VWA8 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	VWA8
Entrez Gene ID	23078
Full Name	von Willebrand factor A domain containing 8
Synonyms	KIAA0564
General protein information	Preferred Names von Willebrand factor A domain containing 8 Names von Willebrand factor A domain-containing protein 8
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 13 Map Location: 13q14.11
Disorder MIM:	617509

mRNA and Protein(s)

mRNA	Protein	Name
XM_017020471.2	XP_016875960.1	von Willebrand factor A domain-containing protein 8 isoform X5
XM_017020472.1	XP_016875961.1	von Willebrand factor A domain-containing protein 8 isoform X6
XM_006719791.3	XP_006719854.1	von Willebrand factor A domain-containing protein 8 isoform X2
XM_017020470.1	XP_016875959.1	von Willebrand factor A domain-containing protein 8 isoform X3
XM_017020471.1	XP_016875960.1	von Willebrand factor A domain-containing protein 8 isoform X5
NM_015058.1	NP_055873.1	von Willebrand factor A domain-containing protein 8 isoform a precursor
XM_017020469.2	XP_016875958.1	von Willebrand factor A domain-containing protein 8 isoform X1
XM_017020469.1	XP_016875958.1	von Willebrand factor A domain-containing protein 8 isoform X1
XM_011535007.2	XP_011533309.1	von Willebrand factor A domain-containing protein 8 isoform X4
XM_006719791.4	XP_006719854.1	von Willebrand factor A domain-containing protein 8 isoform X2
XM_011535007.3	XP_011533309.1	von Willebrand factor A domain-containing protein 8 isoform X4
XM_017020473.1	XP_016875962.1	von Willebrand factor A domain-containing protein 8 isoform X7
XM_017020470.2	XP_016875959.1	von Willebrand factor A domain-containing protein 8 isoform X3
XM_017020474.2	XP_016875963.1	von Willebrand factor A domain-containing protein 8 isoform X8
XM_017020474.1	XP_016875963.1	von Willebrand factor A domain-containing protein 8 isoform X8
NM_001009814.1	NP_001009814.1	von Willebrand factor A domain-containing protein 8 isoform b precursor
NM_015058.2	NP_055873.1	von Willebrand factor A domain-containing protein 8 isoform a precursor

Pathways from BioSystems

Homologies

Homo sapiens (human)	VWA8	NP_055873.1
Mus musculus (house mouse)	Vwa8	NP_082182.1
	VWA8	XP_001091849.2
Bos taurus (cattle)	VWA8	XP_002691869.1
Canis lupus familiaris (dog)	VWA8	XP_005633992.1
Gallus gallus (chicken)	KIAA0564	XP_425624.4
Anopheles gambiae (African malaria mosquito)	AgaP_AGAP000545	XP_310539.4
Caenorhabditis elegans (roundworm)	F11C1.5	NP_001257211.1
Pan troglodytes (chimpanzee)	VWA8	XP_003318070.1
Danio rerio (zebrafish)	vwa8	NP_001121810.1
Drosophila melanogaster (fruit fly)	c12.2	NP_652604.2
Xenopus tropicalis (tropical clawed frog)	vwa8	NP_001096540.1

Gene Ontology
Bibliography

Related articles in PubMed

Characterization of the novel protein KIAA0564 (Von Willebrand Domain-containing Protein 8).
Luo M, Mengos AE, Ma W, Finlayson J, Bustos RZ, Xiao Zhu Y, Shi CX, Stubblefield TM, Willis WT, Mandarino LJ
Biochemical and biophysical research communications487(3)545-551(2017 06)

Genome-wide association identifies regulatory Loci associated with distinct local histogram emphysema patterns.
Castaldi PJ, Cho MH, San Jos? Est?par R, McDonald ML, Laird N, Beaty TH, Washko G, Crapo JD, Silverman EK,
American journal of respiratory and critical care medicine190(4)399-409(2014 Aug)

Genome-wide association study of ancestry-specific TB risk in the South African Coloured population.
Chimusa ER, Zaitlen N, Daya M, M?ller M, van Helden PD, Mulder NJ, Price AL, Hoal EG
Human molecular genetics23(3)796-809(2014 Feb)

A genome-wide scan for common alleles affecting risk for autism.
Anney R, Klei L, Pinto D, Regan R, Conroy J, Magalhaes TR, Correia C, Abrahams BS, Sykes N, Pagnamenta AT, Almeida J, Bacchelli E, Bailey AJ, Baird G, Battaglia A, Berney T, Bolshakova N, B?lte S, Bolton PF, Bourgeron T, Brennan S, Brian J, Carson AR, Casallo G, Casey J, Chu SH, Cochrane L, Corsello C, Crawford EL, Crossett A, Dawson G, de Jonge M, Delorme R, Drmic I, Duketis E, Duque F, Estes A, Farrar P, Fernandez BA, Folstein SE, Fombonne E, Freitag CM, Gilbert J, Gillberg C, Glessner JT, Goldberg J, Green J, Guter SJ, Hakonarson H, Heron EA, Hill M, Holt R, Howe JL, Hughes G, Hus V, Igliozzi R, Kim C, Klauck SM, Kolevzon A, Korvatska O, Kustanovich V, Lajonchere CM, Lamb JA, Laskawiec M, Leboyer M, Le Couteur A, Leventhal BL, Lionel AC, Liu XQ, Lord C, Lotspeich L, Lund SC, Maestrini E, Mahoney W, Mantoulan C, Marshall CR, McConachie H, McDougle CJ, McGrath J, McMahon WM, Melhem NM, Merikangas A, Migita O, Minshew NJ, Mirza GK, Munson J, Nelson SF, Noakes C, Noor A, Nygren G, Oliveira G, Papanikolaou K, Parr JR, Parrini B, Paton T, Pickles A, Piven J, Posey DJ, Poustka A, Poustka F, Prasad A, Ragoussis J, Renshaw K, Rickaby J, Roberts W, Roeder K, Roge B, Rutter ML, Bierut LJ, Rice JP, Salt J, Sansom K, Sato D, Segurado R, Senman L, Shah N, Sheffield VC, Soorya L, Sousa I, Stoppioni V, Strawbridge C, Tancredi R, Tansey K, Thiruvahindrapduram B, Thompson AP, Thomson S, Tryfon A, Tsiantis J, Van Engeland H, Vincent JB, Volkmar F, Wallace S, Wang K, Wang Z, Wassink TH, Wing K, Wittemeyer K, Wood S, Yaspan BL, Zurawiecki D, Zwaigenbaum L, Betancur C, Buxbaum JD, Cantor RM, Cook EH, Coon H, Cuccaro ML, Gallagher L, Geschwind DH, Gill M, Haines JL, Miller J, Monaco AP, Nurnberger JI Jr, Paterson AD, Pericak-Vance MA, Schellenberg GD, Scherer SW, Sutcliffe JS, Szatmari P, Vicente AM, Vieland VJ, Wijsman EM, Devlin B, Ennis S, Hallmayer J
Human molecular genetics19(20)4072-82(2010 Oct)

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

Observational study and genome-wide association study of gene-disease association. (HuGE Navigator)
Title: A genome-wide scan for common alleles affecting risk for autism.

Observational study and genome-wide association study of gene-disease association. (HuGE Navigator)
Title: A genome-wide association study of bipolar disorder and comorbid migraine.

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

The following VWA8 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the VWA8 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)
OHu15613	NM_001009814.1 Latest version!	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$399.50-$559.30 $799.00
OHu15633	NM_015058.2 Latest version!	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$679.50-$951.30 $1359.00
OHu15613	XM_017020474.2 Latest version!	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$399.50-$559.30 $799.00
OHu84465	XM_017020471.2 Latest version!	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu84466	XM_017020472.1 Latest version!	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OHu84467	XM_017020473.1 Latest version!	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OHu65390	XM_011535007.3 Latest version!	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu84463	XM_017020469.2 Latest version!	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu84464	XM_017020470.2 Latest version!	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu47118	XM_006719791.4 Latest version!	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
View Old Accession Versions >>
OHu84465	XM_017020471.1	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu84463	XM_017020469.1	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu47118	XM_006719791.3	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu65390	XM_011535007.2	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$643.30 $919.00
OHu84464	XM_017020470.1	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu15613	XM_017020474.1	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$399.50-$559.30 $799.00
OHu15633	NM_015058.1	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$679.50-$951.30 $1359.00
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)

VWA8 ( NM_001009814.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001009814.1 Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant 2, mRNA.

Price & Availability↑

CloneID	OHu15613
Clone ID Related Accession (Same CDS sequence)	XM_017020474.2 , XM_017020474.1 , NM_001009814.1
Accession Version	NM_001009814.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3120bp) 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	2019-02-16
Organism	Homo sapiens(human)
Product	von Willebrand factor A domain-containing protein 8 isoform b precursor
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from BC053674.1. Transcript Variant: This variant (2) differs in the 3' UTR and coding region compared to variant 1. The resulting isoform (b) is shorter at the C-terminus compared to isoform a. ##Evidence-Data-START## Transcript exon combination :: BC053674.1, AK095155.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGCAATCCC GGCTTCTACT CCTCGGGGCA CCCGGAGGCC ACGGCGGCCC GGCCTCGCGG 
CGCATGCGGC TGCTCCTGCG GCAGGTGGTG CAGCGCAGGC CGGGTGGCGA CAGGCAGCGG 
CCGGAGGTCA GACTGTTGCA CGCCGGCTCG GGGGCCGACA CAGGTGATAC AGTTAATATT 
GGAGATGTAT CCTACAAGTT GAAAATTCCT AAGAATCCAG AACTTGTGCC ACAGAACTAC 
ATTTCAGACT CTCTGGCTCA ATCTGTAGTT CAGCATCTAA GATGGATAAT GCAGAAGGAT 
CTTTTGGGGC AAGATGTTTT TCTAATAGGA CCTCCTGGGC CTCTTCGACG CTCTATTGCT 
ATGCAGTACT TGGAGCTGAC CAAACGGGAG GTCGAATACA TTGCCCTGTC AAGGGACACC 
ACTGAAACTG ATCTCAAACA GCGACGAGAG ATCCGTGCAG GCACAGCCTT TTACATTGAT 
CAGTGTGCAG TTCGTGCAGC CACAGAAGGC AGAACTCTCA TTTTGGAAGG TTTGGAAAAG 
GCAGAGAGGA ATGTTTTGCC TGTTTTGAAC AACTTGCTGG AAAACAGAGA GATGCAGCTT 
GAAGATGGAC GCTTCCTGAT GTCTGCTGAG CGTTACGACA AACTTCTCCG AGATCATACC 
AAAAAAGAGT TGGATTCTTG GAAAATTGTC CGAGTTAGTG AAAATTTCCG AGTGATTGCC 
TTGGGCTTGC CAGTGCCAAG GTATTCTGGG AATCCATTAG ACCCCCCTCT TCGTTCTCGA 
TTTCAAGCCA GGGATATTTA TTATTTACCC TTCAAGGACC AACTTAAGTT GTTATATTCA 
ATTGGAGCCA ATGTTTCTGC TGAGAAAGTT TCTCAGCTCT TGTCCTTTGC CACAACTCTG 
TGTTCCCAAG AATCTTCTAC TCTTGGACTT CCAGACTTTC CTTTAGATAG TTTAGCAGCT 
GCGGTTCAAA TCTTGGATTC CTTTCCTATG ATGCCAATCA AACATGCAAT CCAGTGGCTT 
TATCCATATA GTATTTTACT AGGTCATGAA GGGAAGATGG CTGTGGAAGG TGTTTTAAAG 
CGCTTTGAAC TTCAAGATTC AGGAAGCTCT CTACTTCCTA AAGAGATTGT AAAAGTAGAG 
AAGATGATGG AAAACCATGT GTCCCAAGCT TCTGTGACCA TCCGGATTGC AGATAAAGAG 
GTGACCATTA AGGTGCCAGC CGGGACCAGG CTATTAAGTC AACCTTGTGC GTCAGACCGT 
TTCATACAGA CTTTGAGCCA TAAGCAGCTA CAGGCTGAAA TGATGCAGTC TCACATGGTT 
AAAGATATAT GTTTAATTGG AGGAAAGGGT TGTGGAAAAA CAGTGATCGC TAAGAACTTT 
GCCGATACCT TAGGATACAA CATAGAACCT ATTATGCTCT ATCAGGATAT GACAGCGCGT 
GATCTGCTAC AGCAGAGATA CACCCTTCCA AATGGAGACA CTGCCTGGCG GTCCTCACCC 
CTTGTGAATG CTGCTCTGGA AGGCAAGCTG GTCCTGCTGG ATGGCATTCA CCGGGTGAAT 
GCGGGCACGC TTGCTGTATT GCAAAGGTTA ATCCATGATC GAGAGCTAAG CCTCTATGAT 
GGTTCTAGGC TGCTGAGAGA AGACAGGTAT ATGCGTTTAA AGGAGGAGCT GCAACTGTCT 
GATGAACAGC TACAGAAGAG ATCCATTTTT CCTATCCATC CCTCCTTCAG AATCATTGCC 
TTGGCAGAAC CCCCTGTTAT TGGAAGCACA GCACACCAGT GGCTGGGACC AGAATTCTTA 
ACCATGTTCT TTTTCCATTA CATGAAACCA CTTGTGAAAA GTGAAGAAAT CCAAGTGATT 
AAGGAAAAGG TCCCAAATGT ACCTCAGGAA GCTCTGGATA AGTTATTATC ATTTACACAC 
AAACTCAGAG AAACACAGGA TCCAACGGCA CAATCATTAG CGGCATCACT TTCTACCAGA 
CAACTGTTGC GAATTTCTCG TCGGCTGTCA CAGTATCCTA ATGAAAATCT TCACAGTGCT 
GTTACTAAAG CCTGCCTTTC CAGGTTTTTA CCCAGTCTTG CTAGGTCAGC ATTAGAAAAA 
AATCTGGCAG ATGCTACAAT AGAAATAAAT ACTGATGACA ATTTGGAGCC AGAACTGAAG 
GATTACAAAT GTGAAGTAAC ATCTGGAACT CTGAGGATTG GTGCTGTTAG TGCACCGATC 
TATAATGCAC ATGAGAAAAT GAAAGTGCCT GATGTTCTTT TCTATGACAA CATTCAGCAT 
GTGATAGTGA TGGAAGATAT GCTGAAAGAC TTTCTCCTTG GAGAACACTT ATTATTGGTT 
GGCAACCAGG GTGTAGGAAA AAACAAGATT GTTGACAGAT TCCTTCACCT GCTCAACAGA 
CCCCGAGAAT ATATTCAGCT ACACAGGGAT ACCACAGTAC AAACTCTTAC GCTTCAGCCT 
TCGGTTAAAG ACGGACTTAT TGTATATGAA GACTCACCTT TGGTTAAAGC AGTAAAGTTG 
GGTCATATTC TGGTAGTAGA TGAGGCTGAC AAAGCTCCAA CAAATGTCAC GTGTATTTTA 
AAAACTCTAG TAGAAAATGG AGAAATGATT CTAGCAGATG GAAGACGCAT TGTTGCAAAT 
TCTGCTAATG TGAATGGAAG AGAAAATGTT GTAGTGATTC ATCCTGATTT TAGGATGATT 
GTTCTGGCAA ATAGACCTGG ATTTCCTTTC CTAGGCAATG ATTTCTTCGG TACCTTAGGT 
GATATTTTTA GCTGCCATGC AGTTGATAAC CCCAAACCCC ACTCGGAGCT CGAGATGCTC 
AGACAGTATG GACCAAATGT GCCTGAGCCC ATCCTTCAGA AGCTTGTGGC TGCCTTTGGA 
GAGCTGAGGA GTTTGGCTGA CCAAGGGATT ATTAACTATC CTTATTCTAC CAGAGAAGTT 
GTCAACATAG TCAAACATTT ACAGAAATTT CCGACTGAAG GTCTCTCCAG TGTAGTTCGA 
AATGTGTTTG ACTTTGATTC CTACAACAAT GACATGAGGG AGATATTGAT TAACACTTTA 
CACAAATACG GGATACCTAT CGGAGCAAAG CCTACCAGTG TGCAGCTGGC AAAGGAGTAA

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

RefSeq	NP_001009814.1
CDS	71..3190
Translation	MQSRLLLLGAPGGHGGPASRRMRLLLRQVVQRRPGGDRQRPEVRLLHAGSGADTGDTVNIGDVSYKLKIPKNPELVPQNYISDSLAQSVVQHLRWIMQKDLLGQDVFLIGPPGPLRRSIAMQYLELTKREVEYIALSRDTTETDLKQRREIRAGTAFYIDQCAVRAATEGRTLILEGLEKAERNVLPVLNNLLENREMQLEDGRFLMSAERYDKLLRDHTKKELDSWKIVRVSENFRVIALGLPVPRYSGNPLDPPLRSRFQARDIYYLPFKDQLKLLYSIGANVSAEKVSQLLSFATTLCSQESSTLGLPDFPLDSLAAAVQILDSFPMMPIKHAIQWLYPYSILLGHEGKMAVEGVLKRFELQDSGSSLLPKEIVKVEKMMENHVSQASVTIRIADKEVTIKVPAGTRLLSQPCASDRFIQTLSHKQLQAEMMQSHMVKDICLIGGKGCGKTVIAKNFADTLGYNIEPIMLYQDMTARDLLQQRYTLPNGDTAWRSSPLVNAALEGKLVLLDGIHRVNAGTLAVLQRLIHDRELSLYDGSRLLREDRYMRLKEELQLSDEQLQKRSIFPIHPSFRIIALAEPPVIGSTAHQWLGPEFLTMFFFHYMKPLVKSEEIQVIKEKVPNVPQEALDKLLSFTHKLRETQDPTAQSLAASLSTRQLLRISRRLSQYPNENLHSAVTKACLSRFLPSLARSALEKNLADATIEINTDDNLEPELKDYKCEVTSGTLRIGAVSAPIYNAHEKMKVPDVLFYDNIQHVIVMEDMLKDFLLGEHLLLVGNQGVGKNKIVDRFLHLLNRPREYIQLHRDTTVQTLTLQPSVKDGLIVYEDSPLVKAVKLGHILVVDEADKAPTNVTCILKTLVENGEMILADGRRIVANSANVNGRENVVVIHPDFRMIVLANRPGFPFLGNDFFGTLGDIFSCHAVDNPKPHSELEMLRQYGPNVPEPILQKLVAAFGELRSLADQGIINYPYSTREVVNIVKHLQKFPTEGLSSVVRNVFDFDSYNNDMREILINTLHKYGIPIGAKPTSVQLAKE

Target ORF information:

RefSeq Version	NM_001009814.1
Organism	Homo sapiens(human)
Definition	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant 2, mRNA.

Target ORF information:

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

NM_001009814.1

ORF Insert Sequence:

ATGCAATCCC GGCTTCTACT CCTCGGGGCA CCCGGAGGCC ACGGCGGCCC GGCCTCGCGG 
CGCATGCGGC TGCTCCTGCG GCAGGTGGTG CAGCGCAGGC CGGGTGGCGA CAGGCAGCGG 
CCGGAGGTCA GACTGTTGCA CGCCGGCTCG GGGGCCGACA CAGGTGATAC AGTTAATATT 
GGAGATGTAT CCTACAAGTT GAAAATTCCT AAGAATCCAG AACTTGTGCC ACAGAACTAC 
ATTTCAGACT CTCTGGCTCA ATCTGTAGTT CAGCATCTAA GATGGATAAT GCAGAAGGAT 
CTTTTGGGGC AAGATGTTTT TCTAATAGGA CCTCCTGGGC CTCTTCGACG CTCTATTGCT 
ATGCAGTACT TGGAGCTGAC CAAACGGGAG GTCGAATACA TTGCCCTGTC AAGGGACACC 
ACTGAAACTG ATCTCAAACA GCGACGAGAG ATCCGTGCAG GCACAGCCTT TTACATTGAT 
CAGTGTGCAG TTCGTGCAGC CACAGAAGGC AGAACTCTCA TTTTGGAAGG TTTGGAAAAG 
GCAGAGAGGA ATGTTTTGCC TGTTTTGAAC AACTTGCTGG AAAACAGAGA GATGCAGCTT 
GAAGATGGAC GCTTCCTGAT GTCTGCTGAG CGTTACGACA AACTTCTCCG AGATCATACC 
AAAAAAGAGT TGGATTCTTG GAAAATTGTC CGAGTTAGTG AAAATTTCCG AGTGATTGCC 
TTGGGCTTGC CAGTGCCAAG GTATTCTGGG AATCCATTAG ACCCCCCTCT TCGTTCTCGA 
TTTCAAGCCA GGGATATTTA TTATTTACCC TTCAAGGACC AACTTAAGTT GTTATATTCA 
ATTGGAGCCA ATGTTTCTGC TGAGAAAGTT TCTCAGCTCT TGTCCTTTGC CACAACTCTG 
TGTTCCCAAG AATCTTCTAC TCTTGGACTT CCAGACTTTC CTTTAGATAG TTTAGCAGCT 
GCGGTTCAAA TCTTGGATTC CTTTCCTATG ATGCCAATCA AACATGCAAT CCAGTGGCTT 
TATCCATATA GTATTTTACT AGGTCATGAA GGGAAGATGG CTGTGGAAGG TGTTTTAAAG 
CGCTTTGAAC TTCAAGATTC AGGAAGCTCT CTACTTCCTA AAGAGATTGT AAAAGTAGAG 
AAGATGATGG AAAACCATGT GTCCCAAGCT TCTGTGACCA TCCGGATTGC AGATAAAGAG 
GTGACCATTA AGGTGCCAGC CGGGACCAGG CTATTAAGTC AACCTTGTGC GTCAGACCGT 
TTCATACAGA CTTTGAGCCA TAAGCAGCTA CAGGCTGAAA TGATGCAGTC TCACATGGTT 
AAAGATATAT GTTTAATTGG AGGAAAGGGT TGTGGAAAAA CAGTGATCGC TAAGAACTTT 
GCCGATACCT TAGGATACAA CATAGAACCT ATTATGCTCT ATCAGGATAT GACAGCGCGT 
GATCTGCTAC AGCAGAGATA CACCCTTCCA AATGGAGACA CTGCCTGGCG GTCCTCACCC 
CTTGTGAATG CTGCTCTGGA AGGCAAGCTG GTCCTGCTGG ATGGCATTCA CCGGGTGAAT 
GCGGGCACGC TTGCTGTATT GCAAAGGTTA ATCCATGATC GAGAGCTAAG CCTCTATGAT 
GGTTCTAGGC TGCTGAGAGA AGACAGGTAT ATGCGTTTAA AGGAGGAGCT GCAACTGTCT 
GATGAACAGC TACAGAAGAG ATCCATTTTT CCTATCCATC CCTCCTTCAG AATCATTGCC 
TTGGCAGAAC CCCCTGTTAT TGGAAGCACA GCACACCAGT GGCTGGGACC AGAATTCTTA 
ACCATGTTCT TTTTCCATTA CATGAAACCA CTTGTGAAAA GTGAAGAAAT CCAAGTGATT 
AAGGAAAAGG TCCCAAATGT ACCTCAGGAA GCTCTGGATA AGTTATTATC ATTTACACAC 
AAACTCAGAG AAACACAGGA TCCAACGGCA CAATCATTAG CGGCATCACT TTCTACCAGA 
CAACTGTTGC GAATTTCTCG TCGGCTGTCA CAGTATCCTA ATGAAAATCT TCACAGTGCT 
GTTACTAAAG CCTGCCTTTC CAGGTTTTTA CCCAGTCTTG CTAGGTCAGC ATTAGAAAAA 
AATCTGGCAG ATGCTACAAT AGAAATAAAT ACTGATGACA ATTTGGAGCC AGAACTGAAG 
GATTACAAAT GTGAAGTAAC ATCTGGAACT CTGAGGATTG GTGCTGTTAG TGCACCGATC 
TATAATGCAC ATGAGAAAAT GAAAGTGCCT GATGTTCTTT TCTATGACAA CATTCAGCAT 
GTGATAGTGA TGGAAGATAT GCTGAAAGAC TTTCTCCTTG GAGAACACTT ATTATTGGTT 
GGCAACCAGG GTGTAGGAAA AAACAAGATT GTTGACAGAT TCCTTCACCT GCTCAACAGA 
CCCCGAGAAT ATATTCAGCT ACACAGGGAT ACCACAGTAC AAACTCTTAC GCTTCAGCCT 
TCGGTTAAAG ACGGACTTAT TGTATATGAA GACTCACCTT TGGTTAAAGC AGTAAAGTTG 
GGTCATATTC TGGTAGTAGA TGAGGCTGAC AAAGCTCCAA CAAATGTCAC GTGTATTTTA 
AAAACTCTAG TAGAAAATGG AGAAATGATT CTAGCAGATG GAAGACGCAT TGTTGCAAAT 
TCTGCTAATG TGAATGGAAG AGAAAATGTT GTAGTGATTC ATCCTGATTT TAGGATGATT 
GTTCTGGCAA ATAGACCTGG ATTTCCTTTC CTAGGCAATG ATTTCTTCGG TACCTTAGGT 
GATATTTTTA GCTGCCATGC AGTTGATAAC CCCAAACCCC ACTCGGAGCT CGAGATGCTC 
AGACAGTATG GACCAAATGT GCCTGAGCCC ATCCTTCAGA AGCTTGTGGC TGCCTTTGGA 
GAGCTGAGGA GTTTGGCTGA CCAAGGGATT ATTAACTATC CTTATTCTAC CAGAGAAGTT 
GTCAACATAG TCAAACATTT ACAGAAATTT CCGACTGAAG GTCTCTCCAG TGTAGTTCGA 
AATGTGTTTG ACTTTGATTC CTACAACAAT GACATGAGGG AGATATTGAT TAACACTTTA 
CACAAATACG GGATACCTAT CGGAGCAAAG CCTACCAGTG TGCAGCTGGC AAAGGAGTAA

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

VWA8 ( NM_015058.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_055873.1 Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant 1, mRNA.

