TAGTTTCAAG AATCCAATCT 
GAAACTAAAA ATCTTAAAGC TACCAGAAAT GAGAGTTTTC ATTCTCATAA TGATGTACCA 
GAAGAAAATC TTATGCTTGA ACAAGACACA AAGTCAAAAA CGGAAGTAGA AGTAAAGAAA 
CAAAAATCTT TCCAAGATAA TCAACTCAGT ACTCATAATG AAGTACCAAA TGAAAGGCTT 
GTAGTTGAGC ATCAAGAATC ATTGTCAAAA ACCAAATTAC AAATAAAGAA ACAAGAAACT 
TCTACAGAGC AACCACTCAC CACTCCTGAT AAAGAACCAA ATGAAAATCT TATACTTAGG 
CATCAAGACT CAATGTCAAA ATCAGAAATG CAAGTGAAGG AACAAAGAAC TCTCAAAGGG 
CAAAGAATTA TTACTCATGA TGAAGAACCA GGCAAAAATC TTGTGCTTGA ACATCAAGAT 
TCAGTGTCAA AACTGGAAAT GCAAATTGAA AAAACCAAAA AACTTCCTAG AGAGAAAAGA 
CATAGTACTC ATGATGAAGA ATCAGGTGAA AATCCTATGC TTAAACATCA AGATTCAGTG 
TCAAAAATCC AAGTGCAATT AGAGATTCAA GAAACTTCTG AAGGAGAAGG ACGTAGCATA 
CCAGATAAAA ATTCTATGTT TGTTCATCAA GATTCAGTGT CAAAACTCCA AATGCAAGAA 
AAGAAAAAAA TAACTCCTGG AAGGGAAAGG CGTAATACTC GTATTGTAGT ACCAAATGAA 
AATGTGATTT CTGTTCATCA AGATTCAAAG TCAAAACTCC AAATGCAAGA AAAGAAACAA 
ATAAATTCTG GAGTGGAAAG ACACAAGACG TTTCCTTTAG AAATCAAAAA AAAGGATATA 
TCACTTGAAC ATCTGTTGCC TGAGGAGAAA GTTTTATTAT CAAGAAGCGA ATCTCAAACG 
AAGAAACTTC AAGCTAAAGT AACTTCAAGA AAAATTAAAA ATGAAGCAGC CTCAGAACTT 
CCAGATACAG CAGAAAATCT TCCAGCAATG TACCCGTCAA TTAGCGACCT AATAATTCAA 
TTTGATTTAA ACAAAGTGGT CGAGACTGAT ATAGAAAGCT TGAGAGGTGC TTTGGGAAGA 
CGCTTATTAA ATGATGAATT CAAGACACAG TCAAAGAGTT TCCCTGGGCC TGATATAGAA 
CAATTGACAG ATGCATTTGG AAGAGATATA CTAAAGGATG AATTCAAGAC ACGATCAAAG 
AGTCTCCCTG AGACTGATGA ACGATTGCAT AGTACAACTG AGAGAGGTAC AATAAATGAT 
GCAATTAAGA CGCAGTTAAA GAGAAAGAGT TACCCTGAGA CTGTCTTAAA ACACTTGAAA 
GGTGTTAATG GAAAAGATAT AATAAAGCAT CTAATCAACA TACAGTCAAA GAGTCATGGA 
GAGACTGATA AGGAACACTT AGCAGATGAT ACTGGAAGAG GTATAATAAA GGGATCAATC 
AATGCACAAC TAAAGGGTCA CCAAAAGACT GATAAGAACT TCTTTGCCTA TGCTACTGGA 
AGAGGTCTAA TGAAGGAGTC AACCACGACA CAATTAAAAA GTCACCCAGA GACTGATAAG 
GAATTCTTGG CAGATGCTAT TGGAAGAGGT ATAATAATAG GGCCAATCAC TACACAACTG 
AAGAGTCACC GAGAGACTGA TAAAGAACTC TTAAAAGATG CTATTGGAAG AGATATAATA 
AAGGGACCAA TCAGTGCACA ATTAAAGAGT CACCAGGAGA CTGATGTAGA ACCCTTGACA 
AATGCCATTG GTTCAAGTAA AACAATTGGT GAGATAAAGA CACAACTAAG GACTCACTAT 
GATGTGAACT TATTTAAAAA CAAAGATATG TCCGTACAAC GTCAAGAAGG TATCTTTACT 
AGGAGCATTA CACCAAGTAA ATTCCCAACA AAAGTGATCA ATTTATCACC CTTTGAAAAT 
AAAGAGGAAA CTTATGAGTA CTCTTCACCC TATGTGACTG CACCTTCAAA AGCAATTTAT 
AGAACATATA GGGCTGGTCC AAGCTTTTCT AAAGACATCC ACCTTCCTTT ACTGAATCAA 
CTCCCTTCAG GGCATTCGAA AGTTGTTACC TTAAGCCAAA AAACTATTGA ATTTACTCTG 
CCTACTGTGA CCAATACAGT TGGAAAACCT ACCTATAAAG TGTTACATGC TGCTGCCCGA 
AAATCTGTAC CACACCCATA CTTTTGA

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

RefSeq	XP_011517989.1
CDS	25..2391
Translation	MSHADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_011519687.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X42, mRNA.

Target ORF information:

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

XM_011519687.1

ORF Insert Sequence:

ATGTCACACG CTGACAGTGA AGTTCCAGAT GAAAATCTTA TGGTTGAAAA TAAAGATTCA 
GTAACAAAAG TCCAAATAGA ACAAATGAAA CAAAGAACTT CTAGTATGGA AAGACATGAG 
GAGACTCTTA CAACCCCACA ATTGCCTGAG GACATGGTTT TAGTTTCAAG AATCCAATCT 
GAAACTAAAA ATCTTAAAGC TACCAGAAAT GAGAGTTTTC ATTCTCATAA TGATGTACCA 
GAAGAAAATC TTATGCTTGA ACAAGACACA AAGTCAAAAA CGGAAGTAGA AGTAAAGAAA 
CAAAAATCTT TCCAAGATAA TCAACTCAGT ACTCATAATG AAGTACCAAA TGAAAGGCTT 
GTAGTTGAGC ATCAAGAATC ATTGTCAAAA ACCAAATTAC AAATAAAGAA ACAAGAAACT 
TCTACAGAGC AACCACTCAC CACTCCTGAT AAAGAACCAA ATGAAAATCT TATACTTAGG 
CATCAAGACT CAATGTCAAA ATCAGAAATG CAAGTGAAGG AACAAAGAAC TCTCAAAGGG 
CAAAGAATTA TTACTCATGA TGAAGAACCA GGCAAAAATC TTGTGCTTGA ACATCAAGAT 
TCAGTGTCAA AACTGGAAAT GCAAATTGAA AAAACCAAAA AACTTCCTAG AGAGAAAAGA 
CATAGTACTC ATGATGAAGA ATCAGGTGAA AATCCTATGC TTAAACATCA AGATTCAGTG 
TCAAAAATCC AAGTGCAATT AGAGATTCAA GAAACTTCTG AAGGAGAAGG ACGTAGCATA 
CCAGATAAAA ATTCTATGTT TGTTCATCAA GATTCAGTGT CAAAACTCCA AATGCAAGAA 
AAGAAAAAAA TAACTCCTGG AAGGGAAAGG CGTAATACTC GTATTGTAGT ACCAAATGAA 
AATGTGATTT CTGTTCATCA AGATTCAAAG TCAAAACTCC AAATGCAAGA AAAGAAACAA 
ATAAATTCTG GAGTGGAAAG ACACAAGACG TTTCCTTTAG AAATCAAAAA AAAGGATATA 
TCACTTGAAC ATCTGTTGCC TGAGGAGAAA GTTTTATTAT CAAGAAGCGA ATCTCAAACG 
AAGAAACTTC AAGCTAAAGT AACTTCAAGA AAAATTAAAA ATGAAGCAGC CTCAGAACTT 
CCAGATACAG CAGAAAATCT TCCAGCAATG TACCCGTCAA TTAGCGACCT AATAATTCAA 
TTTGATTTAA ACAAAGTGGT CGAGACTGAT ATAGAAAGCT TGAGAGGTGC TTTGGGAAGA 
CGCTTATTAA ATGATGAATT CAAGACACAG TCAAAGAGTT TCCCTGGGCC TGATATAGAA 
CAATTGACAG ATGCATTTGG AAGAGATATA CTAAAGGATG AATTCAAGAC ACGATCAAAG 
AGTCTCCCTG AGACTGATGA ACGATTGCAT AGTACAACTG AGAGAGGTAC AATAAATGAT 
GCAATTAAGA CGCAGTTAAA GAGAAAGAGT TACCCTGAGA CTGTCTTAAA ACACTTGAAA 
GGTGTTAATG GAAAAGATAT AATAAAGCAT CTAATCAACA TACAGTCAAA GAGTCATGGA 
GAGACTGATA AGGAACACTT AGCAGATGAT ACTGGAAGAG GTATAATAAA GGGATCAATC 
AATGCACAAC TAAAGGGTCA CCAAAAGACT GATAAGAACT TCTTTGCCTA TGCTACTGGA 
AGAGGTCTAA TGAAGGAGTC AACCACGACA CAATTAAAAA GTCACCCAGA GACTGATAAG 
GAATTCTTGG CAGATGCTAT TGGAAGAGGT ATAATAATAG GGCCAATCAC TACACAACTG 
AAGAGTCACC GAGAGACTGA TAAAGAACTC TTAAAAGATG CTATTGGAAG AGATATAATA 
AAGGGACCAA TCAGTGCACA ATTAAAGAGT CACCAGGAGA CTGATGTAGA ACCCTTGACA 
AATGCCATTG GTTCAAGTAA AACAATTGGT GAGATAAAGA CACAACTAAG GACTCACTAT 
GATGTGAACT TATTTAAAAA CAAAGATATG TCCGTACAAC GTCAAGAAGG TATCTTTACT 
AGGAGCATTA CACCAAGTAA ATTCCCAACA AAAGTGATCA ATTTATCACC CTTTGAAAAT 
AAAGAGGAAA CTTATGAGTA CTCTTCACCC TATGTGACTG CACCTTCAAA AGCAATTTAT 
AGAACATATA GGGCTGGTCC AAGCTTTTCT AAAGACATCC ACCTTCCTTT ACTGAATCAA 
CTCCCTTCAG GGCATTCGAA AGTTGTTACC TTAAGCCAAA AAACTATTGA ATTTACTCTG 
CCTACTGTGA CCAATACAGT TGGAAAACCT ACCTATAAAG TGTTACATGC TGCTGCCCGA 
AAATCTGTAC CACACCCATA CTTTTGA

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

CCDC7 ( XM_017016638.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872127.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OHu91641
Clone ID Related Accession (Same CDS sequence)	XM_017016638.1
Accession Version	XM_017016638.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4113bp) 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	uncharacterized protein C10orf68 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATAAT TCAAAGTCAA AACTCCAAAT GCAAGAAAAG 
AAACAAATAA ATTCTGGAGT GGAAAGACAC AAGACGTTTC CTTTAGAAAT CAAAAAAAAG 
GATATATCAC TTGAACATCT GTTGCCTGAG GAGAAAGTTT TATTATCAAG AAGCGAATCT 
CAAACGAAGA AACTTCAAGC TAAAGTAACT TCAAGAAAAA TTAAAAATGA AGCAGCCTCA 
GAACTTCCAG ATACAGCAGA AAATCTTCCA GCAATGTACC CGTCAATTAG CGACCTAATA 
ATTCAATTTG ATTTAAACAA AGTGGTCGAG ACTGATATAG AAAGCTTGAG AGGTGCTTTG 
GGAAGACGCT TATTAAATGA TGAATTCAAG ACACAGTCAA AGAGTTTCCC TGGGCCTGAT 
ATAGAACAAT TGACAGATGC ATTTGGAAGA GATATACTAA AGGATGAATT CAAGACACGA 
TCAAAGAGTC TCCCTGAGAC TGATGAACGA TTGCATAGTA CAACTGAGAG AGGTACAATA 
AATGATGCAA TTAAGACGCA GTTAAAGAGA AAGAGTTACC CTGAGACTGT CTTAAAACAC 
TTGAAAGGTG TTAATGGAAA AGATATAATA AAGCATCTAA TCAACATACA GTCAAAGAGT 
CATGGAGAGA CTGATAAGGA ACACTTAGCA GATGATACTG GAAGAGGTAT AATAAAGGGA 
TCAATCAATG CACAACTAAA GGGTCACCAA AAGACTGATA AGAACTTCTT TGCCTATGCT 
ACTGGAAGAG GTCTAATGAA GGAGTCAACC ACGACACAAT TAAAAAGTCA CCCAGAGACT 
GATAAGGAAT TCTTGGCAGA TGCTATTGGA AGAGGTATAA TAATAGGGCC AATCACTACA 
CAACTGAAGA GTCACCGAGA GACTGATAAA GAACTCTTAA AAGATGCTAT TGGAAGAGAT 
ATAATAAAGG GACCAATCAG TGCACAATTA AAGAGTCACC AGGAGACTGA TGTAGAACCC 
TTGACAAATG CCATTGGTTC AAGTAAAACA ATTGGTGAGA TAAAGACACA ACTAAGGACT 
CACTATGATG TGAACTTATT TAAAAACAAA GATATGTCCG TACAACGTCA AGAAGGTATC 
TTTACTAGGA GCATTACACC AAGTAAATTC CCAACAAAAG TGATCAATTT ATCACCCTTT 
GAAAATAAAG AGGAAACTTA TGAGTACTCT TCACCCTATG TGACTGCACC TTCAAAAGCA 
ATTTATAGAA CATATAGGGC TGGTCCAAGC TTTTCTAAAG ACATCCACCT TCCTTTACTG 
AATCAACTCC CTTCAGGGCA TTCGAAAGTT GTTACCTTAA GCCAAAAAAC TATTGAATTT 
ACTCTGCCTA CTGTGACCAA TACAGTTGGA AAACCTACCT ATAAAGTGTT ACATGCTGCT 
GCCCGAAAAT CTGTACCACA CCCATACTTT TGA

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

RefSeq	XP_016872127.1
CDS	310..4422
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNNSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_017016638.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X5, mRNA.

Target ORF information:

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

XM_017016638.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATAAT TCAAAGTCAA AACTCCAAAT GCAAGAAAAG 
AAACAAATAA ATTCTGGAGT GGAAAGACAC AAGACGTTTC CTTTAGAAAT CAAAAAAAAG 
GATATATCAC TTGAACATCT GTTGCCTGAG GAGAAAGTTT TATTATCAAG AAGCGAATCT 
CAAACGAAGA AACTTCAAGC TAAAGTAACT TCAAGAAAAA TTAAAAATGA AGCAGCCTCA 
GAACTTCCAG ATACAGCAGA AAATCTTCCA GCAATGTACC CGTCAATTAG CGACCTAATA 
ATTCAATTTG ATTTAAACAA AGTGGTCGAG ACTGATATAG AAAGCTTGAG AGGTGCTTTG 
GGAAGACGCT TATTAAATGA TGAATTCAAG ACACAGTCAA AGAGTTTCCC TGGGCCTGAT 
ATAGAACAAT TGACAGATGC ATTTGGAAGA GATATACTAA AGGATGAATT CAAGACACGA 
TCAAAGAGTC TCCCTGAGAC TGATGAACGA TTGCATAGTA CAACTGAGAG AGGTACAATA 
AATGATGCAA TTAAGACGCA GTTAAAGAGA AAGAGTTACC CTGAGACTGT CTTAAAACAC 
TTGAAAGGTG TTAATGGAAA AGATATAATA AAGCATCTAA TCAACATACA GTCAAAGAGT 
CATGGAGAGA CTGATAAGGA ACACTTAGCA GATGATACTG GAAGAGGTAT AATAAAGGGA 
TCAATCAATG CACAACTAAA GGGTCACCAA AAGACTGATA AGAACTTCTT TGCCTATGCT 
ACTGGAAGAG GTCTAATGAA GGAGTCAACC ACGACACAAT TAAAAAGTCA CCCAGAGACT 
GATAAGGAAT TCTTGGCAGA TGCTATTGGA AGAGGTATAA TAATAGGGCC AATCACTACA 
CAACTGAAGA GTCACCGAGA GACTGATAAA GAACTCTTAA AAGATGCTAT TGGAAGAGAT 
ATAATAAAGG GACCAATCAG TGCACAATTA AAGAGTCACC AGGAGACTGA TGTAGAACCC 
TTGACAAATG CCATTGGTTC AAGTAAAACA ATTGGTGAGA TAAAGACACA ACTAAGGACT 
CACTATGATG TGAACTTATT TAAAAACAAA GATATGTCCG TACAACGTCA AGAAGGTATC 
TTTACTAGGA GCATTACACC AAGTAAATTC CCAACAAAAG TGATCAATTT ATCACCCTTT 
GAAAATAAAG AGGAAACTTA TGAGTACTCT TCACCCTATG TGACTGCACC TTCAAAAGCA 
ATTTATAGAA CATATAGGGC TGGTCCAAGC TTTTCTAAAG ACATCCACCT TCCTTTACTG 
AATCAACTCC CTTCAGGGCA TTCGAAAGTT GTTACCTTAA GCCAAAAAAC TATTGAATTT 
ACTCTGCCTA CTGTGACCAA TACAGTTGGA AAACCTACCT ATAAAGTGTT ACATGCTGCT 
GCCCGAAAAT CTGTACCACA CCCATACTTT TGA

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

CCDC7 ( XM_017016639.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872128.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X12, mRNA.

