COL15A1 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	COL15A1
Entrez Gene ID	1306
Full Name	collagen type XV alpha 1 chain
General protein information	Preferred Names collagen type XV alpha 1 chain Names collagen alpha-1(XV) chain collagen XV, alpha-1 polypeptide collagen type XV proteoglycan collagen, type XV, alpha 1 endostatin-XV restin
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 9 Map Location: 9q22.33
Summary	This gene encodes the alpha chain of type XV collagen, a member of the FACIT collagen family (fibril-associated collagens with interrupted helices). Type XV collagen has a wide tissue distribution but the strongest expression is localized to basement membrane zones so it may function to adhere basement membranes to underlying connective tissue stroma. The proteolytically produced C-terminal fragment of type XV collagen is restin, a potentially antiangiogenic protein that is closely related to endostatin. Mouse studies have shown that collagen XV deficiency is associated with muscle and microvessel deterioration. [provided by RefSeq, May 2013].
Disorder MIM:	120325

mRNA and Protein(s)

mRNA	Protein	Name
NM_001855.4	NP_001846.3	collagen alpha-1(XV) chain precursor
NM_001855.5	NP_001846.3	collagen alpha-1(XV) chain precursor
XM_011518214.2	XP_011516516.1	collagen alpha-1(XV) chain isoform X1

Pathways from BioSystems

Homologies

Canis lupus familiaris (dog)	COL15A1	XP_005626921.1
Bos taurus (cattle)	COL15A1	NP_001178214.1
Mus musculus (house mouse)	Col15a1	NP_034058.2
	COL15A1	XP_001112796.1
Pan troglodytes (chimpanzee)	COL15A1	XP_001159100.2
Homo sapiens (human)	COL15A1	NP_001846.3
Danio rerio (zebrafish)	col15a1b	NP_001165841.2
Drosophila melanogaster (fruit fly)	mp	NP_001163364.1

Gene Ontology
Bibliography

Related articles in PubMed

Characterization of the Extracellular Matrix of Normal and Diseased Tissues Using Proteomics.
Naba A, Pearce OMT, Del Rosario A, Ma D, Ding H, Rajeeve V, Cutillas PR, Balkwill FR, Hynes RO
Journal of proteome research16(8)3083-3091(2017 Aug)

Glycoproteomics Reveals Decorin Peptides With Anti-Myostatin Activity in Human Atrial Fibrillation.
Barallobre-Barreiro J, Gupta SK, Zoccarato A, Kitazume-Taneike R, Fava M, Yin X, Werner T, Hirt MN, Zampetaki A, Viviano A, Chong M, Bern M, Kourliouros A, Domenech N, Willeit P, Shah AM, Jahangiri M, Schaefer L, Fischer JW, Iozzo RV, Viner R, Thum T, Heineke J, Kichler A, Otsu K, Mayr M
Circulation134(11)817-32(2016 Sep)

Extracellular matrix remodelling in response to venous hypertension: proteomics of human varicose veins.
Barallobre-Barreiro J, Oklu R, Lynch M, Fava M, Baig F, Yin X, Barwari T, Potier DN, Albadawi H, Jahangiri M, Porter KE, Watkins MT, Misra S, Stoughton J, Mayr M
Cardiovascular research110(3)419-30(2016 06)

Slow Muscle Precursors Lay Down a Collagen XV Matrix Fingerprint to Guide Motor Axon Navigation.
Guillon E, Bretaud S, Ruggiero F
The Journal of neuroscience : the official journal of the Society for Neuroscience36(9)2663-76(2016 Mar)

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

COL15A1 mRNA was up-regulated in hepatocellular cancer (HCC) and collagen XV was expressed along the sinusoid-like endothelium of HCC but not in non-tumoral regions, which implies that collagen XV contributes to the capillarization of HCC.
Title: Human collagen XV is a prominent histopathological component of sinusoidal capillarization in hepatocellular carcinogenesis.

This study demonstrated that novel role for collagen XV in motor axon pathfinding and neuromuscular development.
Title: Slow Muscle Precursors Lay Down a Collagen XV Matrix Fingerprint to Guide Motor Axon Navigation.

we identified an epithelial ovarian cancer susceptibility loci at 9q22.33 (rs1413299 in COL15A1, P(meta) = 1.88 x 10(-8))
Title: Genome-wide association study identifies new susceptibility loci for epithelial ovarian cancer in Han Chinese women.

COL15A1, provide evidence for concomitant epigenetic regulation and genetic susceptibility, and define a class of causal targets that sit at the intersection of genetic and epigenetic predisposition in the etiology of complex disease.
Title: Epigenetic regulation of COL15A1 in smooth muscle cell replicative aging and atherosclerosis.

The obtained results indicate that the changes in gene expression in bone marrow progenitor cells can be involved into space flight-induced osteopenia.
Title: [The effects of simulated microgravity on the pattern of gene expression in human bone marrow mesenchymal stem cells under osteogenic differentiation].

The following COL15A1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the COL15A1 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)
OHu12423	NM_001855.5 Latest version!	Homo sapiens collagen type XV alpha 1 chain (COL15A1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$923.30 $1319.00
OHu12423	XM_011518214.2 Latest version!	Homo sapiens collagen type XV alpha 1 chain (COL15A1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$923.30 $1319.00
View Old Accession Versions >>
OHu12423	NM_001855.4	Homo sapiens collagen type XV alpha 1 chain (COL15A1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$923.30 $1319.00
Hide Old Accession Versions >>

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

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

Reference Sequences (Refseq)

COL15A1 ( NM_001855.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_001846.3 Homo sapiens collagen type XV alpha 1 chain (COL15A1), mRNA.

Price & Availability↑

CloneID	OHu12423
Clone ID Related Accession (Same CDS sequence)	NM_001855.4 , NM_001855.5 , XM_011518214.2
Accession Version	NM_001855.4	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4167bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-10-02
Organism	Homo sapiens(human)
Product	collagen alpha-1(XV) chain precursor
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from HY016428.1, BX337171.2, AK095885.1, L25286.1 and AL354923.12. On May 11, 2013 this sequence version replaced NM_001855.3. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: L25286.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1966682 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: full length.