Price & Availability↑

CloneID	OHu15633
Clone ID Related Accession (Same CDS sequence)	NM_015058.1 , NM_015058.2
Accession Version	NM_015058.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5718bp) 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	2019-02-16
Organism	Homo sapiens(human)
Product	von Willebrand factor A domain-containing protein 8 isoform a precursor
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from BC053674.1, AB011136.1 and AA648780.1. On Jan 26, 2005 this sequence version replaced XM_038664.7. Transcript Variant: This variant (1) represents the longer transcript and encodes the longer isoform (a). ##Evidence-Data-START## Transcript exon combination :: SRR1803613.24681.1, SRR1803616.274809.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGCAATCCC GGCTTCTACT CCTCGGGGCA CCCGGAGGCC ACGGCGGCCC GGCCTCGCGG 
CGCATGCGGC TGCTCCTGCG GCAGGTGGTG CAGCGCAGGC CGGGTGGCGA CAGGCAGCGG 
CCGGAGGTCA GACTGTTGCA CGCCGGCTCG GGGGCCGACA CAGGTGATAC AGTTAATATT 
GGAGATGTAT CCTACAAGTT GAAAATTCCT AAGAATCCAG AACTTGTGCC ACAGAACTAC 
ATTTCAGACT CTCTGGCTCA ATCTGTAGTT CAGCATCTAA GATGGATAAT GCAGAAGGAT 
CTTTTGGGGC AAGATGTTTT TCTAATAGGA CCTCCTGGGC CTCTTCGACG CTCTATTGCT 
ATGCAGTACT TGGAGCTGAC CAAACGGGAG GTCGAATACA TTGCCCTGTC AAGGGACACC 
ACTGAAACTG ATCTCAAACA GCGACGAGAG ATCCGTGCAG GCACAGCCTT TTACATTGAT 
CAGTGTGCAG TTCGTGCAGC CACAGAAGGC AGAACTCTCA TTTTGGAAGG TTTGGAAAAG 
GCAGAGAGGA ATGTTTTGCC TGTTTTGAAC AACTTGCTGG AAAACAGAGA GATGCAGCTT 
GAAGATGGAC GCTTCCTGAT GTCTGCTGAG CGTTACGACA AACTTCTCCG AGATCATACC 
AAAAAAGAGT TGGATTCTTG GAAAATTGTC CGAGTTAGTG AAAATTTCCG AGTGATTGCC 
TTGGGCTTGC CAGTGCCAAG GTATTCTGGG AATCCATTAG ACCCCCCTCT TCGTTCTCGA 
TTTCAAGCCA GGGATATTTA TTATTTACCC TTCAAGGACC AACTTAAGTT GTTATATTCA 
ATTGGAGCCA ATGTTTCTGC TGAGAAAGTT TCTCAGCTCT TGTCCTTTGC CACAACTCTG 
TGTTCCCAAG AATCTTCTAC TCTTGGACTT CCAGACTTTC CTTTAGATAG TTTAGCAGCT 
GCGGTTCAAA TCTTGGATTC CTTTCCTATG ATGCCAATCA AACATGCAAT CCAGTGGCTT 
TATCCATATA GTATTTTACT AGGTCATGAA GGGAAGATGG CTGTGGAAGG TGTTTTAAAG 
CGCTTTGAAC TTCAAGATTC AGGAAGCTCT CTACTTCCTA AAGAGATTGT AAAAGTAGAG 
AAGATGATGG AAAACCATGT GTCCCAAGCT TCTGTGACCA TCCGGATTGC AGATAAAGAG 
GTGACCATTA AGGTGCCAGC CGGGACCAGG CTATTAAGTC AACCTTGTGC GTCAGACCGT 
TTCATACAGA CTTTGAGCCA TAAGCAGCTA CAGGCTGAAA TGATGCAGTC TCACATGGTT 
AAAGATATAT GTTTAATTGG AGGAAAGGGT TGTGGAAAAA CAGTGATCGC TAAGAACTTT 
GCCGATACCT TAGGATACAA CATAGAACCT ATTATGCTCT ATCAGGATAT GACAGCGCGT 
GATCTGCTAC AGCAGAGATA CACCCTTCCA AATGGAGACA CTGCCTGGCG GTCCTCACCC 
CTTGTGAATG CTGCTCTGGA AGGCAAGCTG GTCCTGCTGG ATGGCATTCA CCGGGTGAAT 
GCGGGCACGC TTGCTGTATT GCAAAGGTTA ATCCATGATC GAGAGCTAAG CCTCTATGAT 
GGTTCTAGGC TGCTGAGAGA AGACAGGTAT ATGCGTTTAA AGGAGGAGCT GCAACTGTCT 
GATGAACAGC TACAGAAGAG ATCCATTTTT CCTATCCATC CCTCCTTCAG AATCATTGCC 
TTGGCAGAAC CCCCTGTTAT TGGAAGCACA GCACACCAGT GGCTGGGACC AGAATTCTTA 
ACCATGTTCT TTTTCCATTA CATGAAACCA CTTGTGAAAA GTGAAGAAAT CCAAGTGATT 
AAGGAAAAGG TCCCAAATGT ACCTCAGGAA GCTCTGGATA AGTTATTATC ATTTACACAC 
AAACTCAGAG AAACACAGGA TCCAACGGCA CAATCATTAG CGGCATCACT TTCTACCAGA 
CAACTGTTGC GAATTTCTCG TCGGCTGTCA CAGTATCCTA ATGAAAATCT TCACAGTGCT 
GTTACTAAAG CCTGCCTTTC CAGGTTTTTA CCCAGTCTTG CTAGGTCAGC ATTAGAAAAA 
AATCTGGCAG ATGCTACAAT AGAAATAAAT ACTGATGACA ATTTGGAGCC AGAACTGAAG 
GATTACAAAT GTGAAGTAAC ATCTGGAACT CTGAGGATTG GTGCTGTTAG TGCACCGATC 
TATAATGCAC ATGAGAAAAT GAAAGTGCCT GATGTTCTTT TCTATGACAA CATTCAGCAT 
GTGATAGTGA TGGAAGATAT GCTGAAAGAC TTTCTCCTTG GAGAACACTT ATTATTGGTT 
GGCAACCAGG GTGTAGGAAA AAACAAGATT GTTGACAGAT TCCTTCACCT GCTCAACAGA 
CCCCGAGAAT ATATTCAGCT ACACAGGGAT ACCACAGTAC AAACTCTTAC GCTTCAGCCT 
TCGGTTAAAG ACGGACTTAT TGTATATGAA GACTCACCTT TGGTTAAAGC AGTAAAGTTG 
GGTCATATTC TGGTAGTAGA TGAGGCTGAC AAAGCTCCAA CAAATGTCAC GTGTATTTTA 
AAAACTCTAG TAGAAAATGG AGAAATGATT CTAGCAGATG GAAGACGCAT TGTTGCAAAT 
TCTGCTAATG TGAATGGAAG AGAAAATGTT GTAGTGATTC ATCCTGATTT TAGGATGATT 
GTTCTGGCAA ATAGACCTGG ATTTCCTTTC CTAGGCAATG ATTTCTTCGG TACCTTAGGT 
GATATTTTTA GCTGCCATGC AGTTGATAAC CCCAAACCCC ACTCGGAGCT CGAGATGCTC 
AGACAGTATG GACCAAATGT GCCTGAGCCC ATCCTTCAGA AGCTTGTGGC TGCCTTTGGA 
GAGCTGAGGA GTTTGGCTGA CCAAGGGATT ATTAACTATC CTTATTCTAC CAGAGAAGTT 
GTCAACATAG TCAAACATTT ACAGAAATTT CCGACTGAAG GTCTCTCCAG TGTAGTTCGA 
AATGTGTTTG ACTTTGATTC CTACAACAAT GACATGAGGG AGATATTGAT TAACACTTTA 
CACAAATACG GGATACCTAT CGGAGCAAAG CCTACCAGTG TGCAGCTGGC AAAGGAGTTG 
ACTCTGCCAG AACAAACGTT CATGGGCTAC TGGACAATTG GTCAGGCAAG AAGTGGGATG 
CAAAAACTCT TGTGTCCAGT GGAAACTCAT CATATAGACA TAAAGGGTCC AGCACTTATA 
AATATACAGG AGTATCCAAT AGAAAGACAT GAAGAAAGAT CCCTAAACTT TACTGAAGAA 
TGTGCCTCAT GGAGAATACC ATTGGATGAA ATTAATATAA TCTGTGACAT TGCTACATCA 
CATGAAAATG AGCAAAATAC TCTCTATGTA GTTACATGCA ATCCCGCTTC CCTGTACTTT 
ATGAATATGA CTGGGAAAAG TGGCTTCTTT GTGGACTTTT TTGATATCTT CCCAAGAACA 
GCCAATGGCG TTTGGCACCC TTTTGTGACA GTGGCACCGC TGGGAAGTCC TCTCAAAGGT 
CAAGTGGTTC TCCATGAGCA GCAGAGTAAT GTTATCCTGT TGTTAGATAC TACTGGCCGG 
GCCCTTCATC GTCTCATCCT CCCTTCCGAG AAGTTTACAT CTAAGAAACC TTTCTGGTGG 
AACAAAGAAG AAGCTGAAAC TTATAAAATG TGTAAAGAAT TTTCACACAA AAACTGGCTG 
GTGTTCTACA AAGAAAAAGG GAACAGCCTG ACTGTGCTGG ATGTTCTAGA AGGGCGAACT 
CACACCATCT CACTTCCCAT CAACCTCAAG ACAGTTTTCC TTGTAGCAGA GGACAAATGG 
CTTCTGGTGG AGAGCAAAAC AAATCAGAAA TATCTTTTAA CTAAGCCTGC ACACATCGAA 
TCTGAGGGTA GTGGGGTTTG CCAGTTGTAT GTGCTGAAAG AGGAGCCGCC CAGCACAGGG 
TTTGGAGTTA CACAAGAAAC AGAGTTCAGC ATACCTCATA AAATTTCCAG TGATCAACTA 
TCATCTGAAC ATCTAAGTTC AGCTGTGGAA CAAAAGATTG CCTCTCCCAA CAGAATTCTC 
TCAGATGAGA AAAATTATGC TACAATAGTT GTTGGTTTTC CAGATCTCAT GTCACCCAGT 
GAAGTTTATT CTTGGAAGAG ACCATCATCT TTGCATAAAC GAAGTGGCAC TGATACATCA 
TTCTATAGAG GAAAGAAGAA AAGGGGGACT CCAAAACAAA GCAATTGTGT GACTCTTTTA 
GATACGAATC AGGTAGTGAG GATTTTACCC CCAGGAGAAG TCCCTCTAAA AGATATCTAC 
CCAAAAGATG TTACTCCTCC ACAAACATCT GGTTATATAG AAGTCACTGA TCTTCAATCA 
AAGAAACTCC GATATATCCC TATTCCCAGA TCAGAATCTC TCTCGCCGTA TACCACATGG 
CTGTCGACCA TTTCAGACAC AGATGCACTG CTGGCTGAGT GGGACAAAAG CGGTGTTGTT 
ACTGTTGATA TGGGAGGTCA CATCAGGCTT TGGGAAACTG GACTTGAACG TCTGCAGCGA 
TCACTCATGG AATGGAGAAA CATGATTGGA CAAGATGACA GAAATATGCA GATAACAATC 
AACAGAGACA GTGGTGAAGA TGTAAGCTCC CCCAAACACG GGAAGGAGGA CCCAGACAAC 
ATGCCTCACG TGGGCGGCAA CACTTGGGCT GGCGGAACAG GGGGAAGAGA CACGGCAGGC 
CTGGGTGGCA AAGGAGGCCC TTACCGGCTG GATGCAGGCC ATACGGTGTA CCAGGTCTCT 
CAGGCTGAGA AAGATGCAGT TCCCGAAGAG GTCAAGAGAG CTGCTAGAGA GATGGGCCAG 
AGAGCATTCC AGCAGAGGCT AAAGGAGATC CAAATGAGTG AATACGATGC TGCAACCTAT 
GAAAGGTTTT CAGGTGCTGT TCGGCGACAG GTGCACTCCC TCCGAATCAT CCTGGATAAT 
TTACAGGCTA AAGGTAAAGA AAGACAATGG CTAAGACATC AAGCTACTGG AGAATTAGAT 
GATGCCAAGA TCATTGATGG GCTGACTGGA GAAAAAGCCA TCTACAAACG TCGGGGTGAG 
CTGGAGCCAC AACTTGGCAG CCCACAACAG AAACCCAAGC GTCTGCGCCT GGTGGTAGAT 
GTGTCTGGTA GCATGTACCG TTTCAACAGG ATGGATGGCC GGCTTGAGCG CACAATGGAG 
GCTGTGTGTA TGGTCATGGA AGCCTTCGAG AACTATGAGG AGAAGTTCCA GTATGACATC 
GTTGGACACT CTGGAGATGG CTACAACATT GGTCTGGTTC CAATGAACAA AATCCCCAAG 
GACAATAAGC AAAGACTAGA AATTCTGAAG ACAATGCATG CCCACTCTCA GTTCTGCATG 
AGTGGGGACC ACACGTTAGA AGGGACAGAA CATGCCATCA AGGAAATTGT CAAAGAAGAA 
GCTGATGAGT ACTTTGTCAT AGTCTTGAGT GATGCAAATC TGTCACGATA TGGAATACAT 
CCTGCTAAGT TTGCTCAAAT CCTCACAAGA GACCCTCAAG TAAATGCTTT TGCCATTTTT 
ATTGGCTCTT TAGGTGATCA AGCAACCAGG CTTCAGAGAA CTTTACCAGC TGGTCGGTCT 
TTCGTTGCCA TGGATACCAA GGATATCCCT CAGATTTTAC AACAGATCTT CACCTCCACC 
ATGTTGTCGA GTGTCTAA

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

RefSeq	NP_055873.1
CDS	71..5788
Translation	MQSRLLLLGAPGGHGGPASRRMRLLLRQVVQRRPGGDRQRPEVRLLHAGSGADTGDTVNIGDVSYKLKIPKNPELVPQNYISDSLAQSVVQHLRWIMQKDLLGQDVFLIGPPGPLRRSIAMQYLELTKREVEYIALSRDTTETDLKQRREIRAGTAFYIDQCAVRAATEGRTLILEGLEKAERNVLPVLNNLLENREMQLEDGRFLMSAERYDKLLRDHTKKELDSWKIVRVSENFRVIALGLPVPRYSGNPLDPPLRSRFQARDIYYLPFKDQLKLLYSIGANVSAEKVSQLLSFATTLCSQESSTLGLPDFPLDSLAAAVQILDSFPMMPIKHAIQWLYPYSILLGHEGKMAVEGVLKRFELQDSGSSLLPKEIVKVEKMMENHVSQASVTIRIADKEVTIKVPAGTRLLSQPCASDRFIQTLSHKQLQAEMMQSHMVKDICLIGGKGCGKTVIAKNFADTLGYNIEPIMLYQDMTARDLLQQRYTLPNGDTAWRSSPLVNAALEGKLVLLDGIHRVNAGTLAVLQRLIHDRELSLYDGSRLLREDRYMRLKEELQLSDEQLQKRSIFPIHPSFRIIALAEPPVIGSTAHQWLGPEFLTMFFFHYMKPLVKSEEIQVIKEKVPNVPQEALDKLLSFTHKLRETQDPTAQSLAASLSTRQLLRISRRLSQYPNENLHSAVTKACLSRFLPSLARSALEKNLADATIEINTDDNLEPELKDYKCEVTSGTLRIGAVSAPIYNAHEKMKVPDVLFYDNIQHVIVMEDMLKDFLLGEHLLLVGNQGVGKNKIVDRFLHLLNRPREYIQLHRDTTVQTLTLQPSVKDGLIVYEDSPLVKAVKLGHILVVDEADKAPTNVTCILKTLVENGEMILADGRRIVANSANVNGRENVVVIHPDFRMIVLANRPGFPFLGNDFFGTLGDIFSCHAVDNPKPHSELEMLRQYGPNVPEPILQKLVAAFGELRSLADQGIINYPYSTREVVNIVKHLQKFPTEGLSSVVRNVFDFDSYNNDMREILINTLHKYGIPIGAKPTSVQLAKELTLPEQTFMGYWTIGQARSGMQKLLCPVETHHIDIKGPALINIQEYPIERHEERSLNFTEECASWRIPLDEINIICDIATSHENEQNTLYVVTCNPASLYFMNMTGKSGFFVDFFDIFPRTANGVWHPFVTVAPLGSPLKGQVVLHEQQSNVILLLDTTGRALHRLILPSEKFTSKKPFWWNKEEAETYKMCKEFSHKNWLVFYKEKGNSLTVLDVLEGRTHTISLPINLKTVFLVAEDKWLLVESKTNQKYLLTKPAHIESEGSGVCQLYVLKEEPPSTGFGVTQETEFSIPHKISSDQLSSEHLSSAVEQKIASPNRILSDEKNYATIVVGFPDLMSPSEVYSWKRPSSLHKRSGTDTSFYRGKKKRGTPKQSNCVTLLDTNQVVRILPPGEVPLKDIYPKDVTPPQTSGYIEVTDLQSKKLRYIPIPRSESLSPYTTWLSTISDTDALLAEWDKSGVVTVDMGGHIRLWETGLERLQRSLMEWRNMIGQDDRNMQITINRDSGEDVSSPKHGKEDPDNMPHVGGNTWAGGTGGRDTAGLGGKGGPYRLDAGHTVYQVSQAEKDAVPEEVKRAAREMGQRAFQQRLKEIQMSEYDAATYERFSGAVRRQVHSLRIILDNLQAKGKERQWLRHQATGELDDAKIIDGLTGEKAIYKRRGELEPQLGSPQQKPKRLRLVVDVSGSMYRFNRMDGRLERTMEAVCMVMEAFENYEEKFQYDIVGHSGDGYNIGLVPMNKIPKDNKQRLEILKTMHAHSQFCMSGDHTLEGTEHAIKEIVKEEADEYFVIVLSDANLSRYGIHPAKFAQILTRDPQVNAFAIFIGSLGDQATRLQRTLPAGRSFVAMDTKDIPQILQQIFTSTMLSSV

Target ORF information:

RefSeq Version	NM_015058.1
Organism	Homo sapiens(human)
Definition	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant 1, mRNA.