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CloneID	OHu91642
Clone ID Related Accession (Same CDS sequence)	XM_017016639.1
Accession Version	XM_017016639.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4047bp) 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	uncharacterized protein C10orf68 isoform X12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTATA 
CCAGATAAAA ATTCTATGTT TGTTCATCAA GATTCAGTGT CAAAACTCCA AATGCAAGAA 
AAGAAAAAAA TAACTCCTGG AAGGGAAAGG CGTAATACTC GTATTGTAGT ACCAAATGAA 
AATGTGATTT CTGTTCATCA AGATTCAAAG TCAAAACTCC AAATGCAAGA AAAGAAACAA 
ATAAATTCTG GAGTGGAAAG ACACAAGACG TTTCCTTTAG AAATCAAAAA AAAGGATATA 
TCACTTGAAC ATCTGTTGCC TGAGGAGAAA GTTTTATTAT CAAGAAGCGA ATCTCAAACG 
AAGAAACTTC AAGCTAAAGT AACTTCAAGA AAAATTAAAA ATGAAGCAGC CTCAGAACTT 
CCAGATACAG CAGAAAATCT TCCAGCAATG TACCCGTCAA TTAGCGACCT AATAATTCAA 
TTTGATTTAA ACAAAGTGGT CGAGACTGAT ATAGAAAGCT TGAGAGGTGC TTTGGGAAGA 
CGCTTATTAA ATGATGAATT CAAGACACAG TCAAAGAGTT TCCCTGGGCC TGATATAGAA 
CAATTGACAG ATGCATTTGG AAGAGATATA CTAAAGGATG AATTCAAGAC ACGATCAAAG 
AGTCTCCCTG AGACTGATGA ACGATTGCAT AGTACAACTG AGAGAGGTAC AATAAATGAT 
GCAATTAAGA CGCAGTTAAA GAGAAAGAGT TACCCTGAGA CTGTCTTAAA ACACTTGAAA 
GGTGTTAATG GAAAAGATAT AATAAAGCAT CTAATCAACA TACAGTCAAA GAGTCATGGA 
GAGACTGATA AGGAACACTT AGCAGATGAT ACTGGAAGAG GTATAATAAA GGGATCAATC 
AATGCACAAC TAAAGGGTCA CCAAAAGACT GATAAGAACT TCTTTGCCTA TGCTACTGGA 
AGAGGTCTAA TGAAGGAGTC AACCACGACA CAATTAAAAA GTCACCCAGA GACTGATAAG 
GAATTCTTGG CAGATGCTAT TGGAAGAGGT ATAATAATAG GGCCAATCAC TACACAACTG 
AAGAGTCACC GAGAGACTGA TAAAGAACTC TTAAAAGATG CTATTGGAAG AGATATAATA 
AAGGGACCAA TCAGTGCACA ATTAAAGAGT CACCAGGAGA CTGATGTAGA ACCCTTGACA 
AATGCCATTG GTTCAAGTAA AACAATTGGT GAGATAAAGA CACAACTAAG GACTCACTAT 
GATGTGAACT TATTTAAAAA CAAAGATATG TCCGTACAAC GTCAAGAAGG TATCTTTACT 
AGGAGCATTA CACCAAGTAA ATTCCCAACA AAAGTGATCA ATTTATCACC CTTTGAAAAT 
AAAGAGGAAA CTTATGAGTA CTCTTCACCC TATGTGACTG CACCTTCAAA AGCAATTTAT 
AGAACATATA GGGCTGGTCC AAGCTTTTCT AAAGACATCC ACCTTCCTTT ACTGAATCAA 
CTCCCTTCAG GGCATTCGAA AGTTGTTACC TTAAGCCAAA AAACTATTGA ATTTACTCTG 
CCTACTGTGA CCAATACAGT TGGAAAACCT ACCTATAAAG TGTTACATGC TGCTGCCCGA 
AAATCTGTAC CACACCCATA CTTTTGA

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

RefSeq	XP_016872128.1
CDS	310..4356
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_017016639.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X12, mRNA.

Target ORF information:

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

XM_017016639.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTATA 
CCAGATAAAA ATTCTATGTT TGTTCATCAA GATTCAGTGT CAAAACTCCA AATGCAAGAA 
AAGAAAAAAA TAACTCCTGG AAGGGAAAGG CGTAATACTC GTATTGTAGT ACCAAATGAA 
AATGTGATTT CTGTTCATCA AGATTCAAAG TCAAAACTCC AAATGCAAGA AAAGAAACAA 
ATAAATTCTG GAGTGGAAAG ACACAAGACG TTTCCTTTAG AAATCAAAAA AAAGGATATA 
TCACTTGAAC ATCTGTTGCC TGAGGAGAAA GTTTTATTAT CAAGAAGCGA ATCTCAAACG 
AAGAAACTTC AAGCTAAAGT AACTTCAAGA AAAATTAAAA ATGAAGCAGC CTCAGAACTT 
CCAGATACAG CAGAAAATCT TCCAGCAATG TACCCGTCAA TTAGCGACCT AATAATTCAA 
TTTGATTTAA ACAAAGTGGT CGAGACTGAT ATAGAAAGCT TGAGAGGTGC TTTGGGAAGA 
CGCTTATTAA ATGATGAATT CAAGACACAG TCAAAGAGTT TCCCTGGGCC TGATATAGAA 
CAATTGACAG ATGCATTTGG AAGAGATATA CTAAAGGATG AATTCAAGAC ACGATCAAAG 
AGTCTCCCTG AGACTGATGA ACGATTGCAT AGTACAACTG AGAGAGGTAC AATAAATGAT 
GCAATTAAGA CGCAGTTAAA GAGAAAGAGT TACCCTGAGA CTGTCTTAAA ACACTTGAAA 
GGTGTTAATG GAAAAGATAT AATAAAGCAT CTAATCAACA TACAGTCAAA GAGTCATGGA 
GAGACTGATA AGGAACACTT AGCAGATGAT ACTGGAAGAG GTATAATAAA GGGATCAATC 
AATGCACAAC TAAAGGGTCA CCAAAAGACT GATAAGAACT TCTTTGCCTA TGCTACTGGA 
AGAGGTCTAA TGAAGGAGTC AACCACGACA CAATTAAAAA GTCACCCAGA GACTGATAAG 
GAATTCTTGG CAGATGCTAT TGGAAGAGGT ATAATAATAG GGCCAATCAC TACACAACTG 
AAGAGTCACC GAGAGACTGA TAAAGAACTC TTAAAAGATG CTATTGGAAG AGATATAATA 
AAGGGACCAA TCAGTGCACA ATTAAAGAGT CACCAGGAGA CTGATGTAGA ACCCTTGACA 
AATGCCATTG GTTCAAGTAA AACAATTGGT GAGATAAAGA CACAACTAAG GACTCACTAT 
GATGTGAACT TATTTAAAAA CAAAGATATG TCCGTACAAC GTCAAGAAGG TATCTTTACT 
AGGAGCATTA CACCAAGTAA ATTCCCAACA AAAGTGATCA ATTTATCACC CTTTGAAAAT 
AAAGAGGAAA CTTATGAGTA CTCTTCACCC TATGTGACTG CACCTTCAAA AGCAATTTAT 
AGAACATATA GGGCTGGTCC AAGCTTTTCT AAAGACATCC ACCTTCCTTT ACTGAATCAA 
CTCCCTTCAG GGCATTCGAA AGTTGTTACC TTAAGCCAAA AAACTATTGA ATTTACTCTG 
CCTACTGTGA CCAATACAGT TGGAAAACCT ACCTATAAAG TGTTACATGC TGCTGCCCGA 
AAATCTGTAC CACACCCATA CTTTTGA

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

CCDC7 ( XM_017016640.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872129.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X15, mRNA.

Price & Availability↑

CloneID	OHu91643
Clone ID Related Accession (Same CDS sequence)	XM_017016640.1
Accession Version	XM_017016640.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3966bp) 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	uncharacterized protein C10orf68 isoform X15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAAGGCCT GATATAGAAC AATTGACAGA TGCATTTGGA 
AGAGATATAC TAAAGGATGA ATTCAAGACA CGATCAAAGA GTCTCCCTGA GACTGATGAA 
CGATTGCATA GTACAACTGA GAGAGGTACA ATAAATGATG CAATTAAGAC GCAGTTAAAG 
AGAAAGAGTT ACCCTGAGAC TGTCTTAAAA CACTTGAAAG GTGTTAATGG AAAAGATATA 
ATAAAGCATC TAATCAACAT ACAGTCAAAG AGTCATGGAG AGACTGATAA GGAACACTTA 
GCAGATGATA CTGGAAGAGG TATAATAAAG GGATCAATCA ATGCACAACT AAAGGGTCAC 
CAAAAGACTG ATAAGAACTT CTTTGCCTAT GCTACTGGAA GAGGTCTAAT GAAGGAGTCA 
ACCACGACAC AATTAAAAAG TCACCCAGAG ACTGATAAGG AATTCTTGGC AGATGCTATT 
GGAAGAGGTA TAATAATAGG GCCAATCACT ACACAACTGA AGAGTCACCG AGAGACTGAT 
AAAGAACTCT TAAAAGATGC TATTGGAAGA GATATAATAA AGGGACCAAT CAGTGCACAA 
TTAAAGAGTC ACCAGGAGAC TGATGTAGAA CCCTTGACAA ATGCCATTGG TTCAAGTAAA 
ACAATTGGTG AGATAAAGAC ACAACTAAGG ACTCACTATG ATGTGAACTT ATTTAAAAAC 
AAAGATATGT CCGTACAACG TCAAGAAGGT ATCTTTACTA GGAGCATTAC ACCAAGTAAA 
TTCCCAACAA AAGTGATCAA TTTATCACCC TTTGAAAATA AAGAGGAAAC TTATGAGTAC 
TCTTCACCCT ATGTGACTGC ACCTTCAAAA GCAATTTATA GAACATATAG GGCTGGTCCA 
AGCTTTTCTA AAGACATCCA CCTTCCTTTA CTGAATCAAC TCCCTTCAGG GCATTCGAAA 
GTTGTTACCT TAAGCCAAAA AACTATTGAA TTTACTCTGC CTACTGTGAC CAATACAGTT 
GGAAAACCTA CCTATAAAGT GTTACATGCT GCTGCCCGAA AATCTGTACC ACACCCATAC 
TTTTGA

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

RefSeq	XP_016872129.1
CDS	310..4275
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKRPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_017016640.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X15, mRNA.

Target ORF information:

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

XM_017016640.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAAGGCCT GATATAGAAC AATTGACAGA TGCATTTGGA 
AGAGATATAC TAAAGGATGA ATTCAAGACA CGATCAAAGA GTCTCCCTGA GACTGATGAA 
CGATTGCATA GTACAACTGA GAGAGGTACA ATAAATGATG CAATTAAGAC GCAGTTAAAG 
AGAAAGAGTT ACCCTGAGAC TGTCTTAAAA CACTTGAAAG GTGTTAATGG AAAAGATATA 
ATAAAGCATC TAATCAACAT ACAGTCAAAG AGTCATGGAG AGACTGATAA GGAACACTTA 
GCAGATGATA CTGGAAGAGG TATAATAAAG GGATCAATCA ATGCACAACT AAAGGGTCAC 
CAAAAGACTG ATAAGAACTT CTTTGCCTAT GCTACTGGAA GAGGTCTAAT GAAGGAGTCA 
ACCACGACAC AATTAAAAAG TCACCCAGAG ACTGATAAGG AATTCTTGGC AGATGCTATT 
GGAAGAGGTA TAATAATAGG GCCAATCACT ACACAACTGA AGAGTCACCG AGAGACTGAT 
AAAGAACTCT TAAAAGATGC TATTGGAAGA GATATAATAA AGGGACCAAT CAGTGCACAA 
TTAAAGAGTC ACCAGGAGAC TGATGTAGAA CCCTTGACAA ATGCCATTGG TTCAAGTAAA 
ACAATTGGTG AGATAAAGAC ACAACTAAGG ACTCACTATG ATGTGAACTT ATTTAAAAAC 
AAAGATATGT CCGTACAACG TCAAGAAGGT ATCTTTACTA GGAGCATTAC ACCAAGTAAA 
TTCCCAACAA AAGTGATCAA TTTATCACCC TTTGAAAATA AAGAGGAAAC TTATGAGTAC 
TCTTCACCCT ATGTGACTGC ACCTTCAAAA GCAATTTATA GAACATATAG GGCTGGTCCA 
AGCTTTTCTA AAGACATCCA CCTTCCTTTA CTGAATCAAC TCCCTTCAGG GCATTCGAAA 
GTTGTTACCT TAAGCCAAAA AACTATTGAA TTTACTCTGC CTACTGTGAC CAATACAGTT 
GGAAAACCTA CCTATAAAGT GTTACATGCT GCTGCCCGAA AATCTGTACC ACACCCATAC 
TTTTGA

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

CCDC7 ( XM_017016641.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872130.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X24, mRNA.