ATGGCACCAA GGAGGAACAA CGGGCAGTGC TGGTGTCTGC TGATGCTGCT CTCGGTCTCC 
ACGCCCCTCC CTGCTGTCAC CCAGACCCGC GGTGCGACAG AGACTGCTTC CCAGGGTCAC 
CTGGACCTCA CGCAGCTCAT CGGTGTCCCG CTGCCCTCGT CCGTATCCTT TGTCACAGGC 
TATGGTGGCT TCCCGGCCTA CAGTTTCGGG CCTGGTGCCA ATGTTGGCCG CCCAGCCAGG 
ACTCTCATCC CATCCACCTT CTTCAGGGAC TTCGCCATCA GCGTCGTGGT GAAGCCCAGC 
AGCACCCGTG GTGGCGTGCT CTTCGCCATC ACTGACGCCT TCCAGAAGGT CATCTACCTG 
GGCCTGCGGC TCTCAGGTGT GGAGGACGGC CACCAGCGGA TCATCCTCTA CTACACGGAG 
CCAGGCTCCC ATGTGTCCCA AGAGGCTGCT GCCTTCTCGG TGCCTGTGAT GACCCACAGG 
TGGAACCGCT TCGCCATGAT TGTCCAGGGT GAGGAAGTGA CCCTCCTCGT GAACTGTGAG 
GAGCACAGCC GCATCCCCTT CCAGCGGTCC TCCCAGGCTT TGGCTTTTGA GTCCAGCGCT 
GGAATCTTCA TGGGCAATGC AGGAGCTACA GGGCTCGAGA GATTCACTGG CTCCCTCCAG 
CAGCTCACCG TGCACCCCGA CCCCAGGACT CCCGAGGAGC TGTGTGACCC TGAAGAGTCC 
TCGGCATCTG GAGAGACCAG TGGGCTGCAG GAGGCAGACG GAGTAGCTGA GATCTTAGAA 
GCCGTCACCT ACACTCAAGC CTCGCCCAAA GAAGCAAAAG TTGAACCCAT AAACACACCT 
CCAACTCCAT CCTCCCCCTT TGAAGACATG GAACTTTCTG GTGAACCTGT ACCCGAGGGG 
ACCCTGGAAA CCACCAACAT GAGCATCATC CAGCACAGCA GCCCCAAACA AGGGTCTGGT 
GAGATCCTGA ATGACACACT GGAGGGGGTT CATTCTGTGG ATGGTGACCC CATTACTGAC 
AGCGGCTCAG GGGCTGGGGC CTTCCTTGAC ATTGCTGAAG AAAAGAATTT AGCAGCAACA 
GCAGCGGGGC TGGCCGAGGT GCCCATCAGC ACTGCTGGAG AAGCAGAGGC CAGCAGTGTG 
CCCACCGGGG GACCAACCCT CTCTATGTCC ACGGAGAACC CAGAGGAAGG GGTCACTCCA 
GGTCCAGATA ATGAAGAGCG TTTAGCAGCA ACAGCAGCAG GGGAGGCCGA GGCACTCGCC 
AGCATGCCTG GGGAAGTGGA GGCCAGTGGT GTGGCCCCCG GGGAGCTGGA CCTCTCCATG 
TCCGCCCAGA GCCTCGGGGA AGAGGCCACT GTGGGTCCAA GCAGTGAAGA CAGTTTAACA 
ACAGCTGCAG CTGCAACCGA AGTGTCCCTC AGTACTTTTG AGGATGAGGA AGCCAGTGGG 
GTCCCCACAG ATGGCCTGGC TCCCCTCACA GCCACCATGG CCCCTGAGCG GGCAGTCACT 
TCTGGTCCTG GTGATGAAGA AGACTTGGCA GCAGCCACAA CAGAGGAGCC CCTCATCACA 
GCTGGGGGTG AAGAGTCCGG CAGCCCTCCC CCTGATGGGC CACCGCTGCC CCTGCCCACA 
GTGGCTCCTG AAAGATGGAT CACTCCAGCT CAAAGAGAAC ATGTGGGAAT GAAAGGACAG 
GCTGGGCCCA AAGGAGAAAA GGGTGATGCT GGGGAGGAGC TTCCTGGCCC TCCTGAACCT 
TCTGGGCCTG TTGGACCCAC GGCAGGAGCA GAAGCAGAGG GCTCTGGCCT AGGCTGGGGC 
TCGGACGTCG GCTCTGGCTC TGGTGACCTG GTGGGCAGTG AGCAGCTGCT GAGAGGTCCT 
CCAGGACCCC CAGGGCCACC TGGCTTACCT GGGATTCCAG GAAAACCAGG AACTGATGTT 
TTCATGGGAC CCCCTGGATC TCCTGGAGAG GATGGACCTG CTGGTGAACC TGGGCCCCCG 
GGCCCTGAGG GACAGCCTGG AGTTGATGGA GCCACCGGCC TTCCCGGGAT GAAAGGGGAG 
AAGGGAGCAA GAGGGCCTAA TGGCTCAGTT GGTGAAAAGG GTGACCCTGG CAACAGAGGC 
TTACCTGGAC CCCCGGGGAA AAAGGGACAA GCTGGCCCTC CTGGGGTCAT GGGACCCCCA 
GGGCCTCCTG GACCCCCTGG GCCCCCAGGC CCTGGATGCA CAATGGGACT TGGATTCGAG 
GATACCGAAG GCTCTGGAAG CACCCAGCTA TTGAATGAAC CCAAACTCTC CAGACCAACG 
GCTGCAATTG GTCTCAAAGG AGAGAAAGGA GACCGGGGAC CCAAGGGAGA AAGGGGGATG 
GATGGAGCCA GTATTGTGGG ACCCCCTGGG CCGAGAGGGC CACCTGGGCA CATCAAGGTC 
TTGTCTAATT CCTTGATCAA TATCACCCAT GGATTCATGA ATTTCTCGGA CATTCCTGAG 
CTGGTGGGGC CTCCGGGGCC GGACGGGTTG CCTGGGCTGC CAGGATTTCC AGGTCCTAGA 
GGACCAAAAG GTGACACTGG TTTACCTGGC TTTCCAGGAC TAAAAGGAGA ACAGGGCGAG 
AAGGGAGAGC CGGGTGCCAT CCTGACAGAG GACATTCCTC TGGAAAGGCT GATGGGGAAA 
AAGGGTGAAC CTGGAATGCA TGGAGCCCCA GGACCAATGG GGCCCAAAGG ACCACCAGGA 
CATAAAGGAG AATTTGGCCT TCCCGGGCGA CCTGGTCGCC CAGGACTGAA TGGCCTCAAG 
GGTACCAAAG GAGATCCAGG GGTCATTATG CAGGGCCCAC CTGGCTTACC TGGCCCTCCA 
GGCCCCCCTG GGCCACCTGG AGCTGTGATT AACATCAAAG GAGCCATTTT CCCAATACCC 
GTCCGACCAC ACTGCAAAAT GCCAGTTGAT ACTGCTCATC CTGGGAGTCC AGAGCTCATC 
ACTTTTCACG GTGTTAAAGG AGAGAAAGGA TCCTGGGGTC TTCCTGGCTC AAAGGGAGAA 
AAAGGCGACC AGGGAGCCCA GGGACCACCA GGTCCTCCAC TTGATCTAGC TTACCTGAGA 
CACTTTCTGA ACAACTTGAA GGGGGAGAAT GGAGACAAGG GGTTCAAAGG TGAAAAAGGA 
GAAAAAGGAG ACATTAATGG CAGCTTCCTT ATGTCTGGGC CTCCAGGCCT GCCCGGAAAT 
CCAGGCCCGG CTGGCCAAAA AGGGGAGACA GTCGTTGGGC CCCAAGGACC CCCAGGTGCT 
CCTGGTCTGC CTGGGCCACC TGGCTTTGGA AGACCTGGTG ATCCTGGGCC ACCGGGGCCC 
CCGGGGCCAC CAGGACCTCC AGCTATCCTG GGAGCAGCTG TGGCCCTTCC AGGTCCCCCT 
GGCCCTCCAG GACAGCCAGG GCTTCCCGGA TCCAGAAACC TGGTCACAGC ATTCAGCAAC 
ATGGATGACA TGCTGCAGAA AGCGCATTTG GTTATAGAAG GAACATTCAT CTACCTGAGG 
GACAGCACTG AGTTTTTCAT TCGTGTTAGA GATGGCTGGA AAAAATTACA GCTGGGAGAA 
CTGATCCCCA TTCCTGCCGA CAGCCCTCCA CCCCCTGCGC TTTCCAGCAA CCCACATCAG 
CTTCTGCCTC CACCAAACCC TATTTCAAGT GCCAATTATG AGAAGCCTGC TCTGCATTTG 
GCTGCTCTGA ACATGCCATT TTCTGGGGAC ATTCGAGCTG ATTTTCAGTG CTTCAAGCAG 
GCCAGAGCTG CAGGACTGTT GTCCACCTAC CGAGCATTCT TATCTTCCCA TTTGCAAGAT 
CTGTCCACCA TTGTGAGGAA AGCAGAGAGA TACAGCCTTC CCATAGTGAA CCTCAAGGGC 
CAAGTACTTT TTAATAATTG GGACTCAATT TTTTCTGGCC ACGGAGGTCA GTTCAATATG 
CATATTCCAA TATACTCCTT TGATGGTCGA GACATAATGA CAGATCCTTC TTGGCCCCAG 
AAAGTCATTT GGCATGGCTC CAGCCCCCAT GGCGTCCGCC TTGTGGATAA CTACTGTGAA 
GCATGGCGAA CCGCGGACAC AGCGGTCACG GGACTTGCCT CCCCGCTGAG CACGGGGAAG 
ATTCTGGACC AGAAAGCATA CAGCTGTGCT AATCGGCTAA TTGTCCTATG TATCGAAAAC 
AGTTTCATGA CAGACGCTAG GAAGTAA

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

RefSeq	NP_001846.3
CDS	350..4516
Translation	MAPRRNNGQCWCLLMLLSVSTPLPAVTQTRGATETASQGHLDLTQLIGVPLPSSVSFVTGYGGFPAYSFGPGANVGRPARTLIPSTFFRDFAISVVVKPSSTRGGVLFAITDAFQKVIYLGLRLSGVEDGHQRIILYYTEPGSHVSQEAAAFSVPVMTHRWNRFAMIVQGEEVTLLVNCEEHSRIPFQRSSQALAFESSAGIFMGNAGATGLERFTGSLQQLTVHPDPRTPEELCDPEESSASGETSGLQEADGVAEILEAVTYTQASPKEAKVEPINTPPTPSSPFEDMELSGEPVPEGTLETTNMSIIQHSSPKQGSGEILNDTLEGVHSVDGDPITDSGSGAGAFLDIAEEKNLAATAAGLAEVPISTAGEAEASSVPTGGPTLSMSTENPEEGVTPGPDNEERLAATAAGEAEALASMPGEVEASGVAPGELDLSMSAQSLGEEATVGPSSEDSLTTAAAATEVSLSTFEDEEASGVPTDGLAPLTATMAPERAVTSGPGDEEDLAAATTEEPLITAGGEESGSPPPDGPPLPLPTVAPERWITPAQREHVGMKGQAGPKGEKGDAGEELPGPPEPSGPVGPTAGAEAEGSGLGWGSDVGSGSGDLVGSEQLLRGPPGPPGPPGLPGIPGKPGTDVFMGPPGSPGEDGPAGEPGPPGPEGQPGVDGATGLPGMKGEKGARGPNGSVGEKGDPGNRGLPGPPGKKGQAGPPGVMGPPGPPGPPGPPGPGCTMGLGFEDTEGSGSTQLLNEPKLSRPTAAIGLKGEKGDRGPKGERGMDGASIVGPPGPRGPPGHIKVLSNSLINITHGFMNFSDIPELVGPPGPDGLPGLPGFPGPRGPKGDTGLPGFPGLKGEQGEKGEPGAILTEDIPLERLMGKKGEPGMHGAPGPMGPKGPPGHKGEFGLPGRPGRPGLNGLKGTKGDPGVIMQGPPGLPGPPGPPGPPGAVINIKGAIFPIPVRPHCKMPVDTAHPGSPELITFHGVKGEKGSWGLPGSKGEKGDQGAQGPPGPPLDLAYLRHFLNNLKGENGDKGFKGEKGEKGDINGSFLMSGPPGLPGNPGPAGQKGETVVGPQGPPGAPGLPGPPGFGRPGDPGPPGPPGPPGPPAILGAAVALPGPPGPPGQPGLPGSRNLVTAFSNMDDMLQKAHLVIEGTFIYLRDSTEFFIRVRDGWKKLQLGELIPIPADSPPPPALSSNPHQLLPPPNPISSANYEKPALHLAALNMPFSGDIRADFQCFKQARAAGLLSTYRAFLSSHLQDLSTIVRKAERYSLPIVNLKGQVLFNNWDSIFSGHGGQFNMHIPIYSFDGRDIMTDPSWPQKVIWHGSSPHGVRLVDNYCEAWRTADTAVTGLASPLSTGKILDQKAYSCANRLIVLCIENSFMTDARK

Target ORF information:

RefSeq Version	NM_001855.4
Organism	Homo sapiens(human)
Definition	Homo sapiens collagen type XV alpha 1 chain (COL15A1), mRNA.