Target ORF information:

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

NM_015058.1

ORF Insert Sequence:

ATGCAATCCC GGCTTCTACT CCTCGGGGCA CCCGGAGGCC ACGGCGGCCC GGCCTCGCGG 
CGCATGCGGC TGCTCCTGCG GCAGGTGGTG CAGCGCAGGC CGGGTGGCGA CAGGCAGCGG 
CCGGAGGTCA GACTGTTGCA CGCCGGCTCG GGGGCCGACA CAGGTGATAC AGTTAATATT 
GGAGATGTAT CCTACAAGTT GAAAATTCCT AAGAATCCAG AACTTGTGCC ACAGAACTAC 
ATTTCAGACT CTCTGGCTCA ATCTGTAGTT CAGCATCTAA GATGGATAAT GCAGAAGGAT 
CTTTTGGGGC AAGATGTTTT TCTAATAGGA CCTCCTGGGC CTCTTCGACG CTCTATTGCT 
ATGCAGTACT TGGAGCTGAC CAAACGGGAG GTCGAATACA TTGCCCTGTC AAGGGACACC 
ACTGAAACTG ATCTCAAACA GCGACGAGAG ATCCGTGCAG GCACAGCCTT TTACATTGAT 
CAGTGTGCAG TTCGTGCAGC CACAGAAGGC AGAACTCTCA TTTTGGAAGG TTTGGAAAAG 
GCAGAGAGGA ATGTTTTGCC TGTTTTGAAC AACTTGCTGG AAAACAGAGA GATGCAGCTT 
GAAGATGGAC GCTTCCTGAT GTCTGCTGAG CGTTACGACA AACTTCTCCG AGATCATACC 
AAAAAAGAGT TGGATTCTTG GAAAATTGTC CGAGTTAGTG AAAATTTCCG AGTGATTGCC 
TTGGGCTTGC CAGTGCCAAG GTATTCTGGG AATCCATTAG ACCCCCCTCT TCGTTCTCGA 
TTTCAAGCCA GGGATATTTA TTATTTACCC TTCAAGGACC AACTTAAGTT GTTATATTCA 
ATTGGAGCCA ATGTTTCTGC TGAGAAAGTT TCTCAGCTCT TGTCCTTTGC CACAACTCTG 
TGTTCCCAAG AATCTTCTAC TCTTGGACTT CCAGACTTTC CTTTAGATAG TTTAGCAGCT 
GCGGTTCAAA TCTTGGATTC CTTTCCTATG ATGCCAATCA AACATGCAAT CCAGTGGCTT 
TATCCATATA GTATTTTACT AGGTCATGAA GGGAAGATGG CTGTGGAAGG TGTTTTAAAG 
CGCTTTGAAC TTCAAGATTC AGGAAGCTCT CTACTTCCTA AAGAGATTGT AAAAGTAGAG 
AAGATGATGG AAAACCATGT GTCCCAAGCT TCTGTGACCA TCCGGATTGC AGATAAAGAG 
GTGACCATTA AGGTGCCAGC CGGGACCAGG CTATTAAGTC AACCTTGTGC GTCAGACCGT 
TTCATACAGA CTTTGAGCCA TAAGCAGCTA CAGGCTGAAA TGATGCAGTC TCACATGGTT 
AAAGATATAT GTTTAATTGG AGGAAAGGGT TGTGGAAAAA CAGTGATCGC TAAGAACTTT 
GCCGATACCT TAGGATACAA CATAGAACCT ATTATGCTCT ATCAGGATAT GACAGCGCGT 
GATCTGCTAC AGCAGAGATA CACCCTTCCA AATGGAGACA CTGCCTGGCG GTCCTCACCC 
CTTGTGAATG CTGCTCTGGA AGGCAAGCTG GTCCTGCTGG ATGGCATTCA CCGGGTGAAT 
GCGGGCACGC TTGCTGTATT GCAAAGGTTA ATCCATGATC GAGAGCTAAG CCTCTATGAT 
GGTTCTAGGC TGCTGAGAGA AGACAGGTAT ATGCGTTTAA AGGAGGAGCT GCAACTGTCT 
GATGAACAGC TACAGAAGAG ATCCATTTTT CCTATCCATC CCTCCTTCAG AATCATTGCC 
TTGGCAGAAC CCCCTGTTAT TGGAAGCACA GCACACCAGT GGCTGGGACC AGAATTCTTA 
ACCATGTTCT TTTTCCATTA CATGAAACCA CTTGTGAAAA GTGAAGAAAT CCAAGTGATT 
AAGGAAAAGG TCCCAAATGT ACCTCAGGAA GCTCTGGATA AGTTATTATC ATTTACACAC 
AAACTCAGAG AAACACAGGA TCCAACGGCA CAATCATTAG CGGCATCACT TTCTACCAGA 
CAACTGTTGC GAATTTCTCG TCGGCTGTCA CAGTATCCTA ATGAAAATCT TCACAGTGCT 
GTTACTAAAG CCTGCCTTTC CAGGTTTTTA CCCAGTCTTG CTAGGTCAGC ATTAGAAAAA 
AATCTGGCAG ATGCTACAAT AGAAATAAAT ACTGATGACA ATTTGGAGCC AGAACTGAAG 
GATTACAAAT GTGAAGTAAC ATCTGGAACT CTGAGGATTG GTGCTGTTAG TGCACCGATC 
TATAATGCAC ATGAGAAAAT GAAAGTGCCT GATGTTCTTT TCTATGACAA CATTCAGCAT 
GTGATAGTGA TGGAAGATAT GCTGAAAGAC TTTCTCCTTG GAGAACACTT ATTATTGGTT 
GGCAACCAGG GTGTAGGAAA AAACAAGATT GTTGACAGAT TCCTTCACCT GCTCAACAGA 
CCCCGAGAAT ATATTCAGCT ACACAGGGAT ACCACAGTAC AAACTCTTAC GCTTCAGCCT 
TCGGTTAAAG ACGGACTTAT TGTATATGAA GACTCACCTT TGGTTAAAGC AGTAAAGTTG 
GGTCATATTC TGGTAGTAGA TGAGGCTGAC AAAGCTCCAA CAAATGTCAC GTGTATTTTA 
AAAACTCTAG TAGAAAATGG AGAAATGATT CTAGCAGATG GAAGACGCAT TGTTGCAAAT 
TCTGCTAATG TGAATGGAAG AGAAAATGTT GTAGTGATTC ATCCTGATTT TAGGATGATT 
GTTCTGGCAA ATAGACCTGG ATTTCCTTTC CTAGGCAATG ATTTCTTCGG TACCTTAGGT 
GATATTTTTA GCTGCCATGC AGTTGATAAC CCCAAACCCC ACTCGGAGCT CGAGATGCTC 
AGACAGTATG GACCAAATGT GCCTGAGCCC ATCCTTCAGA AGCTTGTGGC TGCCTTTGGA 
GAGCTGAGGA GTTTGGCTGA CCAAGGGATT ATTAACTATC CTTATTCTAC CAGAGAAGTT 
GTCAACATAG TCAAACATTT ACAGAAATTT CCGACTGAAG GTCTCTCCAG TGTAGTTCGA 
AATGTGTTTG ACTTTGATTC CTACAACAAT GACATGAGGG AGATATTGAT TAACACTTTA 
CACAAATACG GGATACCTAT CGGAGCAAAG CCTACCAGTG TGCAGCTGGC AAAGGAGTTG 
ACTCTGCCAG AACAAACGTT CATGGGCTAC TGGACAATTG GTCAGGCAAG AAGTGGGATG 
CAAAAACTCT TGTGTCCAGT GGAAACTCAT CATATAGACA TAAAGGGTCC AGCACTTATA 
AATATACAGG AGTATCCAAT AGAAAGACAT GAAGAAAGAT CCCTAAACTT TACTGAAGAA 
TGTGCCTCAT GGAGAATACC ATTGGATGAA ATTAATATAA TCTGTGACAT TGCTACATCA 
CATGAAAATG AGCAAAATAC TCTCTATGTA GTTACATGCA ATCCCGCTTC CCTGTACTTT 
ATGAATATGA CTGGGAAAAG TGGCTTCTTT GTGGACTTTT TTGATATCTT CCCAAGAACA 
GCCAATGGCG TTTGGCACCC TTTTGTGACA GTGGCACCGC TGGGAAGTCC TCTCAAAGGT 
CAAGTGGTTC TCCATGAGCA GCAGAGTAAT GTTATCCTGT TGTTAGATAC TACTGGCCGG 
GCCCTTCATC GTCTCATCCT CCCTTCCGAG AAGTTTACAT CTAAGAAACC TTTCTGGTGG 
AACAAAGAAG AAGCTGAAAC TTATAAAATG TGTAAAGAAT TTTCACACAA AAACTGGCTG 
GTGTTCTACA AAGAAAAAGG GAACAGCCTG ACTGTGCTGG ATGTTCTAGA AGGGCGAACT 
CACACCATCT CACTTCCCAT CAACCTCAAG ACAGTTTTCC TTGTAGCAGA GGACAAATGG 
CTTCTGGTGG AGAGCAAAAC AAATCAGAAA TATCTTTTAA CTAAGCCTGC ACACATCGAA 
TCTGAGGGTA GTGGGGTTTG CCAGTTGTAT GTGCTGAAAG AGGAGCCGCC CAGCACAGGG 
TTTGGAGTTA CACAAGAAAC AGAGTTCAGC ATACCTCATA AAATTTCCAG TGATCAACTA 
TCATCTGAAC ATCTAAGTTC AGCTGTGGAA CAAAAGATTG CCTCTCCCAA CAGAATTCTC 
TCAGATGAGA AAAATTATGC TACAATAGTT GTTGGTTTTC CAGATCTCAT GTCACCCAGT 
GAAGTTTATT CTTGGAAGAG ACCATCATCT TTGCATAAAC GAAGTGGCAC TGATACATCA 
TTCTATAGAG GAAAGAAGAA AAGGGGGACT CCAAAACAAA GCAATTGTGT GACTCTTTTA 
GATACGAATC AGGTAGTGAG GATTTTACCC CCAGGAGAAG TCCCTCTAAA AGATATCTAC 
CCAAAAGATG TTACTCCTCC ACAAACATCT GGTTATATAG AAGTCACTGA TCTTCAATCA 
AAGAAACTCC GATATATCCC TATTCCCAGA TCAGAATCTC TCTCGCCGTA TACCACATGG 
CTGTCGACCA TTTCAGACAC AGATGCACTG CTGGCTGAGT GGGACAAAAG CGGTGTTGTT 
ACTGTTGATA TGGGAGGTCA CATCAGGCTT TGGGAAACTG GACTTGAACG TCTGCAGCGA 
TCACTCATGG AATGGAGAAA CATGATTGGA CAAGATGACA GAAATATGCA GATAACAATC 
AACAGAGACA GTGGTGAAGA TGTAAGCTCC CCCAAACACG GGAAGGAGGA CCCAGACAAC 
ATGCCTCACG TGGGCGGCAA CACTTGGGCT GGCGGAACAG GGGGAAGAGA CACGGCAGGC 
CTGGGTGGCA AAGGAGGCCC TTACCGGCTG GATGCAGGCC ATACGGTGTA CCAGGTCTCT 
CAGGCTGAGA AAGATGCAGT TCCCGAAGAG GTCAAGAGAG CTGCTAGAGA GATGGGCCAG 
AGAGCATTCC AGCAGAGGCT AAAGGAGATC CAAATGAGTG AATACGATGC TGCAACCTAT 
GAAAGGTTTT CAGGTGCTGT TCGGCGACAG GTGCACTCCC TCCGAATCAT CCTGGATAAT 
TTACAGGCTA AAGGTAAAGA AAGACAATGG CTAAGACATC AAGCTACTGG AGAATTAGAT 
GATGCCAAGA TCATTGATGG GCTGACTGGA GAAAAAGCCA TCTACAAACG TCGGGGTGAG 
CTGGAGCCAC AACTTGGCAG CCCACAACAG AAACCCAAGC GTCTGCGCCT GGTGGTAGAT 
GTGTCTGGTA GCATGTACCG TTTCAACAGG ATGGATGGCC GGCTTGAGCG CACAATGGAG 
GCTGTGTGTA TGGTCATGGA AGCCTTCGAG AACTATGAGG AGAAGTTCCA GTATGACATC 
GTTGGACACT CTGGAGATGG CTACAACATT GGTCTGGTTC CAATGAACAA AATCCCCAAG 
GACAATAAGC AAAGACTAGA AATTCTGAAG ACAATGCATG CCCACTCTCA GTTCTGCATG 
AGTGGGGACC ACACGTTAGA AGGGACAGAA CATGCCATCA AGGAAATTGT CAAAGAAGAA 
GCTGATGAGT ACTTTGTCAT AGTCTTGAGT GATGCAAATC TGTCACGATA TGGAATACAT 
CCTGCTAAGT TTGCTCAAAT CCTCACAAGA GACCCTCAAG TAAATGCTTT TGCCATTTTT 
ATTGGCTCTT TAGGTGATCA AGCAACCAGG CTTCAGAGAA CTTTACCAGC TGGTCGGTCT 
TTCGTTGCCA TGGATACCAA GGATATCCCT CAGATTTTAC AACAGATCTT CACCTCCACC 
ATGTTGTCGA GTGTCTAA

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

VWA8 ( NM_015058.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_055873.1 Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant 1, mRNA.

Price & Availability↑

CloneID	OHu15633
Clone ID Related Accession (Same CDS sequence)	NM_015058.1 , NM_015058.2
Accession Version	NM_015058.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5718bp) 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	2019-06-29
Organism	Homo sapiens(human)
Product	von Willebrand factor A domain-containing protein 8 isoform a precursor
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AL442203.12, AL163544.24, AL161417.17, AL160252.20 and AL354833.9. On May 17, 2019 this sequence version replaced NM_015058.1. Transcript Variant: This variant (1) represents the longer transcript and encodes the longer isoform (a). ##Evidence-Data-START## Transcript exon combination :: SRR1803613.24681.1, SRR1803616.274809.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000379310.8/ ENSP00000368612.3 RefSeq Select criteria :: based on conservation, expression, longest protein ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGCAATCCC GGCTTCTACT CCTCGGGGCA CCCGGAGGCC ACGGCGGCCC GGCCTCGCGG 
CGCATGCGGC TGCTCCTGCG GCAGGTGGTG CAGCGCAGGC CGGGTGGCGA CAGGCAGCGG 
CCGGAGGTCA GACTGTTGCA CGCCGGCTCG GGGGCCGACA CAGGTGATAC AGTTAATATT 
GGAGATGTAT CCTACAAGTT GAAAATTCCT AAGAATCCAG AACTTGTGCC ACAGAACTAC 
ATTTCAGACT CTCTGGCTCA ATCTGTAGTT CAGCATCTAA GATGGATAAT GCAGAAGGAT 
CTTTTGGGGC AAGATGTTTT TCTAATAGGA CCTCCTGGGC CTCTTCGACG CTCTATTGCT 
ATGCAGTACT TGGAGCTGAC CAAACGGGAG GTCGAATACA TTGCCCTGTC AAGGGACACC 
ACTGAAACTG ATCTCAAACA GCGACGAGAG ATCCGTGCAG GCACAGCCTT TTACATTGAT 
CAGTGTGCAG TTCGTGCAGC CACAGAAGGC AGAACTCTCA TTTTGGAAGG TTTGGAAAAG 
GCAGAGAGGA ATGTTTTGCC TGTTTTGAAC AACTTGCTGG AAAACAGAGA GATGCAGCTT 
GAAGATGGAC GCTTCCTGAT GTCTGCTGAG CGTTACGACA AACTTCTCCG AGATCATACC 
AAAAAAGAGT TGGATTCTTG GAAAATTGTC CGAGTTAGTG AAAATTTCCG AGTGATTGCC 
TTGGGCTTGC CAGTGCCAAG GTATTCTGGG AATCCATTAG ACCCCCCTCT TCGTTCTCGA 
TTTCAAGCCA GGGATATTTA TTATTTACCC TTCAAGGACC AACTTAAGTT GTTATATTCA 
ATTGGAGCCA ATGTTTCTGC TGAGAAAGTT TCTCAGCTCT TGTCCTTTGC CACAACTCTG 
TGTTCCCAAG AATCTTCTAC TCTTGGACTT CCAGACTTTC CTTTAGATAG TTTAGCAGCT 
GCGGTTCAAA TCTTGGATTC CTTTCCTATG ATGCCAATCA AACATGCAAT CCAGTGGCTT 
TATCCATATA GTATTTTACT AGGTCATGAA GGGAAGATGG CTGTGGAAGG TGTTTTAAAG 
CGCTTTGAAC TTCAAGATTC AGGAAGCTCT CTACTTCCTA AAGAGATTGT AAAAGTAGAG 
AAGATGATGG AAAACCATGT GTCCCAAGCT TCTGTGACCA TCCGGATTGC AGATAAAGAG 
GTGACCATTA AGGTGCCAGC CGGGACCAGG CTATTAAGTC AACCTTGTGC GTCAGACCGT 
TTCATACAGA CTTTGAGCCA TAAGCAGCTA CAGGCTGAAA TGATGCAGTC TCACATGGTT 
AAAGATATAT GTTTAATTGG AGGAAAGGGT TGTGGAAAAA CAGTGATCGC TAAGAACTTT 
GCCGATACCT TAGGATACAA CATAGAACCT ATTATGCTCT ATCAGGATAT GACAGCGCGT 
GATCTGCTAC AGCAGAGATA CACCCTTCCA AATGGAGACA CTGCCTGGCG GTCCTCACCC 
CTTGTGAATG CTGCTCTGGA AGGCAAGCTG GTCCTGCTGG ATGGCATTCA CCGGGTGAAT 
GCGGGCACGC TTGCTGTATT GCAAAGGTTA ATCCATGATC GAGAGCTAAG CCTCTATGAT 
GGTTCTAGGC TGCTGAGAGA AGACAGGTAT ATGCGTTTAA AGGAGGAGCT GCAACTGTCT 
GATGAACAGC TACAGAAGAG ATCCATTTTT CCTATCCATC CCTCCTTCAG AATCATTGCC 
TTGGCAGAAC CCCCTGTTAT TGGAAGCACA GCACACCAGT GGCTGGGACC AGAATTCTTA 
ACCATGTTCT TTTTCCATTA CATGAAACCA CTTGTGAAAA GTGAAGAAAT CCAAGTGATT 
AAGGAAAAGG TCCCAAATGT ACCTCAGGAA GCTCTGGATA AGTTATTATC ATTTACACAC 
AAACTCAGAG AAACACAGGA TCCAACGGCA CAATCATTAG CGGCATCACT TTCTACCAGA 
CAACTGTTGC GAATTTCTCG TCGGCTGTCA CAGTATCCTA ATGAAAATCT TCACAGTGCT 
GTTACTAAAG CCTGCCTTTC CAGGTTTTTA CCCAGTCTTG CTAGGTCAGC ATTAGAAAAA 
AATCTGGCAG ATGCTACAAT AGAAATAAAT ACTGATGACA ATTTGGAGCC AGAACTGAAG 
GATTACAAAT GTGAAGTAAC ATCTGGAACT CTGAGGATTG GTGCTGTTAG TGCACCGATC 
TATAATGCAC ATGAGAAAAT GAAAGTGCCT GATGTTCTTT TCTATGACAA CATTCAGCAT 
GTGATAGTGA TGGAAGATAT GCTGAAAGAC TTTCTCCTTG GAGAACACTT ATTATTGGTT 
GGCAACCAGG GTGTAGGAAA AAACAAGATT GTTGACAGAT TCCTTCACCT GCTCAACAGA 
CCCCGAGAAT ATATTCAGCT ACACAGGGAT ACCACAGTAC AAACTCTTAC GCTTCAGCCT 
TCGGTTAAAG ACGGACTTAT TGTATATGAA GACTCACCTT TGGTTAAAGC AGTAAAGTTG 
GGTCATATTC TGGTAGTAGA TGAGGCTGAC AAAGCTCCAA CAAATGTCAC GTGTATTTTA 
AAAACTCTAG TAGAAAATGG AGAAATGATT CTAGCAGATG GAAGACGCAT TGTTGCAAAT 
TCTGCTAATG TGAATGGAAG AGAAAATGTT GTAGTGATTC ATCCTGATTT TAGGATGATT 
GTTCTGGCAA ATAGACCTGG ATTTCCTTTC CTAGGCAATG ATTTCTTCGG TACCTTAGGT 
GATATTTTTA GCTGCCATGC AGTTGATAAC CCCAAACCCC ACTCGGAGCT CGAGATGCTC 
AGACAGTATG GACCAAATGT GCCTGAGCCC ATCCTTCAGA AGCTTGTGGC TGCCTTTGGA 
GAGCTGAGGA GTTTGGCTGA CCAAGGGATT ATTAACTATC CTTATTCTAC CAGAGAAGTT 
GTCAACATAG TCAAACATTT ACAGAAATTT CCGACTGAAG GTCTCTCCAG TGTAGTTCGA 
AATGTGTTTG ACTTTGATTC CTACAACAAT GACATGAGGG AGATATTGAT TAACACTTTA 
CACAAATACG GGATACCTAT CGGAGCAAAG CCTACCAGTG TGCAGCTGGC AAAGGAGTTG 
ACTCTGCCAG AACAAACGTT CATGGGCTAC TGGACAATTG GTCAGGCAAG AAGTGGGATG 
CAAAAACTCT TGTGTCCAGT GGAAACTCAT CATATAGACA TAAAGGGTCC AGCACTTATA 
AATATACAGG AGTATCCAAT AGAAAGACAT GAAGAAAGAT CCCTAAACTT TACTGAAGAA 
TGTGCCTCAT GGAGAATACC ATTGGATGAA ATTAATATAA TCTGTGACAT TGCTACATCA 
CATGAAAATG AGCAAAATAC TCTCTATGTA GTTACATGCA ATCCCGCTTC CCTGTACTTT 
ATGAATATGA CTGGGAAAAG TGGCTTCTTT GTGGACTTTT TTGATATCTT CCCAAGAACA 
GCCAATGGCG TTTGGCACCC TTTTGTGACA GTGGCACCGC TGGGAAGTCC TCTCAAAGGT 
CAAGTGGTTC TCCATGAGCA GCAGAGTAAT GTTATCCTGT TGTTAGATAC TACTGGCCGG 
GCCCTTCATC GTCTCATCCT CCCTTCCGAG AAGTTTACAT CTAAGAAACC TTTCTGGTGG 
AACAAAGAAG AAGCTGAAAC TTATAAAATG TGTAAAGAAT TTTCACACAA AAACTGGCTG 
GTGTTCTACA AAGAAAAAGG GAACAGCCTG ACTGTGCTGG ATGTTCTAGA AGGGCGAACT 
CACACCATCT CACTTCCCAT CAACCTCAAG ACAGTTTTCC TTGTAGCAGA GGACAAATGG 
CTTCTGGTGG AGAGCAAAAC AAATCAGAAA TATCTTTTAA CTAAGCCTGC ACACATCGAA 
TCTGAGGGTA GTGGGGTTTG CCAGTTGTAT GTGCTGAAAG AGGAGCCGCC CAGCACAGGG 
TTTGGAGTTA CACAAGAAAC AGAGTTCAGC ATACCTCATA AAATTTCCAG TGATCAACTA 
TCATCTGAAC ATCTAAGTTC AGCTGTGGAA CAAAAGATTG CCTCTCCCAA CAGAATTCTC 
TCAGATGAGA AAAATTATGC TACAATAGTT GTTGGTTTTC CAGATCTCAT GTCACCCAGT 
GAAGTTTATT CTTGGAAGAG ACCATCATCT TTGCATAAAC GAAGTGGCAC TGATACATCA 
TTCTATAGAG GAAAGAAGAA AAGGGGGACT CCAAAACAAA GCAATTGTGT GACTCTTTTA 
GATACGAATC AGGTAGTGAG GATTTTACCC CCAGGAGAAG TCCCTCTAAA AGATATCTAC 
CCAAAAGATG TTACTCCTCC ACAAACATCT GGTTATATAG AAGTCACTGA TCTTCAATCA 
AAGAAACTCC GATATATCCC TATTCCCAGA TCAGAATCTC TCTCGCCGTA TACCACATGG 
CTGTCGACCA TTTCAGACAC AGATGCACTG CTGGCTGAGT GGGACAAAAG CGGTGTTGTT 
ACTGTTGATA TGGGAGGTCA CATCAGGCTT TGGGAAACTG GACTTGAACG TCTGCAGCGA 
TCACTCATGG AATGGAGAAA CATGATTGGA CAAGATGACA GAAATATGCA GATAACAATC 
AACAGAGACA GTGGTGAAGA TGTAAGCTCC CCCAAACACG GGAAGGAGGA CCCAGACAAC 
ATGCCTCACG TGGGCGGCAA CACTTGGGCT GGCGGAACAG GGGGAAGAGA CACGGCAGGC 
CTGGGTGGCA AAGGAGGCCC TTACCGGCTG GATGCAGGCC ATACGGTGTA CCAGGTCTCT 
CAGGCTGAGA AAGATGCAGT TCCCGAAGAG GTCAAGAGAG CTGCTAGAGA GATGGGCCAG 
AGAGCATTCC AGCAGAGGCT AAAGGAGATC CAAATGAGTG AATACGATGC TGCAACCTAT 
GAAAGGTTTT CAGGTGCTGT TCGGCGACAG GTGCACTCCC TCCGAATCAT CCTGGATAAT 
TTACAGGCTA AAGGTAAAGA AAGACAATGG CTAAGACATC AAGCTACTGG AGAATTAGAT 
GATGCCAAGA TCATTGATGG GCTGACTGGA GAAAAAGCCA TCTACAAACG TCGGGGTGAG 
CTGGAGCCAC AACTTGGCAG CCCACAACAG AAACCCAAGC GTCTGCGCCT GGTGGTAGAT 
GTGTCTGGTA GCATGTACCG TTTCAACAGG ATGGATGGCC GGCTTGAGCG CACAATGGAG 
GCTGTGTGTA TGGTCATGGA AGCCTTCGAG AACTATGAGG AGAAGTTCCA GTATGACATC 
GTTGGACACT CTGGAGATGG CTACAACATT GGTCTGGTTC CAATGAACAA AATCCCCAAG 
GACAATAAGC AAAGACTAGA AATTCTGAAG ACAATGCATG CCCACTCTCA GTTCTGCATG 
AGTGGGGACC ACACGTTAGA AGGGACAGAA CATGCCATCA AGGAAATTGT CAAAGAAGAA 
GCTGATGAGT ACTTTGTCAT AGTCTTGAGT GATGCAAATC TGTCACGATA TGGAATACAT 
CCTGCTAAGT TTGCTCAAAT CCTCACAAGA GACCCTCAAG TAAATGCTTT TGCCATTTTT 
ATTGGCTCTT TAGGTGATCA AGCAACCAGG CTTCAGAGAA CTTTACCAGC TGGTCGGTCT 
TTCGTTGCCA TGGATACCAA GGATATCCCT CAGATTTTAC AACAGATCTT CACCTCCACC 
ATGTTGTCGA GTGTCTAA