Price & Availability↑

CloneID	OHu91644
Clone ID Related Accession (Same CDS sequence)	XM_017016641.1
Accession Version	XM_017016641.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3597bp) 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	uncharacterized protein C10orf68 isoform X24
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTGTTGA AATTTTCTGG GGAAATAGTA AGGCTTGTAC AAAGATTTGA AGAACTGAAG 
AATCGCCTTA AACAGAGGTC TAAATCCTCC GTGAAAGTCA TGTTGTCTAA AACTATGGAT 
AAAGAAAATC GACCAGAAGC AGTGAAAAGT TGTGAAGCTC TGGCACAGAA AATTGAAGAA 
TTCTTAGAAG CCCACTCAAC TGATGAATTT AAAGATGTTT CTGCAACAGA ACCACAAACT 
GCTCATTCAA TGACTAATCG ATTTAATGCC ATGTTGAAAG TATTTGAAAA CCAGGCAAAT 
ATGTTGGAGA GAGCTGTAAA TGATCAAGTT TTGTTAGATG CTGAATACAA ACAGATGCAG 
TGTGATTTTC AGTTGTTATC AGAAGAGAAG TTGGTGCTGG AAAATGAACT ACAAAAGTTG 
AAGGACAAAG AGAAAACTAA GCCTACAAAT AATCGAACAA AGAAAGCTGT GAAAACAGTG 
AAGAAAAAAG ACAAAGGAAA ATCTGAGGAT TCAGAAAAGA AGATGTCTCC AGAAAAAGAG 
TTTAAAATAA AAGAAGATTT GGATCAAGTA CAGAAAGTAG CACGTCTGGA AATTGAGAAC 
AAAGTCCTTC AGGAGCAATT GAAACAGGCT TTACAGGAAG CTGAAAAAGC TAAGCATCAA 
CTTAACTATT TCCTAAATCA AGAGAAGTTA CTTAAAAGTG AGGGGAAAAC TGAGACAACA 
ATGCAAGTGG GTAATAGTCA AACAAAAGTT AAAGGTGAAG ATTCAAAAAA TATACCATTG 
GAGAAAGAAA CAAGAAAATC ACTGGTTTCA GATTCAGGTG GACAAAGGAC AAGTGATAAA 
ATCCAAGAAT ATCCACAGAT CACTGCCCAA AGCGGAAGAC TGATTGAAAA GAGCTCAGAG 
AAGAAACGAT CTAGCCCTGC TATTTCAGAT CTTTCACAGA TCCTTAAGTC TCAAGATGAA 
TCAGCATTTT TAGAGAGTTC AAATGAAGTT TCAGTTGCTG AAAACCAATC CTATAAATCT 
CCATCAGAGA CCCATGATAA ATCACTTACA ACAGTATCAT CCAGCAAAGA AGTTCAAGAT 
TCACTGTCTG TTGGAACATT GGCTCAAAAA AACGAAACAG TGATATCACC ATTCATTTTA 
CCTCCTGTTC TTACAGAAAG TAAAAAGGCT GATGTTTCAG AAGAACAATT ACAAAAGATG 
ACTGAAGAAC AAACTTACCA AGCAGCAGAA AAATCTCAAG CTGACAGTGA AGTTCCAGAT 
GAAAATCTTA TGGTTGAAAA TAAAGATTCA GTAACAAAAG TCCAAATAGA ACAAATGAAA 
CAAAGAACTT CTAGTATGGA AAGACATGAG GAGACTCTTA CAACCCCACA ATTGCCTGAG 
GACATGGTTT TAGTTTCAAG AATCCAATCT GAAACTAAAA ATCTTAAAGC TACCAGAAAT 
GAGAGTTTTC ATTCTCATAA TGATGTACCA GAAGAAAATC TTATGCTTGA ACAAGACACA 
AAGTCAAAAA CGGAAGTAGA AGTAAAGAAA CAAAAATCTT TCCAAGATAA TCAACTCAGT 
ACTCATAATG AAGTACCAAA TGAAAGGCTT GTAGTTGAGC ATCAAGAATC ATTGTCAAAA 
ACCAAATTAC AAATAAAGAA ACAAGAAACT TCTACAGAGC AACCACTCAC CACTCCTGAT 
AAAGAACCAA ATGAAAATCT TATACTTAGG CATCAAGACT CAATGTCAAA ATCAGAAATG 
CAAGTGAAGG AACAAAGAAC TCTCAAAGGG CAAAGAATTA TTACTCATGA TGAAGAACCA 
GGCAAAAATC TTGTGCTTGA ACATCAAGAT TCAGTGTCAA AACTGGAAAT GCAAATTGAA 
AAAACCAAAA AACTTCCTAG AGAGAAAAGA CATAGTACTC ATGATGAAGA ATCAGGTGAA 
AATCCTATGC TTAAACATCA AGATTCAGTG TCAAAAATCC AAGTGCAATT AGAGATTCAA 
GAAACTTCTG AAGGAGAAGG ACGTAGCATA CCAGATAAAA ATTCTATGTT TGTTCATCAA 
GATTCAGTGT CAAAACTCCA AATGCAAGAA AAGAAAAAAA TAACTCCTGG AAGGGAAAGG 
CGTAATACTC GTATTGTAGT ACCAAATGAA AATGTGATTT CTGTTCATCA AGATTCAAAG 
TCAAAACTCC AAATGCAAGA AAAGAAACAA ATAAATTCTG GAGTGGAAAG ACACAAGACG 
TTTCCTTTAG AAATCAAAAA AAAGGATATA TCACTTGAAC ATCTGTTGCC TGAGGAGAAA 
GTTTTATTAT CAAGAAGCGA ATCTCAAACG AAGAAACTTC AAGCTAAAGT AACTTCAAGA 
AAAATTAAAA ATGAAGCAGC CTCAGAACTT CCAGATACAG CAGAAAATCT TCCAGCAATG 
TACCCGTCAA TTAGCGACCT AATAATTCAA TTTGATTTAA ACAAAGTGGT CGAGACTGAT 
ATAGAAAGCT TGAGAGGTGC TTTGGGAAGA CGCTTATTAA ATGATGAATT CAAGACACAG 
TCAAAGAGTT TCCCTGGGCC TGATATAGAA CAATTGACAG ATGCATTTGG AAGAGATATA 
CTAAAGGATG AATTCAAGAC ACGATCAAAG AGTCTCCCTG AGACTGATGA ACGATTGCAT 
AGTACAACTG AGAGAGGTAC AATAAATGAT GCAATTAAGA CGCAGTTAAA GAGAAAGAGT 
TACCCTGAGA CTGTCTTAAA ACACTTGAAA GGTGTTAATG GAAAAGATAT AATAAAGCAT 
CTAATCAACA TACAGTCAAA GAGTCATGGA GAGACTGATA AGGAACACTT AGCAGATGAT 
ACTGGAAGAG GTATAATAAA GGGATCAATC AATGCACAAC TAAAGGGTCA CCAAAAGACT 
GATAAGAACT TCTTTGCCTA TGCTACTGGA AGAGGTCTAA TGAAGGAGTC AACCACGACA 
CAATTAAAAA GTCACCCAGA GACTGATAAG GAATTCTTGG CAGATGCTAT TGGAAGAGGT 
ATAATAATAG GGCCAATCAC TACACAACTG AAGAGTCACC GAGAGACTGA TAAAGAACTC 
TTAAAAGATG CTATTGGAAG AGATATAATA AAGGGACCAA TCAGTGCACA ATTAAAGAGT 
CACCAGGAGA CTGATGTAGA ACCCTTGACA AATGCCATTG GTTCAAGTAA AACAATTGGT 
GAGATAAAGA CACAACTAAG GACTCACTAT GATGTGAACT TATTTAAAAA CAAAGATATG 
TCCGTACAAC GTCAAGAAGG TATCTTTACT AGGAGCATTA CACCAAGTAA ATTCCCAACA 
AAAGTGATCA ATTTATCACC CTTTGAAAAT AAAGAGGAAA CTTATGAGTA CTCTTCACCC 
TATGTGACTG CACCTTCAAA AGCAATTTAT AGAACATATA GGGCTGGTCC AAGCTTTTCT 
AAAGACATCC ACCTTCCTTT ACTGAATCAA CTCCCTTCAG GGCATTCGAA AGTTGTTACC 
TTAAGCCAAA AAACTATTGA ATTTACTCTG CCTACTGTGA CCAATACAGT TGGAAAACCT 
ACCTATAAAG TGTTACATGC TGCTGCCCGA AAATCTGTAC CACACCCATA CTTTTGA

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

RefSeq	XP_016872130.1
CDS	300..3896
Translation	MLLKFSGEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_017016641.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X24, mRNA.

Target ORF information:

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

XM_017016641.1

ORF Insert Sequence:

ATGCTGTTGA AATTTTCTGG GGAAATAGTA AGGCTTGTAC AAAGATTTGA AGAACTGAAG 
AATCGCCTTA AACAGAGGTC TAAATCCTCC GTGAAAGTCA TGTTGTCTAA AACTATGGAT 
AAAGAAAATC GACCAGAAGC AGTGAAAAGT TGTGAAGCTC TGGCACAGAA AATTGAAGAA 
TTCTTAGAAG CCCACTCAAC TGATGAATTT AAAGATGTTT CTGCAACAGA ACCACAAACT 
GCTCATTCAA TGACTAATCG ATTTAATGCC ATGTTGAAAG TATTTGAAAA CCAGGCAAAT 
ATGTTGGAGA GAGCTGTAAA TGATCAAGTT TTGTTAGATG CTGAATACAA ACAGATGCAG 
TGTGATTTTC AGTTGTTATC AGAAGAGAAG TTGGTGCTGG AAAATGAACT ACAAAAGTTG 
AAGGACAAAG AGAAAACTAA GCCTACAAAT AATCGAACAA AGAAAGCTGT GAAAACAGTG 
AAGAAAAAAG ACAAAGGAAA ATCTGAGGAT TCAGAAAAGA AGATGTCTCC AGAAAAAGAG 
TTTAAAATAA AAGAAGATTT GGATCAAGTA CAGAAAGTAG CACGTCTGGA AATTGAGAAC 
AAAGTCCTTC AGGAGCAATT GAAACAGGCT TTACAGGAAG CTGAAAAAGC TAAGCATCAA 
CTTAACTATT TCCTAAATCA AGAGAAGTTA CTTAAAAGTG AGGGGAAAAC TGAGACAACA 
ATGCAAGTGG GTAATAGTCA AACAAAAGTT AAAGGTGAAG ATTCAAAAAA TATACCATTG 
GAGAAAGAAA CAAGAAAATC ACTGGTTTCA GATTCAGGTG GACAAAGGAC AAGTGATAAA 
ATCCAAGAAT ATCCACAGAT CACTGCCCAA AGCGGAAGAC TGATTGAAAA GAGCTCAGAG 
AAGAAACGAT CTAGCCCTGC TATTTCAGAT CTTTCACAGA TCCTTAAGTC TCAAGATGAA 
TCAGCATTTT TAGAGAGTTC AAATGAAGTT TCAGTTGCTG AAAACCAATC CTATAAATCT 
CCATCAGAGA CCCATGATAA ATCACTTACA ACAGTATCAT CCAGCAAAGA AGTTCAAGAT 
TCACTGTCTG TTGGAACATT GGCTCAAAAA AACGAAACAG TGATATCACC ATTCATTTTA 
CCTCCTGTTC TTACAGAAAG TAAAAAGGCT GATGTTTCAG AAGAACAATT ACAAAAGATG 
ACTGAAGAAC AAACTTACCA AGCAGCAGAA AAATCTCAAG CTGACAGTGA AGTTCCAGAT 
GAAAATCTTA TGGTTGAAAA TAAAGATTCA GTAACAAAAG TCCAAATAGA ACAAATGAAA 
CAAAGAACTT CTAGTATGGA AAGACATGAG GAGACTCTTA CAACCCCACA ATTGCCTGAG 
GACATGGTTT TAGTTTCAAG AATCCAATCT GAAACTAAAA ATCTTAAAGC TACCAGAAAT 
GAGAGTTTTC ATTCTCATAA TGATGTACCA GAAGAAAATC TTATGCTTGA ACAAGACACA 
AAGTCAAAAA CGGAAGTAGA AGTAAAGAAA CAAAAATCTT TCCAAGATAA TCAACTCAGT 
ACTCATAATG AAGTACCAAA TGAAAGGCTT GTAGTTGAGC ATCAAGAATC ATTGTCAAAA 
ACCAAATTAC AAATAAAGAA ACAAGAAACT TCTACAGAGC AACCACTCAC CACTCCTGAT 
AAAGAACCAA ATGAAAATCT TATACTTAGG CATCAAGACT CAATGTCAAA ATCAGAAATG 
CAAGTGAAGG AACAAAGAAC TCTCAAAGGG CAAAGAATTA TTACTCATGA TGAAGAACCA 
GGCAAAAATC TTGTGCTTGA ACATCAAGAT TCAGTGTCAA AACTGGAAAT GCAAATTGAA 
AAAACCAAAA AACTTCCTAG AGAGAAAAGA CATAGTACTC ATGATGAAGA ATCAGGTGAA 
AATCCTATGC TTAAACATCA AGATTCAGTG TCAAAAATCC AAGTGCAATT AGAGATTCAA 
GAAACTTCTG AAGGAGAAGG ACGTAGCATA CCAGATAAAA ATTCTATGTT TGTTCATCAA 
GATTCAGTGT CAAAACTCCA AATGCAAGAA AAGAAAAAAA TAACTCCTGG AAGGGAAAGG 
CGTAATACTC GTATTGTAGT ACCAAATGAA AATGTGATTT CTGTTCATCA AGATTCAAAG 
TCAAAACTCC AAATGCAAGA AAAGAAACAA ATAAATTCTG GAGTGGAAAG ACACAAGACG 
TTTCCTTTAG AAATCAAAAA AAAGGATATA TCACTTGAAC ATCTGTTGCC TGAGGAGAAA 
GTTTTATTAT CAAGAAGCGA ATCTCAAACG AAGAAACTTC AAGCTAAAGT AACTTCAAGA 
AAAATTAAAA ATGAAGCAGC CTCAGAACTT CCAGATACAG CAGAAAATCT TCCAGCAATG 
TACCCGTCAA TTAGCGACCT AATAATTCAA TTTGATTTAA ACAAAGTGGT CGAGACTGAT 
ATAGAAAGCT TGAGAGGTGC TTTGGGAAGA CGCTTATTAA ATGATGAATT CAAGACACAG 
TCAAAGAGTT TCCCTGGGCC TGATATAGAA CAATTGACAG ATGCATTTGG AAGAGATATA 
CTAAAGGATG AATTCAAGAC ACGATCAAAG AGTCTCCCTG AGACTGATGA ACGATTGCAT 
AGTACAACTG AGAGAGGTAC AATAAATGAT GCAATTAAGA CGCAGTTAAA GAGAAAGAGT 
TACCCTGAGA CTGTCTTAAA ACACTTGAAA GGTGTTAATG GAAAAGATAT AATAAAGCAT 
CTAATCAACA TACAGTCAAA GAGTCATGGA GAGACTGATA AGGAACACTT AGCAGATGAT 
ACTGGAAGAG GTATAATAAA GGGATCAATC AATGCACAAC TAAAGGGTCA CCAAAAGACT 
GATAAGAACT TCTTTGCCTA TGCTACTGGA AGAGGTCTAA TGAAGGAGTC AACCACGACA 
CAATTAAAAA GTCACCCAGA GACTGATAAG GAATTCTTGG CAGATGCTAT TGGAAGAGGT 
ATAATAATAG GGCCAATCAC TACACAACTG AAGAGTCACC GAGAGACTGA TAAAGAACTC 
TTAAAAGATG CTATTGGAAG AGATATAATA AAGGGACCAA TCAGTGCACA ATTAAAGAGT 
CACCAGGAGA CTGATGTAGA ACCCTTGACA AATGCCATTG GTTCAAGTAA AACAATTGGT 
GAGATAAAGA CACAACTAAG GACTCACTAT GATGTGAACT TATTTAAAAA CAAAGATATG 
TCCGTACAAC GTCAAGAAGG TATCTTTACT AGGAGCATTA CACCAAGTAA ATTCCCAACA 
AAAGTGATCA ATTTATCACC CTTTGAAAAT AAAGAGGAAA CTTATGAGTA CTCTTCACCC 
TATGTGACTG CACCTTCAAA AGCAATTTAT AGAACATATA GGGCTGGTCC AAGCTTTTCT 
AAAGACATCC ACCTTCCTTT ACTGAATCAA CTCCCTTCAG GGCATTCGAA AGTTGTTACC 
TTAAGCCAAA AAACTATTGA ATTTACTCTG CCTACTGTGA CCAATACAGT TGGAAAACCT 
ACCTATAAAG TGTTACATGC TGCTGCCCGA AAATCTGTAC CACACCCATA CTTTTGA

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

CCDC7 ( XM_017016643.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872132.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X27, mRNA.