Target ORF information:

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

NM_001855.4

ORF Insert Sequence:

ATGGCACCAA GGAGGAACAA CGGGCAGTGC TGGTGTCTGC TGATGCTGCT CTCGGTCTCC 
ACGCCCCTCC CTGCTGTCAC CCAGACCCGC GGTGCGACAG AGACTGCTTC CCAGGGTCAC 
CTGGACCTCA CGCAGCTCAT CGGTGTCCCG CTGCCCTCGT CCGTATCCTT TGTCACAGGC 
TATGGTGGCT TCCCGGCCTA CAGTTTCGGG CCTGGTGCCA ATGTTGGCCG CCCAGCCAGG 
ACTCTCATCC CATCCACCTT CTTCAGGGAC TTCGCCATCA GCGTCGTGGT GAAGCCCAGC 
AGCACCCGTG GTGGCGTGCT CTTCGCCATC ACTGACGCCT TCCAGAAGGT CATCTACCTG 
GGCCTGCGGC TCTCAGGTGT GGAGGACGGC CACCAGCGGA TCATCCTCTA CTACACGGAG 
CCAGGCTCCC ATGTGTCCCA AGAGGCTGCT GCCTTCTCGG TGCCTGTGAT GACCCACAGG 
TGGAACCGCT TCGCCATGAT TGTCCAGGGT GAGGAAGTGA CCCTCCTCGT GAACTGTGAG 
GAGCACAGCC GCATCCCCTT CCAGCGGTCC TCCCAGGCTT TGGCTTTTGA GTCCAGCGCT 
GGAATCTTCA TGGGCAATGC AGGAGCTACA GGGCTCGAGA GATTCACTGG CTCCCTCCAG 
CAGCTCACCG TGCACCCCGA CCCCAGGACT CCCGAGGAGC TGTGTGACCC TGAAGAGTCC 
TCGGCATCTG GAGAGACCAG TGGGCTGCAG GAGGCAGACG GAGTAGCTGA GATCTTAGAA 
GCCGTCACCT ACACTCAAGC CTCGCCCAAA GAAGCAAAAG TTGAACCCAT AAACACACCT 
CCAACTCCAT CCTCCCCCTT TGAAGACATG GAACTTTCTG GTGAACCTGT ACCCGAGGGG 
ACCCTGGAAA CCACCAACAT GAGCATCATC CAGCACAGCA GCCCCAAACA AGGGTCTGGT 
GAGATCCTGA ATGACACACT GGAGGGGGTT CATTCTGTGG ATGGTGACCC CATTACTGAC 
AGCGGCTCAG GGGCTGGGGC CTTCCTTGAC ATTGCTGAAG AAAAGAATTT AGCAGCAACA 
GCAGCGGGGC TGGCCGAGGT GCCCATCAGC ACTGCTGGAG AAGCAGAGGC CAGCAGTGTG 
CCCACCGGGG GACCAACCCT CTCTATGTCC ACGGAGAACC CAGAGGAAGG GGTCACTCCA 
GGTCCAGATA ATGAAGAGCG TTTAGCAGCA ACAGCAGCAG GGGAGGCCGA GGCACTCGCC 
AGCATGCCTG GGGAAGTGGA GGCCAGTGGT GTGGCCCCCG GGGAGCTGGA CCTCTCCATG 
TCCGCCCAGA GCCTCGGGGA AGAGGCCACT GTGGGTCCAA GCAGTGAAGA CAGTTTAACA 
ACAGCTGCAG CTGCAACCGA AGTGTCCCTC AGTACTTTTG AGGATGAGGA AGCCAGTGGG 
GTCCCCACAG ATGGCCTGGC TCCCCTCACA GCCACCATGG CCCCTGAGCG GGCAGTCACT 
TCTGGTCCTG GTGATGAAGA AGACTTGGCA GCAGCCACAA CAGAGGAGCC CCTCATCACA 
GCTGGGGGTG AAGAGTCCGG CAGCCCTCCC CCTGATGGGC CACCGCTGCC CCTGCCCACA 
GTGGCTCCTG AAAGATGGAT CACTCCAGCT CAAAGAGAAC ATGTGGGAAT GAAAGGACAG 
GCTGGGCCCA AAGGAGAAAA GGGTGATGCT GGGGAGGAGC TTCCTGGCCC TCCTGAACCT 
TCTGGGCCTG TTGGACCCAC GGCAGGAGCA GAAGCAGAGG GCTCTGGCCT AGGCTGGGGC 
TCGGACGTCG GCTCTGGCTC TGGTGACCTG GTGGGCAGTG AGCAGCTGCT GAGAGGTCCT 
CCAGGACCCC CAGGGCCACC TGGCTTACCT GGGATTCCAG GAAAACCAGG AACTGATGTT 
TTCATGGGAC CCCCTGGATC TCCTGGAGAG GATGGACCTG CTGGTGAACC TGGGCCCCCG 
GGCCCTGAGG GACAGCCTGG AGTTGATGGA GCCACCGGCC TTCCCGGGAT GAAAGGGGAG 
AAGGGAGCAA GAGGGCCTAA TGGCTCAGTT GGTGAAAAGG GTGACCCTGG CAACAGAGGC 
TTACCTGGAC CCCCGGGGAA AAAGGGACAA GCTGGCCCTC CTGGGGTCAT GGGACCCCCA 
GGGCCTCCTG GACCCCCTGG GCCCCCAGGC CCTGGATGCA CAATGGGACT TGGATTCGAG 
GATACCGAAG GCTCTGGAAG CACCCAGCTA TTGAATGAAC CCAAACTCTC CAGACCAACG 
GCTGCAATTG GTCTCAAAGG AGAGAAAGGA GACCGGGGAC CCAAGGGAGA AAGGGGGATG 
GATGGAGCCA GTATTGTGGG ACCCCCTGGG CCGAGAGGGC CACCTGGGCA CATCAAGGTC 
TTGTCTAATT CCTTGATCAA TATCACCCAT GGATTCATGA ATTTCTCGGA CATTCCTGAG 
CTGGTGGGGC CTCCGGGGCC GGACGGGTTG CCTGGGCTGC CAGGATTTCC AGGTCCTAGA 
GGACCAAAAG GTGACACTGG TTTACCTGGC TTTCCAGGAC TAAAAGGAGA ACAGGGCGAG 
AAGGGAGAGC CGGGTGCCAT CCTGACAGAG GACATTCCTC TGGAAAGGCT GATGGGGAAA 
AAGGGTGAAC CTGGAATGCA TGGAGCCCCA GGACCAATGG GGCCCAAAGG ACCACCAGGA 
CATAAAGGAG AATTTGGCCT TCCCGGGCGA CCTGGTCGCC CAGGACTGAA TGGCCTCAAG 
GGTACCAAAG GAGATCCAGG GGTCATTATG CAGGGCCCAC CTGGCTTACC TGGCCCTCCA 
GGCCCCCCTG GGCCACCTGG AGCTGTGATT AACATCAAAG GAGCCATTTT CCCAATACCC 
GTCCGACCAC ACTGCAAAAT GCCAGTTGAT ACTGCTCATC CTGGGAGTCC AGAGCTCATC 
ACTTTTCACG GTGTTAAAGG AGAGAAAGGA TCCTGGGGTC TTCCTGGCTC AAAGGGAGAA 
AAAGGCGACC AGGGAGCCCA GGGACCACCA GGTCCTCCAC TTGATCTAGC TTACCTGAGA 
CACTTTCTGA ACAACTTGAA GGGGGAGAAT GGAGACAAGG GGTTCAAAGG TGAAAAAGGA 
GAAAAAGGAG ACATTAATGG CAGCTTCCTT ATGTCTGGGC CTCCAGGCCT GCCCGGAAAT 
CCAGGCCCGG CTGGCCAAAA AGGGGAGACA GTCGTTGGGC CCCAAGGACC CCCAGGTGCT 
CCTGGTCTGC CTGGGCCACC TGGCTTTGGA AGACCTGGTG ATCCTGGGCC ACCGGGGCCC 
CCGGGGCCAC CAGGACCTCC AGCTATCCTG GGAGCAGCTG TGGCCCTTCC AGGTCCCCCT 
GGCCCTCCAG GACAGCCAGG GCTTCCCGGA TCCAGAAACC TGGTCACAGC ATTCAGCAAC 
ATGGATGACA TGCTGCAGAA AGCGCATTTG GTTATAGAAG GAACATTCAT CTACCTGAGG 
GACAGCACTG AGTTTTTCAT TCGTGTTAGA GATGGCTGGA AAAAATTACA GCTGGGAGAA 
CTGATCCCCA TTCCTGCCGA CAGCCCTCCA CCCCCTGCGC TTTCCAGCAA CCCACATCAG 
CTTCTGCCTC CACCAAACCC TATTTCAAGT GCCAATTATG AGAAGCCTGC TCTGCATTTG 
GCTGCTCTGA ACATGCCATT TTCTGGGGAC ATTCGAGCTG ATTTTCAGTG CTTCAAGCAG 
GCCAGAGCTG CAGGACTGTT GTCCACCTAC CGAGCATTCT TATCTTCCCA TTTGCAAGAT 
CTGTCCACCA TTGTGAGGAA AGCAGAGAGA TACAGCCTTC CCATAGTGAA CCTCAAGGGC 
CAAGTACTTT TTAATAATTG GGACTCAATT TTTTCTGGCC ACGGAGGTCA GTTCAATATG 
CATATTCCAA TATACTCCTT TGATGGTCGA GACATAATGA CAGATCCTTC TTGGCCCCAG 
AAAGTCATTT GGCATGGCTC CAGCCCCCAT GGCGTCCGCC TTGTGGATAA CTACTGTGAA 
GCATGGCGAA CCGCGGACAC AGCGGTCACG GGACTTGCCT CCCCGCTGAG CACGGGGAAG 
ATTCTGGACC AGAAAGCATA CAGCTGTGCT AATCGGCTAA TTGTCCTATG TATCGAAAAC 
AGTTTCATGA CAGACGCTAG GAAGTAA

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

COL15A1 ( NM_001855.5 ) cDNA ORF clone, Homo sapiens(human) -> NP_001846.3 Homo sapiens collagen type XV alpha 1 chain (COL15A1), mRNA.