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

RefSeq	NP_055873.1
CDS	95..5812
Translation	MQSRLLLLGAPGGHGGPASRRMRLLLRQVVQRRPGGDRQRPEVRLLHAGSGADTGDTVNIGDVSYKLKIPKNPELVPQNYISDSLAQSVVQHLRWIMQKDLLGQDVFLIGPPGPLRRSIAMQYLELTKREVEYIALSRDTTETDLKQRREIRAGTAFYIDQCAVRAATEGRTLILEGLEKAERNVLPVLNNLLENREMQLEDGRFLMSAERYDKLLRDHTKKELDSWKIVRVSENFRVIALGLPVPRYSGNPLDPPLRSRFQARDIYYLPFKDQLKLLYSIGANVSAEKVSQLLSFATTLCSQESSTLGLPDFPLDSLAAAVQILDSFPMMPIKHAIQWLYPYSILLGHEGKMAVEGVLKRFELQDSGSSLLPKEIVKVEKMMENHVSQASVTIRIADKEVTIKVPAGTRLLSQPCASDRFIQTLSHKQLQAEMMQSHMVKDICLIGGKGCGKTVIAKNFADTLGYNIEPIMLYQDMTARDLLQQRYTLPNGDTAWRSSPLVNAALEGKLVLLDGIHRVNAGTLAVLQRLIHDRELSLYDGSRLLREDRYMRLKEELQLSDEQLQKRSIFPIHPSFRIIALAEPPVIGSTAHQWLGPEFLTMFFFHYMKPLVKSEEIQVIKEKVPNVPQEALDKLLSFTHKLRETQDPTAQSLAASLSTRQLLRISRRLSQYPNENLHSAVTKACLSRFLPSLARSALEKNLADATIEINTDDNLEPELKDYKCEVTSGTLRIGAVSAPIYNAHEKMKVPDVLFYDNIQHVIVMEDMLKDFLLGEHLLLVGNQGVGKNKIVDRFLHLLNRPREYIQLHRDTTVQTLTLQPSVKDGLIVYEDSPLVKAVKLGHILVVDEADKAPTNVTCILKTLVENGEMILADGRRIVANSANVNGRENVVVIHPDFRMIVLANRPGFPFLGNDFFGTLGDIFSCHAVDNPKPHSELEMLRQYGPNVPEPILQKLVAAFGELRSLADQGIINYPYSTREVVNIVKHLQKFPTEGLSSVVRNVFDFDSYNNDMREILINTLHKYGIPIGAKPTSVQLAKELTLPEQTFMGYWTIGQARSGMQKLLCPVETHHIDIKGPALINIQEYPIERHEERSLNFTEECASWRIPLDEINIICDIATSHENEQNTLYVVTCNPASLYFMNMTGKSGFFVDFFDIFPRTANGVWHPFVTVAPLGSPLKGQVVLHEQQSNVILLLDTTGRALHRLILPSEKFTSKKPFWWNKEEAETYKMCKEFSHKNWLVFYKEKGNSLTVLDVLEGRTHTISLPINLKTVFLVAEDKWLLVESKTNQKYLLTKPAHIESEGSGVCQLYVLKEEPPSTGFGVTQETEFSIPHKISSDQLSSEHLSSAVEQKIASPNRILSDEKNYATIVVGFPDLMSPSEVYSWKRPSSLHKRSGTDTSFYRGKKKRGTPKQSNCVTLLDTNQVVRILPPGEVPLKDIYPKDVTPPQTSGYIEVTDLQSKKLRYIPIPRSESLSPYTTWLSTISDTDALLAEWDKSGVVTVDMGGHIRLWETGLERLQRSLMEWRNMIGQDDRNMQITINRDSGEDVSSPKHGKEDPDNMPHVGGNTWAGGTGGRDTAGLGGKGGPYRLDAGHTVYQVSQAEKDAVPEEVKRAAREMGQRAFQQRLKEIQMSEYDAATYERFSGAVRRQVHSLRIILDNLQAKGKERQWLRHQATGELDDAKIIDGLTGEKAIYKRRGELEPQLGSPQQKPKRLRLVVDVSGSMYRFNRMDGRLERTMEAVCMVMEAFENYEEKFQYDIVGHSGDGYNIGLVPMNKIPKDNKQRLEILKTMHAHSQFCMSGDHTLEGTEHAIKEIVKEEADEYFVIVLSDANLSRYGIHPAKFAQILTRDPQVNAFAIFIGSLGDQATRLQRTLPAGRSFVAMDTKDIPQILQQIFTSTMLSSV

Target ORF information:

RefSeq Version	NM_015058.2
Organism	Homo sapiens(human)
Definition	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant 1, mRNA.

Target ORF information:

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

NM_015058.2

ORF Insert Sequence:

ATGCAATCCC GGCTTCTACT CCTCGGGGCA CCCGGAGGCC ACGGCGGCCC GGCCTCGCGG 
CGCATGCGGC TGCTCCTGCG GCAGGTGGTG CAGCGCAGGC CGGGTGGCGA CAGGCAGCGG 
CCGGAGGTCA GACTGTTGCA CGCCGGCTCG GGGGCCGACA CAGGTGATAC AGTTAATATT 
GGAGATGTAT CCTACAAGTT GAAAATTCCT AAGAATCCAG AACTTGTGCC ACAGAACTAC 
ATTTCAGACT CTCTGGCTCA ATCTGTAGTT CAGCATCTAA GATGGATAAT GCAGAAGGAT 
CTTTTGGGGC AAGATGTTTT TCTAATAGGA CCTCCTGGGC CTCTTCGACG CTCTATTGCT 
ATGCAGTACT TGGAGCTGAC CAAACGGGAG GTCGAATACA TTGCCCTGTC AAGGGACACC 
ACTGAAACTG ATCTCAAACA GCGACGAGAG ATCCGTGCAG GCACAGCCTT TTACATTGAT 
CAGTGTGCAG TTCGTGCAGC CACAGAAGGC AGAACTCTCA TTTTGGAAGG TTTGGAAAAG 
GCAGAGAGGA ATGTTTTGCC TGTTTTGAAC AACTTGCTGG AAAACAGAGA GATGCAGCTT 
GAAGATGGAC GCTTCCTGAT GTCTGCTGAG CGTTACGACA AACTTCTCCG AGATCATACC 
AAAAAAGAGT TGGATTCTTG GAAAATTGTC CGAGTTAGTG AAAATTTCCG AGTGATTGCC 
TTGGGCTTGC CAGTGCCAAG GTATTCTGGG AATCCATTAG ACCCCCCTCT TCGTTCTCGA 
TTTCAAGCCA GGGATATTTA TTATTTACCC TTCAAGGACC AACTTAAGTT GTTATATTCA 
ATTGGAGCCA ATGTTTCTGC TGAGAAAGTT TCTCAGCTCT TGTCCTTTGC CACAACTCTG 
TGTTCCCAAG AATCTTCTAC TCTTGGACTT CCAGACTTTC CTTTAGATAG TTTAGCAGCT 
GCGGTTCAAA TCTTGGATTC CTTTCCTATG ATGCCAATCA AACATGCAAT CCAGTGGCTT 
TATCCATATA GTATTTTACT AGGTCATGAA GGGAAGATGG CTGTGGAAGG TGTTTTAAAG 
CGCTTTGAAC TTCAAGATTC AGGAAGCTCT CTACTTCCTA AAGAGATTGT AAAAGTAGAG 
AAGATGATGG AAAACCATGT GTCCCAAGCT TCTGTGACCA TCCGGATTGC AGATAAAGAG 
GTGACCATTA AGGTGCCAGC CGGGACCAGG CTATTAAGTC AACCTTGTGC GTCAGACCGT 
TTCATACAGA CTTTGAGCCA TAAGCAGCTA CAGGCTGAAA TGATGCAGTC TCACATGGTT 
AAAGATATAT GTTTAATTGG AGGAAAGGGT TGTGGAAAAA CAGTGATCGC TAAGAACTTT 
GCCGATACCT TAGGATACAA CATAGAACCT ATTATGCTCT ATCAGGATAT GACAGCGCGT 
GATCTGCTAC AGCAGAGATA CACCCTTCCA AATGGAGACA CTGCCTGGCG GTCCTCACCC 
CTTGTGAATG CTGCTCTGGA AGGCAAGCTG GTCCTGCTGG ATGGCATTCA CCGGGTGAAT 
GCGGGCACGC TTGCTGTATT GCAAAGGTTA ATCCATGATC GAGAGCTAAG CCTCTATGAT 
GGTTCTAGGC TGCTGAGAGA AGACAGGTAT ATGCGTTTAA AGGAGGAGCT GCAACTGTCT 
GATGAACAGC TACAGAAGAG ATCCATTTTT CCTATCCATC CCTCCTTCAG AATCATTGCC 
TTGGCAGAAC CCCCTGTTAT TGGAAGCACA GCACACCAGT GGCTGGGACC AGAATTCTTA 
ACCATGTTCT TTTTCCATTA CATGAAACCA CTTGTGAAAA GTGAAGAAAT CCAAGTGATT 
AAGGAAAAGG TCCCAAATGT ACCTCAGGAA GCTCTGGATA AGTTATTATC ATTTACACAC 
AAACTCAGAG AAACACAGGA TCCAACGGCA CAATCATTAG CGGCATCACT TTCTACCAGA 
CAACTGTTGC GAATTTCTCG TCGGCTGTCA CAGTATCCTA ATGAAAATCT TCACAGTGCT 
GTTACTAAAG CCTGCCTTTC CAGGTTTTTA CCCAGTCTTG CTAGGTCAGC ATTAGAAAAA 
AATCTGGCAG ATGCTACAAT AGAAATAAAT ACTGATGACA ATTTGGAGCC AGAACTGAAG 
GATTACAAAT GTGAAGTAAC ATCTGGAACT CTGAGGATTG GTGCTGTTAG TGCACCGATC 
TATAATGCAC ATGAGAAAAT GAAAGTGCCT GATGTTCTTT TCTATGACAA CATTCAGCAT 
GTGATAGTGA TGGAAGATAT GCTGAAAGAC TTTCTCCTTG GAGAACACTT ATTATTGGTT 
GGCAACCAGG GTGTAGGAAA AAACAAGATT GTTGACAGAT TCCTTCACCT GCTCAACAGA 
CCCCGAGAAT ATATTCAGCT ACACAGGGAT ACCACAGTAC AAACTCTTAC GCTTCAGCCT 
TCGGTTAAAG ACGGACTTAT TGTATATGAA GACTCACCTT TGGTTAAAGC AGTAAAGTTG 
GGTCATATTC TGGTAGTAGA TGAGGCTGAC AAAGCTCCAA CAAATGTCAC GTGTATTTTA 
AAAACTCTAG TAGAAAATGG AGAAATGATT CTAGCAGATG GAAGACGCAT TGTTGCAAAT 
TCTGCTAATG TGAATGGAAG AGAAAATGTT GTAGTGATTC ATCCTGATTT TAGGATGATT 
GTTCTGGCAA ATAGACCTGG ATTTCCTTTC CTAGGCAATG ATTTCTTCGG TACCTTAGGT 
GATATTTTTA GCTGCCATGC AGTTGATAAC CCCAAACCCC ACTCGGAGCT CGAGATGCTC 
AGACAGTATG GACCAAATGT GCCTGAGCCC ATCCTTCAGA AGCTTGTGGC TGCCTTTGGA 
GAGCTGAGGA GTTTGGCTGA CCAAGGGATT ATTAACTATC CTTATTCTAC CAGAGAAGTT 
GTCAACATAG TCAAACATTT ACAGAAATTT CCGACTGAAG GTCTCTCCAG TGTAGTTCGA 
AATGTGTTTG ACTTTGATTC CTACAACAAT GACATGAGGG AGATATTGAT TAACACTTTA 
CACAAATACG GGATACCTAT CGGAGCAAAG CCTACCAGTG TGCAGCTGGC AAAGGAGTTG 
ACTCTGCCAG AACAAACGTT CATGGGCTAC TGGACAATTG GTCAGGCAAG AAGTGGGATG 
CAAAAACTCT TGTGTCCAGT GGAAACTCAT CATATAGACA TAAAGGGTCC AGCACTTATA 
AATATACAGG AGTATCCAAT AGAAAGACAT GAAGAAAGAT CCCTAAACTT TACTGAAGAA 
TGTGCCTCAT GGAGAATACC ATTGGATGAA ATTAATATAA TCTGTGACAT TGCTACATCA 
CATGAAAATG AGCAAAATAC TCTCTATGTA GTTACATGCA ATCCCGCTTC CCTGTACTTT 
ATGAATATGA CTGGGAAAAG TGGCTTCTTT GTGGACTTTT TTGATATCTT CCCAAGAACA 
GCCAATGGCG TTTGGCACCC TTTTGTGACA GTGGCACCGC TGGGAAGTCC TCTCAAAGGT 
CAAGTGGTTC TCCATGAGCA GCAGAGTAAT GTTATCCTGT TGTTAGATAC TACTGGCCGG 
GCCCTTCATC GTCTCATCCT CCCTTCCGAG AAGTTTACAT CTAAGAAACC TTTCTGGTGG 
AACAAAGAAG AAGCTGAAAC TTATAAAATG TGTAAAGAAT TTTCACACAA AAACTGGCTG 
GTGTTCTACA AAGAAAAAGG GAACAGCCTG ACTGTGCTGG ATGTTCTAGA AGGGCGAACT 
CACACCATCT CACTTCCCAT CAACCTCAAG ACAGTTTTCC TTGTAGCAGA GGACAAATGG 
CTTCTGGTGG AGAGCAAAAC AAATCAGAAA TATCTTTTAA CTAAGCCTGC ACACATCGAA 
TCTGAGGGTA GTGGGGTTTG CCAGTTGTAT GTGCTGAAAG AGGAGCCGCC CAGCACAGGG 
TTTGGAGTTA CACAAGAAAC AGAGTTCAGC ATACCTCATA AAATTTCCAG TGATCAACTA 
TCATCTGAAC ATCTAAGTTC AGCTGTGGAA CAAAAGATTG CCTCTCCCAA CAGAATTCTC 
TCAGATGAGA AAAATTATGC TACAATAGTT GTTGGTTTTC CAGATCTCAT GTCACCCAGT 
GAAGTTTATT CTTGGAAGAG ACCATCATCT TTGCATAAAC GAAGTGGCAC TGATACATCA 
TTCTATAGAG GAAAGAAGAA AAGGGGGACT CCAAAACAAA GCAATTGTGT GACTCTTTTA 
GATACGAATC AGGTAGTGAG GATTTTACCC CCAGGAGAAG TCCCTCTAAA AGATATCTAC 
CCAAAAGATG TTACTCCTCC ACAAACATCT GGTTATATAG AAGTCACTGA TCTTCAATCA 
AAGAAACTCC GATATATCCC TATTCCCAGA TCAGAATCTC TCTCGCCGTA TACCACATGG 
CTGTCGACCA TTTCAGACAC AGATGCACTG CTGGCTGAGT GGGACAAAAG CGGTGTTGTT 
ACTGTTGATA TGGGAGGTCA CATCAGGCTT TGGGAAACTG GACTTGAACG TCTGCAGCGA 
TCACTCATGG AATGGAGAAA CATGATTGGA CAAGATGACA GAAATATGCA GATAACAATC 
AACAGAGACA GTGGTGAAGA TGTAAGCTCC CCCAAACACG GGAAGGAGGA CCCAGACAAC 
ATGCCTCACG TGGGCGGCAA CACTTGGGCT GGCGGAACAG GGGGAAGAGA CACGGCAGGC 
CTGGGTGGCA AAGGAGGCCC TTACCGGCTG GATGCAGGCC ATACGGTGTA CCAGGTCTCT 
CAGGCTGAGA AAGATGCAGT TCCCGAAGAG GTCAAGAGAG CTGCTAGAGA GATGGGCCAG 
AGAGCATTCC AGCAGAGGCT AAAGGAGATC CAAATGAGTG AATACGATGC TGCAACCTAT 
GAAAGGTTTT CAGGTGCTGT TCGGCGACAG GTGCACTCCC TCCGAATCAT CCTGGATAAT 
TTACAGGCTA AAGGTAAAGA AAGACAATGG CTAAGACATC AAGCTACTGG AGAATTAGAT 
GATGCCAAGA TCATTGATGG GCTGACTGGA GAAAAAGCCA TCTACAAACG TCGGGGTGAG 
CTGGAGCCAC AACTTGGCAG CCCACAACAG AAACCCAAGC GTCTGCGCCT GGTGGTAGAT 
GTGTCTGGTA GCATGTACCG TTTCAACAGG ATGGATGGCC GGCTTGAGCG CACAATGGAG 
GCTGTGTGTA TGGTCATGGA AGCCTTCGAG AACTATGAGG AGAAGTTCCA GTATGACATC 
GTTGGACACT CTGGAGATGG CTACAACATT GGTCTGGTTC CAATGAACAA AATCCCCAAG 
GACAATAAGC AAAGACTAGA AATTCTGAAG ACAATGCATG CCCACTCTCA GTTCTGCATG 
AGTGGGGACC ACACGTTAGA AGGGACAGAA CATGCCATCA AGGAAATTGT CAAAGAAGAA 
GCTGATGAGT ACTTTGTCAT AGTCTTGAGT GATGCAAATC TGTCACGATA TGGAATACAT 
CCTGCTAAGT TTGCTCAAAT CCTCACAAGA GACCCTCAAG TAAATGCTTT TGCCATTTTT 
ATTGGCTCTT TAGGTGATCA AGCAACCAGG CTTCAGAGAA CTTTACCAGC TGGTCGGTCT 
TTCGTTGCCA TGGATACCAA GGATATCCCT CAGATTTTAC AACAGATCTT CACCTCCACC 
ATGTTGTCGA GTGTCTAA

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

VWA8 ( XM_017020474.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016875963.1 Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X9, mRNA.

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CloneID	OHu15613
Clone ID Related Accession (Same CDS sequence)	XM_017020474.2 , XM_017020474.1 , NM_001009814.1
Accession Version	XM_017020474.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3120bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-03-25
Organism	Homo sapiens(human)
Product	von Willebrand factor A domain-containing protein 8 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000013.11) 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_017020474.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Homo sapiens Annotation Release 109 Annotation Version :: 109 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAATCCC GGCTTCTACT CCTCGGGGCA CCCGGAGGCC ACGGCGGCCC GGCCTCGCGG 
CGCATGCGGC TGCTCCTGCG GCAGGTGGTG CAGCGCAGGC CGGGTGGCGA CAGGCAGCGG 
CCGGAGGTCA GACTGTTGCA CGCCGGCTCG GGGGCCGACA CAGGTGATAC AGTTAATATT 
GGAGATGTAT CCTACAAGTT GAAAATTCCT AAGAATCCAG AACTTGTGCC ACAGAACTAC 
ATTTCAGACT CTCTGGCTCA ATCTGTAGTT CAGCATCTAA GATGGATAAT GCAGAAGGAT 
CTTTTGGGGC AAGATGTTTT TCTAATAGGA CCTCCTGGGC CTCTTCGACG CTCTATTGCT 
ATGCAGTACT TGGAGCTGAC CAAACGGGAG GTCGAATACA TTGCCCTGTC AAGGGACACC 
ACTGAAACTG ATCTCAAACA GCGACGAGAG ATCCGTGCAG GCACAGCCTT TTACATTGAT 
CAGTGTGCAG TTCGTGCAGC CACAGAAGGC AGAACTCTCA TTTTGGAAGG TTTGGAAAAG 
GCAGAGAGGA ATGTTTTGCC TGTTTTGAAC AACTTGCTGG AAAACAGAGA GATGCAGCTT 
GAAGATGGAC GCTTCCTGAT GTCTGCTGAG CGTTACGACA AACTTCTCCG AGATCATACC 
AAAAAAGAGT TGGATTCTTG GAAAATTGTC CGAGTTAGTG AAAATTTCCG AGTGATTGCC 
TTGGGCTTGC CAGTGCCAAG GTATTCTGGG AATCCATTAG ACCCCCCTCT TCGTTCTCGA 
TTTCAAGCCA GGGATATTTA TTATTTACCC TTCAAGGACC AACTTAAGTT GTTATATTCA 
ATTGGAGCCA ATGTTTCTGC TGAGAAAGTT TCTCAGCTCT TGTCCTTTGC CACAACTCTG 
TGTTCCCAAG AATCTTCTAC TCTTGGACTT CCAGACTTTC CTTTAGATAG TTTAGCAGCT 
GCGGTTCAAA TCTTGGATTC CTTTCCTATG ATGCCAATCA AACATGCAAT CCAGTGGCTT 
TATCCATATA GTATTTTACT AGGTCATGAA GGGAAGATGG CTGTGGAAGG TGTTTTAAAG 
CGCTTTGAAC TTCAAGATTC AGGAAGCTCT CTACTTCCTA AAGAGATTGT AAAAGTAGAG 
AAGATGATGG AAAACCATGT GTCCCAAGCT TCTGTGACCA TCCGGATTGC AGATAAAGAG 
GTGACCATTA AGGTGCCAGC CGGGACCAGG CTATTAAGTC AACCTTGTGC GTCAGACCGT 
TTCATACAGA CTTTGAGCCA TAAGCAGCTA CAGGCTGAAA TGATGCAGTC TCACATGGTT 
AAAGATATAT GTTTAATTGG AGGAAAGGGT TGTGGAAAAA CAGTGATCGC TAAGAACTTT 
GCCGATACCT TAGGATACAA CATAGAACCT ATTATGCTCT ATCAGGATAT GACAGCGCGT 
GATCTGCTAC AGCAGAGATA CACCCTTCCA AATGGAGACA CTGCCTGGCG GTCCTCACCC 
CTTGTGAATG CTGCTCTGGA AGGCAAGCTG GTCCTGCTGG ATGGCATTCA CCGGGTGAAT 
GCGGGCACGC TTGCTGTATT GCAAAGGTTA ATCCATGATC GAGAGCTAAG CCTCTATGAT 
GGTTCTAGGC TGCTGAGAGA AGACAGGTAT ATGCGTTTAA AGGAGGAGCT GCAACTGTCT 
GATGAACAGC TACAGAAGAG ATCCATTTTT CCTATCCATC CCTCCTTCAG AATCATTGCC 
TTGGCAGAAC CCCCTGTTAT TGGAAGCACA GCACACCAGT GGCTGGGACC AGAATTCTTA 
ACCATGTTCT TTTTCCATTA CATGAAACCA CTTGTGAAAA GTGAAGAAAT CCAAGTGATT 
AAGGAAAAGG TCCCAAATGT ACCTCAGGAA GCTCTGGATA AGTTATTATC ATTTACACAC 
AAACTCAGAG AAACACAGGA TCCAACGGCA CAATCATTAG CGGCATCACT TTCTACCAGA 
CAACTGTTGC GAATTTCTCG TCGGCTGTCA CAGTATCCTA ATGAAAATCT TCACAGTGCT 
GTTACTAAAG CCTGCCTTTC CAGGTTTTTA CCCAGTCTTG CTAGGTCAGC ATTAGAAAAA 
AATCTGGCAG ATGCTACAAT AGAAATAAAT ACTGATGACA ATTTGGAGCC AGAACTGAAG 
GATTACAAAT GTGAAGTAAC ATCTGGAACT CTGAGGATTG GTGCTGTTAG TGCACCGATC 
TATAATGCAC ATGAGAAAAT GAAAGTGCCT GATGTTCTTT TCTATGACAA CATTCAGCAT 
GTGATAGTGA TGGAAGATAT GCTGAAAGAC TTTCTCCTTG GAGAACACTT ATTATTGGTT 
GGCAACCAGG GTGTAGGAAA AAACAAGATT GTTGACAGAT TCCTTCACCT GCTCAACAGA 
CCCCGAGAAT ATATTCAGCT ACACAGGGAT ACCACAGTAC AAACTCTTAC GCTTCAGCCT 
TCGGTTAAAG ACGGACTTAT TGTATATGAA GACTCACCTT TGGTTAAAGC AGTAAAGTTG 
GGTCATATTC TGGTAGTAGA TGAGGCTGAC AAAGCTCCAA CAAATGTCAC GTGTATTTTA 
AAAACTCTAG TAGAAAATGG AGAAATGATT CTAGCAGATG GAAGACGCAT TGTTGCAAAT 
TCTGCTAATG TGAATGGAAG AGAAAATGTT GTAGTGATTC ATCCTGATTT TAGGATGATT 
GTTCTGGCAA ATAGACCTGG ATTTCCTTTC CTAGGCAATG ATTTCTTCGG TACCTTAGGT 
GATATTTTTA GCTGCCATGC AGTTGATAAC CCCAAACCCC ACTCGGAGCT CGAGATGCTC 
AGACAGTATG GACCAAATGT GCCTGAGCCC ATCCTTCAGA AGCTTGTGGC TGCCTTTGGA 
GAGCTGAGGA GTTTGGCTGA CCAAGGGATT ATTAACTATC CTTATTCTAC CAGAGAAGTT 
GTCAACATAG TCAAACATTT ACAGAAATTT CCGACTGAAG GTCTCTCCAG TGTAGTTCGA 
AATGTGTTTG ACTTTGATTC CTACAACAAT GACATGAGGG AGATATTGAT TAACACTTTA 
CACAAATACG GGATACCTAT CGGAGCAAAG CCTACCAGTG TGCAGCTGGC AAAGGAGTAA