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CloneID	OHu91645
Clone ID Related Accession (Same CDS sequence)	XM_017016643.1
Accession Version	XM_017016643.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3348bp) 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	uncharacterized protein C10orf68 isoform X26
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACTAATC GATTTAATGC CATGTTGAAA GTATTTGAAA ACCAGGCAAA TATGTTGGAG 
AGAGCTGTAA ATGATCAAGT TTTGTTAGAT GCTGAATACA AACAGATGCA GTGTGATTTT 
CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG GAAAATGAAC TACAAAAGTT GAAGGACAAA 
GAGAAAACTA AGCCTACAAA TAATCGAACA AAGAAAGCTG TGAAAACAGT GAAGAAAAAA 
GACAAAGGAA AATCTGAGGA TTCAGAAAAG AAGATGTCTC CAGAAAAAGA GTTTAAAATA 
AAAGAAGATT TGGATCAAGT ACAGAAAGTA GCACGTCTGG AAATTGAGAA CAAAGTCCTT 
CAGGAGCAAT TGAAACAGGC TTTACAGGAA GCTGAAAAAG CTAAGCATCA ACTTAACTAT 
TTCCTAAATC AAGAGAAGTT ACTTAAAAGT GAGGGGAAAA CTGAGACAAC AATGCAAGTG 
GGTAATAGTC AAACAAAAGT TAAAGGTGAA GATTCAAAAA ATATACCATT GGAGAAAGAA 
ACAAGAAAAT CACTGGTTTC AGATTCAGGT GGACAAAGGA CAAGTGATAA AATCCAAGAA 
TATCCACAGA TCACTGCCCA AAGCGGAAGA CTGATTGAAA AGAGCTCAGA GAAGAAACGA 
TCTAGCCCTG CTATTTCAGA TCTTTCACAG ATCCTTAAGT CTCAAGATGA ATCAGCATTT 
TTAGAGAGTT CAAATGAAGT TTCAGTTGCT GAAAACCAAT CCTATAAATC TCCATCAGAG 
ACCCATGATA AATCACTTAC AACAGTATCA TCCAGCAAAG AAGTTCAAGA TTCACTGTCT 
GTTGGAACAT TGGCTCAAAA AAACGAAACA GTGATATCAC CATTCATTTT ACCTCCTGTT 
CTTACAGAAA GTAAAAAGGC TGATGTTTCA GAAGAACAAT TACAAAAGAT GACTGAAGAA 
CAAACTTACC AAGCAGCAGA AAAATCTCAA GCTGACAGTG AAGTTCCAGA TGAAAATCTT 
ATGGTTGAAA ATAAAGATTC AGTAACAAAA GTCCAAATAG AACAAATGAA ACAAAGAACT 
TCTAGTATGG AAAGACATGA GGAGACTCTT ACAACCCCAC AATTGCCTGA GGACATGGTT 
TTAGTTTCAA GAATCCAATC TGAAACTAAA AATCTTAAAG CTACCAGAAA TGAGAGTTTT 
CATTCTCATA ATGATGTACC AGAAGAAAAT CTTATGCTTG AACAAGACAC AAAGTCAAAA 
ACGGAAGTAG AAGTAAAGAA ACAAAAATCT TTCCAAGATA ATCAACTCAG TACTCATAAT 
GAAGTACCAA ATGAAAGGCT TGTAGTTGAG CATCAAGAAT CATTGTCAAA AACCAAATTA 
CAAATAAAGA AACAAGAAAC TTCTACAGAG CAACCACTCA CCACTCCTGA TAAAGAACCA 
AATGAAAATC TTATACTTAG GCATCAAGAC TCAATGTCAA AATCAGAAAT GCAAGTGAAG 
GAACAAAGAA CTCTCAAAGG GCAAAGAATT ATTACTCATG ATGAAGAACC AGGCAAAAAT 
CTTGTGCTTG AACATCAAGA TTCAGTGTCA AAACTGGAAA TGCAAATTGA AAAAACCAAA 
AAACTTCCTA GAGAGAAAAG ACATAGTACT CATGATGAAG AATCAGGTGA AAATCCTATG 
CTTAAACATC AAGATTCAGT GTCAAAAATC CAAGTGCAAT TAGAGATTCA AGAAACTTCT 
GAAGGAGAAG GACGTAGCAT ACCAGATAAA AATTCTATGT TTGTTCATCA AGATTCAGTG 
TCAAAACTCC AAATGCAAGA AAAGAAAAAA ATAACTCCTG GAAGGGAAAG GCGTAATACT 
CGTATTGTAG TACCAAATGA AAATGTGATT TCTGTTCATC AAGATTCAAA GTCAAAACTC 
CAAATGCAAG AAAAGAAACA AATAAATTCT GGAGTGGAAA GACACAAGAC GTTTCCTTTA 
GAAATCAAAA AAAAGGATAT ATCACTTGAA CATCTGTTGC CTGAGGAGAA AGTTTTATTA 
TCAAGAAGCG AATCTCAAAC GAAGAAACTT CAAGCTAAAG TAACTTCAAG AAAAATTAAA 
AATGAAGCAG CCTCAGAACT TCCAGATACA GCAGAAAATC TTCCAGCAAT GTACCCGTCA 
ATTAGCGACC TAATAATTCA ATTTGATTTA AACAAAGTGG TCGAGACTGA TATAGAAAGC 
TTGAGAGGTG CTTTGGGAAG ACGCTTATTA AATGATGAAT TCAAGACACA GTCAAAGAGT 
TTCCCTGGGC CTGATATAGA ACAATTGACA GATGCATTTG GAAGAGATAT ACTAAAGGAT 
GAATTCAAGA CACGATCAAA GAGTCTCCCT GAGACTGATG AACGATTGCA TAGTACAACT 
GAGAGAGGTA CAATAAATGA TGCAATTAAG ACGCAGTTAA AGAGAAAGAG TTACCCTGAG 
ACTGTCTTAA AACACTTGAA AGGTGTTAAT GGAAAAGATA TAATAAAGCA TCTAATCAAC 
ATACAGTCAA AGAGTCATGG AGAGACTGAT AAGGAACACT TAGCAGATGA TACTGGAAGA 
GGTATAATAA AGGGATCAAT CAATGCACAA CTAAAGGGTC ACCAAAAGAC TGATAAGAAC 
TTCTTTGCCT ATGCTACTGG AAGAGGTCTA ATGAAGGAGT CAACCACGAC ACAATTAAAA 
AGTCACCCAG AGACTGATAA GGAATTCTTG GCAGATGCTA TTGGAAGAGG TATAATAATA 
GGGCCAATCA CTACACAACT GAAGAGTCAC CGAGAGACTG ATAAAGAACT CTTAAAAGAT 
GCTATTGGAA GAGATATAAT AAAGGGACCA ATCAGTGCAC AATTAAAGAG TCACCAGGAG 
ACTGATGTAG AACCCTTGAC AAATGCCATT GGTTCAAGTA AAACAATTGG TGAGATAAAG 
ACACAACTAA GGACTCACTA TGATGTGAAC TTATTTAAAA ACAAAGATAT GTCCGTACAA 
CGTCAAGAAG GTATCTTTAC TAGGAGCATT ACACCAAGTA AATTCCCAAC AAAAGTGATC 
AATTTATCAC CCTTTGAAAA TAAAGAGGAA ACTTATGAGT ACTCTTCACC CTATGTGACT 
GCACCTTCAA AAGCAATTTA TAGAACATAT AGGGCTGGTC CAAGCTTTTC TAAAGACATC 
CACCTTCCTT TACTGAATCA ACTCCCTTCA GGGCATTCGA AAGTTGTTAC CTTAAGCCAA 
AAAACTATTG AATTTACTCT GCCTACTGTG ACCAATACAG TTGGAAAACC TACCTATAAA 
GTGTTACATG CTGCTGCCCG AAAATCTGTA CCACACCCAT ACTTTTGA

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

RefSeq	XP_016872132.1
CDS	239..3586
Translation	MTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_017016643.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X27, mRNA.

Target ORF information:

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

XM_017016643.1

ORF Insert Sequence:

ATGACTAATC GATTTAATGC CATGTTGAAA GTATTTGAAA ACCAGGCAAA TATGTTGGAG 
AGAGCTGTAA ATGATCAAGT TTTGTTAGAT GCTGAATACA AACAGATGCA GTGTGATTTT 
CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG GAAAATGAAC TACAAAAGTT GAAGGACAAA 
GAGAAAACTA AGCCTACAAA TAATCGAACA AAGAAAGCTG TGAAAACAGT GAAGAAAAAA 
GACAAAGGAA AATCTGAGGA TTCAGAAAAG AAGATGTCTC CAGAAAAAGA GTTTAAAATA 
AAAGAAGATT TGGATCAAGT ACAGAAAGTA GCACGTCTGG AAATTGAGAA CAAAGTCCTT 
CAGGAGCAAT TGAAACAGGC TTTACAGGAA GCTGAAAAAG CTAAGCATCA ACTTAACTAT 
TTCCTAAATC AAGAGAAGTT ACTTAAAAGT GAGGGGAAAA CTGAGACAAC AATGCAAGTG 
GGTAATAGTC AAACAAAAGT TAAAGGTGAA GATTCAAAAA ATATACCATT GGAGAAAGAA 
ACAAGAAAAT CACTGGTTTC AGATTCAGGT GGACAAAGGA CAAGTGATAA AATCCAAGAA 
TATCCACAGA TCACTGCCCA AAGCGGAAGA CTGATTGAAA AGAGCTCAGA GAAGAAACGA 
TCTAGCCCTG CTATTTCAGA TCTTTCACAG ATCCTTAAGT CTCAAGATGA ATCAGCATTT 
TTAGAGAGTT CAAATGAAGT TTCAGTTGCT GAAAACCAAT CCTATAAATC TCCATCAGAG 
ACCCATGATA AATCACTTAC AACAGTATCA TCCAGCAAAG AAGTTCAAGA TTCACTGTCT 
GTTGGAACAT TGGCTCAAAA AAACGAAACA GTGATATCAC CATTCATTTT ACCTCCTGTT 
CTTACAGAAA GTAAAAAGGC TGATGTTTCA GAAGAACAAT TACAAAAGAT GACTGAAGAA 
CAAACTTACC AAGCAGCAGA AAAATCTCAA GCTGACAGTG AAGTTCCAGA TGAAAATCTT 
ATGGTTGAAA ATAAAGATTC AGTAACAAAA GTCCAAATAG AACAAATGAA ACAAAGAACT 
TCTAGTATGG AAAGACATGA GGAGACTCTT ACAACCCCAC AATTGCCTGA GGACATGGTT 
TTAGTTTCAA GAATCCAATC TGAAACTAAA AATCTTAAAG CTACCAGAAA TGAGAGTTTT 
CATTCTCATA ATGATGTACC AGAAGAAAAT CTTATGCTTG AACAAGACAC AAAGTCAAAA 
ACGGAAGTAG AAGTAAAGAA ACAAAAATCT TTCCAAGATA ATCAACTCAG TACTCATAAT 
GAAGTACCAA ATGAAAGGCT TGTAGTTGAG CATCAAGAAT CATTGTCAAA AACCAAATTA 
CAAATAAAGA AACAAGAAAC TTCTACAGAG CAACCACTCA CCACTCCTGA TAAAGAACCA 
AATGAAAATC TTATACTTAG GCATCAAGAC TCAATGTCAA AATCAGAAAT GCAAGTGAAG 
GAACAAAGAA CTCTCAAAGG GCAAAGAATT ATTACTCATG ATGAAGAACC AGGCAAAAAT 
CTTGTGCTTG AACATCAAGA TTCAGTGTCA AAACTGGAAA TGCAAATTGA AAAAACCAAA 
AAACTTCCTA GAGAGAAAAG ACATAGTACT CATGATGAAG AATCAGGTGA AAATCCTATG 
CTTAAACATC AAGATTCAGT GTCAAAAATC CAAGTGCAAT TAGAGATTCA AGAAACTTCT 
GAAGGAGAAG GACGTAGCAT ACCAGATAAA AATTCTATGT TTGTTCATCA AGATTCAGTG 
TCAAAACTCC AAATGCAAGA AAAGAAAAAA ATAACTCCTG GAAGGGAAAG GCGTAATACT 
CGTATTGTAG TACCAAATGA AAATGTGATT TCTGTTCATC AAGATTCAAA GTCAAAACTC 
CAAATGCAAG AAAAGAAACA AATAAATTCT GGAGTGGAAA GACACAAGAC GTTTCCTTTA 
GAAATCAAAA AAAAGGATAT ATCACTTGAA CATCTGTTGC CTGAGGAGAA AGTTTTATTA 
TCAAGAAGCG AATCTCAAAC GAAGAAACTT CAAGCTAAAG TAACTTCAAG AAAAATTAAA 
AATGAAGCAG CCTCAGAACT TCCAGATACA GCAGAAAATC TTCCAGCAAT GTACCCGTCA 
ATTAGCGACC TAATAATTCA ATTTGATTTA AACAAAGTGG TCGAGACTGA TATAGAAAGC 
TTGAGAGGTG CTTTGGGAAG ACGCTTATTA AATGATGAAT TCAAGACACA GTCAAAGAGT 
TTCCCTGGGC CTGATATAGA ACAATTGACA GATGCATTTG GAAGAGATAT ACTAAAGGAT 
GAATTCAAGA CACGATCAAA GAGTCTCCCT GAGACTGATG AACGATTGCA TAGTACAACT 
GAGAGAGGTA CAATAAATGA TGCAATTAAG ACGCAGTTAA AGAGAAAGAG TTACCCTGAG 
ACTGTCTTAA AACACTTGAA AGGTGTTAAT GGAAAAGATA TAATAAAGCA TCTAATCAAC 
ATACAGTCAA AGAGTCATGG AGAGACTGAT AAGGAACACT TAGCAGATGA TACTGGAAGA 
GGTATAATAA AGGGATCAAT CAATGCACAA CTAAAGGGTC ACCAAAAGAC TGATAAGAAC 
TTCTTTGCCT ATGCTACTGG AAGAGGTCTA ATGAAGGAGT CAACCACGAC ACAATTAAAA 
AGTCACCCAG AGACTGATAA GGAATTCTTG GCAGATGCTA TTGGAAGAGG TATAATAATA 
GGGCCAATCA CTACACAACT GAAGAGTCAC CGAGAGACTG ATAAAGAACT CTTAAAAGAT 
GCTATTGGAA GAGATATAAT AAAGGGACCA ATCAGTGCAC AATTAAAGAG TCACCAGGAG 
ACTGATGTAG AACCCTTGAC AAATGCCATT GGTTCAAGTA AAACAATTGG TGAGATAAAG 
ACACAACTAA GGACTCACTA TGATGTGAAC TTATTTAAAA ACAAAGATAT GTCCGTACAA 
CGTCAAGAAG GTATCTTTAC TAGGAGCATT ACACCAAGTA AATTCCCAAC AAAAGTGATC 
AATTTATCAC CCTTTGAAAA TAAAGAGGAA ACTTATGAGT ACTCTTCACC CTATGTGACT 
GCACCTTCAA AAGCAATTTA TAGAACATAT AGGGCTGGTC CAAGCTTTTC TAAAGACATC 
CACCTTCCTT TACTGAATCA ACTCCCTTCA GGGCATTCGA AAGTTGTTAC CTTAAGCCAA 
AAAACTATTG AATTTACTCT GCCTACTGTG ACCAATACAG TTGGAAAACC TACCTATAAA 
GTGTTACATG CTGCTGCCCG AAAATCTGTA CCACACCCAT ACTTTTGA

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

CCDC7 ( XM_017016647.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872136.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X33, mRNA.

Price & Availability↑

CloneID	OHu91646
Clone ID Related Accession (Same CDS sequence)	XM_017016647.2 , XM_017016647.1
Accession Version	XM_017016647.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3207bp) 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	uncharacterized protein C10orf68 isoform X30
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017016647.1. ##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##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GCAGAACTGT TTTCCAAGAA ATTCTAA

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

RefSeq	XP_016872136.1
CDS	310..3516
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPAELFSKKF

Target ORF information:

RefSeq Version	XM_017016647.2
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X33, mRNA.

Target ORF information:

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

XM_017016647.2

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GCAGAACTGT TTTCCAAGAA ATTCTAA

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

CCDC7 ( XM_017016647.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872136.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X30, mRNA.