Price & Availability↑

CloneID	OHu12423
Clone ID Related Accession (Same CDS sequence)	NM_001855.4 , NM_001855.5 , XM_011518214.2
Accession Version	NM_001855.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4167bp) 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	2019-04-30
Organism	Homo sapiens(human)
Product	collagen alpha-1(XV) chain precursor
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from HY016428.1, BX337171.2, AK095885.1, L25286.1 and AL354923.12. On Nov 23, 2018 this sequence version replaced NM_001855.4. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: L25286.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1966682 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000375001.8/ ENSP00000364140.3 RefSeq Select criteria :: based on conservation, expression, longest protein ##RefSeq-Attributes-END## COMPLETENESS: full length.

ATGGCACCAA GGAGGAACAA CGGGCAGTGC TGGTGTCTGC TGATGCTGCT CTCGGTCTCC 
ACGCCCCTCC CTGCTGTCAC CCAGACCCGC GGTGCGACAG AGACTGCTTC CCAGGGTCAC 
CTGGACCTCA CGCAGCTCAT CGGTGTCCCG CTGCCCTCGT CCGTATCCTT TGTCACAGGC 
TATGGTGGCT TCCCGGCCTA CAGTTTCGGG CCTGGTGCCA ATGTTGGCCG CCCAGCCAGG 
ACTCTCATCC CATCCACCTT CTTCAGGGAC TTCGCCATCA GCGTCGTGGT GAAGCCCAGC 
AGCACCCGTG GTGGCGTGCT CTTCGCCATC ACTGACGCCT TCCAGAAGGT CATCTACCTG 
GGCCTGCGGC TCTCAGGTGT GGAGGACGGC CACCAGCGGA TCATCCTCTA CTACACGGAG 
CCAGGCTCCC ATGTGTCCCA AGAGGCTGCT GCCTTCTCGG TGCCTGTGAT GACCCACAGG 
TGGAACCGCT TCGCCATGAT TGTCCAGGGT GAGGAAGTGA CCCTCCTCGT GAACTGTGAG 
GAGCACAGCC GCATCCCCTT CCAGCGGTCC TCCCAGGCTT TGGCTTTTGA GTCCAGCGCT 
GGAATCTTCA TGGGCAATGC AGGAGCTACA GGGCTCGAGA GATTCACTGG CTCCCTCCAG 
CAGCTCACCG TGCACCCCGA CCCCAGGACT CCCGAGGAGC TGTGTGACCC TGAAGAGTCC 
TCGGCATCTG GAGAGACCAG TGGGCTGCAG GAGGCAGACG GAGTAGCTGA GATCTTAGAA 
GCCGTCACCT ACACTCAAGC CTCGCCCAAA GAAGCAAAAG TTGAACCCAT AAACACACCT 
CCAACTCCAT CCTCCCCCTT TGAAGACATG GAACTTTCTG GTGAACCTGT ACCCGAGGGG 
ACCCTGGAAA CCACCAACAT GAGCATCATC CAGCACAGCA GCCCCAAACA AGGGTCTGGT 
GAGATCCTGA ATGACACACT GGAGGGGGTT CATTCTGTGG ATGGTGACCC CATTACTGAC 
AGCGGCTCAG GGGCTGGGGC CTTCCTTGAC ATTGCTGAAG AAAAGAATTT AGCAGCAACA 
GCAGCGGGGC TGGCCGAGGT GCCCATCAGC ACTGCTGGAG AAGCAGAGGC CAGCAGTGTG 
CCCACCGGGG GACCAACCCT CTCTATGTCC ACGGAGAACC CAGAGGAAGG GGTCACTCCA 
GGTCCAGATA ATGAAGAGCG TTTAGCAGCA ACAGCAGCAG GGGAGGCCGA GGCACTCGCC 
AGCATGCCTG GGGAAGTGGA GGCCAGTGGT GTGGCCCCCG GGGAGCTGGA CCTCTCCATG 
TCCGCCCAGA GCCTCGGGGA AGAGGCCACT GTGGGTCCAA GCAGTGAAGA CAGTTTAACA 
ACAGCTGCAG CTGCAACCGA AGTGTCCCTC AGTACTTTTG AGGATGAGGA AGCCAGTGGG 
GTCCCCACAG ATGGCCTGGC TCCCCTCACA GCCACCATGG CCCCTGAGCG GGCAGTCACT 
TCTGGTCCTG GTGATGAAGA AGACTTGGCA GCAGCCACAA CAGAGGAGCC CCTCATCACA 
GCTGGGGGTG AAGAGTCCGG CAGCCCTCCC CCTGATGGGC CACCGCTGCC CCTGCCCACA 
GTGGCTCCTG AAAGATGGAT CACTCCAGCT CAAAGAGAAC ATGTGGGAAT GAAAGGACAG 
GCTGGGCCCA AAGGAGAAAA GGGTGATGCT GGGGAGGAGC TTCCTGGCCC TCCTGAACCT 
TCTGGGCCTG TTGGACCCAC GGCAGGAGCA GAAGCAGAGG GCTCTGGCCT AGGCTGGGGC 
TCGGACGTCG GCTCTGGCTC TGGTGACCTG GTGGGCAGTG AGCAGCTGCT GAGAGGTCCT 
CCAGGACCCC CAGGGCCACC TGGCTTACCT GGGATTCCAG GAAAACCAGG AACTGATGTT 
TTCATGGGAC CCCCTGGATC TCCTGGAGAG GATGGACCTG CTGGTGAACC TGGGCCCCCG 
GGCCCTGAGG GACAGCCTGG AGTTGATGGA GCCACCGGCC TTCCCGGGAT GAAAGGGGAG 
AAGGGAGCAA GAGGGCCTAA TGGCTCAGTT GGTGAAAAGG GTGACCCTGG CAACAGAGGC 
TTACCTGGAC CCCCGGGGAA AAAGGGACAA GCTGGCCCTC CTGGGGTCAT GGGACCCCCA 
GGGCCTCCTG GACCCCCTGG GCCCCCAGGC CCTGGATGCA CAATGGGACT TGGATTCGAG 
GATACCGAAG GCTCTGGAAG CACCCAGCTA TTGAATGAAC CCAAACTCTC CAGACCAACG 
GCTGCAATTG GTCTCAAAGG AGAGAAAGGA GACCGGGGAC CCAAGGGAGA AAGGGGGATG 
GATGGAGCCA GTATTGTGGG ACCCCCTGGG CCGAGAGGGC CACCTGGGCA CATCAAGGTC 
TTGTCTAATT CCTTGATCAA TATCACCCAT GGATTCATGA ATTTCTCGGA CATTCCTGAG 
CTGGTGGGGC CTCCGGGGCC GGACGGGTTG CCTGGGCTGC CAGGATTTCC AGGTCCTAGA 
GGACCAAAAG GTGACACTGG TTTACCTGGC TTTCCAGGAC TAAAAGGAGA ACAGGGCGAG 
AAGGGAGAGC CGGGTGCCAT CCTGACAGAG GACATTCCTC TGGAAAGGCT GATGGGGAAA 
AAGGGTGAAC CTGGAATGCA TGGAGCCCCA GGACCAATGG GGCCCAAAGG ACCACCAGGA 
CATAAAGGAG AATTTGGCCT TCCCGGGCGA CCTGGTCGCC CAGGACTGAA TGGCCTCAAG 
GGTACCAAAG GAGATCCAGG GGTCATTATG CAGGGCCCAC CTGGCTTACC TGGCCCTCCA 
GGCCCCCCTG GGCCACCTGG AGCTGTGATT AACATCAAAG GAGCCATTTT CCCAATACCC 
GTCCGACCAC ACTGCAAAAT GCCAGTTGAT ACTGCTCATC CTGGGAGTCC AGAGCTCATC 
ACTTTTCACG GTGTTAAAGG AGAGAAAGGA TCCTGGGGTC TTCCTGGCTC AAAGGGAGAA 
AAAGGCGACC AGGGAGCCCA GGGACCACCA GGTCCTCCAC TTGATCTAGC TTACCTGAGA 
CACTTTCTGA ACAACTTGAA GGGGGAGAAT GGAGACAAGG GGTTCAAAGG TGAAAAAGGA 
GAAAAAGGAG ACATTAATGG CAGCTTCCTT ATGTCTGGGC CTCCAGGCCT GCCCGGAAAT 
CCAGGCCCGG CTGGCCAAAA AGGGGAGACA GTCGTTGGGC CCCAAGGACC CCCAGGTGCT 
CCTGGTCTGC CTGGGCCACC TGGCTTTGGA AGACCTGGTG ATCCTGGGCC ACCGGGGCCC 
CCGGGGCCAC CAGGACCTCC AGCTATCCTG GGAGCAGCTG TGGCCCTTCC AGGTCCCCCT 
GGCCCTCCAG GACAGCCAGG GCTTCCCGGA TCCAGAAACC TGGTCACAGC ATTCAGCAAC 
ATGGATGACA TGCTGCAGAA AGCGCATTTG GTTATAGAAG GAACATTCAT CTACCTGAGG 
GACAGCACTG AGTTTTTCAT TCGTGTTAGA GATGGCTGGA AAAAATTACA GCTGGGAGAA 
CTGATCCCCA TTCCTGCCGA CAGCCCTCCA CCCCCTGCGC TTTCCAGCAA CCCACATCAG 
CTTCTGCCTC CACCAAACCC TATTTCAAGT GCCAATTATG AGAAGCCTGC TCTGCATTTG 
GCTGCTCTGA ACATGCCATT TTCTGGGGAC ATTCGAGCTG ATTTTCAGTG CTTCAAGCAG 
GCCAGAGCTG CAGGACTGTT GTCCACCTAC CGAGCATTCT TATCTTCCCA TTTGCAAGAT 
CTGTCCACCA TTGTGAGGAA AGCAGAGAGA TACAGCCTTC CCATAGTGAA CCTCAAGGGC 
CAAGTACTTT TTAATAATTG GGACTCAATT TTTTCTGGCC ACGGAGGTCA GTTCAATATG 
CATATTCCAA TATACTCCTT TGATGGTCGA GACATAATGA CAGATCCTTC TTGGCCCCAG 
AAAGTCATTT GGCATGGCTC CAGCCCCCAT GGCGTCCGCC TTGTGGATAA CTACTGTGAA 
GCATGGCGAA CCGCGGACAC AGCGGTCACG GGACTTGCCT CCCCGCTGAG CACGGGGAAG 
ATTCTGGACC AGAAAGCATA CAGCTGTGCT AATCGGCTAA TTGTCCTATG TATCGAAAAC 
AGTTTCATGA CAGACGCTAG GAAGTAA