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

RefSeq	XP_016875963.1
CDS	732..3851
Translation	MQSRLLLLGAPGGHGGPASRRMRLLLRQVVQRRPGGDRQRPEVRLLHAGSGADTGDTVNIGDVSYKLKIPKNPELVPQNYISDSLAQSVVQHLRWIMQKDLLGQDVFLIGPPGPLRRSIAMQYLELTKREVEYIALSRDTTETDLKQRREIRAGTAFYIDQCAVRAATEGRTLILEGLEKAERNVLPVLNNLLENREMQLEDGRFLMSAERYDKLLRDHTKKELDSWKIVRVSENFRVIALGLPVPRYSGNPLDPPLRSRFQARDIYYLPFKDQLKLLYSIGANVSAEKVSQLLSFATTLCSQESSTLGLPDFPLDSLAAAVQILDSFPMMPIKHAIQWLYPYSILLGHEGKMAVEGVLKRFELQDSGSSLLPKEIVKVEKMMENHVSQASVTIRIADKEVTIKVPAGTRLLSQPCASDRFIQTLSHKQLQAEMMQSHMVKDICLIGGKGCGKTVIAKNFADTLGYNIEPIMLYQDMTARDLLQQRYTLPNGDTAWRSSPLVNAALEGKLVLLDGIHRVNAGTLAVLQRLIHDRELSLYDGSRLLREDRYMRLKEELQLSDEQLQKRSIFPIHPSFRIIALAEPPVIGSTAHQWLGPEFLTMFFFHYMKPLVKSEEIQVIKEKVPNVPQEALDKLLSFTHKLRETQDPTAQSLAASLSTRQLLRISRRLSQYPNENLHSAVTKACLSRFLPSLARSALEKNLADATIEINTDDNLEPELKDYKCEVTSGTLRIGAVSAPIYNAHEKMKVPDVLFYDNIQHVIVMEDMLKDFLLGEHLLLVGNQGVGKNKIVDRFLHLLNRPREYIQLHRDTTVQTLTLQPSVKDGLIVYEDSPLVKAVKLGHILVVDEADKAPTNVTCILKTLVENGEMILADGRRIVANSANVNGRENVVVIHPDFRMIVLANRPGFPFLGNDFFGTLGDIFSCHAVDNPKPHSELEMLRQYGPNVPEPILQKLVAAFGELRSLADQGIINYPYSTREVVNIVKHLQKFPTEGLSSVVRNVFDFDSYNNDMREILINTLHKYGIPIGAKPTSVQLAKE

Target ORF information:

RefSeq Version	XM_017020474.2
Organism	Homo sapiens(human)
Definition	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X9, mRNA.

Target ORF information:

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

XM_017020474.2

ORF Insert Sequence:

ATGCAATCCC GGCTTCTACT CCTCGGGGCA CCCGGAGGCC ACGGCGGCCC GGCCTCGCGG 
CGCATGCGGC TGCTCCTGCG GCAGGTGGTG CAGCGCAGGC CGGGTGGCGA CAGGCAGCGG 
CCGGAGGTCA GACTGTTGCA CGCCGGCTCG GGGGCCGACA CAGGTGATAC AGTTAATATT 
GGAGATGTAT CCTACAAGTT GAAAATTCCT AAGAATCCAG AACTTGTGCC ACAGAACTAC 
ATTTCAGACT CTCTGGCTCA ATCTGTAGTT CAGCATCTAA GATGGATAAT GCAGAAGGAT 
CTTTTGGGGC AAGATGTTTT TCTAATAGGA CCTCCTGGGC CTCTTCGACG CTCTATTGCT 
ATGCAGTACT TGGAGCTGAC CAAACGGGAG GTCGAATACA TTGCCCTGTC AAGGGACACC 
ACTGAAACTG ATCTCAAACA GCGACGAGAG ATCCGTGCAG GCACAGCCTT TTACATTGAT 
CAGTGTGCAG TTCGTGCAGC CACAGAAGGC AGAACTCTCA TTTTGGAAGG TTTGGAAAAG 
GCAGAGAGGA ATGTTTTGCC TGTTTTGAAC AACTTGCTGG AAAACAGAGA GATGCAGCTT 
GAAGATGGAC GCTTCCTGAT GTCTGCTGAG CGTTACGACA AACTTCTCCG AGATCATACC 
AAAAAAGAGT TGGATTCTTG GAAAATTGTC CGAGTTAGTG AAAATTTCCG AGTGATTGCC 
TTGGGCTTGC CAGTGCCAAG GTATTCTGGG AATCCATTAG ACCCCCCTCT TCGTTCTCGA 
TTTCAAGCCA GGGATATTTA TTATTTACCC TTCAAGGACC AACTTAAGTT GTTATATTCA 
ATTGGAGCCA ATGTTTCTGC TGAGAAAGTT TCTCAGCTCT TGTCCTTTGC CACAACTCTG 
TGTTCCCAAG AATCTTCTAC TCTTGGACTT CCAGACTTTC CTTTAGATAG TTTAGCAGCT 
GCGGTTCAAA TCTTGGATTC CTTTCCTATG ATGCCAATCA AACATGCAAT CCAGTGGCTT 
TATCCATATA GTATTTTACT AGGTCATGAA GGGAAGATGG CTGTGGAAGG TGTTTTAAAG 
CGCTTTGAAC TTCAAGATTC AGGAAGCTCT CTACTTCCTA AAGAGATTGT AAAAGTAGAG 
AAGATGATGG AAAACCATGT GTCCCAAGCT TCTGTGACCA TCCGGATTGC AGATAAAGAG 
GTGACCATTA AGGTGCCAGC CGGGACCAGG CTATTAAGTC AACCTTGTGC GTCAGACCGT 
TTCATACAGA CTTTGAGCCA TAAGCAGCTA CAGGCTGAAA TGATGCAGTC TCACATGGTT 
AAAGATATAT GTTTAATTGG AGGAAAGGGT TGTGGAAAAA CAGTGATCGC TAAGAACTTT 
GCCGATACCT TAGGATACAA CATAGAACCT ATTATGCTCT ATCAGGATAT GACAGCGCGT 
GATCTGCTAC AGCAGAGATA CACCCTTCCA AATGGAGACA CTGCCTGGCG GTCCTCACCC 
CTTGTGAATG CTGCTCTGGA AGGCAAGCTG GTCCTGCTGG ATGGCATTCA CCGGGTGAAT 
GCGGGCACGC TTGCTGTATT GCAAAGGTTA ATCCATGATC GAGAGCTAAG CCTCTATGAT 
GGTTCTAGGC TGCTGAGAGA AGACAGGTAT ATGCGTTTAA AGGAGGAGCT GCAACTGTCT 
GATGAACAGC TACAGAAGAG ATCCATTTTT CCTATCCATC CCTCCTTCAG AATCATTGCC 
TTGGCAGAAC CCCCTGTTAT TGGAAGCACA GCACACCAGT GGCTGGGACC AGAATTCTTA 
ACCATGTTCT TTTTCCATTA CATGAAACCA CTTGTGAAAA GTGAAGAAAT CCAAGTGATT 
AAGGAAAAGG TCCCAAATGT ACCTCAGGAA GCTCTGGATA AGTTATTATC ATTTACACAC 
AAACTCAGAG AAACACAGGA TCCAACGGCA CAATCATTAG CGGCATCACT TTCTACCAGA 
CAACTGTTGC GAATTTCTCG TCGGCTGTCA CAGTATCCTA ATGAAAATCT TCACAGTGCT 
GTTACTAAAG CCTGCCTTTC CAGGTTTTTA CCCAGTCTTG CTAGGTCAGC ATTAGAAAAA 
AATCTGGCAG ATGCTACAAT AGAAATAAAT ACTGATGACA ATTTGGAGCC AGAACTGAAG 
GATTACAAAT GTGAAGTAAC ATCTGGAACT CTGAGGATTG GTGCTGTTAG TGCACCGATC 
TATAATGCAC ATGAGAAAAT GAAAGTGCCT GATGTTCTTT TCTATGACAA CATTCAGCAT 
GTGATAGTGA TGGAAGATAT GCTGAAAGAC TTTCTCCTTG GAGAACACTT ATTATTGGTT 
GGCAACCAGG GTGTAGGAAA AAACAAGATT GTTGACAGAT TCCTTCACCT GCTCAACAGA 
CCCCGAGAAT ATATTCAGCT ACACAGGGAT ACCACAGTAC AAACTCTTAC GCTTCAGCCT 
TCGGTTAAAG ACGGACTTAT TGTATATGAA GACTCACCTT TGGTTAAAGC AGTAAAGTTG 
GGTCATATTC TGGTAGTAGA TGAGGCTGAC AAAGCTCCAA CAAATGTCAC GTGTATTTTA 
AAAACTCTAG TAGAAAATGG AGAAATGATT CTAGCAGATG GAAGACGCAT TGTTGCAAAT 
TCTGCTAATG TGAATGGAAG AGAAAATGTT GTAGTGATTC ATCCTGATTT TAGGATGATT 
GTTCTGGCAA ATAGACCTGG ATTTCCTTTC CTAGGCAATG ATTTCTTCGG TACCTTAGGT 
GATATTTTTA GCTGCCATGC AGTTGATAAC CCCAAACCCC ACTCGGAGCT CGAGATGCTC 
AGACAGTATG GACCAAATGT GCCTGAGCCC ATCCTTCAGA AGCTTGTGGC TGCCTTTGGA 
GAGCTGAGGA GTTTGGCTGA CCAAGGGATT ATTAACTATC CTTATTCTAC CAGAGAAGTT 
GTCAACATAG TCAAACATTT ACAGAAATTT CCGACTGAAG GTCTCTCCAG TGTAGTTCGA 
AATGTGTTTG ACTTTGATTC CTACAACAAT GACATGAGGG AGATATTGAT TAACACTTTA 
CACAAATACG GGATACCTAT CGGAGCAAAG CCTACCAGTG TGCAGCTGGC AAAGGAGTAA

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

VWA8 ( XM_017020474.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016875963.1 Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X9, mRNA.

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CloneID	OHu15613
Clone ID Related Accession (Same CDS sequence)	XM_017020474.2 , XM_017020474.1 , NM_001009814.1
Accession Version	XM_017020474.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3120bp) 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	von Willebrand factor A domain-containing protein 8 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000013.11) 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##

ATGCAATCCC GGCTTCTACT CCTCGGGGCA CCCGGAGGCC ACGGCGGCCC GGCCTCGCGG 
CGCATGCGGC TGCTCCTGCG GCAGGTGGTG CAGCGCAGGC CGGGTGGCGA CAGGCAGCGG 
CCGGAGGTCA GACTGTTGCA CGCCGGCTCG GGGGCCGACA CAGGTGATAC AGTTAATATT 
GGAGATGTAT CCTACAAGTT GAAAATTCCT AAGAATCCAG AACTTGTGCC ACAGAACTAC 
ATTTCAGACT CTCTGGCTCA ATCTGTAGTT CAGCATCTAA GATGGATAAT GCAGAAGGAT 
CTTTTGGGGC AAGATGTTTT TCTAATAGGA CCTCCTGGGC CTCTTCGACG CTCTATTGCT 
ATGCAGTACT TGGAGCTGAC CAAACGGGAG GTCGAATACA TTGCCCTGTC AAGGGACACC 
ACTGAAACTG ATCTCAAACA GCGACGAGAG ATCCGTGCAG GCACAGCCTT TTACATTGAT 
CAGTGTGCAG TTCGTGCAGC CACAGAAGGC AGAACTCTCA TTTTGGAAGG TTTGGAAAAG 
GCAGAGAGGA ATGTTTTGCC TGTTTTGAAC AACTTGCTGG AAAACAGAGA GATGCAGCTT 
GAAGATGGAC GCTTCCTGAT GTCTGCTGAG CGTTACGACA AACTTCTCCG AGATCATACC 
AAAAAAGAGT TGGATTCTTG GAAAATTGTC CGAGTTAGTG AAAATTTCCG AGTGATTGCC 
TTGGGCTTGC CAGTGCCAAG GTATTCTGGG AATCCATTAG ACCCCCCTCT TCGTTCTCGA 
TTTCAAGCCA GGGATATTTA TTATTTACCC TTCAAGGACC AACTTAAGTT GTTATATTCA 
ATTGGAGCCA ATGTTTCTGC TGAGAAAGTT TCTCAGCTCT TGTCCTTTGC CACAACTCTG 
TGTTCCCAAG AATCTTCTAC TCTTGGACTT CCAGACTTTC CTTTAGATAG TTTAGCAGCT 
GCGGTTCAAA TCTTGGATTC CTTTCCTATG ATGCCAATCA AACATGCAAT CCAGTGGCTT 
TATCCATATA GTATTTTACT AGGTCATGAA GGGAAGATGG CTGTGGAAGG TGTTTTAAAG 
CGCTTTGAAC TTCAAGATTC AGGAAGCTCT CTACTTCCTA AAGAGATTGT AAAAGTAGAG 
AAGATGATGG AAAACCATGT GTCCCAAGCT TCTGTGACCA TCCGGATTGC AGATAAAGAG 
GTGACCATTA AGGTGCCAGC CGGGACCAGG CTATTAAGTC AACCTTGTGC GTCAGACCGT 
TTCATACAGA CTTTGAGCCA TAAGCAGCTA CAGGCTGAAA TGATGCAGTC TCACATGGTT 
AAAGATATAT GTTTAATTGG AGGAAAGGGT TGTGGAAAAA CAGTGATCGC TAAGAACTTT 
GCCGATACCT TAGGATACAA CATAGAACCT ATTATGCTCT ATCAGGATAT GACAGCGCGT 
GATCTGCTAC AGCAGAGATA CACCCTTCCA AATGGAGACA CTGCCTGGCG GTCCTCACCC 
CTTGTGAATG CTGCTCTGGA AGGCAAGCTG GTCCTGCTGG ATGGCATTCA CCGGGTGAAT 
GCGGGCACGC TTGCTGTATT GCAAAGGTTA ATCCATGATC GAGAGCTAAG CCTCTATGAT 
GGTTCTAGGC TGCTGAGAGA AGACAGGTAT ATGCGTTTAA AGGAGGAGCT GCAACTGTCT 
GATGAACAGC TACAGAAGAG ATCCATTTTT CCTATCCATC CCTCCTTCAG AATCATTGCC 
TTGGCAGAAC CCCCTGTTAT TGGAAGCACA GCACACCAGT GGCTGGGACC AGAATTCTTA 
ACCATGTTCT TTTTCCATTA CATGAAACCA CTTGTGAAAA GTGAAGAAAT CCAAGTGATT 
AAGGAAAAGG TCCCAAATGT ACCTCAGGAA GCTCTGGATA AGTTATTATC ATTTACACAC 
AAACTCAGAG AAACACAGGA TCCAACGGCA CAATCATTAG CGGCATCACT TTCTACCAGA 
CAACTGTTGC GAATTTCTCG TCGGCTGTCA CAGTATCCTA ATGAAAATCT TCACAGTGCT 
GTTACTAAAG CCTGCCTTTC CAGGTTTTTA CCCAGTCTTG CTAGGTCAGC ATTAGAAAAA 
AATCTGGCAG ATGCTACAAT AGAAATAAAT ACTGATGACA ATTTGGAGCC AGAACTGAAG 
GATTACAAAT GTGAAGTAAC ATCTGGAACT CTGAGGATTG GTGCTGTTAG TGCACCGATC 
TATAATGCAC ATGAGAAAAT GAAAGTGCCT GATGTTCTTT TCTATGACAA CATTCAGCAT 
GTGATAGTGA TGGAAGATAT GCTGAAAGAC TTTCTCCTTG GAGAACACTT ATTATTGGTT 
GGCAACCAGG GTGTAGGAAA AAACAAGATT GTTGACAGAT TCCTTCACCT GCTCAACAGA 
CCCCGAGAAT ATATTCAGCT ACACAGGGAT ACCACAGTAC AAACTCTTAC GCTTCAGCCT 
TCGGTTAAAG ACGGACTTAT TGTATATGAA GACTCACCTT TGGTTAAAGC AGTAAAGTTG 
GGTCATATTC TGGTAGTAGA TGAGGCTGAC AAAGCTCCAA CAAATGTCAC GTGTATTTTA 
AAAACTCTAG TAGAAAATGG AGAAATGATT CTAGCAGATG GAAGACGCAT TGTTGCAAAT 
TCTGCTAATG TGAATGGAAG AGAAAATGTT GTAGTGATTC ATCCTGATTT TAGGATGATT 
GTTCTGGCAA ATAGACCTGG ATTTCCTTTC CTAGGCAATG ATTTCTTCGG TACCTTAGGT 
GATATTTTTA GCTGCCATGC AGTTGATAAC CCCAAACCCC ACTCGGAGCT CGAGATGCTC 
AGACAGTATG GACCAAATGT GCCTGAGCCC ATCCTTCAGA AGCTTGTGGC TGCCTTTGGA 
GAGCTGAGGA GTTTGGCTGA CCAAGGGATT ATTAACTATC CTTATTCTAC CAGAGAAGTT 
GTCAACATAG TCAAACATTT ACAGAAATTT CCGACTGAAG GTCTCTCCAG TGTAGTTCGA 
AATGTGTTTG ACTTTGATTC CTACAACAAT GACATGAGGG AGATATTGAT TAACACTTTA 
CACAAATACG GGATACCTAT CGGAGCAAAG CCTACCAGTG TGCAGCTGGC AAAGGAGTAA

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

RefSeq	XP_016875963.1
CDS	97..3216
Translation	MQSRLLLLGAPGGHGGPASRRMRLLLRQVVQRRPGGDRQRPEVRLLHAGSGADTGDTVNIGDVSYKLKIPKNPELVPQNYISDSLAQSVVQHLRWIMQKDLLGQDVFLIGPPGPLRRSIAMQYLELTKREVEYIALSRDTTETDLKQRREIRAGTAFYIDQCAVRAATEGRTLILEGLEKAERNVLPVLNNLLENREMQLEDGRFLMSAERYDKLLRDHTKKELDSWKIVRVSENFRVIALGLPVPRYSGNPLDPPLRSRFQARDIYYLPFKDQLKLLYSIGANVSAEKVSQLLSFATTLCSQESSTLGLPDFPLDSLAAAVQILDSFPMMPIKHAIQWLYPYSILLGHEGKMAVEGVLKRFELQDSGSSLLPKEIVKVEKMMENHVSQASVTIRIADKEVTIKVPAGTRLLSQPCASDRFIQTLSHKQLQAEMMQSHMVKDICLIGGKGCGKTVIAKNFADTLGYNIEPIMLYQDMTARDLLQQRYTLPNGDTAWRSSPLVNAALEGKLVLLDGIHRVNAGTLAVLQRLIHDRELSLYDGSRLLREDRYMRLKEELQLSDEQLQKRSIFPIHPSFRIIALAEPPVIGSTAHQWLGPEFLTMFFFHYMKPLVKSEEIQVIKEKVPNVPQEALDKLLSFTHKLRETQDPTAQSLAASLSTRQLLRISRRLSQYPNENLHSAVTKACLSRFLPSLARSALEKNLADATIEINTDDNLEPELKDYKCEVTSGTLRIGAVSAPIYNAHEKMKVPDVLFYDNIQHVIVMEDMLKDFLLGEHLLLVGNQGVGKNKIVDRFLHLLNRPREYIQLHRDTTVQTLTLQPSVKDGLIVYEDSPLVKAVKLGHILVVDEADKAPTNVTCILKTLVENGEMILADGRRIVANSANVNGRENVVVIHPDFRMIVLANRPGFPFLGNDFFGTLGDIFSCHAVDNPKPHSELEMLRQYGPNVPEPILQKLVAAFGELRSLADQGIINYPYSTREVVNIVKHLQKFPTEGLSSVVRNVFDFDSYNNDMREILINTLHKYGIPIGAKPTSVQLAKE

Target ORF information:

RefSeq Version	XM_017020474.1
Organism	Homo sapiens(human)
Definition	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X9, mRNA.