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CloneID	OHu91646
Clone ID Related Accession (Same CDS sequence)	XM_017016647.2 , XM_017016647.1
Accession Version	XM_017016647.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3207bp) 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	uncharacterized protein C10orf68 isoform X28
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GCAGAACTGT TTTCCAAGAA ATTCTAA

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

RefSeq	XP_016872136.1
CDS	310..3516
Translation	MKPVKHLLTTSNKSANVPALTTKKGLHNLPLSPELKEKHNAKLIHDKIEPMVLRSPPTGESILRYALPIPSSKTKNLLPEDEMIGKIIKHLKMVVSTLEETYGHCDQNGEEPFVKHEHEELSLSVGDDMNSFLTYCSQFAAQLEEALKEEQNILESLFKWFQWQVNQMEEISKDQTLLQAEPPKPDKTVILNIAEIVRLVQRFEELKNRLKQRSKSSVKVMLSKTMDKENRPEAVKSCEALAQKIEEFLEAHSTDEFKDVSATEPQTAHSMTNRFNAMLKVFENQANMLERAVNDQVLLDAEYKQMQCDFQLLSEEKLVLENELQKLKDKEKTKPTNNRTKKAVKTVKKKDKGKSEDSEKKMSPEKEFKIKEDLDQVQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPAELFSKKF

Target ORF information:

RefSeq Version	XM_017016647.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X30, mRNA.

Target ORF information:

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

XM_017016647.1

ORF Insert Sequence:

ATGAAACCAG TAAAGCATCT GTTGACCACC AGTAACAAAT CGGCAAATGT TCCAGCATTA 
ACTACTAAAA AAGGACTACA TAATTTACCA TTATCACCTG AGCTAAAGGA AAAACATAAT 
GCAAAATTAA TTCATGATAA AATTGAACCA ATGGTCCTAA GATCTCCACC AACAGGAGAA 
TCCATTTTAC GGTATGCTTT GCCCATTCCA TCGAGTAAGA CAAAGAACTT ACTACCAGAA 
GATGAAATGA TCGGAAAAAT TATCAAACAT CTGAAGATGG TTGTTTCCAC TTTGGAAGAA 
ACCTATGGAC ATTGCGATCA GAATGGAGAA GAACCATTTG TAAAGCATGA ACATGAAGAA 
TTATCTTTAT CTGTTGGGGA TGATATGAAT TCATTCTTGA CATATTGTTC GCAATTTGCA 
GCTCAGCTAG AAGAAGCACT TAAAGAAGAA CAAAATATTT TGGAATCTCT TTTTAAGTGG 
TTTCAGTGGC AGGTCAATCA GATGGAAGAA ATAAGTAAAG ATCAAACTCT TTTACAAGCA 
GAGCCTCCAA AACCTGACAA AACAGTCATT TTAAATATTG CAGAAATAGT AAGGCTTGTA 
CAAAGATTTG AAGAACTGAA GAATCGCCTT AAACAGAGGT CTAAATCCTC CGTGAAAGTC 
ATGTTGTCTA AAACTATGGA TAAAGAAAAT CGACCAGAAG CAGTGAAAAG TTGTGAAGCT 
CTGGCACAGA AAATTGAAGA ATTCTTAGAA GCCCACTCAA CTGATGAATT TAAAGATGTT 
TCTGCAACAG AACCACAAAC TGCTCATTCA ATGACTAATC GATTTAATGC CATGTTGAAA 
GTATTTGAAA ACCAGGCAAA TATGTTGGAG AGAGCTGTAA ATGATCAAGT TTTGTTAGAT 
GCTGAATACA AACAGATGCA GTGTGATTTT CAGTTGTTAT CAGAAGAGAA GTTGGTGCTG 
GAAAATGAAC TACAAAAGTT GAAGGACAAA GAGAAAACTA AGCCTACAAA TAATCGAACA 
AAGAAAGCTG TGAAAACAGT GAAGAAAAAA GACAAAGGAA AATCTGAGGA TTCAGAAAAG 
AAGATGTCTC CAGAAAAAGA GTTTAAAATA AAAGAAGATT TGGATCAAGT ACAGAAAGTA 
GCACGTCTGG AAATTGAGAA CAAAGTCCTT CAGGAGCAAT TGAAACAGGC TTTACAGGAA 
GCTGAAAAAG CTAAGCATCA ACTTAACTAT TTCCTAAATC AAGAGAAGTT ACTTAAAAGT 
GAGGGGAAAA CTGAGACAAC AATGCAAGTG GGTAATAGTC AAACAAAAGT TAAAGGTGAA 
GATTCAAAAA ATATACCATT GGAGAAAGAA ACAAGAAAAT CACTGGTTTC AGATTCAGGT 
GGACAAAGGA CAAGTGATAA AATCCAAGAA TATCCACAGA TCACTGCCCA AAGCGGAAGA 
CTGATTGAAA AGAGCTCAGA GAAGAAACGA TCTAGCCCTG CTATTTCAGA TCTTTCACAG 
ATCCTTAAGT CTCAAGATGA ATCAGCATTT TTAGAGAGTT CAAATGAAGT TTCAGTTGCT 
GAAAACCAAT CCTATAAATC TCCATCAGAG ACCCATGATA AATCACTTAC AACAGTATCA 
TCCAGCAAAG AAGTTCAAGA TTCACTGTCT GTTGGAACAT TGGCTCAAAA AAACGAAACA 
GTGATATCAC CATTCATTTT ACCTCCTGTT CTTACAGAAA GTAAAAAGGC TGATGTTTCA 
GAAGAACAAT TACAAAAGAT GACTGAAGAA CAAACTTACC AAGCAGCAGA AAAATCTCAA 
GCTGACAGTG AAGTTCCAGA TGAAAATCTT ATGGTTGAAA ATAAAGATTC AGTAACAAAA 
GTCCAAATAG AACAAATGAA ACAAAGAACT TCTAGTATGG AAAGACATGA GGAGACTCTT 
ACAACCCCAC AATTGCCTGA GGACATGGTT TTAGTTTCAA GAATCCAATC TGAAACTAAA 
AATCTTAAAG CTACCAGAAA TGAGAGTTTT CATTCTCATA ATGATGTACC AGAAGAAAAT 
CTTATGCTTG AACAAGACAC AAAGTCAAAA ACGGAAGTAG AAGTAAAGAA ACAAAAATCT 
TTCCAAGATA ATCAACTCAG TACTCATAAT GAAGTACCAA ATGAAAGGCT TGTAGTTGAG 
CATCAAGAAT CATTGTCAAA AACCAAATTA CAAATAAAGA AACAAGAAAC TTCTACAGAG 
CAACCACTCA CCACTCCTGA TAAAGAACCA AATGAAAATC TTATACTTAG GCATCAAGAC 
TCAATGTCAA AATCAGAAAT GCAAGTGAAG GAACAAAGAA CTCTCAAAGG GCAAAGAATT 
ATTACTCATG ATGAAGAACC AGGCAAAAAT CTTGTGCTTG AACATCAAGA TTCAGTGTCA 
AAACTGGAAA TGCAAATTGA AAAAACCAAA AAACTTCCTA GAGAGAAAAG ACATAGTACT 
CATGATGAAG AATCAGGTGA AAATCCTATG CTTAAACATC AAGATTCAGT GTCAAAAATC 
CAAGTGCAAT TAGAGATTCA AGAAACTTCT GAAGGAGAAG GACGTAGCAT ACCAGATAAA 
AATTCTATGT TTGTTCATCA AGATTCAGTG TCAAAACTCC AAATGCAAGA AAAGAAAAAA 
ATAACTCCTG GAAGGGAAAG GCGTAATACT CGTATTGTAG TACCAAATGA AAATGTGATT 
TCTGTTCATC AAGATTCAAA GTCAAAACTC CAAATGCAAG AAAAGAAACA AATAAATTCT 
GGAGTGGAAA GACACAAGAC GTTTCCTTTA GAAATCAAAA AAAAGGATAT ATCACTTGAA 
CATCTGTTGC CTGAGGAGAA AGTTTTATTA TCAAGAAGCG AATCTCAAAC GAAGAAACTT 
CAAGCTAAAG TAACTTCAAG AAAAATTAAA AATGAAGCAG CCTCAGAACT TCCAGATACA 
GCAGAAAATC TTCCAGCAAT GTACCCGTCA ATTAGCGACC TAATAATTCA ATTTGATTTA 
AACAAAGTGG TCGAGACTGA TATAGAAAGC TTGAGAGGTG CTTTGGGAAG ACGCTTATTA 
AATGATGAAT TCAAGACACA GTCAAAGAGT TTCCCTGGGC CTGATATAGA ACAATTGACA 
GATGCATTTG GAAGAGATAT ACTAAAGGAT GAATTCAAGA CACGATCAAA GAGTCTCCCT 
GCAGAACTGT TTTCCAAGAA ATTCTAA

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

CCDC7 ( XM_017016648.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872137.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X35, mRNA.

Price & Availability↑

CloneID	OHu91647
Clone ID Related Accession (Same CDS sequence)	XM_017016648.1
Accession Version	XM_017016648.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3102bp) 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	uncharacterized protein C10orf68 isoform X32
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAACGAA AAACTTCTTC AGAAATTGTA AACTCTGTGT CTGACTCTGG TTTGTGTGAT 
CTAATTAGAG GAATACAGAA AGTAGCACGT CTGGAAATTG AGAACAAAGT CCTTCAGGAG 
CAATTGAAAC AGGCTTTACA GGAAGCTGAA AAAGCTAAGC ATCAACTTAA CTATTTCCTA 
AATCAAGAGA AGTTACTTAA AAGTGAGGGG AAAACTGAGA CAACAATGCA AGTGGGTAAT 
AGTCAAACAA AAGTTAAAGG TGAAGATTCA AAAAATATAC CATTGGAGAA AGAAACAAGA 
AAATCACTGG TTTCAGATTC AGGTGGACAA AGGACAAGTG ATAAAATCCA AGAATATCCA 
CAGATCACTG CCCAAAGCGG AAGACTGATT GAAAAGAGCT CAGAGAAGAA ACGATCTAGC 
CCTGCTATTT CAGATCTTTC ACAGATCCTT AAGTCTCAAG ATGAATCAGC ATTTTTAGAG 
AGTTCAAATG AAGTTTCAGT TGCTGAAAAC CAATCCTATA AATCTCCATC AGAGACCCAT 
GATAAATCAC TTACAACAGT ATCATCCAGC AAAGAAGTTC AAGATTCACT GTCTGTTGGA 
ACATTGGCTC AAAAAAACGA AACAGTGATA TCACCATTCA TTTTACCTCC TGTTCTTACA 
GAAAGTAAAA AGGCTGATGT TTCAGAAGAA CAATTACAAA AGATGACTGA AGAACAAACT 
TACCAAGCAG CAGAAAAATC TCAAGCTGAC AGTGAAGTTC CAGATGAAAA TCTTATGGTT 
GAAAATAAAG ATTCAGTAAC AAAAGTCCAA ATAGAACAAA TGAAACAAAG AACTTCTAGT 
ATGGAAAGAC ATGAGGAGAC TCTTACAACC CCACAATTGC CTGAGGACAT GGTTTTAGTT 
TCAAGAATCC AATCTGAAAC TAAAAATCTT AAAGCTACCA GAAATGAGAG TTTTCATTCT 
CATAATGATG TACCAGAAGA AAATCTTATG CTTGAACAAG ACACAAAGTC AAAAACGGAA 
GTAGAAGTAA AGAAACAAAA ATCTTTCCAA GATAATCAAC TCAGTACTCA TAATGAAGTA 
CCAAATGAAA GGCTTGTAGT TGAGCATCAA GAATCATTGT CAAAAACCAA ATTACAAATA 
AAGAAACAAG AAACTTCTAC AGAGCAACCA CTCACCACTC CTGATAAAGA ACCAAATGAA 
AATCTTATAC TTAGGCATCA AGACTCAATG TCAAAATCAG AAATGCAAGT GAAGGAACAA 
AGAACTCTCA AAGGGCAAAG AATTATTACT CATGATGAAG AACCAGGCAA AAATCTTGTG 
CTTGAACATC AAGATTCAGT GTCAAAACTG GAAATGCAAA TTGAAAAAAC CAAAAAACTT 
CCTAGAGAGA AAAGACATAG TACTCATGAT GAAGAATCAG GTGAAAATCC TATGCTTAAA 
CATCAAGATT CAGTGTCAAA AATCCAAGTG CAATTAGAGA TTCAAGAAAC TTCTGAAGGA 
GAAGGACGTA GCATACCAGA TAAAAATTCT ATGTTTGTTC ATCAAGATTC AGTGTCAAAA 
CTCCAAATGC AAGAAAAGAA AAAAATAACT CCTGGAAGGG AAAGGCGTAA TACTCGTATT 
GTAGTACCAA ATGAAAATGT GATTTCTGTT CATCAAGATT CAAAGTCAAA ACTCCAAATG 
CAAGAAAAGA AACAAATAAA TTCTGGAGTG GAAAGACACA AGACGTTTCC TTTAGAAATC 
AAAAAAAAGG ATATATCACT TGAACATCTG TTGCCTGAGG AGAAAGTTTT ATTATCAAGA 
AGCGAATCTC AAACGAAGAA ACTTCAAGCT AAAGTAACTT CAAGAAAAAT TAAAAATGAA 
GCAGCCTCAG AACTTCCAGA TACAGCAGAA AATCTTCCAG CAATGTACCC GTCAATTAGC 
GACCTAATAA TTCAATTTGA TTTAAACAAA GTGGTCGAGA CTGATATAGA AAGCTTGAGA 
GGTGCTTTGG GAAGACGCTT ATTAAATGAT GAATTCAAGA CACAGTCAAA GAGTTTCCCT 
GGGCCTGATA TAGAACAATT GACAGATGCA TTTGGAAGAG ATATACTAAA GGATGAATTC 
AAGACACGAT CAAAGAGTCT CCCTGAGACT GATGAACGAT TGCATAGTAC AACTGAGAGA 
GGTACAATAA ATGATGCAAT TAAGACGCAG TTAAAGAGAA AGAGTTACCC TGAGACTGTC 
TTAAAACACT TGAAAGGTGT TAATGGAAAA GATATAATAA AGCATCTAAT CAACATACAG 
TCAAAGAGTC ATGGAGAGAC TGATAAGGAA CACTTAGCAG ATGATACTGG AAGAGGTATA 
ATAAAGGGAT CAATCAATGC ACAACTAAAG GGTCACCAAA AGACTGATAA GAACTTCTTT 
GCCTATGCTA CTGGAAGAGG TCTAATGAAG GAGTCAACCA CGACACAATT AAAAAGTCAC 
CCAGAGACTG ATAAGGAATT CTTGGCAGAT GCTATTGGAA GAGGTATAAT AATAGGGCCA 
ATCACTACAC AACTGAAGAG TCACCGAGAG ACTGATAAAG AACTCTTAAA AGATGCTATT 
GGAAGAGATA TAATAAAGGG ACCAATCAGT GCACAATTAA AGAGTCACCA GGAGACTGAT 
GTAGAACCCT TGACAAATGC CATTGGTTCA AGTAAAACAA TTGGTGAGAT AAAGACACAA 
CTAAGGACTC ACTATGATGT GAACTTATTT AAAAACAAAG ATATGTCCGT ACAACGTCAA 
GAAGGTATCT TTACTAGGAG CATTACACCA AGTAAATTCC CAACAAAAGT GATCAATTTA 
TCACCCTTTG AAAATAAAGA GGAAACTTAT GAGTACTCTT CACCCTATGT GACTGCACCT 
TCAAAAGCAA TTTATAGAAC ATATAGGGCT GGTCCAAGCT TTTCTAAAGA CATCCACCTT 
CCTTTACTGA ATCAACTCCC TTCAGGGCAT TCGAAAGTTG TTACCTTAAG CCAAAAAACT 
ATTGAATTTA CTCTGCCTAC TGTGACCAAT ACAGTTGGAA AACCTACCTA TAAAGTGTTA 
CATGCTGCTG CCCGAAAATC TGTACCACAC CCATACTTTT GA

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

RefSeq	XP_016872137.1
CDS	17..3118
Translation	MQRKTSSEIVNSVSDSGLCDLIRGIQKVARLEIENKVLQEQLKQALQEAEKAKHQLNYFLNQEKLLKSEGKTETTMQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_017016648.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X35, mRNA.