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

RefSeq	NP_001846.3
CDS	156..4322
Translation	MAPRRNNGQCWCLLMLLSVSTPLPAVTQTRGATETASQGHLDLTQLIGVPLPSSVSFVTGYGGFPAYSFGPGANVGRPARTLIPSTFFRDFAISVVVKPSSTRGGVLFAITDAFQKVIYLGLRLSGVEDGHQRIILYYTEPGSHVSQEAAAFSVPVMTHRWNRFAMIVQGEEVTLLVNCEEHSRIPFQRSSQALAFESSAGIFMGNAGATGLERFTGSLQQLTVHPDPRTPEELCDPEESSASGETSGLQEADGVAEILEAVTYTQASPKEAKVEPINTPPTPSSPFEDMELSGEPVPEGTLETTNMSIIQHSSPKQGSGEILNDTLEGVHSVDGDPITDSGSGAGAFLDIAEEKNLAATAAGLAEVPISTAGEAEASSVPTGGPTLSMSTENPEEGVTPGPDNEERLAATAAGEAEALASMPGEVEASGVAPGELDLSMSAQSLGEEATVGPSSEDSLTTAAAATEVSLSTFEDEEASGVPTDGLAPLTATMAPERAVTSGPGDEEDLAAATTEEPLITAGGEESGSPPPDGPPLPLPTVAPERWITPAQREHVGMKGQAGPKGEKGDAGEELPGPPEPSGPVGPTAGAEAEGSGLGWGSDVGSGSGDLVGSEQLLRGPPGPPGPPGLPGIPGKPGTDVFMGPPGSPGEDGPAGEPGPPGPEGQPGVDGATGLPGMKGEKGARGPNGSVGEKGDPGNRGLPGPPGKKGQAGPPGVMGPPGPPGPPGPPGPGCTMGLGFEDTEGSGSTQLLNEPKLSRPTAAIGLKGEKGDRGPKGERGMDGASIVGPPGPRGPPGHIKVLSNSLINITHGFMNFSDIPELVGPPGPDGLPGLPGFPGPRGPKGDTGLPGFPGLKGEQGEKGEPGAILTEDIPLERLMGKKGEPGMHGAPGPMGPKGPPGHKGEFGLPGRPGRPGLNGLKGTKGDPGVIMQGPPGLPGPPGPPGPPGAVINIKGAIFPIPVRPHCKMPVDTAHPGSPELITFHGVKGEKGSWGLPGSKGEKGDQGAQGPPGPPLDLAYLRHFLNNLKGENGDKGFKGEKGEKGDINGSFLMSGPPGLPGNPGPAGQKGETVVGPQGPPGAPGLPGPPGFGRPGDPGPPGPPGPPGPPAILGAAVALPGPPGPPGQPGLPGSRNLVTAFSNMDDMLQKAHLVIEGTFIYLRDSTEFFIRVRDGWKKLQLGELIPIPADSPPPPALSSNPHQLLPPPNPISSANYEKPALHLAALNMPFSGDIRADFQCFKQARAAGLLSTYRAFLSSHLQDLSTIVRKAERYSLPIVNLKGQVLFNNWDSIFSGHGGQFNMHIPIYSFDGRDIMTDPSWPQKVIWHGSSPHGVRLVDNYCEAWRTADTAVTGLASPLSTGKILDQKAYSCANRLIVLCIENSFMTDARK

Target ORF information:

RefSeq Version	NM_001855.5
Organism	Homo sapiens(human)
Definition	Homo sapiens collagen type XV alpha 1 chain (COL15A1), mRNA.

Target ORF information:

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

NM_001855.5

ORF Insert Sequence:

ATGGCACCAA GGAGGAACAA CGGGCAGTGC TGGTGTCTGC TGATGCTGCT CTCGGTCTCC 
ACGCCCCTCC CTGCTGTCAC CCAGACCCGC GGTGCGACAG AGACTGCTTC CCAGGGTCAC 
CTGGACCTCA CGCAGCTCAT CGGTGTCCCG CTGCCCTCGT CCGTATCCTT TGTCACAGGC 
TATGGTGGCT TCCCGGCCTA CAGTTTCGGG CCTGGTGCCA ATGTTGGCCG CCCAGCCAGG 
ACTCTCATCC CATCCACCTT CTTCAGGGAC TTCGCCATCA GCGTCGTGGT GAAGCCCAGC 
AGCACCCGTG GTGGCGTGCT CTTCGCCATC ACTGACGCCT TCCAGAAGGT CATCTACCTG 
GGCCTGCGGC TCTCAGGTGT GGAGGACGGC CACCAGCGGA TCATCCTCTA CTACACGGAG 
CCAGGCTCCC ATGTGTCCCA AGAGGCTGCT GCCTTCTCGG TGCCTGTGAT GACCCACAGG 
TGGAACCGCT TCGCCATGAT TGTCCAGGGT GAGGAAGTGA CCCTCCTCGT GAACTGTGAG 
GAGCACAGCC GCATCCCCTT CCAGCGGTCC TCCCAGGCTT TGGCTTTTGA GTCCAGCGCT 
GGAATCTTCA TGGGCAATGC AGGAGCTACA GGGCTCGAGA GATTCACTGG CTCCCTCCAG 
CAGCTCACCG TGCACCCCGA CCCCAGGACT CCCGAGGAGC TGTGTGACCC TGAAGAGTCC 
TCGGCATCTG GAGAGACCAG TGGGCTGCAG GAGGCAGACG GAGTAGCTGA GATCTTAGAA 
GCCGTCACCT ACACTCAAGC CTCGCCCAAA GAAGCAAAAG TTGAACCCAT AAACACACCT 
CCAACTCCAT CCTCCCCCTT TGAAGACATG GAACTTTCTG GTGAACCTGT ACCCGAGGGG 
ACCCTGGAAA CCACCAACAT GAGCATCATC CAGCACAGCA GCCCCAAACA AGGGTCTGGT 
GAGATCCTGA ATGACACACT GGAGGGGGTT CATTCTGTGG ATGGTGACCC CATTACTGAC 
AGCGGCTCAG GGGCTGGGGC CTTCCTTGAC ATTGCTGAAG AAAAGAATTT AGCAGCAACA 
GCAGCGGGGC TGGCCGAGGT GCCCATCAGC ACTGCTGGAG AAGCAGAGGC CAGCAGTGTG 
CCCACCGGGG GACCAACCCT CTCTATGTCC ACGGAGAACC CAGAGGAAGG GGTCACTCCA 
GGTCCAGATA ATGAAGAGCG TTTAGCAGCA ACAGCAGCAG GGGAGGCCGA GGCACTCGCC 
AGCATGCCTG GGGAAGTGGA GGCCAGTGGT GTGGCCCCCG GGGAGCTGGA CCTCTCCATG 
TCCGCCCAGA GCCTCGGGGA AGAGGCCACT GTGGGTCCAA GCAGTGAAGA CAGTTTAACA 
ACAGCTGCAG CTGCAACCGA AGTGTCCCTC AGTACTTTTG AGGATGAGGA AGCCAGTGGG 
GTCCCCACAG ATGGCCTGGC TCCCCTCACA GCCACCATGG CCCCTGAGCG GGCAGTCACT 
TCTGGTCCTG GTGATGAAGA AGACTTGGCA GCAGCCACAA CAGAGGAGCC CCTCATCACA 
GCTGGGGGTG AAGAGTCCGG CAGCCCTCCC CCTGATGGGC CACCGCTGCC CCTGCCCACA 
GTGGCTCCTG AAAGATGGAT CACTCCAGCT CAAAGAGAAC ATGTGGGAAT GAAAGGACAG 
GCTGGGCCCA AAGGAGAAAA GGGTGATGCT GGGGAGGAGC TTCCTGGCCC TCCTGAACCT 
TCTGGGCCTG TTGGACCCAC GGCAGGAGCA GAAGCAGAGG GCTCTGGCCT AGGCTGGGGC 
TCGGACGTCG GCTCTGGCTC TGGTGACCTG GTGGGCAGTG AGCAGCTGCT GAGAGGTCCT 
CCAGGACCCC CAGGGCCACC TGGCTTACCT GGGATTCCAG GAAAACCAGG AACTGATGTT 
TTCATGGGAC CCCCTGGATC TCCTGGAGAG GATGGACCTG CTGGTGAACC TGGGCCCCCG 
GGCCCTGAGG GACAGCCTGG AGTTGATGGA GCCACCGGCC TTCCCGGGAT GAAAGGGGAG 
AAGGGAGCAA GAGGGCCTAA TGGCTCAGTT GGTGAAAAGG GTGACCCTGG CAACAGAGGC 
TTACCTGGAC CCCCGGGGAA AAAGGGACAA GCTGGCCCTC CTGGGGTCAT GGGACCCCCA 
GGGCCTCCTG GACCCCCTGG GCCCCCAGGC CCTGGATGCA CAATGGGACT TGGATTCGAG 
GATACCGAAG GCTCTGGAAG CACCCAGCTA TTGAATGAAC CCAAACTCTC CAGACCAACG 
GCTGCAATTG GTCTCAAAGG AGAGAAAGGA GACCGGGGAC CCAAGGGAGA AAGGGGGATG 
GATGGAGCCA GTATTGTGGG ACCCCCTGGG CCGAGAGGGC CACCTGGGCA CATCAAGGTC 
TTGTCTAATT CCTTGATCAA TATCACCCAT GGATTCATGA ATTTCTCGGA CATTCCTGAG 
CTGGTGGGGC CTCCGGGGCC GGACGGGTTG CCTGGGCTGC CAGGATTTCC AGGTCCTAGA 
GGACCAAAAG GTGACACTGG TTTACCTGGC TTTCCAGGAC TAAAAGGAGA ACAGGGCGAG 
AAGGGAGAGC CGGGTGCCAT CCTGACAGAG GACATTCCTC TGGAAAGGCT GATGGGGAAA 
AAGGGTGAAC CTGGAATGCA TGGAGCCCCA GGACCAATGG GGCCCAAAGG ACCACCAGGA 
CATAAAGGAG AATTTGGCCT TCCCGGGCGA CCTGGTCGCC CAGGACTGAA TGGCCTCAAG 
GGTACCAAAG GAGATCCAGG GGTCATTATG CAGGGCCCAC CTGGCTTACC TGGCCCTCCA 
GGCCCCCCTG GGCCACCTGG AGCTGTGATT AACATCAAAG GAGCCATTTT CCCAATACCC 
GTCCGACCAC ACTGCAAAAT GCCAGTTGAT ACTGCTCATC CTGGGAGTCC AGAGCTCATC 
ACTTTTCACG GTGTTAAAGG AGAGAAAGGA TCCTGGGGTC TTCCTGGCTC AAAGGGAGAA 
AAAGGCGACC AGGGAGCCCA GGGACCACCA GGTCCTCCAC TTGATCTAGC TTACCTGAGA 
CACTTTCTGA ACAACTTGAA GGGGGAGAAT GGAGACAAGG GGTTCAAAGG TGAAAAAGGA 
GAAAAAGGAG ACATTAATGG CAGCTTCCTT ATGTCTGGGC CTCCAGGCCT GCCCGGAAAT 
CCAGGCCCGG CTGGCCAAAA AGGGGAGACA GTCGTTGGGC CCCAAGGACC CCCAGGTGCT 
CCTGGTCTGC CTGGGCCACC TGGCTTTGGA AGACCTGGTG ATCCTGGGCC ACCGGGGCCC 
CCGGGGCCAC CAGGACCTCC AGCTATCCTG GGAGCAGCTG TGGCCCTTCC AGGTCCCCCT 
GGCCCTCCAG GACAGCCAGG GCTTCCCGGA TCCAGAAACC TGGTCACAGC ATTCAGCAAC 
ATGGATGACA TGCTGCAGAA AGCGCATTTG GTTATAGAAG GAACATTCAT CTACCTGAGG 
GACAGCACTG AGTTTTTCAT TCGTGTTAGA GATGGCTGGA AAAAATTACA GCTGGGAGAA 
CTGATCCCCA TTCCTGCCGA CAGCCCTCCA CCCCCTGCGC TTTCCAGCAA CCCACATCAG 
CTTCTGCCTC CACCAAACCC TATTTCAAGT GCCAATTATG AGAAGCCTGC TCTGCATTTG 
GCTGCTCTGA ACATGCCATT TTCTGGGGAC ATTCGAGCTG ATTTTCAGTG CTTCAAGCAG 
GCCAGAGCTG CAGGACTGTT GTCCACCTAC CGAGCATTCT TATCTTCCCA TTTGCAAGAT 
CTGTCCACCA TTGTGAGGAA AGCAGAGAGA TACAGCCTTC CCATAGTGAA CCTCAAGGGC 
CAAGTACTTT TTAATAATTG GGACTCAATT TTTTCTGGCC ACGGAGGTCA GTTCAATATG 
CATATTCCAA TATACTCCTT TGATGGTCGA GACATAATGA CAGATCCTTC TTGGCCCCAG 
AAAGTCATTT GGCATGGCTC CAGCCCCCAT GGCGTCCGCC TTGTGGATAA CTACTGTGAA 
GCATGGCGAA CCGCGGACAC AGCGGTCACG GGACTTGCCT CCCCGCTGAG CACGGGGAAG 
ATTCTGGACC AGAAAGCATA CAGCTGTGCT AATCGGCTAA TTGTCCTATG TATCGAAAAC 
AGTTTCATGA CAGACGCTAG GAAGTAA