Target ORF information:

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

XM_017020474.1

ORF Insert Sequence:

ATGCAATCCC GGCTTCTACT CCTCGGGGCA CCCGGAGGCC ACGGCGGCCC GGCCTCGCGG 
CGCATGCGGC TGCTCCTGCG GCAGGTGGTG CAGCGCAGGC CGGGTGGCGA CAGGCAGCGG 
CCGGAGGTCA GACTGTTGCA CGCCGGCTCG GGGGCCGACA CAGGTGATAC AGTTAATATT 
GGAGATGTAT CCTACAAGTT GAAAATTCCT AAGAATCCAG AACTTGTGCC ACAGAACTAC 
ATTTCAGACT CTCTGGCTCA ATCTGTAGTT CAGCATCTAA GATGGATAAT GCAGAAGGAT 
CTTTTGGGGC AAGATGTTTT TCTAATAGGA CCTCCTGGGC CTCTTCGACG CTCTATTGCT 
ATGCAGTACT TGGAGCTGAC CAAACGGGAG GTCGAATACA TTGCCCTGTC AAGGGACACC 
ACTGAAACTG ATCTCAAACA GCGACGAGAG ATCCGTGCAG GCACAGCCTT TTACATTGAT 
CAGTGTGCAG TTCGTGCAGC CACAGAAGGC AGAACTCTCA TTTTGGAAGG TTTGGAAAAG 
GCAGAGAGGA ATGTTTTGCC TGTTTTGAAC AACTTGCTGG AAAACAGAGA GATGCAGCTT 
GAAGATGGAC GCTTCCTGAT GTCTGCTGAG CGTTACGACA AACTTCTCCG AGATCATACC 
AAAAAAGAGT TGGATTCTTG GAAAATTGTC CGAGTTAGTG AAAATTTCCG AGTGATTGCC 
TTGGGCTTGC CAGTGCCAAG GTATTCTGGG AATCCATTAG ACCCCCCTCT TCGTTCTCGA 
TTTCAAGCCA GGGATATTTA TTATTTACCC TTCAAGGACC AACTTAAGTT GTTATATTCA 
ATTGGAGCCA ATGTTTCTGC TGAGAAAGTT TCTCAGCTCT TGTCCTTTGC CACAACTCTG 
TGTTCCCAAG AATCTTCTAC TCTTGGACTT CCAGACTTTC CTTTAGATAG TTTAGCAGCT 
GCGGTTCAAA TCTTGGATTC CTTTCCTATG ATGCCAATCA AACATGCAAT CCAGTGGCTT 
TATCCATATA GTATTTTACT AGGTCATGAA GGGAAGATGG CTGTGGAAGG TGTTTTAAAG 
CGCTTTGAAC TTCAAGATTC AGGAAGCTCT CTACTTCCTA AAGAGATTGT AAAAGTAGAG 
AAGATGATGG AAAACCATGT GTCCCAAGCT TCTGTGACCA TCCGGATTGC AGATAAAGAG 
GTGACCATTA AGGTGCCAGC CGGGACCAGG CTATTAAGTC AACCTTGTGC GTCAGACCGT 
TTCATACAGA CTTTGAGCCA TAAGCAGCTA CAGGCTGAAA TGATGCAGTC TCACATGGTT 
AAAGATATAT GTTTAATTGG AGGAAAGGGT TGTGGAAAAA CAGTGATCGC TAAGAACTTT 
GCCGATACCT TAGGATACAA CATAGAACCT ATTATGCTCT ATCAGGATAT GACAGCGCGT 
GATCTGCTAC AGCAGAGATA CACCCTTCCA AATGGAGACA CTGCCTGGCG GTCCTCACCC 
CTTGTGAATG CTGCTCTGGA AGGCAAGCTG GTCCTGCTGG ATGGCATTCA CCGGGTGAAT 
GCGGGCACGC TTGCTGTATT GCAAAGGTTA ATCCATGATC GAGAGCTAAG CCTCTATGAT 
GGTTCTAGGC TGCTGAGAGA AGACAGGTAT ATGCGTTTAA AGGAGGAGCT GCAACTGTCT 
GATGAACAGC TACAGAAGAG ATCCATTTTT CCTATCCATC CCTCCTTCAG AATCATTGCC 
TTGGCAGAAC CCCCTGTTAT TGGAAGCACA GCACACCAGT GGCTGGGACC AGAATTCTTA 
ACCATGTTCT TTTTCCATTA CATGAAACCA CTTGTGAAAA GTGAAGAAAT CCAAGTGATT 
AAGGAAAAGG TCCCAAATGT ACCTCAGGAA GCTCTGGATA AGTTATTATC ATTTACACAC 
AAACTCAGAG AAACACAGGA TCCAACGGCA CAATCATTAG CGGCATCACT TTCTACCAGA 
CAACTGTTGC GAATTTCTCG TCGGCTGTCA CAGTATCCTA ATGAAAATCT TCACAGTGCT 
GTTACTAAAG CCTGCCTTTC CAGGTTTTTA CCCAGTCTTG CTAGGTCAGC ATTAGAAAAA 
AATCTGGCAG ATGCTACAAT AGAAATAAAT ACTGATGACA ATTTGGAGCC AGAACTGAAG 
GATTACAAAT GTGAAGTAAC ATCTGGAACT CTGAGGATTG GTGCTGTTAG TGCACCGATC 
TATAATGCAC ATGAGAAAAT GAAAGTGCCT GATGTTCTTT TCTATGACAA CATTCAGCAT 
GTGATAGTGA TGGAAGATAT GCTGAAAGAC TTTCTCCTTG GAGAACACTT ATTATTGGTT 
GGCAACCAGG GTGTAGGAAA AAACAAGATT GTTGACAGAT TCCTTCACCT GCTCAACAGA 
CCCCGAGAAT ATATTCAGCT ACACAGGGAT ACCACAGTAC AAACTCTTAC GCTTCAGCCT 
TCGGTTAAAG ACGGACTTAT TGTATATGAA GACTCACCTT TGGTTAAAGC AGTAAAGTTG 
GGTCATATTC TGGTAGTAGA TGAGGCTGAC AAAGCTCCAA CAAATGTCAC GTGTATTTTA 
AAAACTCTAG TAGAAAATGG AGAAATGATT CTAGCAGATG GAAGACGCAT TGTTGCAAAT 
TCTGCTAATG TGAATGGAAG AGAAAATGTT GTAGTGATTC ATCCTGATTT TAGGATGATT 
GTTCTGGCAA ATAGACCTGG ATTTCCTTTC CTAGGCAATG ATTTCTTCGG TACCTTAGGT 
GATATTTTTA GCTGCCATGC AGTTGATAAC CCCAAACCCC ACTCGGAGCT CGAGATGCTC 
AGACAGTATG GACCAAATGT GCCTGAGCCC ATCCTTCAGA AGCTTGTGGC TGCCTTTGGA 
GAGCTGAGGA GTTTGGCTGA CCAAGGGATT ATTAACTATC CTTATTCTAC CAGAGAAGTT 
GTCAACATAG TCAAACATTT ACAGAAATTT CCGACTGAAG GTCTCTCCAG TGTAGTTCGA 
AATGTGTTTG ACTTTGATTC CTACAACAAT GACATGAGGG AGATATTGAT TAACACTTTA 
CACAAATACG GGATACCTAT CGGAGCAAAG CCTACCAGTG TGCAGCTGGC AAAGGAGTAA

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

VWA8 ( XM_017020471.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016875960.1 Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OHu84465
Clone ID Related Accession (Same CDS sequence)	XM_017020471.2 , XM_017020471.1
Accession Version	XM_017020471.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3582bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-03-25
Organism	Homo sapiens(human)
Product	von Willebrand factor A domain-containing protein 8 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000013.11) 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_017020471.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Homo sapiens Annotation Release 109 Annotation Version :: 109 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAATCCC GGCTTCTACT CCTCGGGGCA CCCGGAGGCC ACGGCGGCCC GGCCTCGCGG 
CGCATGCGGC TGCTCCTGCG GCAGGTGGTG CAGCGCAGGC CGGGTGGCGA CAGGCAGCGG 
CCGGAGGTCA GACTGTTGCA CGCCGGCTCG GGGGCCGACA CAGGTGATAC AGTTAATATT 
GGAGATGTAT CCTACAAGTT GAAAATTCCT AAGAATCCAG AACTTGTGCC ACAGAACTAC 
ATTTCAGACT CTCTGGCTCA ATCTGTAGTT CAGCATCTAA GATGGATAAT GCAGAAGGAT 
CTTTTGGGGC AAGATGTTTT TCTAATAGGA CCTCCTGGGC CTCTTCGACG CTCTATTGCT 
ATGCAGTACT TGGAGCTGAC CAAACGGGAG GTCGAATACA TTGCCCTGTC AAGGGACACC 
ACTGAAACTG ATCTCAAACA GCGACGAGAG ATCCGTGCAG GCACAGCCTT TTACATTGAT 
CAGTGTGCAG TTCGTGCAGC CACAGAAGGC AGAACTCTCA TTTTGGAAGG TTTGGAAAAG 
GCAGAGAGGA ATGTTTTGCC TGTTTTGAAC AACTTGCTGG AAAACAGAGA GATGCAGCTT 
GAAGATGGAC GCTTCCTGAT GTCTGCTGAG CGTTACGACA AACTTCTCCG AGATCATACC 
AAAAAAGAGT TGGATTCTTG GAAAATTGTC CGAGTTAGTG AAAATTTCCG AGTGATTGCC 
TTGGGCTTGC CAGTGCCAAG GTATTCTGGG AATCCATTAG ACCCCCCTCT TCGTTCTCGA 
TTTCAAGCCA GGGATATTTA TTATTTACCC TTCAAGGACC AACTTAAGTT GTTATATTCA 
ATTGGAGCCA ATGTTTCTGC TGAGAAAGTT TCTCAGCTCT TGTCCTTTGC CACAACTCTG 
TGTTCCCAAG AATCTTCTAC TCTTGGACTT CCAGACTTTC CTTTAGATAG TTTAGCAGCT 
GCGGTTCAAA TCTTGGATTC CTTTCCTATG ATGCCAATCA AACATGCAAT CCAGTGGCTT 
TATCCATATA GTATTTTACT AGGTCATGAA GGGAAGATGG CTGTGGAAGG TGTTTTAAAG 
CGCTTTGAAC TTCAAGATTC AGGAAGCTCT CTACTTCCTA AAGAGATTGT AAAAGTAGAG 
AAGATGATGG AAAACCATGT GTCCCAAGCT TCTGTGACCA TCCGGATTGC AGATAAAGAG 
GTGACCATTA AGGTGCCAGC CGGGACCAGG CTATTAAGTC AACCTTGTGC GTCAGACCGT 
TTCATACAGA CTTTGAGCCA TAAGCAGCTA CAGGCTGAAA TGATGCAGTC TCACATGGTT 
AAAGATATAT GTTTAATTGG AGGAAAGGGT TGTGGAAAAA CAGTGATCGC TAAGAACTTT 
GCCGATACCT TAGGATACAA CATAGAACCT ATTATGCTCT ATCAGGATAT GACAGCGCGT 
GATCTGCTAC AGCAGAGATA CACCCTTCCA AATGGAGACA CTGCCTGGCG GTCCTCACCC 
CTTGTGAATG CTGCTCTGGA AGGCAAGCTG GTCCTGCTGG ATGGCATTCA CCGGGTGAAT 
GCGGGCACGC TTGCTGTATT GCAAAGGTTA ATCCATGATC GAGAGCTAAG CCTCTATGAT 
GGTTCTAGGC TGCTGAGAGA AGACAGGTAT ATGCGTTTAA AGGAGGAGCT GCAACTGTCT 
GATGAACAGC TACAGAAGAG ATCCATTTTT CCTATCCATC CCTCCTTCAG AATCATTGCC 
TTGGCAGAAC CCCCTGTTAT TGGAAGCACA GCACACCAGT GGCTGGGACC AGAATTCTTA 
ACCATGTTCT TTTTCCATTA CATGAAACCA CTTGTGAAAA GTGAAGAAAT CCAAGTGATT 
AAGGAAAAGG TCCCAAATGT ACCTCAGGAA GCTCTGGATA AGTTATTATC ATTTACACAC 
AAACTCAGAG AAACACAGGA TCCAACGGCA CAATCATTAG CGGCATCACT TTCTACCAGA 
CAACTGTTGC GAATTTCTCG TCGGCTGTCA CAGTATCCTA ATGAAAATCT TCACAGTGCT 
GTTACTAAAG CCTGCCTTTC CAGGTTTTTA CCCAGTCTTG CTAGGTCAGC ATTAGAAAAA 
AATCTGGCAG ATGCTACAAT AGAAATAAAT ACTGATGACA ATTTGGAGCC AGAACTGAAG 
GATTACAAAT GTGAAGTAAC ATCTGGAACT CTGAGGATTG GTGCTGTTAG TGCACCGATC 
TATAATGCAC ATGAGAAAAT GAAAGTGCCT GATGTTCTTT TCTATGACAA CATTCAGCAT 
GTGATAGTGA TGGAAGATAT GCTGAAAGAC TTTCTCCTTG GAGAACACTT ATTATTGGTT 
GGCAACCAGG GTGTAGGAAA AAACAAGATT GTTGACAGAT TCCTTCACCT GCTCAACAGA 
CCCCGAGAAT ATATTCAGCT ACACAGGGAT ACCACAGTAC AAACTCTTAC GCTTCAGCCT 
TCGGTTAAAG ACGGACTTAT TGTATATGAA GACTCACCTT TGGTTAAAGC AGTAAAGTTG 
GGTCATATTC TGGTAGTAGA TGAGGCTGAC AAAGCTCCAA CAAATGTCAC GTGTATTTTA 
AAAACTCTAG TAGAAAATGG AGAAATGATT CTAGCAGATG GAAGACGCAT TGTTGCAAAT 
TCTGCTAATG TGAATGGAAG AGAAAATGTT GTAGTGATTC ATCCTGATTT TAGGATGATT 
GTTCTGGCAA ATAGACCTGG ATTTCCTTTC CTAGGCAATG ATTTCTTCGG TACCTTAGGT 
GATATTTTTA GCTGCCATGC AGTTGATAAC CCCAAACCCC ACTCGGAGCT CGAGATGCTC 
AGACAGTATG GACCAAATGT GCCTGAGCCC ATCCTTCAGA AGCTTGTGGC TGCCTTTGGA 
GAGCTGAGGA GTTTGGCTGA CCAAGGGATT ATTAACTATC CTTATTCTAC CAGAGAAGTT 
GTCAACATAG TCAAACATTT ACAGAAATTT CCGACTGAAG GTCTCTCCAG TGTAGTTCGA 
AATGTGTTTG ACTTTGATTC CTACAACAAT GACATGAGGG AGATATTGAT TAACACTTTA 
CACAAATACG GGATACCTAT CGGAGCAAAG CCTACCAGTG TGCAGCTGGC AAAGGAGTTG 
ACTCTGCCAG AACAAACGTT CATGGGCTAC TGGACAATTG GTCAGGCAAG AAGTGGGATG 
CAAAAACTCT TGTGTCCAGT GGAAACTCAT CATATAGACA TAAAGGGTCC AGCACTTATA 
AATATACAGG AGTATCCAAT AGAAAGACAT GAAGAAAGAT CCCTAAACTT TACTGAAGAA 
TGTGCCTCAT GGAGAATACC ATTGGATGAA ATTAATATAA TCTGTGACAT TGCTACATCA 
CATGAAAATG AGCAAAATAC TCTCTATGTA GTTACATGCA ATCCCGCTTC CCTGTACTTT 
ATGAATATGA CTGGGAAAAG TGGCTTCTTT GTGGACTTTT TTGATATCTT CCCAAGAACA 
GCCAATGGCG TTTGGCACCC TTTTGTGACA GTGGCACCGC TGGGAAGTCC TCTCAAAGGT 
CAAGTGGTTC TCCATGAGCA GCAGAAATTC TTCTTGAAAT GA

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

RefSeq	XP_016875960.1
CDS	732..4313
Translation	MQSRLLLLGAPGGHGGPASRRMRLLLRQVVQRRPGGDRQRPEVRLLHAGSGADTGDTVNIGDVSYKLKIPKNPELVPQNYISDSLAQSVVQHLRWIMQKDLLGQDVFLIGPPGPLRRSIAMQYLELTKREVEYIALSRDTTETDLKQRREIRAGTAFYIDQCAVRAATEGRTLILEGLEKAERNVLPVLNNLLENREMQLEDGRFLMSAERYDKLLRDHTKKELDSWKIVRVSENFRVIALGLPVPRYSGNPLDPPLRSRFQARDIYYLPFKDQLKLLYSIGANVSAEKVSQLLSFATTLCSQESSTLGLPDFPLDSLAAAVQILDSFPMMPIKHAIQWLYPYSILLGHEGKMAVEGVLKRFELQDSGSSLLPKEIVKVEKMMENHVSQASVTIRIADKEVTIKVPAGTRLLSQPCASDRFIQTLSHKQLQAEMMQSHMVKDICLIGGKGCGKTVIAKNFADTLGYNIEPIMLYQDMTARDLLQQRYTLPNGDTAWRSSPLVNAALEGKLVLLDGIHRVNAGTLAVLQRLIHDRELSLYDGSRLLREDRYMRLKEELQLSDEQLQKRSIFPIHPSFRIIALAEPPVIGSTAHQWLGPEFLTMFFFHYMKPLVKSEEIQVIKEKVPNVPQEALDKLLSFTHKLRETQDPTAQSLAASLSTRQLLRISRRLSQYPNENLHSAVTKACLSRFLPSLARSALEKNLADATIEINTDDNLEPELKDYKCEVTSGTLRIGAVSAPIYNAHEKMKVPDVLFYDNIQHVIVMEDMLKDFLLGEHLLLVGNQGVGKNKIVDRFLHLLNRPREYIQLHRDTTVQTLTLQPSVKDGLIVYEDSPLVKAVKLGHILVVDEADKAPTNVTCILKTLVENGEMILADGRRIVANSANVNGRENVVVIHPDFRMIVLANRPGFPFLGNDFFGTLGDIFSCHAVDNPKPHSELEMLRQYGPNVPEPILQKLVAAFGELRSLADQGIINYPYSTREVVNIVKHLQKFPTEGLSSVVRNVFDFDSYNNDMREILINTLHKYGIPIGAKPTSVQLAKELTLPEQTFMGYWTIGQARSGMQKLLCPVETHHIDIKGPALINIQEYPIERHEERSLNFTEECASWRIPLDEINIICDIATSHENEQNTLYVVTCNPASLYFMNMTGKSGFFVDFFDIFPRTANGVWHPFVTVAPLGSPLKGQVVLHEQQKFFLK

Target ORF information:

RefSeq Version	XM_017020471.2
Organism	Homo sapiens(human)
Definition	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X6, mRNA.

Target ORF information:

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

XM_017020471.2

ORF Insert Sequence:

ATGCAATCCC GGCTTCTACT CCTCGGGGCA CCCGGAGGCC ACGGCGGCCC GGCCTCGCGG 
CGCATGCGGC TGCTCCTGCG GCAGGTGGTG CAGCGCAGGC CGGGTGGCGA CAGGCAGCGG 
CCGGAGGTCA GACTGTTGCA CGCCGGCTCG GGGGCCGACA CAGGTGATAC AGTTAATATT 
GGAGATGTAT CCTACAAGTT GAAAATTCCT AAGAATCCAG AACTTGTGCC ACAGAACTAC 
ATTTCAGACT CTCTGGCTCA ATCTGTAGTT CAGCATCTAA GATGGATAAT GCAGAAGGAT 
CTTTTGGGGC AAGATGTTTT TCTAATAGGA CCTCCTGGGC CTCTTCGACG CTCTATTGCT 
ATGCAGTACT TGGAGCTGAC CAAACGGGAG GTCGAATACA TTGCCCTGTC AAGGGACACC 
ACTGAAACTG ATCTCAAACA GCGACGAGAG ATCCGTGCAG GCACAGCCTT TTACATTGAT 
CAGTGTGCAG TTCGTGCAGC CACAGAAGGC AGAACTCTCA TTTTGGAAGG TTTGGAAAAG 
GCAGAGAGGA ATGTTTTGCC TGTTTTGAAC AACTTGCTGG AAAACAGAGA GATGCAGCTT 
GAAGATGGAC GCTTCCTGAT GTCTGCTGAG CGTTACGACA AACTTCTCCG AGATCATACC 
AAAAAAGAGT TGGATTCTTG GAAAATTGTC CGAGTTAGTG AAAATTTCCG AGTGATTGCC 
TTGGGCTTGC CAGTGCCAAG GTATTCTGGG AATCCATTAG ACCCCCCTCT TCGTTCTCGA 
TTTCAAGCCA GGGATATTTA TTATTTACCC TTCAAGGACC AACTTAAGTT GTTATATTCA 
ATTGGAGCCA ATGTTTCTGC TGAGAAAGTT TCTCAGCTCT TGTCCTTTGC CACAACTCTG 
TGTTCCCAAG AATCTTCTAC TCTTGGACTT CCAGACTTTC CTTTAGATAG TTTAGCAGCT 
GCGGTTCAAA TCTTGGATTC CTTTCCTATG ATGCCAATCA AACATGCAAT CCAGTGGCTT 
TATCCATATA GTATTTTACT AGGTCATGAA GGGAAGATGG CTGTGGAAGG TGTTTTAAAG 
CGCTTTGAAC TTCAAGATTC AGGAAGCTCT CTACTTCCTA AAGAGATTGT AAAAGTAGAG 
AAGATGATGG AAAACCATGT GTCCCAAGCT TCTGTGACCA TCCGGATTGC AGATAAAGAG 
GTGACCATTA AGGTGCCAGC CGGGACCAGG CTATTAAGTC AACCTTGTGC GTCAGACCGT 
TTCATACAGA CTTTGAGCCA TAAGCAGCTA CAGGCTGAAA TGATGCAGTC TCACATGGTT 
AAAGATATAT GTTTAATTGG AGGAAAGGGT TGTGGAAAAA CAGTGATCGC TAAGAACTTT 
GCCGATACCT TAGGATACAA CATAGAACCT ATTATGCTCT ATCAGGATAT GACAGCGCGT 
GATCTGCTAC AGCAGAGATA CACCCTTCCA AATGGAGACA CTGCCTGGCG GTCCTCACCC 
CTTGTGAATG CTGCTCTGGA AGGCAAGCTG GTCCTGCTGG ATGGCATTCA CCGGGTGAAT 
GCGGGCACGC TTGCTGTATT GCAAAGGTTA ATCCATGATC GAGAGCTAAG CCTCTATGAT 
GGTTCTAGGC TGCTGAGAGA AGACAGGTAT ATGCGTTTAA AGGAGGAGCT GCAACTGTCT 
GATGAACAGC TACAGAAGAG ATCCATTTTT CCTATCCATC CCTCCTTCAG AATCATTGCC 
TTGGCAGAAC CCCCTGTTAT TGGAAGCACA GCACACCAGT GGCTGGGACC AGAATTCTTA 
ACCATGTTCT TTTTCCATTA CATGAAACCA CTTGTGAAAA GTGAAGAAAT CCAAGTGATT 
AAGGAAAAGG TCCCAAATGT ACCTCAGGAA GCTCTGGATA AGTTATTATC ATTTACACAC 
AAACTCAGAG AAACACAGGA TCCAACGGCA CAATCATTAG CGGCATCACT TTCTACCAGA 
CAACTGTTGC GAATTTCTCG TCGGCTGTCA CAGTATCCTA ATGAAAATCT TCACAGTGCT 
GTTACTAAAG CCTGCCTTTC CAGGTTTTTA CCCAGTCTTG CTAGGTCAGC ATTAGAAAAA 
AATCTGGCAG ATGCTACAAT AGAAATAAAT ACTGATGACA ATTTGGAGCC AGAACTGAAG 
GATTACAAAT GTGAAGTAAC ATCTGGAACT CTGAGGATTG GTGCTGTTAG TGCACCGATC 
TATAATGCAC ATGAGAAAAT GAAAGTGCCT GATGTTCTTT TCTATGACAA CATTCAGCAT 
GTGATAGTGA TGGAAGATAT GCTGAAAGAC TTTCTCCTTG GAGAACACTT ATTATTGGTT 
GGCAACCAGG GTGTAGGAAA AAACAAGATT GTTGACAGAT TCCTTCACCT GCTCAACAGA 
CCCCGAGAAT ATATTCAGCT ACACAGGGAT ACCACAGTAC AAACTCTTAC GCTTCAGCCT 
TCGGTTAAAG ACGGACTTAT TGTATATGAA GACTCACCTT TGGTTAAAGC AGTAAAGTTG 
GGTCATATTC TGGTAGTAGA TGAGGCTGAC AAAGCTCCAA CAAATGTCAC GTGTATTTTA 
AAAACTCTAG TAGAAAATGG AGAAATGATT CTAGCAGATG GAAGACGCAT TGTTGCAAAT 
TCTGCTAATG TGAATGGAAG AGAAAATGTT GTAGTGATTC ATCCTGATTT TAGGATGATT 
GTTCTGGCAA ATAGACCTGG ATTTCCTTTC CTAGGCAATG ATTTCTTCGG TACCTTAGGT 
GATATTTTTA GCTGCCATGC AGTTGATAAC CCCAAACCCC ACTCGGAGCT CGAGATGCTC 
AGACAGTATG GACCAAATGT GCCTGAGCCC ATCCTTCAGA AGCTTGTGGC TGCCTTTGGA 
GAGCTGAGGA GTTTGGCTGA CCAAGGGATT ATTAACTATC CTTATTCTAC CAGAGAAGTT 
GTCAACATAG TCAAACATTT ACAGAAATTT CCGACTGAAG GTCTCTCCAG TGTAGTTCGA 
AATGTGTTTG ACTTTGATTC CTACAACAAT GACATGAGGG AGATATTGAT TAACACTTTA 
CACAAATACG GGATACCTAT CGGAGCAAAG CCTACCAGTG TGCAGCTGGC AAAGGAGTTG 
ACTCTGCCAG AACAAACGTT CATGGGCTAC TGGACAATTG GTCAGGCAAG AAGTGGGATG 
CAAAAACTCT TGTGTCCAGT GGAAACTCAT CATATAGACA TAAAGGGTCC AGCACTTATA 
AATATACAGG AGTATCCAAT AGAAAGACAT GAAGAAAGAT CCCTAAACTT TACTGAAGAA 
TGTGCCTCAT GGAGAATACC ATTGGATGAA ATTAATATAA TCTGTGACAT TGCTACATCA 
CATGAAAATG AGCAAAATAC TCTCTATGTA GTTACATGCA ATCCCGCTTC CCTGTACTTT 
ATGAATATGA CTGGGAAAAG TGGCTTCTTT GTGGACTTTT TTGATATCTT CCCAAGAACA 
GCCAATGGCG TTTGGCACCC TTTTGTGACA GTGGCACCGC TGGGAAGTCC TCTCAAAGGT 
CAAGTGGTTC TCCATGAGCA GCAGAAATTC TTCTTGAAAT GA