Target ORF information:

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

XM_017016648.1

ORF Insert Sequence:

ATGCAACGAA AAACTTCTTC AGAAATTGTA AACTCTGTGT CTGACTCTGG TTTGTGTGAT 
CTAATTAGAG GAATACAGAA AGTAGCACGT CTGGAAATTG AGAACAAAGT CCTTCAGGAG 
CAATTGAAAC AGGCTTTACA GGAAGCTGAA AAAGCTAAGC ATCAACTTAA CTATTTCCTA 
AATCAAGAGA AGTTACTTAA AAGTGAGGGG AAAACTGAGA CAACAATGCA AGTGGGTAAT 
AGTCAAACAA AAGTTAAAGG TGAAGATTCA AAAAATATAC CATTGGAGAA AGAAACAAGA 
AAATCACTGG TTTCAGATTC AGGTGGACAA AGGACAAGTG ATAAAATCCA AGAATATCCA 
CAGATCACTG CCCAAAGCGG AAGACTGATT GAAAAGAGCT CAGAGAAGAA ACGATCTAGC 
CCTGCTATTT CAGATCTTTC ACAGATCCTT AAGTCTCAAG ATGAATCAGC ATTTTTAGAG 
AGTTCAAATG AAGTTTCAGT TGCTGAAAAC CAATCCTATA AATCTCCATC AGAGACCCAT 
GATAAATCAC TTACAACAGT ATCATCCAGC AAAGAAGTTC AAGATTCACT GTCTGTTGGA 
ACATTGGCTC AAAAAAACGA AACAGTGATA TCACCATTCA TTTTACCTCC TGTTCTTACA 
GAAAGTAAAA AGGCTGATGT TTCAGAAGAA CAATTACAAA AGATGACTGA AGAACAAACT 
TACCAAGCAG CAGAAAAATC TCAAGCTGAC AGTGAAGTTC CAGATGAAAA TCTTATGGTT 
GAAAATAAAG ATTCAGTAAC AAAAGTCCAA ATAGAACAAA TGAAACAAAG AACTTCTAGT 
ATGGAAAGAC ATGAGGAGAC TCTTACAACC CCACAATTGC CTGAGGACAT GGTTTTAGTT 
TCAAGAATCC AATCTGAAAC TAAAAATCTT AAAGCTACCA GAAATGAGAG TTTTCATTCT 
CATAATGATG TACCAGAAGA AAATCTTATG CTTGAACAAG ACACAAAGTC AAAAACGGAA 
GTAGAAGTAA AGAAACAAAA ATCTTTCCAA GATAATCAAC TCAGTACTCA TAATGAAGTA 
CCAAATGAAA GGCTTGTAGT TGAGCATCAA GAATCATTGT CAAAAACCAA ATTACAAATA 
AAGAAACAAG AAACTTCTAC AGAGCAACCA CTCACCACTC CTGATAAAGA ACCAAATGAA 
AATCTTATAC TTAGGCATCA AGACTCAATG TCAAAATCAG AAATGCAAGT GAAGGAACAA 
AGAACTCTCA AAGGGCAAAG AATTATTACT CATGATGAAG AACCAGGCAA AAATCTTGTG 
CTTGAACATC AAGATTCAGT GTCAAAACTG GAAATGCAAA TTGAAAAAAC CAAAAAACTT 
CCTAGAGAGA AAAGACATAG TACTCATGAT GAAGAATCAG GTGAAAATCC TATGCTTAAA 
CATCAAGATT CAGTGTCAAA AATCCAAGTG CAATTAGAGA TTCAAGAAAC TTCTGAAGGA 
GAAGGACGTA GCATACCAGA TAAAAATTCT ATGTTTGTTC ATCAAGATTC AGTGTCAAAA 
CTCCAAATGC AAGAAAAGAA AAAAATAACT CCTGGAAGGG AAAGGCGTAA TACTCGTATT 
GTAGTACCAA ATGAAAATGT GATTTCTGTT CATCAAGATT CAAAGTCAAA ACTCCAAATG 
CAAGAAAAGA AACAAATAAA TTCTGGAGTG GAAAGACACA AGACGTTTCC TTTAGAAATC 
AAAAAAAAGG ATATATCACT TGAACATCTG TTGCCTGAGG AGAAAGTTTT ATTATCAAGA 
AGCGAATCTC AAACGAAGAA ACTTCAAGCT AAAGTAACTT CAAGAAAAAT TAAAAATGAA 
GCAGCCTCAG AACTTCCAGA TACAGCAGAA AATCTTCCAG CAATGTACCC GTCAATTAGC 
GACCTAATAA TTCAATTTGA TTTAAACAAA GTGGTCGAGA CTGATATAGA AAGCTTGAGA 
GGTGCTTTGG GAAGACGCTT ATTAAATGAT GAATTCAAGA CACAGTCAAA GAGTTTCCCT 
GGGCCTGATA TAGAACAATT GACAGATGCA TTTGGAAGAG ATATACTAAA GGATGAATTC 
AAGACACGAT CAAAGAGTCT CCCTGAGACT GATGAACGAT TGCATAGTAC AACTGAGAGA 
GGTACAATAA ATGATGCAAT TAAGACGCAG TTAAAGAGAA AGAGTTACCC TGAGACTGTC 
TTAAAACACT TGAAAGGTGT TAATGGAAAA GATATAATAA AGCATCTAAT CAACATACAG 
TCAAAGAGTC ATGGAGAGAC TGATAAGGAA CACTTAGCAG ATGATACTGG AAGAGGTATA 
ATAAAGGGAT CAATCAATGC ACAACTAAAG GGTCACCAAA AGACTGATAA GAACTTCTTT 
GCCTATGCTA CTGGAAGAGG TCTAATGAAG GAGTCAACCA CGACACAATT AAAAAGTCAC 
CCAGAGACTG ATAAGGAATT CTTGGCAGAT GCTATTGGAA GAGGTATAAT AATAGGGCCA 
ATCACTACAC AACTGAAGAG TCACCGAGAG ACTGATAAAG AACTCTTAAA AGATGCTATT 
GGAAGAGATA TAATAAAGGG ACCAATCAGT GCACAATTAA AGAGTCACCA GGAGACTGAT 
GTAGAACCCT TGACAAATGC CATTGGTTCA AGTAAAACAA TTGGTGAGAT AAAGACACAA 
CTAAGGACTC ACTATGATGT GAACTTATTT AAAAACAAAG ATATGTCCGT ACAACGTCAA 
GAAGGTATCT TTACTAGGAG CATTACACCA AGTAAATTCC CAACAAAAGT GATCAATTTA 
TCACCCTTTG AAAATAAAGA GGAAACTTAT GAGTACTCTT CACCCTATGT GACTGCACCT 
TCAAAAGCAA TTTATAGAAC ATATAGGGCT GGTCCAAGCT TTTCTAAAGA CATCCACCTT 
CCTTTACTGA ATCAACTCCC TTCAGGGCAT TCGAAAGTTG TTACCTTAAG CCAAAAAACT 
ATTGAATTTA CTCTGCCTAC TGTGACCAAT ACAGTTGGAA AACCTACCTA TAAAGTGTTA 
CATGCTGCTG CCCGAAAATC TGTACCACAC CCATACTTTT GA

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

CCDC7 ( XM_017016649.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872138.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X38, mRNA.

Price & Availability↑

CloneID	OHu91648
Clone ID Related Accession (Same CDS sequence)	XM_017016649.1
Accession Version	XM_017016649.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2877bp) 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	uncharacterized protein C10orf68 isoform X35
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAAGTGG GTAATAGTCA AACAAAAGTT AAAGGTGAAG ATTCAAAAAA TATACCATTG 
GAGAAAGAAA CAAGAAAATC ACTGGTTTCA GATTCAGGTG GACAAAGGAC AAGTGATAAA 
ATCCAAGAAT ATCCACAGAT CACTGCCCAA AGCGGAAGAC TGATTGAAAA GAGCTCAGAG 
AAGAAACGAT CTAGCCCTGC TATTTCAGAT CTTTCACAGA TCCTTAAGTC TCAAGATGAA 
TCAGCATTTT TAGAGAGTTC AAATGAAGTT TCAGTTGCTG AAAACCAATC CTATAAATCT 
CCATCAGAGA CCCATGATAA ATCACTTACA ACAGTATCAT CCAGCAAAGA AGTTCAAGAT 
TCACTGTCTG TTGGAACATT GGCTCAAAAA AACGAAACAG TGATATCACC ATTCATTTTA 
CCTCCTGTTC TTACAGAAAG TAAAAAGGCT GATGTTTCAG AAGAACAATT ACAAAAGATG 
ACTGAAGAAC AAACTTACCA AGCAGCAGAA AAATCTCAAG CTGACAGTGA AGTTCCAGAT 
GAAAATCTTA TGGTTGAAAA TAAAGATTCA GTAACAAAAG TCCAAATAGA ACAAATGAAA 
CAAAGAACTT CTAGTATGGA AAGACATGAG GAGACTCTTA CAACCCCACA ATTGCCTGAG 
GACATGGTTT TAGTTTCAAG AATCCAATCT GAAACTAAAA ATCTTAAAGC TACCAGAAAT 
GAGAGTTTTC ATTCTCATAA TGATGTACCA GAAGAAAATC TTATGCTTGA ACAAGACACA 
AAGTCAAAAA CGGAAGTAGA AGTAAAGAAA CAAAAATCTT TCCAAGATAA TCAACTCAGT 
ACTCATAATG AAGTACCAAA TGAAAGGCTT GTAGTTGAGC ATCAAGAATC ATTGTCAAAA 
ACCAAATTAC AAATAAAGAA ACAAGAAACT TCTACAGAGC AACCACTCAC CACTCCTGAT 
AAAGAACCAA ATGAAAATCT TATACTTAGG CATCAAGACT CAATGTCAAA ATCAGAAATG 
CAAGTGAAGG AACAAAGAAC TCTCAAAGGG CAAAGAATTA TTACTCATGA TGAAGAACCA 
GGCAAAAATC TTGTGCTTGA ACATCAAGAT TCAGTGTCAA AACTGGAAAT GCAAATTGAA 
AAAACCAAAA AACTTCCTAG AGAGAAAAGA CATAGTACTC ATGATGAAGA ATCAGGTGAA 
AATCCTATGC TTAAACATCA AGATTCAGTG TCAAAAATCC AAGTGCAATT AGAGATTCAA 
GAAACTTCTG AAGGAGAAGG ACGTAGCATA CCAGATAAAA ATTCTATGTT TGTTCATCAA 
GATTCAGTGT CAAAACTCCA AATGCAAGAA AAGAAAAAAA TAACTCCTGG AAGGGAAAGG 
CGTAATACTC GTATTGTAGT ACCAAATGAA AATGTGATTT CTGTTCATCA AGATTCAAAG 
TCAAAACTCC AAATGCAAGA AAAGAAACAA ATAAATTCTG GAGTGGAAAG ACACAAGACG 
TTTCCTTTAG AAATCAAAAA AAAGGATATA TCACTTGAAC ATCTGTTGCC TGAGGAGAAA 
GTTTTATTAT CAAGAAGCGA ATCTCAAACG AAGAAACTTC AAGCTAAAGT AACTTCAAGA 
AAAATTAAAA ATGAAGCAGC CTCAGAACTT CCAGATACAG CAGAAAATCT TCCAGCAATG 
TACCCGTCAA TTAGCGACCT AATAATTCAA TTTGATTTAA ACAAAGTGGT CGAGACTGAT 
ATAGAAAGCT TGAGAGGTGC TTTGGGAAGA CGCTTATTAA ATGATGAATT CAAGACACAG 
TCAAAGAGTT TCCCTGGGCC TGATATAGAA CAATTGACAG ATGCATTTGG AAGAGATATA 
CTAAAGGATG AATTCAAGAC ACGATCAAAG AGTCTCCCTG AGACTGATGA ACGATTGCAT 
AGTACAACTG AGAGAGGTAC AATAAATGAT GCAATTAAGA CGCAGTTAAA GAGAAAGAGT 
TACCCTGAGA CTGTCTTAAA ACACTTGAAA GGTGTTAATG GAAAAGATAT AATAAAGCAT 
CTAATCAACA TACAGTCAAA GAGTCATGGA GAGACTGATA AGGAACACTT AGCAGATGAT 
ACTGGAAGAG GTATAATAAA GGGATCAATC AATGCACAAC TAAAGGGTCA CCAAAAGACT 
GATAAGAACT TCTTTGCCTA TGCTACTGGA AGAGGTCTAA TGAAGGAGTC AACCACGACA 
CAATTAAAAA GTCACCCAGA GACTGATAAG GAATTCTTGG CAGATGCTAT TGGAAGAGGT 
ATAATAATAG GGCCAATCAC TACACAACTG AAGAGTCACC GAGAGACTGA TAAAGAACTC 
TTAAAAGATG CTATTGGAAG AGATATAATA AAGGGACCAA TCAGTGCACA ATTAAAGAGT 
CACCAGGAGA CTGATGTAGA ACCCTTGACA AATGCCATTG GTTCAAGTAA AACAATTGGT 
GAGATAAAGA CACAACTAAG GACTCACTAT GATGTGAACT TATTTAAAAA CAAAGATATG 
TCCGTACAAC GTCAAGAAGG TATCTTTACT AGGAGCATTA CACCAAGTAA ATTCCCAACA 
AAAGTGATCA ATTTATCACC CTTTGAAAAT AAAGAGGAAA CTTATGAGTA CTCTTCACCC 
TATGTGACTG CACCTTCAAA AGCAATTTAT AGAACATATA GGGCTGGTCC AAGCTTTTCT 
AAAGACATCC ACCTTCCTTT ACTGAATCAA CTCCCTTCAG GGCATTCGAA AGTTGTTACC 
TTAAGCCAAA AAACTATTGA ATTTACTCTG CCTACTGTGA CCAATACAGT TGGAAAACCT 
ACCTATAAAG TGTTACATGC TGCTGCCCGA AAATCTGTAC CACACCCATA CTTTTGA

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

RefSeq	XP_016872138.1
CDS	182..3058
Translation	MQVGNSQTKVKGEDSKNIPLEKETRKSLVSDSGGQRTSDKIQEYPQITAQSGRLIEKSSEKKRSSPAISDLSQILKSQDESAFLESSNEVSVAENQSYKSPSETHDKSLTTVSSSKEVQDSLSVGTLAQKNETVISPFILPPVLTESKKADVSEEQLQKMTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_017016649.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X38, mRNA.