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

COL15A1 ( XM_011518214.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011516516.1 Homo sapiens collagen type XV alpha 1 chain (COL15A1), transcript variant X1, mRNA.

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CloneID	OHu12423
Clone ID Related Accession (Same CDS sequence)	NM_001855.4 , NM_001855.5 , XM_011518214.2
Accession Version	XM_011518214.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4167bp) 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	collagen alpha-1(XV) chain isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000009.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011518214.1. ##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##

ATGGCACCAA GGAGGAACAA CGGGCAGTGC TGGTGTCTGC TGATGCTGCT CTCGGTCTCC 
ACGCCCCTCC CTGCTGTCAC CCAGACCCGC GGTGCGACAG AGACTGCTTC CCAGGGTCAC 
CTGGACCTCA CGCAGCTCAT CGGTGTCCCG CTGCCCTCGT CCGTATCCTT TGTCACAGGC 
TATGGTGGCT TCCCGGCCTA CAGTTTCGGG CCTGGTGCCA ATGTTGGCCG CCCAGCCAGG 
ACTCTCATCC CATCCACCTT CTTCAGGGAC TTCGCCATCA GCGTCGTGGT GAAGCCCAGC 
AGCACCCGTG GTGGCGTGCT CTTCGCCATC ACTGACGCCT TCCAGAAGGT CATCTACCTG 
GGCCTGCGGC TCTCAGGTGT GGAGGACGGC CACCAGCGGA TCATCCTCTA CTACACGGAG 
CCAGGCTCCC ATGTGTCCCA AGAGGCTGCT GCCTTCTCGG TGCCTGTGAT GACCCACAGG 
TGGAACCGCT TCGCCATGAT TGTCCAGGGT GAGGAAGTGA CCCTCCTCGT GAACTGTGAG 
GAGCACAGCC GCATCCCCTT CCAGCGGTCC TCCCAGGCTT TGGCTTTTGA GTCCAGCGCT 
GGAATCTTCA TGGGCAATGC AGGAGCTACA GGGCTCGAGA GATTCACTGG CTCCCTCCAG 
CAGCTCACCG TGCACCCCGA CCCCAGGACT CCCGAGGAGC TGTGTGACCC TGAAGAGTCC 
TCGGCATCTG GAGAGACCAG TGGGCTGCAG GAGGCAGACG GAGTAGCTGA GATCTTAGAA 
GCCGTCACCT ACACTCAAGC CTCGCCCAAA GAAGCAAAAG TTGAACCCAT AAACACACCT 
CCAACTCCAT CCTCCCCCTT TGAAGACATG GAACTTTCTG GTGAACCTGT ACCCGAGGGG 
ACCCTGGAAA CCACCAACAT GAGCATCATC CAGCACAGCA GCCCCAAACA AGGGTCTGGT 
GAGATCCTGA ATGACACACT GGAGGGGGTT CATTCTGTGG ATGGTGACCC CATTACTGAC 
AGCGGCTCAG GGGCTGGGGC CTTCCTTGAC ATTGCTGAAG AAAAGAATTT AGCAGCAACA 
GCAGCGGGGC TGGCCGAGGT GCCCATCAGC ACTGCTGGAG AAGCAGAGGC CAGCAGTGTG 
CCCACCGGGG GACCAACCCT CTCTATGTCC ACGGAGAACC CAGAGGAAGG GGTCACTCCA 
GGTCCAGATA ATGAAGAGCG TTTAGCAGCA ACAGCAGCAG GGGAGGCCGA GGCACTCGCC 
AGCATGCCTG GGGAAGTGGA GGCCAGTGGT GTGGCCCCCG GGGAGCTGGA CCTCTCCATG 
TCCGCCCAGA GCCTCGGGGA AGAGGCCACT GTGGGTCCAA GCAGTGAAGA CAGTTTAACA 
ACAGCTGCAG CTGCAACCGA AGTGTCCCTC AGTACTTTTG AGGATGAGGA AGCCAGTGGG 
GTCCCCACAG ATGGCCTGGC TCCCCTCACA GCCACCATGG CCCCTGAGCG GGCAGTCACT 
TCTGGTCCTG GTGATGAAGA AGACTTGGCA GCAGCCACAA CAGAGGAGCC CCTCATCACA 
GCTGGGGGTG AAGAGTCCGG CAGCCCTCCC CCTGATGGGC CACCGCTGCC CCTGCCCACA 
GTGGCTCCTG AAAGATGGAT CACTCCAGCT CAAAGAGAAC ATGTGGGAAT GAAAGGACAG 
GCTGGGCCCA AAGGAGAAAA GGGTGATGCT GGGGAGGAGC TTCCTGGCCC TCCTGAACCT 
TCTGGGCCTG TTGGACCCAC GGCAGGAGCA GAAGCAGAGG GCTCTGGCCT AGGCTGGGGC 
TCGGACGTCG GCTCTGGCTC TGGTGACCTG GTGGGCAGTG AGCAGCTGCT GAGAGGTCCT 
CCAGGACCCC CAGGGCCACC TGGCTTACCT GGGATTCCAG GAAAACCAGG AACTGATGTT 
TTCATGGGAC CCCCTGGATC TCCTGGAGAG GATGGACCTG CTGGTGAACC TGGGCCCCCG 
GGCCCTGAGG GACAGCCTGG AGTTGATGGA GCCACCGGCC TTCCCGGGAT GAAAGGGGAG 
AAGGGAGCAA GAGGGCCTAA TGGCTCAGTT GGTGAAAAGG GTGACCCTGG CAACAGAGGC 
TTACCTGGAC CCCCGGGGAA AAAGGGACAA GCTGGCCCTC CTGGGGTCAT GGGACCCCCA 
GGGCCTCCTG GACCCCCTGG GCCCCCAGGC CCTGGATGCA CAATGGGACT TGGATTCGAG 
GATACCGAAG GCTCTGGAAG CACCCAGCTA TTGAATGAAC CCAAACTCTC CAGACCAACG 
GCTGCAATTG GTCTCAAAGG AGAGAAAGGA GACCGGGGAC CCAAGGGAGA AAGGGGGATG 
GATGGAGCCA GTATTGTGGG ACCCCCTGGG CCGAGAGGGC CACCTGGGCA CATCAAGGTC 
TTGTCTAATT CCTTGATCAA TATCACCCAT GGATTCATGA ATTTCTCGGA CATTCCTGAG 
CTGGTGGGGC CTCCGGGGCC GGACGGGTTG CCTGGGCTGC CAGGATTTCC AGGTCCTAGA 
GGACCAAAAG GTGACACTGG TTTACCTGGC TTTCCAGGAC TAAAAGGAGA ACAGGGCGAG 
AAGGGAGAGC CGGGTGCCAT CCTGACAGAG GACATTCCTC TGGAAAGGCT GATGGGGAAA 
AAGGGTGAAC CTGGAATGCA TGGAGCCCCA GGACCAATGG GGCCCAAAGG ACCACCAGGA 
CATAAAGGAG AATTTGGCCT TCCCGGGCGA CCTGGTCGCC CAGGACTGAA TGGCCTCAAG 
GGTACCAAAG GAGATCCAGG GGTCATTATG CAGGGCCCAC CTGGCTTACC TGGCCCTCCA 
GGCCCCCCTG GGCCACCTGG AGCTGTGATT AACATCAAAG GAGCCATTTT CCCAATACCC 
GTCCGACCAC ACTGCAAAAT GCCAGTTGAT ACTGCTCATC CTGGGAGTCC AGAGCTCATC 
ACTTTTCACG GTGTTAAAGG AGAGAAAGGA TCCTGGGGTC TTCCTGGCTC AAAGGGAGAA 
AAAGGCGACC AGGGAGCCCA GGGACCACCA GGTCCTCCAC TTGATCTAGC TTACCTGAGA 
CACTTTCTGA ACAACTTGAA GGGGGAGAAT GGAGACAAGG GGTTCAAAGG TGAAAAAGGA 
GAAAAAGGAG ACATTAATGG CAGCTTCCTT ATGTCTGGGC CTCCAGGCCT GCCCGGAAAT 
CCAGGCCCGG CTGGCCAAAA AGGGGAGACA GTCGTTGGGC CCCAAGGACC CCCAGGTGCT 
CCTGGTCTGC CTGGGCCACC TGGCTTTGGA AGACCTGGTG ATCCTGGGCC ACCGGGGCCC 
CCGGGGCCAC CAGGACCTCC AGCTATCCTG GGAGCAGCTG TGGCCCTTCC AGGTCCCCCT 
GGCCCTCCAG GACAGCCAGG GCTTCCCGGA TCCAGAAACC TGGTCACAGC ATTCAGCAAC 
ATGGATGACA TGCTGCAGAA AGCGCATTTG GTTATAGAAG GAACATTCAT CTACCTGAGG 
GACAGCACTG AGTTTTTCAT TCGTGTTAGA GATGGCTGGA AAAAATTACA GCTGGGAGAA 
CTGATCCCCA TTCCTGCCGA CAGCCCTCCA CCCCCTGCGC TTTCCAGCAA CCCACATCAG 
CTTCTGCCTC CACCAAACCC TATTTCAAGT GCCAATTATG AGAAGCCTGC TCTGCATTTG 
GCTGCTCTGA ACATGCCATT TTCTGGGGAC ATTCGAGCTG ATTTTCAGTG CTTCAAGCAG 
GCCAGAGCTG CAGGACTGTT GTCCACCTAC CGAGCATTCT TATCTTCCCA TTTGCAAGAT 
CTGTCCACCA TTGTGAGGAA AGCAGAGAGA TACAGCCTTC CCATAGTGAA CCTCAAGGGC 
CAAGTACTTT TTAATAATTG GGACTCAATT TTTTCTGGCC ACGGAGGTCA GTTCAATATG 
CATATTCCAA TATACTCCTT TGATGGTCGA GACATAATGA CAGATCCTTC TTGGCCCCAG 
AAAGTCATTT GGCATGGCTC CAGCCCCCAT GGCGTCCGCC TTGTGGATAA CTACTGTGAA 
GCATGGCGAA CCGCGGACAC AGCGGTCACG GGACTTGCCT CCCCGCTGAG CACGGGGAAG 
ATTCTGGACC AGAAAGCATA CAGCTGTGCT AATCGGCTAA TTGTCCTATG TATCGAAAAC 
AGTTTCATGA CAGACGCTAG GAAGTAA