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

VWA8 ( XM_017020471.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016875960.1 Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OHu84465
Clone ID Related Accession (Same CDS sequence)	XM_017020471.2 , XM_017020471.1
Accession Version	XM_017020471.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3582bp) 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	von Willebrand factor A domain-containing protein 8 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000013.11) 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##

ATGCAATCCC GGCTTCTACT CCTCGGGGCA CCCGGAGGCC ACGGCGGCCC GGCCTCGCGG 
CGCATGCGGC TGCTCCTGCG GCAGGTGGTG CAGCGCAGGC CGGGTGGCGA CAGGCAGCGG 
CCGGAGGTCA GACTGTTGCA CGCCGGCTCG GGGGCCGACA CAGGTGATAC AGTTAATATT 
GGAGATGTAT CCTACAAGTT GAAAATTCCT AAGAATCCAG AACTTGTGCC ACAGAACTAC 
ATTTCAGACT CTCTGGCTCA ATCTGTAGTT CAGCATCTAA GATGGATAAT GCAGAAGGAT 
CTTTTGGGGC AAGATGTTTT TCTAATAGGA CCTCCTGGGC CTCTTCGACG CTCTATTGCT 
ATGCAGTACT TGGAGCTGAC CAAACGGGAG GTCGAATACA TTGCCCTGTC AAGGGACACC 
ACTGAAACTG ATCTCAAACA GCGACGAGAG ATCCGTGCAG GCACAGCCTT TTACATTGAT 
CAGTGTGCAG TTCGTGCAGC CACAGAAGGC AGAACTCTCA TTTTGGAAGG TTTGGAAAAG 
GCAGAGAGGA ATGTTTTGCC TGTTTTGAAC AACTTGCTGG AAAACAGAGA GATGCAGCTT 
GAAGATGGAC GCTTCCTGAT GTCTGCTGAG CGTTACGACA AACTTCTCCG AGATCATACC 
AAAAAAGAGT TGGATTCTTG GAAAATTGTC CGAGTTAGTG AAAATTTCCG AGTGATTGCC 
TTGGGCTTGC CAGTGCCAAG GTATTCTGGG AATCCATTAG ACCCCCCTCT TCGTTCTCGA 
TTTCAAGCCA GGGATATTTA TTATTTACCC TTCAAGGACC AACTTAAGTT GTTATATTCA 
ATTGGAGCCA ATGTTTCTGC TGAGAAAGTT TCTCAGCTCT TGTCCTTTGC CACAACTCTG 
TGTTCCCAAG AATCTTCTAC TCTTGGACTT CCAGACTTTC CTTTAGATAG TTTAGCAGCT 
GCGGTTCAAA TCTTGGATTC CTTTCCTATG ATGCCAATCA AACATGCAAT CCAGTGGCTT 
TATCCATATA GTATTTTACT AGGTCATGAA GGGAAGATGG CTGTGGAAGG TGTTTTAAAG 
CGCTTTGAAC TTCAAGATTC AGGAAGCTCT CTACTTCCTA AAGAGATTGT AAAAGTAGAG 
AAGATGATGG AAAACCATGT GTCCCAAGCT TCTGTGACCA TCCGGATTGC AGATAAAGAG 
GTGACCATTA AGGTGCCAGC CGGGACCAGG CTATTAAGTC AACCTTGTGC GTCAGACCGT 
TTCATACAGA CTTTGAGCCA TAAGCAGCTA CAGGCTGAAA TGATGCAGTC TCACATGGTT 
AAAGATATAT GTTTAATTGG AGGAAAGGGT TGTGGAAAAA CAGTGATCGC TAAGAACTTT 
GCCGATACCT TAGGATACAA CATAGAACCT ATTATGCTCT ATCAGGATAT GACAGCGCGT 
GATCTGCTAC AGCAGAGATA CACCCTTCCA AATGGAGACA CTGCCTGGCG GTCCTCACCC 
CTTGTGAATG CTGCTCTGGA AGGCAAGCTG GTCCTGCTGG ATGGCATTCA CCGGGTGAAT 
GCGGGCACGC TTGCTGTATT GCAAAGGTTA ATCCATGATC GAGAGCTAAG CCTCTATGAT 
GGTTCTAGGC TGCTGAGAGA AGACAGGTAT ATGCGTTTAA AGGAGGAGCT GCAACTGTCT 
GATGAACAGC TACAGAAGAG ATCCATTTTT CCTATCCATC CCTCCTTCAG AATCATTGCC 
TTGGCAGAAC CCCCTGTTAT TGGAAGCACA GCACACCAGT GGCTGGGACC AGAATTCTTA 
ACCATGTTCT TTTTCCATTA CATGAAACCA CTTGTGAAAA GTGAAGAAAT CCAAGTGATT 
AAGGAAAAGG TCCCAAATGT ACCTCAGGAA GCTCTGGATA AGTTATTATC ATTTACACAC 
AAACTCAGAG AAACACAGGA TCCAACGGCA CAATCATTAG CGGCATCACT TTCTACCAGA 
CAACTGTTGC GAATTTCTCG TCGGCTGTCA CAGTATCCTA ATGAAAATCT TCACAGTGCT 
GTTACTAAAG CCTGCCTTTC CAGGTTTTTA CCCAGTCTTG CTAGGTCAGC ATTAGAAAAA 
AATCTGGCAG ATGCTACAAT AGAAATAAAT ACTGATGACA ATTTGGAGCC AGAACTGAAG 
GATTACAAAT GTGAAGTAAC ATCTGGAACT CTGAGGATTG GTGCTGTTAG TGCACCGATC 
TATAATGCAC ATGAGAAAAT GAAAGTGCCT GATGTTCTTT TCTATGACAA CATTCAGCAT 
GTGATAGTGA TGGAAGATAT GCTGAAAGAC TTTCTCCTTG GAGAACACTT ATTATTGGTT 
GGCAACCAGG GTGTAGGAAA AAACAAGATT GTTGACAGAT TCCTTCACCT GCTCAACAGA 
CCCCGAGAAT ATATTCAGCT ACACAGGGAT ACCACAGTAC AAACTCTTAC GCTTCAGCCT 
TCGGTTAAAG ACGGACTTAT TGTATATGAA GACTCACCTT TGGTTAAAGC AGTAAAGTTG 
GGTCATATTC TGGTAGTAGA TGAGGCTGAC AAAGCTCCAA CAAATGTCAC GTGTATTTTA 
AAAACTCTAG TAGAAAATGG AGAAATGATT CTAGCAGATG GAAGACGCAT TGTTGCAAAT 
TCTGCTAATG TGAATGGAAG AGAAAATGTT GTAGTGATTC ATCCTGATTT TAGGATGATT 
GTTCTGGCAA ATAGACCTGG ATTTCCTTTC CTAGGCAATG ATTTCTTCGG TACCTTAGGT 
GATATTTTTA GCTGCCATGC AGTTGATAAC CCCAAACCCC ACTCGGAGCT CGAGATGCTC 
AGACAGTATG GACCAAATGT GCCTGAGCCC ATCCTTCAGA AGCTTGTGGC TGCCTTTGGA 
GAGCTGAGGA GTTTGGCTGA CCAAGGGATT ATTAACTATC CTTATTCTAC CAGAGAAGTT 
GTCAACATAG TCAAACATTT ACAGAAATTT CCGACTGAAG GTCTCTCCAG TGTAGTTCGA 
AATGTGTTTG ACTTTGATTC CTACAACAAT GACATGAGGG AGATATTGAT TAACACTTTA 
CACAAATACG GGATACCTAT CGGAGCAAAG CCTACCAGTG TGCAGCTGGC AAAGGAGTTG 
ACTCTGCCAG AACAAACGTT CATGGGCTAC TGGACAATTG GTCAGGCAAG AAGTGGGATG 
CAAAAACTCT TGTGTCCAGT GGAAACTCAT CATATAGACA TAAAGGGTCC AGCACTTATA 
AATATACAGG AGTATCCAAT AGAAAGACAT GAAGAAAGAT CCCTAAACTT TACTGAAGAA 
TGTGCCTCAT GGAGAATACC ATTGGATGAA ATTAATATAA TCTGTGACAT TGCTACATCA 
CATGAAAATG AGCAAAATAC TCTCTATGTA GTTACATGCA ATCCCGCTTC CCTGTACTTT 
ATGAATATGA CTGGGAAAAG TGGCTTCTTT GTGGACTTTT TTGATATCTT CCCAAGAACA 
GCCAATGGCG TTTGGCACCC TTTTGTGACA GTGGCACCGC TGGGAAGTCC TCTCAAAGGT 
CAAGTGGTTC TCCATGAGCA GCAGAAATTC TTCTTGAAAT GA

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

RefSeq	XP_016875960.1
CDS	97..3678
Translation	MQSRLLLLGAPGGHGGPASRRMRLLLRQVVQRRPGGDRQRPEVRLLHAGSGADTGDTVNIGDVSYKLKIPKNPELVPQNYISDSLAQSVVQHLRWIMQKDLLGQDVFLIGPPGPLRRSIAMQYLELTKREVEYIALSRDTTETDLKQRREIRAGTAFYIDQCAVRAATEGRTLILEGLEKAERNVLPVLNNLLENREMQLEDGRFLMSAERYDKLLRDHTKKELDSWKIVRVSENFRVIALGLPVPRYSGNPLDPPLRSRFQARDIYYLPFKDQLKLLYSIGANVSAEKVSQLLSFATTLCSQESSTLGLPDFPLDSLAAAVQILDSFPMMPIKHAIQWLYPYSILLGHEGKMAVEGVLKRFELQDSGSSLLPKEIVKVEKMMENHVSQASVTIRIADKEVTIKVPAGTRLLSQPCASDRFIQTLSHKQLQAEMMQSHMVKDICLIGGKGCGKTVIAKNFADTLGYNIEPIMLYQDMTARDLLQQRYTLPNGDTAWRSSPLVNAALEGKLVLLDGIHRVNAGTLAVLQRLIHDRELSLYDGSRLLREDRYMRLKEELQLSDEQLQKRSIFPIHPSFRIIALAEPPVIGSTAHQWLGPEFLTMFFFHYMKPLVKSEEIQVIKEKVPNVPQEALDKLLSFTHKLRETQDPTAQSLAASLSTRQLLRISRRLSQYPNENLHSAVTKACLSRFLPSLARSALEKNLADATIEINTDDNLEPELKDYKCEVTSGTLRIGAVSAPIYNAHEKMKVPDVLFYDNIQHVIVMEDMLKDFLLGEHLLLVGNQGVGKNKIVDRFLHLLNRPREYIQLHRDTTVQTLTLQPSVKDGLIVYEDSPLVKAVKLGHILVVDEADKAPTNVTCILKTLVENGEMILADGRRIVANSANVNGRENVVVIHPDFRMIVLANRPGFPFLGNDFFGTLGDIFSCHAVDNPKPHSELEMLRQYGPNVPEPILQKLVAAFGELRSLADQGIINYPYSTREVVNIVKHLQKFPTEGLSSVVRNVFDFDSYNNDMREILINTLHKYGIPIGAKPTSVQLAKELTLPEQTFMGYWTIGQARSGMQKLLCPVETHHIDIKGPALINIQEYPIERHEERSLNFTEECASWRIPLDEINIICDIATSHENEQNTLYVVTCNPASLYFMNMTGKSGFFVDFFDIFPRTANGVWHPFVTVAPLGSPLKGQVVLHEQQKFFLK

Target ORF information:

RefSeq Version	XM_017020471.1
Organism	Homo sapiens(human)
Definition	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X6, mRNA.

Target ORF information:

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

XM_017020471.1

ORF Insert Sequence:

ATGCAATCCC GGCTTCTACT CCTCGGGGCA CCCGGAGGCC ACGGCGGCCC GGCCTCGCGG 
CGCATGCGGC TGCTCCTGCG GCAGGTGGTG CAGCGCAGGC CGGGTGGCGA CAGGCAGCGG 
CCGGAGGTCA GACTGTTGCA CGCCGGCTCG GGGGCCGACA CAGGTGATAC AGTTAATATT 
GGAGATGTAT CCTACAAGTT GAAAATTCCT AAGAATCCAG AACTTGTGCC ACAGAACTAC 
ATTTCAGACT CTCTGGCTCA ATCTGTAGTT CAGCATCTAA GATGGATAAT GCAGAAGGAT 
CTTTTGGGGC AAGATGTTTT TCTAATAGGA CCTCCTGGGC CTCTTCGACG CTCTATTGCT 
ATGCAGTACT TGGAGCTGAC CAAACGGGAG GTCGAATACA TTGCCCTGTC AAGGGACACC 
ACTGAAACTG ATCTCAAACA GCGACGAGAG ATCCGTGCAG GCACAGCCTT TTACATTGAT 
CAGTGTGCAG TTCGTGCAGC CACAGAAGGC AGAACTCTCA TTTTGGAAGG TTTGGAAAAG 
GCAGAGAGGA ATGTTTTGCC TGTTTTGAAC AACTTGCTGG AAAACAGAGA GATGCAGCTT 
GAAGATGGAC GCTTCCTGAT GTCTGCTGAG CGTTACGACA AACTTCTCCG AGATCATACC 
AAAAAAGAGT TGGATTCTTG GAAAATTGTC CGAGTTAGTG AAAATTTCCG AGTGATTGCC 
TTGGGCTTGC CAGTGCCAAG GTATTCTGGG AATCCATTAG ACCCCCCTCT TCGTTCTCGA 
TTTCAAGCCA GGGATATTTA TTATTTACCC TTCAAGGACC AACTTAAGTT GTTATATTCA 
ATTGGAGCCA ATGTTTCTGC TGAGAAAGTT TCTCAGCTCT TGTCCTTTGC CACAACTCTG 
TGTTCCCAAG AATCTTCTAC TCTTGGACTT CCAGACTTTC CTTTAGATAG TTTAGCAGCT 
GCGGTTCAAA TCTTGGATTC CTTTCCTATG ATGCCAATCA AACATGCAAT CCAGTGGCTT 
TATCCATATA GTATTTTACT AGGTCATGAA GGGAAGATGG CTGTGGAAGG TGTTTTAAAG 
CGCTTTGAAC TTCAAGATTC AGGAAGCTCT CTACTTCCTA AAGAGATTGT AAAAGTAGAG 
AAGATGATGG AAAACCATGT GTCCCAAGCT TCTGTGACCA TCCGGATTGC AGATAAAGAG 
GTGACCATTA AGGTGCCAGC CGGGACCAGG CTATTAAGTC AACCTTGTGC GTCAGACCGT 
TTCATACAGA CTTTGAGCCA TAAGCAGCTA CAGGCTGAAA TGATGCAGTC TCACATGGTT 
AAAGATATAT GTTTAATTGG AGGAAAGGGT TGTGGAAAAA CAGTGATCGC TAAGAACTTT 
GCCGATACCT TAGGATACAA CATAGAACCT ATTATGCTCT ATCAGGATAT GACAGCGCGT 
GATCTGCTAC AGCAGAGATA CACCCTTCCA AATGGAGACA CTGCCTGGCG GTCCTCACCC 
CTTGTGAATG CTGCTCTGGA AGGCAAGCTG GTCCTGCTGG ATGGCATTCA CCGGGTGAAT 
GCGGGCACGC TTGCTGTATT GCAAAGGTTA ATCCATGATC GAGAGCTAAG CCTCTATGAT 
GGTTCTAGGC TGCTGAGAGA AGACAGGTAT ATGCGTTTAA AGGAGGAGCT GCAACTGTCT 
GATGAACAGC TACAGAAGAG ATCCATTTTT CCTATCCATC CCTCCTTCAG AATCATTGCC 
TTGGCAGAAC CCCCTGTTAT TGGAAGCACA GCACACCAGT GGCTGGGACC AGAATTCTTA 
ACCATGTTCT TTTTCCATTA CATGAAACCA CTTGTGAAAA GTGAAGAAAT CCAAGTGATT 
AAGGAAAAGG TCCCAAATGT ACCTCAGGAA GCTCTGGATA AGTTATTATC ATTTACACAC 
AAACTCAGAG AAACACAGGA TCCAACGGCA CAATCATTAG CGGCATCACT TTCTACCAGA 
CAACTGTTGC GAATTTCTCG TCGGCTGTCA CAGTATCCTA ATGAAAATCT TCACAGTGCT 
GTTACTAAAG CCTGCCTTTC CAGGTTTTTA CCCAGTCTTG CTAGGTCAGC ATTAGAAAAA 
AATCTGGCAG ATGCTACAAT AGAAATAAAT ACTGATGACA ATTTGGAGCC AGAACTGAAG 
GATTACAAAT GTGAAGTAAC ATCTGGAACT CTGAGGATTG GTGCTGTTAG TGCACCGATC 
TATAATGCAC ATGAGAAAAT GAAAGTGCCT GATGTTCTTT TCTATGACAA CATTCAGCAT 
GTGATAGTGA TGGAAGATAT GCTGAAAGAC TTTCTCCTTG GAGAACACTT ATTATTGGTT 
GGCAACCAGG GTGTAGGAAA AAACAAGATT GTTGACAGAT TCCTTCACCT GCTCAACAGA 
CCCCGAGAAT ATATTCAGCT ACACAGGGAT ACCACAGTAC AAACTCTTAC GCTTCAGCCT 
TCGGTTAAAG ACGGACTTAT TGTATATGAA GACTCACCTT TGGTTAAAGC AGTAAAGTTG 
GGTCATATTC TGGTAGTAGA TGAGGCTGAC AAAGCTCCAA CAAATGTCAC GTGTATTTTA 
AAAACTCTAG TAGAAAATGG AGAAATGATT CTAGCAGATG GAAGACGCAT TGTTGCAAAT 
TCTGCTAATG TGAATGGAAG AGAAAATGTT GTAGTGATTC ATCCTGATTT TAGGATGATT 
GTTCTGGCAA ATAGACCTGG ATTTCCTTTC CTAGGCAATG ATTTCTTCGG TACCTTAGGT 
GATATTTTTA GCTGCCATGC AGTTGATAAC CCCAAACCCC ACTCGGAGCT CGAGATGCTC 
AGACAGTATG GACCAAATGT GCCTGAGCCC ATCCTTCAGA AGCTTGTGGC TGCCTTTGGA 
GAGCTGAGGA GTTTGGCTGA CCAAGGGATT ATTAACTATC CTTATTCTAC CAGAGAAGTT 
GTCAACATAG TCAAACATTT ACAGAAATTT CCGACTGAAG GTCTCTCCAG TGTAGTTCGA 
AATGTGTTTG ACTTTGATTC CTACAACAAT GACATGAGGG AGATATTGAT TAACACTTTA 
CACAAATACG GGATACCTAT CGGAGCAAAG CCTACCAGTG TGCAGCTGGC AAAGGAGTTG 
ACTCTGCCAG AACAAACGTT CATGGGCTAC TGGACAATTG GTCAGGCAAG AAGTGGGATG 
CAAAAACTCT TGTGTCCAGT GGAAACTCAT CATATAGACA TAAAGGGTCC AGCACTTATA 
AATATACAGG AGTATCCAAT AGAAAGACAT GAAGAAAGAT CCCTAAACTT TACTGAAGAA 
TGTGCCTCAT GGAGAATACC ATTGGATGAA ATTAATATAA TCTGTGACAT TGCTACATCA 
CATGAAAATG AGCAAAATAC TCTCTATGTA GTTACATGCA ATCCCGCTTC CCTGTACTTT 
ATGAATATGA CTGGGAAAAG TGGCTTCTTT GTGGACTTTT TTGATATCTT CCCAAGAACA 
GCCAATGGCG TTTGGCACCC TTTTGTGACA GTGGCACCGC TGGGAAGTCC TCTCAAAGGT 
CAAGTGGTTC TCCATGAGCA GCAGAAATTC TTCTTGAAAT GA

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

VWA8 ( XM_017020472.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016875961.1 Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X7, mRNA.