Target ORF information:

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

XM_017016649.1

ORF Insert Sequence:

ATGCAAGTGG GTAATAGTCA AACAAAAGTT AAAGGTGAAG ATTCAAAAAA TATACCATTG 
GAGAAAGAAA CAAGAAAATC ACTGGTTTCA GATTCAGGTG GACAAAGGAC AAGTGATAAA 
ATCCAAGAAT ATCCACAGAT CACTGCCCAA AGCGGAAGAC TGATTGAAAA GAGCTCAGAG 
AAGAAACGAT CTAGCCCTGC TATTTCAGAT CTTTCACAGA TCCTTAAGTC TCAAGATGAA 
TCAGCATTTT TAGAGAGTTC AAATGAAGTT TCAGTTGCTG AAAACCAATC CTATAAATCT 
CCATCAGAGA CCCATGATAA ATCACTTACA ACAGTATCAT CCAGCAAAGA AGTTCAAGAT 
TCACTGTCTG TTGGAACATT GGCTCAAAAA AACGAAACAG TGATATCACC ATTCATTTTA 
CCTCCTGTTC TTACAGAAAG TAAAAAGGCT GATGTTTCAG AAGAACAATT ACAAAAGATG 
ACTGAAGAAC AAACTTACCA AGCAGCAGAA AAATCTCAAG CTGACAGTGA AGTTCCAGAT 
GAAAATCTTA TGGTTGAAAA TAAAGATTCA GTAACAAAAG TCCAAATAGA ACAAATGAAA 
CAAAGAACTT CTAGTATGGA AAGACATGAG GAGACTCTTA CAACCCCACA ATTGCCTGAG 
GACATGGTTT TAGTTTCAAG AATCCAATCT GAAACTAAAA ATCTTAAAGC TACCAGAAAT 
GAGAGTTTTC ATTCTCATAA TGATGTACCA GAAGAAAATC TTATGCTTGA ACAAGACACA 
AAGTCAAAAA CGGAAGTAGA AGTAAAGAAA CAAAAATCTT TCCAAGATAA TCAACTCAGT 
ACTCATAATG AAGTACCAAA TGAAAGGCTT GTAGTTGAGC ATCAAGAATC ATTGTCAAAA 
ACCAAATTAC AAATAAAGAA ACAAGAAACT TCTACAGAGC AACCACTCAC CACTCCTGAT 
AAAGAACCAA ATGAAAATCT TATACTTAGG CATCAAGACT CAATGTCAAA ATCAGAAATG 
CAAGTGAAGG AACAAAGAAC TCTCAAAGGG CAAAGAATTA TTACTCATGA TGAAGAACCA 
GGCAAAAATC TTGTGCTTGA ACATCAAGAT TCAGTGTCAA AACTGGAAAT GCAAATTGAA 
AAAACCAAAA AACTTCCTAG AGAGAAAAGA CATAGTACTC ATGATGAAGA ATCAGGTGAA 
AATCCTATGC TTAAACATCA AGATTCAGTG TCAAAAATCC AAGTGCAATT AGAGATTCAA 
GAAACTTCTG AAGGAGAAGG ACGTAGCATA CCAGATAAAA ATTCTATGTT TGTTCATCAA 
GATTCAGTGT CAAAACTCCA AATGCAAGAA AAGAAAAAAA TAACTCCTGG AAGGGAAAGG 
CGTAATACTC GTATTGTAGT ACCAAATGAA AATGTGATTT CTGTTCATCA AGATTCAAAG 
TCAAAACTCC AAATGCAAGA AAAGAAACAA ATAAATTCTG GAGTGGAAAG ACACAAGACG 
TTTCCTTTAG AAATCAAAAA AAAGGATATA TCACTTGAAC ATCTGTTGCC TGAGGAGAAA 
GTTTTATTAT CAAGAAGCGA ATCTCAAACG AAGAAACTTC AAGCTAAAGT AACTTCAAGA 
AAAATTAAAA ATGAAGCAGC CTCAGAACTT CCAGATACAG CAGAAAATCT TCCAGCAATG 
TACCCGTCAA TTAGCGACCT AATAATTCAA TTTGATTTAA ACAAAGTGGT CGAGACTGAT 
ATAGAAAGCT TGAGAGGTGC TTTGGGAAGA CGCTTATTAA ATGATGAATT CAAGACACAG 
TCAAAGAGTT TCCCTGGGCC TGATATAGAA CAATTGACAG ATGCATTTGG AAGAGATATA 
CTAAAGGATG AATTCAAGAC ACGATCAAAG AGTCTCCCTG AGACTGATGA ACGATTGCAT 
AGTACAACTG AGAGAGGTAC AATAAATGAT GCAATTAAGA CGCAGTTAAA GAGAAAGAGT 
TACCCTGAGA CTGTCTTAAA ACACTTGAAA GGTGTTAATG GAAAAGATAT AATAAAGCAT 
CTAATCAACA TACAGTCAAA GAGTCATGGA GAGACTGATA AGGAACACTT AGCAGATGAT 
ACTGGAAGAG GTATAATAAA GGGATCAATC AATGCACAAC TAAAGGGTCA CCAAAAGACT 
GATAAGAACT TCTTTGCCTA TGCTACTGGA AGAGGTCTAA TGAAGGAGTC AACCACGACA 
CAATTAAAAA GTCACCCAGA GACTGATAAG GAATTCTTGG CAGATGCTAT TGGAAGAGGT 
ATAATAATAG GGCCAATCAC TACACAACTG AAGAGTCACC GAGAGACTGA TAAAGAACTC 
TTAAAAGATG CTATTGGAAG AGATATAATA AAGGGACCAA TCAGTGCACA ATTAAAGAGT 
CACCAGGAGA CTGATGTAGA ACCCTTGACA AATGCCATTG GTTCAAGTAA AACAATTGGT 
GAGATAAAGA CACAACTAAG GACTCACTAT GATGTGAACT TATTTAAAAA CAAAGATATG 
TCCGTACAAC GTCAAGAAGG TATCTTTACT AGGAGCATTA CACCAAGTAA ATTCCCAACA 
AAAGTGATCA ATTTATCACC CTTTGAAAAT AAAGAGGAAA CTTATGAGTA CTCTTCACCC 
TATGTGACTG CACCTTCAAA AGCAATTTAT AGAACATATA GGGCTGGTCC AAGCTTTTCT 
AAAGACATCC ACCTTCCTTT ACTGAATCAA CTCCCTTCAG GGCATTCGAA AGTTGTTACC 
TTAAGCCAAA AAACTATTGA ATTTACTCTG CCTACTGTGA CCAATACAGT TGGAAAACCT 
ACCTATAAAG TGTTACATGC TGCTGCCCGA AAATCTGTAC CACACCCATA CTTTTGA

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

CCDC7 ( XM_017016652.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872141.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X41, mRNA.

Price & Availability↑

CloneID	OHu91651
Clone ID Related Accession (Same CDS sequence)	XM_017016652.1
Accession Version	XM_017016652.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2400bp) 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	uncharacterized protein C10orf68 isoform X38
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACTGAAG AACAAACTTA CCAAGCAGCA GAAAAATCTC AAGCTGACAG TGAAGTTCCA 
GATGAAAATC TTATGGTTGA AAATAAAGAT TCAGTAACAA AAGTCCAAAT AGAACAAATG 
AAACAAAGAA CTTCTAGTAT GGAAAGACAT GAGGAGACTC TTACAACCCC ACAATTGCCT 
GAGGACATGG TTTTAGTTTC AAGAATCCAA TCTGAAACTA AAAATCTTAA AGCTACCAGA 
AATGAGAGTT TTCATTCTCA TAATGATGTA CCAGAAGAAA ATCTTATGCT TGAACAAGAC 
ACAAAGTCAA AAACGGAAGT AGAAGTAAAG AAACAAAAAT CTTTCCAAGA TAATCAACTC 
AGTACTCATA ATGAAGTACC AAATGAAAGG CTTGTAGTTG AGCATCAAGA ATCATTGTCA 
AAAACCAAAT TACAAATAAA GAAACAAGAA ACTTCTACAG AGCAACCACT CACCACTCCT 
GATAAAGAAC CAAATGAAAA TCTTATACTT AGGCATCAAG ACTCAATGTC AAAATCAGAA 
ATGCAAGTGA AGGAACAAAG AACTCTCAAA GGGCAAAGAA TTATTACTCA TGATGAAGAA 
CCAGGCAAAA ATCTTGTGCT TGAACATCAA GATTCAGTGT CAAAACTGGA AATGCAAATT 
GAAAAAACCA AAAAACTTCC TAGAGAGAAA AGACATAGTA CTCATGATGA AGAATCAGGT 
GAAAATCCTA TGCTTAAACA TCAAGATTCA GTGTCAAAAA TCCAAGTGCA ATTAGAGATT 
CAAGAAACTT CTGAAGGAGA AGGACGTAGC ATACCAGATA AAAATTCTAT GTTTGTTCAT 
CAAGATTCAG TGTCAAAACT CCAAATGCAA GAAAAGAAAA AAATAACTCC TGGAAGGGAA 
AGGCGTAATA CTCGTATTGT AGTACCAAAT GAAAATGTGA TTTCTGTTCA TCAAGATTCA 
AAGTCAAAAC TCCAAATGCA AGAAAAGAAA CAAATAAATT CTGGAGTGGA AAGACACAAG 
ACGTTTCCTT TAGAAATCAA AAAAAAGGAT ATATCACTTG AACATCTGTT GCCTGAGGAG 
AAAGTTTTAT TATCAAGAAG CGAATCTCAA ACGAAGAAAC TTCAAGCTAA AGTAACTTCA 
AGAAAAATTA AAAATGAAGC AGCCTCAGAA CTTCCAGATA CAGCAGAAAA TCTTCCAGCA 
ATGTACCCGT CAATTAGCGA CCTAATAATT CAATTTGATT TAAACAAAGT GGTCGAGACT 
GATATAGAAA GCTTGAGAGG TGCTTTGGGA AGACGCTTAT TAAATGATGA ATTCAAGACA 
CAGTCAAAGA GTTTCCCTGG GCCTGATATA GAACAATTGA CAGATGCATT TGGAAGAGAT 
ATACTAAAGG ATGAATTCAA GACACGATCA AAGAGTCTCC CTGAGACTGA TGAACGATTG 
CATAGTACAA CTGAGAGAGG TACAATAAAT GATGCAATTA AGACGCAGTT AAAGAGAAAG 
AGTTACCCTG AGACTGTCTT AAAACACTTG AAAGGTGTTA ATGGAAAAGA TATAATAAAG 
CATCTAATCA ACATACAGTC AAAGAGTCAT GGAGAGACTG ATAAGGAACA CTTAGCAGAT 
GATACTGGAA GAGGTATAAT AAAGGGATCA ATCAATGCAC AACTAAAGGG TCACCAAAAG 
ACTGATAAGA ACTTCTTTGC CTATGCTACT GGAAGAGGTC TAATGAAGGA GTCAACCACG 
ACACAATTAA AAAGTCACCC AGAGACTGAT AAGGAATTCT TGGCAGATGC TATTGGAAGA 
GGTATAATAA TAGGGCCAAT CACTACACAA CTGAAGAGTC ACCGAGAGAC TGATAAAGAA 
CTCTTAAAAG ATGCTATTGG AAGAGATATA ATAAAGGGAC CAATCAGTGC ACAATTAAAG 
AGTCACCAGG AGACTGATGT AGAACCCTTG ACAAATGCCA TTGGTTCAAG TAAAACAATT 
GGTGAGATAA AGACACAACT AAGGACTCAC TATGATGTGA ACTTATTTAA AAACAAAGAT 
ATGTCCGTAC AACGTCAAGA AGGTATCTTT ACTAGGAGCA TTACACCAAG TAAATTCCCA 
ACAAAAGTGA TCAATTTATC ACCCTTTGAA AATAAAGAGG AAACTTATGA GTACTCTTCA 
CCCTATGTGA CTGCACCTTC AAAAGCAATT TATAGAACAT ATAGGGCTGG TCCAAGCTTT 
TCTAAAGACA TCCACCTTCC TTTACTGAAT CAACTCCCTT CAGGGCATTC GAAAGTTGTT 
ACCTTAAGCC AAAAAACTAT TGAATTTACT CTGCCTACTG TGACCAATAC AGTTGGAAAA 
CCTACCTATA AAGTGTTACA TGCTGCTGCC CGAAAATCTG TACCACACCC ATACTTTTGA

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

RefSeq	XP_016872141.1
CDS	122..2521
Translation	MTEEQTYQAAEKSQADSEVPDENLMVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_017016652.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X41, mRNA.

Target ORF information:

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

XM_017016652.1

ORF Insert Sequence:

ATGACTGAAG AACAAACTTA CCAAGCAGCA GAAAAATCTC AAGCTGACAG TGAAGTTCCA 
GATGAAAATC TTATGGTTGA AAATAAAGAT TCAGTAACAA AAGTCCAAAT AGAACAAATG 
AAACAAAGAA CTTCTAGTAT GGAAAGACAT GAGGAGACTC TTACAACCCC ACAATTGCCT 
GAGGACATGG TTTTAGTTTC AAGAATCCAA TCTGAAACTA AAAATCTTAA AGCTACCAGA 
AATGAGAGTT TTCATTCTCA TAATGATGTA CCAGAAGAAA ATCTTATGCT TGAACAAGAC 
ACAAAGTCAA AAACGGAAGT AGAAGTAAAG AAACAAAAAT CTTTCCAAGA TAATCAACTC 
AGTACTCATA ATGAAGTACC AAATGAAAGG CTTGTAGTTG AGCATCAAGA ATCATTGTCA 
AAAACCAAAT TACAAATAAA GAAACAAGAA ACTTCTACAG AGCAACCACT CACCACTCCT 
GATAAAGAAC CAAATGAAAA TCTTATACTT AGGCATCAAG ACTCAATGTC AAAATCAGAA 
ATGCAAGTGA AGGAACAAAG AACTCTCAAA GGGCAAAGAA TTATTACTCA TGATGAAGAA 
CCAGGCAAAA ATCTTGTGCT TGAACATCAA GATTCAGTGT CAAAACTGGA AATGCAAATT 
GAAAAAACCA AAAAACTTCC TAGAGAGAAA AGACATAGTA CTCATGATGA AGAATCAGGT 
GAAAATCCTA TGCTTAAACA TCAAGATTCA GTGTCAAAAA TCCAAGTGCA ATTAGAGATT 
CAAGAAACTT CTGAAGGAGA AGGACGTAGC ATACCAGATA AAAATTCTAT GTTTGTTCAT 
CAAGATTCAG TGTCAAAACT CCAAATGCAA GAAAAGAAAA AAATAACTCC TGGAAGGGAA 
AGGCGTAATA CTCGTATTGT AGTACCAAAT GAAAATGTGA TTTCTGTTCA TCAAGATTCA 
AAGTCAAAAC TCCAAATGCA AGAAAAGAAA CAAATAAATT CTGGAGTGGA AAGACACAAG 
ACGTTTCCTT TAGAAATCAA AAAAAAGGAT ATATCACTTG AACATCTGTT GCCTGAGGAG 
AAAGTTTTAT TATCAAGAAG CGAATCTCAA ACGAAGAAAC TTCAAGCTAA AGTAACTTCA 
AGAAAAATTA AAAATGAAGC AGCCTCAGAA CTTCCAGATA CAGCAGAAAA TCTTCCAGCA 
ATGTACCCGT CAATTAGCGA CCTAATAATT CAATTTGATT TAAACAAAGT GGTCGAGACT 
GATATAGAAA GCTTGAGAGG TGCTTTGGGA AGACGCTTAT TAAATGATGA ATTCAAGACA 
CAGTCAAAGA GTTTCCCTGG GCCTGATATA GAACAATTGA CAGATGCATT TGGAAGAGAT 
ATACTAAAGG ATGAATTCAA GACACGATCA AAGAGTCTCC CTGAGACTGA TGAACGATTG 
CATAGTACAA CTGAGAGAGG TACAATAAAT GATGCAATTA AGACGCAGTT AAAGAGAAAG 
AGTTACCCTG AGACTGTCTT AAAACACTTG AAAGGTGTTA ATGGAAAAGA TATAATAAAG 
CATCTAATCA ACATACAGTC AAAGAGTCAT GGAGAGACTG ATAAGGAACA CTTAGCAGAT 
GATACTGGAA GAGGTATAAT AAAGGGATCA ATCAATGCAC AACTAAAGGG TCACCAAAAG 
ACTGATAAGA ACTTCTTTGC CTATGCTACT GGAAGAGGTC TAATGAAGGA GTCAACCACG 
ACACAATTAA AAAGTCACCC AGAGACTGAT AAGGAATTCT TGGCAGATGC TATTGGAAGA 
GGTATAATAA TAGGGCCAAT CACTACACAA CTGAAGAGTC ACCGAGAGAC TGATAAAGAA 
CTCTTAAAAG ATGCTATTGG AAGAGATATA ATAAAGGGAC CAATCAGTGC ACAATTAAAG 
AGTCACCAGG AGACTGATGT AGAACCCTTG ACAAATGCCA TTGGTTCAAG TAAAACAATT 
GGTGAGATAA AGACACAACT AAGGACTCAC TATGATGTGA ACTTATTTAA AAACAAAGAT 
ATGTCCGTAC AACGTCAAGA AGGTATCTTT ACTAGGAGCA TTACACCAAG TAAATTCCCA 
ACAAAAGTGA TCAATTTATC ACCCTTTGAA AATAAAGAGG AAACTTATGA GTACTCTTCA 
CCCTATGTGA CTGCACCTTC AAAAGCAATT TATAGAACAT ATAGGGCTGG TCCAAGCTTT 
TCTAAAGACA TCCACCTTCC TTTACTGAAT CAACTCCCTT CAGGGCATTC GAAAGTTGTT 
ACCTTAAGCC AAAAAACTAT TGAATTTACT CTGCCTACTG TGACCAATAC AGTTGGAAAA 
CCTACCTATA AAGTGTTACA TGCTGCTGCC CGAAAATCTG TACCACACCC ATACTTTTGA

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

CCDC7 ( XM_017016653.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016872142.1 Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X47, mRNA.