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

RefSeq	XP_011516516.1
CDS	345..4511
Translation	MAPRRNNGQCWCLLMLLSVSTPLPAVTQTRGATETASQGHLDLTQLIGVPLPSSVSFVTGYGGFPAYSFGPGANVGRPARTLIPSTFFRDFAISVVVKPSSTRGGVLFAITDAFQKVIYLGLRLSGVEDGHQRIILYYTEPGSHVSQEAAAFSVPVMTHRWNRFAMIVQGEEVTLLVNCEEHSRIPFQRSSQALAFESSAGIFMGNAGATGLERFTGSLQQLTVHPDPRTPEELCDPEESSASGETSGLQEADGVAEILEAVTYTQASPKEAKVEPINTPPTPSSPFEDMELSGEPVPEGTLETTNMSIIQHSSPKQGSGEILNDTLEGVHSVDGDPITDSGSGAGAFLDIAEEKNLAATAAGLAEVPISTAGEAEASSVPTGGPTLSMSTENPEEGVTPGPDNEERLAATAAGEAEALASMPGEVEASGVAPGELDLSMSAQSLGEEATVGPSSEDSLTTAAAATEVSLSTFEDEEASGVPTDGLAPLTATMAPERAVTSGPGDEEDLAAATTEEPLITAGGEESGSPPPDGPPLPLPTVAPERWITPAQREHVGMKGQAGPKGEKGDAGEELPGPPEPSGPVGPTAGAEAEGSGLGWGSDVGSGSGDLVGSEQLLRGPPGPPGPPGLPGIPGKPGTDVFMGPPGSPGEDGPAGEPGPPGPEGQPGVDGATGLPGMKGEKGARGPNGSVGEKGDPGNRGLPGPPGKKGQAGPPGVMGPPGPPGPPGPPGPGCTMGLGFEDTEGSGSTQLLNEPKLSRPTAAIGLKGEKGDRGPKGERGMDGASIVGPPGPRGPPGHIKVLSNSLINITHGFMNFSDIPELVGPPGPDGLPGLPGFPGPRGPKGDTGLPGFPGLKGEQGEKGEPGAILTEDIPLERLMGKKGEPGMHGAPGPMGPKGPPGHKGEFGLPGRPGRPGLNGLKGTKGDPGVIMQGPPGLPGPPGPPGPPGAVINIKGAIFPIPVRPHCKMPVDTAHPGSPELITFHGVKGEKGSWGLPGSKGEKGDQGAQGPPGPPLDLAYLRHFLNNLKGENGDKGFKGEKGEKGDINGSFLMSGPPGLPGNPGPAGQKGETVVGPQGPPGAPGLPGPPGFGRPGDPGPPGPPGPPGPPAILGAAVALPGPPGPPGQPGLPGSRNLVTAFSNMDDMLQKAHLVIEGTFIYLRDSTEFFIRVRDGWKKLQLGELIPIPADSPPPPALSSNPHQLLPPPNPISSANYEKPALHLAALNMPFSGDIRADFQCFKQARAAGLLSTYRAFLSSHLQDLSTIVRKAERYSLPIVNLKGQVLFNNWDSIFSGHGGQFNMHIPIYSFDGRDIMTDPSWPQKVIWHGSSPHGVRLVDNYCEAWRTADTAVTGLASPLSTGKILDQKAYSCANRLIVLCIENSFMTDARK

Target ORF information:

RefSeq Version	XM_011518214.2
Organism	Homo sapiens(human)
Definition	Homo sapiens collagen type XV alpha 1 chain (COL15A1), transcript variant X1, mRNA.

Target ORF information:

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

XM_011518214.2

ORF Insert Sequence:

ATGGCACCAA GGAGGAACAA CGGGCAGTGC TGGTGTCTGC TGATGCTGCT CTCGGTCTCC 
ACGCCCCTCC CTGCTGTCAC CCAGACCCGC GGTGCGACAG AGACTGCTTC CCAGGGTCAC 
CTGGACCTCA CGCAGCTCAT CGGTGTCCCG CTGCCCTCGT CCGTATCCTT TGTCACAGGC 
TATGGTGGCT TCCCGGCCTA CAGTTTCGGG CCTGGTGCCA ATGTTGGCCG CCCAGCCAGG 
ACTCTCATCC CATCCACCTT CTTCAGGGAC TTCGCCATCA GCGTCGTGGT GAAGCCCAGC 
AGCACCCGTG GTGGCGTGCT CTTCGCCATC ACTGACGCCT TCCAGAAGGT CATCTACCTG 
GGCCTGCGGC TCTCAGGTGT GGAGGACGGC CACCAGCGGA TCATCCTCTA CTACACGGAG 
CCAGGCTCCC ATGTGTCCCA AGAGGCTGCT GCCTTCTCGG TGCCTGTGAT GACCCACAGG 
TGGAACCGCT TCGCCATGAT TGTCCAGGGT GAGGAAGTGA CCCTCCTCGT GAACTGTGAG 
GAGCACAGCC GCATCCCCTT CCAGCGGTCC TCCCAGGCTT TGGCTTTTGA GTCCAGCGCT 
GGAATCTTCA TGGGCAATGC AGGAGCTACA GGGCTCGAGA GATTCACTGG CTCCCTCCAG 
CAGCTCACCG TGCACCCCGA CCCCAGGACT CCCGAGGAGC TGTGTGACCC TGAAGAGTCC 
TCGGCATCTG GAGAGACCAG TGGGCTGCAG GAGGCAGACG GAGTAGCTGA GATCTTAGAA 
GCCGTCACCT ACACTCAAGC CTCGCCCAAA GAAGCAAAAG TTGAACCCAT AAACACACCT 
CCAACTCCAT CCTCCCCCTT TGAAGACATG GAACTTTCTG GTGAACCTGT ACCCGAGGGG 
ACCCTGGAAA CCACCAACAT GAGCATCATC CAGCACAGCA GCCCCAAACA AGGGTCTGGT 
GAGATCCTGA ATGACACACT GGAGGGGGTT CATTCTGTGG ATGGTGACCC CATTACTGAC 
AGCGGCTCAG GGGCTGGGGC CTTCCTTGAC ATTGCTGAAG AAAAGAATTT AGCAGCAACA 
GCAGCGGGGC TGGCCGAGGT GCCCATCAGC ACTGCTGGAG AAGCAGAGGC CAGCAGTGTG 
CCCACCGGGG GACCAACCCT CTCTATGTCC ACGGAGAACC CAGAGGAAGG GGTCACTCCA 
GGTCCAGATA ATGAAGAGCG TTTAGCAGCA ACAGCAGCAG GGGAGGCCGA GGCACTCGCC 
AGCATGCCTG GGGAAGTGGA GGCCAGTGGT GTGGCCCCCG GGGAGCTGGA CCTCTCCATG 
TCCGCCCAGA GCCTCGGGGA AGAGGCCACT GTGGGTCCAA GCAGTGAAGA CAGTTTAACA 
ACAGCTGCAG CTGCAACCGA AGTGTCCCTC AGTACTTTTG AGGATGAGGA AGCCAGTGGG 
GTCCCCACAG ATGGCCTGGC TCCCCTCACA GCCACCATGG CCCCTGAGCG GGCAGTCACT 
TCTGGTCCTG GTGATGAAGA AGACTTGGCA GCAGCCACAA CAGAGGAGCC CCTCATCACA 
GCTGGGGGTG AAGAGTCCGG CAGCCCTCCC CCTGATGGGC CACCGCTGCC CCTGCCCACA 
GTGGCTCCTG AAAGATGGAT CACTCCAGCT CAAAGAGAAC ATGTGGGAAT GAAAGGACAG 
GCTGGGCCCA AAGGAGAAAA GGGTGATGCT GGGGAGGAGC TTCCTGGCCC TCCTGAACCT 
TCTGGGCCTG TTGGACCCAC GGCAGGAGCA GAAGCAGAGG GCTCTGGCCT AGGCTGGGGC 
TCGGACGTCG GCTCTGGCTC TGGTGACCTG GTGGGCAGTG AGCAGCTGCT GAGAGGTCCT 
CCAGGACCCC CAGGGCCACC TGGCTTACCT GGGATTCCAG GAAAACCAGG AACTGATGTT 
TTCATGGGAC CCCCTGGATC TCCTGGAGAG GATGGACCTG CTGGTGAACC TGGGCCCCCG 
GGCCCTGAGG GACAGCCTGG AGTTGATGGA GCCACCGGCC TTCCCGGGAT GAAAGGGGAG 
AAGGGAGCAA GAGGGCCTAA TGGCTCAGTT GGTGAAAAGG GTGACCCTGG CAACAGAGGC 
TTACCTGGAC CCCCGGGGAA AAAGGGACAA GCTGGCCCTC CTGGGGTCAT GGGACCCCCA 
GGGCCTCCTG GACCCCCTGG GCCCCCAGGC CCTGGATGCA CAATGGGACT TGGATTCGAG 
GATACCGAAG GCTCTGGAAG CACCCAGCTA TTGAATGAAC CCAAACTCTC CAGACCAACG 
GCTGCAATTG GTCTCAAAGG AGAGAAAGGA GACCGGGGAC CCAAGGGAGA AAGGGGGATG 
GATGGAGCCA GTATTGTGGG ACCCCCTGGG CCGAGAGGGC CACCTGGGCA CATCAAGGTC 
TTGTCTAATT CCTTGATCAA TATCACCCAT GGATTCATGA ATTTCTCGGA CATTCCTGAG 
CTGGTGGGGC CTCCGGGGCC GGACGGGTTG CCTGGGCTGC CAGGATTTCC AGGTCCTAGA 
GGACCAAAAG GTGACACTGG TTTACCTGGC TTTCCAGGAC TAAAAGGAGA ACAGGGCGAG 
AAGGGAGAGC CGGGTGCCAT CCTGACAGAG GACATTCCTC TGGAAAGGCT GATGGGGAAA 
AAGGGTGAAC CTGGAATGCA TGGAGCCCCA GGACCAATGG GGCCCAAAGG ACCACCAGGA 
CATAAAGGAG AATTTGGCCT TCCCGGGCGA CCTGGTCGCC CAGGACTGAA TGGCCTCAAG 
GGTACCAAAG GAGATCCAGG GGTCATTATG CAGGGCCCAC CTGGCTTACC TGGCCCTCCA 
GGCCCCCCTG GGCCACCTGG AGCTGTGATT AACATCAAAG GAGCCATTTT CCCAATACCC 
GTCCGACCAC ACTGCAAAAT GCCAGTTGAT ACTGCTCATC CTGGGAGTCC AGAGCTCATC 
ACTTTTCACG GTGTTAAAGG AGAGAAAGGA TCCTGGGGTC TTCCTGGCTC AAAGGGAGAA 
AAAGGCGACC AGGGAGCCCA GGGACCACCA GGTCCTCCAC TTGATCTAGC TTACCTGAGA 
CACTTTCTGA ACAACTTGAA GGGGGAGAAT GGAGACAAGG GGTTCAAAGG TGAAAAAGGA 
GAAAAAGGAG ACATTAATGG CAGCTTCCTT ATGTCTGGGC CTCCAGGCCT GCCCGGAAAT 
CCAGGCCCGG CTGGCCAAAA AGGGGAGACA GTCGTTGGGC CCCAAGGACC CCCAGGTGCT 
CCTGGTCTGC CTGGGCCACC TGGCTTTGGA AGACCTGGTG ATCCTGGGCC ACCGGGGCCC 
CCGGGGCCAC CAGGACCTCC AGCTATCCTG GGAGCAGCTG TGGCCCTTCC AGGTCCCCCT 
GGCCCTCCAG GACAGCCAGG GCTTCCCGGA TCCAGAAACC TGGTCACAGC ATTCAGCAAC 
ATGGATGACA TGCTGCAGAA AGCGCATTTG GTTATAGAAG GAACATTCAT CTACCTGAGG 
GACAGCACTG AGTTTTTCAT TCGTGTTAGA GATGGCTGGA AAAAATTACA GCTGGGAGAA 
CTGATCCCCA TTCCTGCCGA CAGCCCTCCA CCCCCTGCGC TTTCCAGCAA CCCACATCAG 
CTTCTGCCTC CACCAAACCC TATTTCAAGT GCCAATTATG AGAAGCCTGC TCTGCATTTG 
GCTGCTCTGA ACATGCCATT TTCTGGGGAC ATTCGAGCTG ATTTTCAGTG CTTCAAGCAG 
GCCAGAGCTG CAGGACTGTT GTCCACCTAC CGAGCATTCT TATCTTCCCA TTTGCAAGAT 
CTGTCCACCA TTGTGAGGAA AGCAGAGAGA TACAGCCTTC CCATAGTGAA CCTCAAGGGC 
CAAGTACTTT TTAATAATTG GGACTCAATT TTTTCTGGCC ACGGAGGTCA GTTCAATATG 
CATATTCCAA TATACTCCTT TGATGGTCGA GACATAATGA CAGATCCTTC TTGGCCCCAG 
AAAGTCATTT GGCATGGCTC CAGCCCCCAT GGCGTCCGCC TTGTGGATAA CTACTGTGAA 
GCATGGCGAA CCGCGGACAC AGCGGTCACG GGACTTGCCT CCCCGCTGAG CACGGGGAAG 
ATTCTGGACC AGAAAGCATA CAGCTGTGCT AATCGGCTAA TTGTCCTATG TATCGAAAAC 
AGTTTCATGA CAGACGCTAG GAAGTAA

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

PubMed

Characterization of the Extracellular Matrix of Normal and Diseased Tissues Using Proteomics.
Journal of proteome research16(8)3083-3091(2017 Aug)
Naba A,Pearce OMT,Del Rosario A,Ma D,Ding H,Rajeeve V,Cutillas PR,Balkwill FR,Hynes RO

Glycoproteomics Reveals Decorin Peptides With Anti-Myostatin Activity in Human Atrial Fibrillation.
Circulation134(11)817-32(2016 Sep)
Barallobre-Barreiro J,Gupta SK,Zoccarato A,Kitazume-Taneike R,Fava M,Yin X,Werner T,Hirt MN,Zampetaki A,Viviano A,Chong M,Bern M,Kourliouros A,Domenech N,Willeit P,Shah AM,Jahangiri M,Schaefer L,Fischer JW,Iozzo RV,Viner R,Thum T,Heineke J,Kichler A,Otsu K,Mayr M

Extracellular matrix remodelling in response to venous hypertension: proteomics of human varicose veins.
Cardiovascular research110(3)419-30(2016 06)
Barallobre-Barreiro J,Oklu R,Lynch M,Fava M,Baig F,Yin X,Barwari T,Potier DN,Albadawi H,Jahangiri M,Porter KE,Watkins MT,Misra S,Stoughton J,Mayr M

Slow Muscle Precursors Lay Down a Collagen XV Matrix Fingerprint to Guide Motor Axon Navigation.
The Journal of neuroscience : the official journal of the Society for Neuroscience36(9)2663-76(2016 Mar)
Guillon E,Bretaud S,Ruggiero F

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COL15A1 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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