Price & Availability↑

CloneID	OHu91652
Clone ID Related Accession (Same CDS sequence)	XM_017016653.1
Accession Version	XM_017016653.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2328bp) 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	uncharacterized protein C10orf68 isoform X44
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000010.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTTGAAA ATAAAGATTC AGTAACAAAA GTCCAAATAG AACAAATGAA ACAAAGAACT 
TCTAGTATGG AAAGACATGA GGAGACTCTT ACAACCCCAC AATTGCCTGA GGACATGGTT 
TTAGTTTCAA GAATCCAATC TGAAACTAAA AATCTTAAAG CTACCAGAAA TGAGAGTTTT 
CATTCTCATA ATGATGTACC AGAAGAAAAT CTTATGCTTG AACAAGACAC AAAGTCAAAA 
ACGGAAGTAG AAGTAAAGAA ACAAAAATCT TTCCAAGATA ATCAACTCAG TACTCATAAT 
GAAGTACCAA ATGAAAGGCT TGTAGTTGAG CATCAAGAAT CATTGTCAAA AACCAAATTA 
CAAATAAAGA AACAAGAAAC TTCTACAGAG CAACCACTCA CCACTCCTGA TAAAGAACCA 
AATGAAAATC TTATACTTAG GCATCAAGAC TCAATGTCAA AATCAGAAAT GCAAGTGAAG 
GAACAAAGAA CTCTCAAAGG GCAAAGAATT ATTACTCATG ATGAAGAACC AGGCAAAAAT 
CTTGTGCTTG AACATCAAGA TTCAGTGTCA AAACTGGAAA TGCAAATTGA AAAAACCAAA 
AAACTTCCTA GAGAGAAAAG ACATAGTACT CATGATGAAG AATCAGGTGA AAATCCTATG 
CTTAAACATC AAGATTCAGT GTCAAAAATC CAAGTGCAAT TAGAGATTCA AGAAACTTCT 
GAAGGAGAAG GACGTAGCAT ACCAGATAAA AATTCTATGT TTGTTCATCA AGATTCAGTG 
TCAAAACTCC AAATGCAAGA AAAGAAAAAA ATAACTCCTG GAAGGGAAAG GCGTAATACT 
CGTATTGTAG TACCAAATGA AAATGTGATT TCTGTTCATC AAGATTCAAA GTCAAAACTC 
CAAATGCAAG AAAAGAAACA AATAAATTCT GGAGTGGAAA GACACAAGAC GTTTCCTTTA 
GAAATCAAAA AAAAGGATAT ATCACTTGAA CATCTGTTGC CTGAGGAGAA AGTTTTATTA 
TCAAGAAGCG AATCTCAAAC GAAGAAACTT CAAGCTAAAG TAACTTCAAG AAAAATTAAA 
AATGAAGCAG CCTCAGAACT TCCAGATACA GCAGAAAATC TTCCAGCAAT GTACCCGTCA 
ATTAGCGACC TAATAATTCA ATTTGATTTA AACAAAGTGG TCGAGACTGA TATAGAAAGC 
TTGAGAGGTG CTTTGGGAAG ACGCTTATTA AATGATGAAT TCAAGACACA GTCAAAGAGT 
TTCCCTGGGC CTGATATAGA ACAATTGACA GATGCATTTG GAAGAGATAT ACTAAAGGAT 
GAATTCAAGA CACGATCAAA GAGTCTCCCT GAGACTGATG AACGATTGCA TAGTACAACT 
GAGAGAGGTA CAATAAATGA TGCAATTAAG ACGCAGTTAA AGAGAAAGAG TTACCCTGAG 
ACTGTCTTAA AACACTTGAA AGGTGTTAAT GGAAAAGATA TAATAAAGCA TCTAATCAAC 
ATACAGTCAA AGAGTCATGG AGAGACTGAT AAGGAACACT TAGCAGATGA TACTGGAAGA 
GGTATAATAA AGGGATCAAT CAATGCACAA CTAAAGGGTC ACCAAAAGAC TGATAAGAAC 
TTCTTTGCCT ATGCTACTGG AAGAGGTCTA ATGAAGGAGT CAACCACGAC ACAATTAAAA 
AGTCACCCAG AGACTGATAA GGAATTCTTG GCAGATGCTA TTGGAAGAGG TATAATAATA 
GGGCCAATCA CTACACAACT GAAGAGTCAC CGAGAGACTG ATAAAGAACT CTTAAAAGAT 
GCTATTGGAA GAGATATAAT AAAGGGACCA ATCAGTGCAC AATTAAAGAG TCACCAGGAG 
ACTGATGTAG AACCCTTGAC AAATGCCATT GGTTCAAGTA AAACAATTGG TGAGATAAAG 
ACACAACTAA GGACTCACTA TGATGTGAAC TTATTTAAAA ACAAAGATAT GTCCGTACAA 
CGTCAAGAAG GTATCTTTAC TAGGAGCATT ACACCAAGTA AATTCCCAAC AAAAGTGATC 
AATTTATCAC CCTTTGAAAA TAAAGAGGAA ACTTATGAGT ACTCTTCACC CTATGTGACT 
GCACCTTCAA AAGCAATTTA TAGAACATAT AGGGCTGGTC CAAGCTTTTC TAAAGACATC 
CACCTTCCTT TACTGAATCA ACTCCCTTCA GGGCATTCGA AAGTTGTTAC CTTAAGCCAA 
AAAACTATTG AATTTACTCT GCCTACTGTG ACCAATACAG TTGGAAAACC TACCTATAAA 
GTGTTACATG CTGCTGCCCG AAAATCTGTA CCACACCCAT ACTTTTGA

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

RefSeq	XP_016872142.1
CDS	104..2431
Translation	MVENKDSVTKVQIEQMKQRTSSMERHEETLTTPQLPEDMVLVSRIQSETKNLKATRNESFHSHNDVPEENLMLEQDTKSKTEVEVKKQKSFQDNQLSTHNEVPNERLVVEHQESLSKTKLQIKKQETSTEQPLTTPDKEPNENLILRHQDSMSKSEMQVKEQRTLKGQRIITHDEEPGKNLVLEHQDSVSKLEMQIEKTKKLPREKRHSTHDEESGENPMLKHQDSVSKIQVQLEIQETSEGEGRSIPDKNSMFVHQDSVSKLQMQEKKKITPGRERRNTRIVVPNENVISVHQDSKSKLQMQEKKQINSGVERHKTFPLEIKKKDISLEHLLPEEKVLLSRSESQTKKLQAKVTSRKIKNEAASELPDTAENLPAMYPSISDLIIQFDLNKVVETDIESLRGALGRRLLNDEFKTQSKSFPGPDIEQLTDAFGRDILKDEFKTRSKSLPETDERLHSTTERGTINDAIKTQLKRKSYPETVLKHLKGVNGKDIIKHLINIQSKSHGETDKEHLADDTGRGIIKGSINAQLKGHQKTDKNFFAYATGRGLMKESTTTQLKSHPETDKEFLADAIGRGIIIGPITTQLKSHRETDKELLKDAIGRDIIKGPISAQLKSHQETDVEPLTNAIGSSKTIGEIKTQLRTHYDVNLFKNKDMSVQRQEGIFTRSITPSKFPTKVINLSPFENKEETYEYSSPYVTAPSKAIYRTYRAGPSFSKDIHLPLLNQLPSGHSKVVTLSQKTIEFTLPTVTNTVGKPTYKVLHAAARKSVPHPYF

Target ORF information:

RefSeq Version	XM_017016653.1
Organism	Homo sapiens(human)
Definition	Homo sapiens coiled-coil domain containing 7 (CCDC7), transcript variant X47, mRNA.

Target ORF information:

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

XM_017016653.1

ORF Insert Sequence:

ATGGTTGAAA ATAAAGATTC AGTAACAAAA GTCCAAATAG AACAAATGAA ACAAAGAACT 
TCTAGTATGG AAAGACATGA GGAGACTCTT ACAACCCCAC AATTGCCTGA GGACATGGTT 
TTAGTTTCAA GAATCCAATC TGAAACTAAA AATCTTAAAG CTACCAGAAA TGAGAGTTTT 
CATTCTCATA ATGATGTACC AGAAGAAAAT CTTATGCTTG AACAAGACAC AAAGTCAAAA 
ACGGAAGTAG AAGTAAAGAA ACAAAAATCT TTCCAAGATA ATCAACTCAG TACTCATAAT 
GAAGTACCAA ATGAAAGGCT TGTAGTTGAG CATCAAGAAT CATTGTCAAA AACCAAATTA 
CAAATAAAGA AACAAGAAAC TTCTACAGAG CAACCACTCA CCACTCCTGA TAAAGAACCA 
AATGAAAATC TTATACTTAG GCATCAAGAC TCAATGTCAA AATCAGAAAT GCAAGTGAAG 
GAACAAAGAA CTCTCAAAGG GCAAAGAATT ATTACTCATG ATGAAGAACC AGGCAAAAAT 
CTTGTGCTTG AACATCAAGA TTCAGTGTCA AAACTGGAAA TGCAAATTGA AAAAACCAAA 
AAACTTCCTA GAGAGAAAAG ACATAGTACT CATGATGAAG AATCAGGTGA AAATCCTATG 
CTTAAACATC AAGATTCAGT GTCAAAAATC CAAGTGCAAT TAGAGATTCA AGAAACTTCT 
GAAGGAGAAG GACGTAGCAT ACCAGATAAA AATTCTATGT TTGTTCATCA AGATTCAGTG 
TCAAAACTCC AAATGCAAGA AAAGAAAAAA ATAACTCCTG GAAGGGAAAG GCGTAATACT 
CGTATTGTAG TACCAAATGA AAATGTGATT TCTGTTCATC AAGATTCAAA GTCAAAACTC 
CAAATGCAAG AAAAGAAACA AATAAATTCT GGAGTGGAAA GACACAAGAC GTTTCCTTTA 
GAAATCAAAA AAAAGGATAT ATCACTTGAA CATCTGTTGC CTGAGGAGAA AGTTTTATTA 
TCAAGAAGCG AATCTCAAAC GAAGAAACTT CAAGCTAAAG TAACTTCAAG AAAAATTAAA 
AATGAAGCAG CCTCAGAACT TCCAGATACA GCAGAAAATC TTCCAGCAAT GTACCCGTCA 
ATTAGCGACC TAATAATTCA ATTTGATTTA AACAAAGTGG TCGAGACTGA TATAGAAAGC 
TTGAGAGGTG CTTTGGGAAG ACGCTTATTA AATGATGAAT TCAAGACACA GTCAAAGAGT 
TTCCCTGGGC CTGATATAGA ACAATTGACA GATGCATTTG GAAGAGATAT ACTAAAGGAT 
GAATTCAAGA CACGATCAAA GAGTCTCCCT GAGACTGATG AACGATTGCA TAGTACAACT 
GAGAGAGGTA CAATAAATGA TGCAATTAAG ACGCAGTTAA AGAGAAAGAG TTACCCTGAG 
ACTGTCTTAA AACACTTGAA AGGTGTTAAT GGAAAAGATA TAATAAAGCA TCTAATCAAC 
ATACAGTCAA AGAGTCATGG AGAGACTGAT AAGGAACACT TAGCAGATGA TACTGGAAGA 
GGTATAATAA AGGGATCAAT CAATGCACAA CTAAAGGGTC ACCAAAAGAC TGATAAGAAC 
TTCTTTGCCT ATGCTACTGG AAGAGGTCTA ATGAAGGAGT CAACCACGAC ACAATTAAAA 
AGTCACCCAG AGACTGATAA GGAATTCTTG GCAGATGCTA TTGGAAGAGG TATAATAATA 
GGGCCAATCA CTACACAACT GAAGAGTCAC CGAGAGACTG ATAAAGAACT CTTAAAAGAT 
GCTATTGGAA GAGATATAAT AAAGGGACCA ATCAGTGCAC AATTAAAGAG TCACCAGGAG 
ACTGATGTAG AACCCTTGAC AAATGCCATT GGTTCAAGTA AAACAATTGG TGAGATAAAG 
ACACAACTAA GGACTCACTA TGATGTGAAC TTATTTAAAA ACAAAGATAT GTCCGTACAA 
CGTCAAGAAG GTATCTTTAC TAGGAGCATT ACACCAAGTA AATTCCCAAC AAAAGTGATC 
AATTTATCAC CCTTTGAAAA TAAAGAGGAA ACTTATGAGT ACTCTTCACC CTATGTGACT 
GCACCTTCAA AAGCAATTTA TAGAACATAT AGGGCTGGTC CAAGCTTTTC TAAAGACATC 
CACCTTCCTT TACTGAATCA ACTCCCTTCA GGGCATTCGA AAGTTGTTAC CTTAAGCCAA 
AAAACTATTG AATTTACTCT GCCTACTGTG ACCAATACAG TTGGAAAACC TACCTATAAA 
GTGTTACATG CTGCTGCCCG AAAATCTGTA CCACACCCAT ACTTTTGA

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

PubMed

Novel gene hBiot2 is an independent prognostic factor in colorectal cancer patients.
Oncology reports27(2)376-82(2012 Feb)
Shen YM,Arbman G,Sandstr?m P,Gullstrand P,Wei YQ,Zhang H,Rosell J,Olsson B,Peng F,Yang HS,Wang CT,Sun XF

Overexpression of the hBiot2 gene is associated with development of human cervical cancer.
Oncology reports25(1)75-80(2011 Jan)
Shen YM,He X,Deng HX,Xie YP,Wang CT,Wei YQ,Zhao X

RNA interference against Biot2, a novel mouse testis-specific gene, inhibits the growth of tumor cells.
Cellular & molecular biology letters14(3)363-76(2009)
Wang CT,Zhang P,Wang YS,Ruan XZ,Li ZY,Peng F,Yang HS,Wei YQ

KIF5B gene sequence variation and response of cardiac stroke volume to regular exercise.
Physiological genomics36(2)79-88(2009 Jan)
Argyropoulos G,St?tz AM,Ilnytska O,Rice T,Teran-Garcia M,Rao DC,Bouchard C,Rankinen T

A scan of chromosome 10 identifies a novel locus showing strong association with late-onset Alzheimer disease.
American journal of human genetics78(1)78-88(2006 Jan)
Grupe A,Li Y,Rowland C,Nowotny P,Hinrichs AL,Smemo S,Kauwe JS,Maxwell TJ,Cherny S,Doil L,Tacey K,van Luchene R,Myers A,Wavrant-De Vri?ze F,Kaleem M,Hollingworth P,Jehu L,Foy C,Archer N,Hamilton G,Holmans P,Morris CM,Catanese J,Sninsky J,White TJ,Powell J,Hardy J,O'Donovan M,Lovestone S,Jones L,Morris JC,Thal L,Owen M,Williams J,Goate A

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CCDC7 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

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