Price & Availability↑

CloneID	OHu84466
Clone ID Related Accession (Same CDS sequence)	XM_017020472.1
Accession Version	XM_017020472.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3480bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-03-25
Organism	Homo sapiens(human)
Product	von Willebrand factor A domain-containing protein 8 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000013.11) 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 Name :: Homo sapiens Annotation Release 109 Annotation Version :: 109 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAAGTGC CTGATGTTCT TTTCTATGAC AACATTCAGC ATGTGATAGT GATGGAAGAT 
ATGCTGAAAG ACTTTCTCCT TGGAGAACAC TTATTATTGG TTGGCAACCA GGGTGTAGGA 
AAAAACAAGA TTGTTGACAG ATTCCTTCAC CTGCTCAACA GACCCCGAGA ATATATTCAG 
CTACACAGGG ATACCACAGT ACAAACTCTT ACGCTTCAGC CTTCGGTTAA AGACGGACTT 
ATTGTATATG AAGACTCACC TTTGGTTAAA GCAGTAAAGT TGGGTCATAT TCTGGTAGTA 
GATGAGGCTG ACAAAGCTCC AACAAATGTC ACGTGTATTT TAAAAACTCT AGTAGAAAAT 
GGAGAAATGA TTCTAGCAGA TGGAAGACGC ATTGTTGCAA ATTCTGCTAA TGTGAATGGA 
AGAGAAAATG TTGTAGTGAT TCATCCTGAT TTTAGGATGA TTGTTCTGGC AAATAGACCT 
GGATTTCCTT TCCTAGGCAA TGATTTCTTC GGTACCTTAG GTGATATTTT TAGCTGCCAT 
GCAGTTGATA ACCCCAAACC CCACTCGGAG CTCGAGATGC TCAGACAGTA TGGACCAAAT 
GTGCCTGAGC CCATCCTTCA GAAGCTTGTG GCTGCCTTTG GAGAGCTGAG GAGTTTGGCT 
GACCAAGGGA TTATTAACTA TCCTTATTCT ACCAGAGAAG TTGTCAACAT AGTCAAACAT 
TTACAGAAAT TTCCGACTGA AGGTCTCTCC AGTGTAGTTC GAAATGTGTT TGACTTTGAT 
TCCTACAACA ATGACATGAG GGAGATATTG ATTAACACTT TACACAAATA CGGGATACCT 
ATCGGAGCAA AGCCTACCAG TGTGCAGCTG GCAAAGGAGT TGACTCTGCC AGAACAAACG 
TTCATGGGCT ACTGGACAAT TGGTCAGGCA AGAAGTGGGA TGCAAAAACT CTTGTGTCCA 
GTGGAAACTC ATCATATAGA CATAAAGGGT CCAGCACTTA TAAATATACA GGAGTATCCA 
ATAGAAAGAC ATGAAGAAAG ATCCCTAAAC TTTACTGAAG AATGTGCCTC ATGGAGAATA 
CCATTGGATG AAATTAATAT AATCTGTGAC ATTGCTACAT CACATGAAAA TGAGCAAAAT 
ACTCTCTATG TAGTTACATG CAATCCCGCT TCCCTGTACT TTATGAATAT GACTGGGAAA 
AGTGGCTTCT TTGTGGACTT TTTTGATATC TTCCCAAGAA CAGCCAATGG CGTTTGGCAC 
CCTTTTGTGA CAGTGGCACC GCTGGGAAGT CCTCTCAAAG GTCAAGTGGT TCTCCATGAG 
CAGCAGAGTA ATGTTATCCT GTTGTTAGAT ACTACTGGCC GGGCCCTTCA TCGTCTCATC 
CTCCCTTCCG AGAAGTTTAC ATCTAAGAAA CCTTTCTGGT GGAACAAAGA AGAAGCTGAA 
ACTTATAAAA TGTGTAAAGA ATTTTCACAC AAAAACTGGC TGGTGTTCTA CAAAGAAAAA 
GGGAACAGCC TGACTGTGCT GGATGTTCTA GAAGGGCGAA CTCACACCAT CTCACTTCCC 
ATCAACCTCA AGACAGTTTT CCTTGTAGCA GAGGACAAAT GGCTTCTGGT GGAGAGCAAA 
ACAAATCAGA AATATCTTTT AACTAAGCCT GCACACATCG AATCTGAGGG TAGTGGGGTT 
TGCCAGTTGT ATGTGCTGAA AGAGGAGCCG CCCAGCACAG GGTTTGGAGT TACACAAGAA 
ACAGAGTTCA GCATACCTCA TAAAATTTCC AGTGATCAAC TATCATCTGA ACATCTAAGT 
TCAGCTGTGG AACAAAAGAT TGCCTCTCCC AACAGAATTC TCTCAGATGA GAAAAATTAT 
GCTACAATAG TTGTTGGTTT TCCAGATCTC ATGTCACCCA GTGAAGTTTA TTCTTGGAAG 
AGACCATCAT CTTTGCATAA ACGAAGTGGC ACTGATACAT CATTCTATAG AGGAAAGAAG 
AAAAGGGGGA CTCCAAAACA AAGCAATTGT GTGACTCTTT TAGATACGAA TCAGGTAGTG 
AGGATTTTAC CCCCAGGAGA AGTCCCTCTA AAAGATATCT ACCCAAAAGA TGTTACTCCT 
CCACAAACAT CTGGTTATAT AGAAGTCACT GATCTTCAAT CAAAGAAACT CCGATATATC 
CCTATTCCCA GATCAGAATC TCTCTCGCCG TATACCACAT GGCTGTCGAC CATTTCAGAC 
ACAGATGCAC TGCTGGCTGA GTGGGACAAA AGCGGTGTTG TTACTGTTGA TATGGGAGGT 
CACATCAGGC TTTGGGAAAC TGGACTTGAA CGTCTGCAGC GATCACTCAT GGAATGGAGA 
AACATGATTG GACAAGATGA CAGAAATATG CAGATAACAA TCAACAGAGA CAGTGGTGAA 
GATGTAAGCT CCCCCAAACA CGGGAAGGAG GACCCAGACA ACATGCCTCA CGTGGGCGGC 
AACACTTGGG CTGGCGGAAC AGGGGGAAGA GACACGGCAG GCCTGGGTGG CAAAGGAGGC 
CCTTACCGGC TGGATGCAGG CCATACGGTG TACCAGGTCT CTCAGGCTGA GAAAGATGCA 
GTTCCCGAAG AGGTCAAGAG AGCTGCTAGA GAGATGGGCC AGAGAGCATT CCAGCAGAGG 
CTAAAGGAGA TCCAAATGAG TGAATACGAT GCTGCAACCT ATGAAAGGTT TTCAGGTGCT 
GTTCGGCGAC AGGTGCACTC CCTCCGAATC ATCCTGGATA ATTTACAGGC TAAAGGTAAA 
GAAAGACAAT GGCTAAGACA TCAAGCTACT GGAGAATTAG ATGATGCCAA GATCATTGAT 
GGGCTGACTG GAGAAAAAGC CATCTACAAA CGTCGGGGTG AGCTGGAGCC ACAACTTGGC 
AGCCCACAAC AGAAACCCAA GCGTCTGCGC CTGGTGGTAG ATGTGTCTGG TAGCATGTAC 
CGTTTCAACA GGATGGATGG CCGGCTTGAG CGCACAATGG AGGCTGTGTG TATGGTCATG 
GAAGCCTTCG AGAACTATGA GGAGAAGTTC CAGTATGACA TCGTTGGACA CTCTGGAGAT 
GGCTACAACA TTGGTCTGGT TCCAATGAAC AAAATCCCCA AGGACAATAA GCAAAGACTA 
GAAATTCTGA AGACAATGCA TGCCCACTCT CAGTTCTGCA TGAGTGGGGA CCACACGTTA 
GAAGGGACAG AACATGCCAT CAAGGAAATT GTCAAAGAAG AAGCTGATGA GTACTTTGTC 
ATAGTCTTGA GTGATGCAAA TCTGTCACGA TATGGAATAC ATCCTGCTAA GTTTGCTCAA 
ATCCTCACAA GAGACCCTCA AGTAAATGCT TTTGCCATTT TTATTGGCTC TTTAGGTGAT 
CAAGCAACCA GGCTTCAGAG AACTTTACCA GCTGGTCGGT CTTTCGTTGC CATGGATACC 
AAGGATATCC CTCAGATTTT ACAACAGATC TTCACCTCCA CCATGTTGTC GAGTGTCTAA

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

RefSeq	XP_016875961.1
CDS	297..3776
Translation	MKVPDVLFYDNIQHVIVMEDMLKDFLLGEHLLLVGNQGVGKNKIVDRFLHLLNRPREYIQLHRDTTVQTLTLQPSVKDGLIVYEDSPLVKAVKLGHILVVDEADKAPTNVTCILKTLVENGEMILADGRRIVANSANVNGRENVVVIHPDFRMIVLANRPGFPFLGNDFFGTLGDIFSCHAVDNPKPHSELEMLRQYGPNVPEPILQKLVAAFGELRSLADQGIINYPYSTREVVNIVKHLQKFPTEGLSSVVRNVFDFDSYNNDMREILINTLHKYGIPIGAKPTSVQLAKELTLPEQTFMGYWTIGQARSGMQKLLCPVETHHIDIKGPALINIQEYPIERHEERSLNFTEECASWRIPLDEINIICDIATSHENEQNTLYVVTCNPASLYFMNMTGKSGFFVDFFDIFPRTANGVWHPFVTVAPLGSPLKGQVVLHEQQSNVILLLDTTGRALHRLILPSEKFTSKKPFWWNKEEAETYKMCKEFSHKNWLVFYKEKGNSLTVLDVLEGRTHTISLPINLKTVFLVAEDKWLLVESKTNQKYLLTKPAHIESEGSGVCQLYVLKEEPPSTGFGVTQETEFSIPHKISSDQLSSEHLSSAVEQKIASPNRILSDEKNYATIVVGFPDLMSPSEVYSWKRPSSLHKRSGTDTSFYRGKKKRGTPKQSNCVTLLDTNQVVRILPPGEVPLKDIYPKDVTPPQTSGYIEVTDLQSKKLRYIPIPRSESLSPYTTWLSTISDTDALLAEWDKSGVVTVDMGGHIRLWETGLERLQRSLMEWRNMIGQDDRNMQITINRDSGEDVSSPKHGKEDPDNMPHVGGNTWAGGTGGRDTAGLGGKGGPYRLDAGHTVYQVSQAEKDAVPEEVKRAAREMGQRAFQQRLKEIQMSEYDAATYERFSGAVRRQVHSLRIILDNLQAKGKERQWLRHQATGELDDAKIIDGLTGEKAIYKRRGELEPQLGSPQQKPKRLRLVVDVSGSMYRFNRMDGRLERTMEAVCMVMEAFENYEEKFQYDIVGHSGDGYNIGLVPMNKIPKDNKQRLEILKTMHAHSQFCMSGDHTLEGTEHAIKEIVKEEADEYFVIVLSDANLSRYGIHPAKFAQILTRDPQVNAFAIFIGSLGDQATRLQRTLPAGRSFVAMDTKDIPQILQQIFTSTMLSSV

Target ORF information:

RefSeq Version	XM_017020472.1
Organism	Homo sapiens(human)
Definition	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X7, mRNA.

Target ORF information:

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

XM_017020472.1

ORF Insert Sequence:

ATGAAAGTGC CTGATGTTCT TTTCTATGAC AACATTCAGC ATGTGATAGT GATGGAAGAT 
ATGCTGAAAG ACTTTCTCCT TGGAGAACAC TTATTATTGG TTGGCAACCA GGGTGTAGGA 
AAAAACAAGA TTGTTGACAG ATTCCTTCAC CTGCTCAACA GACCCCGAGA ATATATTCAG 
CTACACAGGG ATACCACAGT ACAAACTCTT ACGCTTCAGC CTTCGGTTAA AGACGGACTT 
ATTGTATATG AAGACTCACC TTTGGTTAAA GCAGTAAAGT TGGGTCATAT TCTGGTAGTA 
GATGAGGCTG ACAAAGCTCC AACAAATGTC ACGTGTATTT TAAAAACTCT AGTAGAAAAT 
GGAGAAATGA TTCTAGCAGA TGGAAGACGC ATTGTTGCAA ATTCTGCTAA TGTGAATGGA 
AGAGAAAATG TTGTAGTGAT TCATCCTGAT TTTAGGATGA TTGTTCTGGC AAATAGACCT 
GGATTTCCTT TCCTAGGCAA TGATTTCTTC GGTACCTTAG GTGATATTTT TAGCTGCCAT 
GCAGTTGATA ACCCCAAACC CCACTCGGAG CTCGAGATGC TCAGACAGTA TGGACCAAAT 
GTGCCTGAGC CCATCCTTCA GAAGCTTGTG GCTGCCTTTG GAGAGCTGAG GAGTTTGGCT 
GACCAAGGGA TTATTAACTA TCCTTATTCT ACCAGAGAAG TTGTCAACAT AGTCAAACAT 
TTACAGAAAT TTCCGACTGA AGGTCTCTCC AGTGTAGTTC GAAATGTGTT TGACTTTGAT 
TCCTACAACA ATGACATGAG GGAGATATTG ATTAACACTT TACACAAATA CGGGATACCT 
ATCGGAGCAA AGCCTACCAG TGTGCAGCTG GCAAAGGAGT TGACTCTGCC AGAACAAACG 
TTCATGGGCT ACTGGACAAT TGGTCAGGCA AGAAGTGGGA TGCAAAAACT CTTGTGTCCA 
GTGGAAACTC ATCATATAGA CATAAAGGGT CCAGCACTTA TAAATATACA GGAGTATCCA 
ATAGAAAGAC ATGAAGAAAG ATCCCTAAAC TTTACTGAAG AATGTGCCTC ATGGAGAATA 
CCATTGGATG AAATTAATAT AATCTGTGAC ATTGCTACAT CACATGAAAA TGAGCAAAAT 
ACTCTCTATG TAGTTACATG CAATCCCGCT TCCCTGTACT TTATGAATAT GACTGGGAAA 
AGTGGCTTCT TTGTGGACTT TTTTGATATC TTCCCAAGAA CAGCCAATGG CGTTTGGCAC 
CCTTTTGTGA CAGTGGCACC GCTGGGAAGT CCTCTCAAAG GTCAAGTGGT TCTCCATGAG 
CAGCAGAGTA ATGTTATCCT GTTGTTAGAT ACTACTGGCC GGGCCCTTCA TCGTCTCATC 
CTCCCTTCCG AGAAGTTTAC ATCTAAGAAA CCTTTCTGGT GGAACAAAGA AGAAGCTGAA 
ACTTATAAAA TGTGTAAAGA ATTTTCACAC AAAAACTGGC TGGTGTTCTA CAAAGAAAAA 
GGGAACAGCC TGACTGTGCT GGATGTTCTA GAAGGGCGAA CTCACACCAT CTCACTTCCC 
ATCAACCTCA AGACAGTTTT CCTTGTAGCA GAGGACAAAT GGCTTCTGGT GGAGAGCAAA 
ACAAATCAGA AATATCTTTT AACTAAGCCT GCACACATCG AATCTGAGGG TAGTGGGGTT 
TGCCAGTTGT ATGTGCTGAA AGAGGAGCCG CCCAGCACAG GGTTTGGAGT TACACAAGAA 
ACAGAGTTCA GCATACCTCA TAAAATTTCC AGTGATCAAC TATCATCTGA ACATCTAAGT 
TCAGCTGTGG AACAAAAGAT TGCCTCTCCC AACAGAATTC TCTCAGATGA GAAAAATTAT 
GCTACAATAG TTGTTGGTTT TCCAGATCTC ATGTCACCCA GTGAAGTTTA TTCTTGGAAG 
AGACCATCAT CTTTGCATAA ACGAAGTGGC ACTGATACAT CATTCTATAG AGGAAAGAAG 
AAAAGGGGGA CTCCAAAACA AAGCAATTGT GTGACTCTTT TAGATACGAA TCAGGTAGTG 
AGGATTTTAC CCCCAGGAGA AGTCCCTCTA AAAGATATCT ACCCAAAAGA TGTTACTCCT 
CCACAAACAT CTGGTTATAT AGAAGTCACT GATCTTCAAT CAAAGAAACT CCGATATATC 
CCTATTCCCA GATCAGAATC TCTCTCGCCG TATACCACAT GGCTGTCGAC CATTTCAGAC 
ACAGATGCAC TGCTGGCTGA GTGGGACAAA AGCGGTGTTG TTACTGTTGA TATGGGAGGT 
CACATCAGGC TTTGGGAAAC TGGACTTGAA CGTCTGCAGC GATCACTCAT GGAATGGAGA 
AACATGATTG GACAAGATGA CAGAAATATG CAGATAACAA TCAACAGAGA CAGTGGTGAA 
GATGTAAGCT CCCCCAAACA CGGGAAGGAG GACCCAGACA ACATGCCTCA CGTGGGCGGC 
AACACTTGGG CTGGCGGAAC AGGGGGAAGA GACACGGCAG GCCTGGGTGG CAAAGGAGGC 
CCTTACCGGC TGGATGCAGG CCATACGGTG TACCAGGTCT CTCAGGCTGA GAAAGATGCA 
GTTCCCGAAG AGGTCAAGAG AGCTGCTAGA GAGATGGGCC AGAGAGCATT CCAGCAGAGG 
CTAAAGGAGA TCCAAATGAG TGAATACGAT GCTGCAACCT ATGAAAGGTT TTCAGGTGCT 
GTTCGGCGAC AGGTGCACTC CCTCCGAATC ATCCTGGATA ATTTACAGGC TAAAGGTAAA 
GAAAGACAAT GGCTAAGACA TCAAGCTACT GGAGAATTAG ATGATGCCAA GATCATTGAT 
GGGCTGACTG GAGAAAAAGC CATCTACAAA CGTCGGGGTG AGCTGGAGCC ACAACTTGGC 
AGCCCACAAC AGAAACCCAA GCGTCTGCGC CTGGTGGTAG ATGTGTCTGG TAGCATGTAC 
CGTTTCAACA GGATGGATGG CCGGCTTGAG CGCACAATGG AGGCTGTGTG TATGGTCATG 
GAAGCCTTCG AGAACTATGA GGAGAAGTTC CAGTATGACA TCGTTGGACA CTCTGGAGAT 
GGCTACAACA TTGGTCTGGT TCCAATGAAC AAAATCCCCA AGGACAATAA GCAAAGACTA 
GAAATTCTGA AGACAATGCA TGCCCACTCT CAGTTCTGCA TGAGTGGGGA CCACACGTTA 
GAAGGGACAG AACATGCCAT CAAGGAAATT GTCAAAGAAG AAGCTGATGA GTACTTTGTC 
ATAGTCTTGA GTGATGCAAA TCTGTCACGA TATGGAATAC ATCCTGCTAA GTTTGCTCAA 
ATCCTCACAA GAGACCCTCA AGTAAATGCT TTTGCCATTT TTATTGGCTC TTTAGGTGAT 
CAAGCAACCA GGCTTCAGAG AACTTTACCA GCTGGTCGGT CTTTCGTTGC CATGGATACC 
AAGGATATCC CTCAGATTTT ACAACAGATC TTCACCTCCA CCATGTTGTC GAGTGTCTAA

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

VWA8 ( XM_017020473.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016875962.1 Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X8, mRNA.

Price & Availability↑

CloneID	OHu84467
Clone ID Related Accession (Same CDS sequence)	XM_017020473.1
Accession Version	XM_017020473.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3429bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-03-25
Organism	Homo sapiens(human)
Product	von Willebrand factor A domain-containing protein 8 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000013.11) 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 Name :: Homo sapiens Annotation Release 109 Annotation Version :: 109 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGATA TGCTGAAAGA CTTTCTCCTT GGAGAACACT TATTATTGGT TGGCAACCAG 
GGTGTAGGAA AAAACAAGAT TGTTGACAGA TTCCTTCACC TGCTCAACAG ACCCCGAGAA 
TATATTCAGC TACACAGGGA TACCACAGTA CAAACTCTTA CGCTTCAGCC TTCGGTTAAA 
GACGGACTTA TTGTATATGA AGACTCACCT TTGGTTAAAG CAGTAAAGTT GGGTCATATT 
CTGGTAGTAG ATGAGGCTGA CAAAGCTCCA ACAAATGTCA CGTGTATTTT AAAAACTCTA 
GTAGAAAATG GAGAAATGAT TCTAGCAGAT GGAAGACGCA TTGTTGCAAA TTCTGCTAAT 
GTGAATGGAA GAGAAAATGT TGTAGTGATT CATCCTGATT TTAGGATGAT TGTTCTGGCA 
AATAGACCTG GATTTCCTTT CCTAGGCAAT GATTTCTTCG GTACCTTAGG TGATATTTTT 
AGCTGCCATG CAGTTGATAA CCCCAAACCC CACTCGGAGC TCGAGATGCT CAGACAGTAT 
GGACCAAATG TGCCTGAGCC CATCCTTCAG AAGCTTGTGG CTGCCTTTGG AGAGCTGAGG 
AGTTTGGCTG ACCAAGGGAT TATTAACTAT CCTTATTCTA CCAGAGAAGT TGTCAACATA 
GTCAAACATT TACAGAAATT TCCGACTGAA GGTCTCTCCA GTGTAGTTCG AAATGTGTTT 
GACTTTGATT CCTACAACAA TGACATGAGG GAGATATTGA TTAACACTTT ACACAAATAC 
GGGATACCTA TCGGAGCAAA GCCTACCAGT GTGCAGCTGG CAAAGGAGTT GACTCTGCCA 
GAACAAACGT TCATGGGCTA CTGGACAATT GGTCAGGCAA GAAGTGGGAT GCAAAAACTC 
TTGTGTCCAG TGGAAACTCA TCATATAGAC ATAAAGGGTC CAGCACTTAT AAATATACAG 
GAGTATCCAA TAGAAAGACA TGAAGAAAGA TCCCTAAACT TTACTGAAGA ATGTGCCTCA 
TGGAGAATAC CATTGGATGA AATTAATATA ATCTGTGACA TTGCTACATC ACATGAAAAT 
GAGCAAAATA CTCTCTATGT AGTTACATGC AATCCCGCTT CCCTGTACTT TATGAATATG 
ACTGGGAAAA GTGGCTTCTT TGTGGACTTT TTTGATATCT TCCCAAGAAC AGCCAATGGC 
GTTTGGCACC CTTTTGTGAC AGTGGCACCG CTGGGAAGTC CTCTCAAAGG TCAAGTGGTT 
CTCCATGAGC AGCAGAGTAA TGTTATCCTG TTGTTAGATA CTACTGGCCG GGCCCTTCAT 
CGTCTCATCC TCCCTTCCGA GAAGTTTACA TCTAAGAAAC CTTTCTGGTG GAACAAAGAA 
GAAGCTGAAA CTTATAAAAT GTGTAAAGAA TTTTCACACA AAAACTGGCT GGTGTTCTAC 
AAAGAAAAAG GGAACAGCCT GACTGTGCTG GATGTTCTAG AAGGGCGAAC TCACACCATC 
TCACTTCCCA TCAACCTCAA GACAGTTTTC CTTGTAGCAG AGGACAAATG GCTTCTGGTG 
GAGAGCAAAA CAAATCAGAA ATATCTTTTA ACTAAGCCTG CACACATCGA ATCTGAGGGT 
AGTGGGGTTT GCCAGTTGTA TGTGCTGAAA GAGGAGCCGC CCAGCACAGG GTTTGGAGTT 
ACACAAGAAA CAGAGTTCAG CATACCTCAT AAAATTTCCA GTGATCAACT ATCATCTGAA 
CATCTAAGTT CAGCTGTGGA ACAAAAGATT GCCTCTCCCA ACAGAATTCT CTCAGATGAG 
AAAAATTATG CTACAATAGT TGTTGGTTTT CCAGATCTCA TGTCACCCAG TGAAGTTTAT 
TCTTGGAAGA GACCATCATC TTTGCATAAA CGAAGTGGCA CTGATACATC ATTCTATAGA 
GGAAAGAAGA AAAGGGGGAC TCCAAAACAA AGCAATTGTG TGACTCTTTT AGATACGAAT 
CAGGTAGTGA GGATTTTACC CCCAGGAGAA GTCCCTCTAA AAGATATCTA CCCAAAAGAT 
GTTACTCCTC CACAAACATC TGGTTATATA GAAGTCACTG ATCTTCAATC AAAGAAACTC 
CGATATATCC CTATTCCCAG ATCAGAATCT CTCTCGCCGT ATACCACATG GCTGTCGACC 
ATTTCAGACA CAGATGCACT GCTGGCTGAG TGGGACAAAA GCGGTGTTGT TACTGTTGAT 
ATGGGAGGTC ACATCAGGCT TTGGGAAACT GGACTTGAAC GTCTGCAGCG ATCACTCATG 
GAATGGAGAA ACATGATTGG ACAAGATGAC AGAAATATGC AGATAACAAT CAACAGAGAC 
AGTGGTGAAG ATGTAAGCTC CCCCAAACAC GGGAAGGAGG ACCCAGACAA CATGCCTCAC 
GTGGGCGGCA ACACTTGGGC TGGCGGAACA GGGGGAAGAG ACACGGCAGG CCTGGGTGGC 
AAAGGAGGCC CTTACCGGCT GGATGCAGGC CATACGGTGT ACCAGGTCTC TCAGGCTGAG 
AAAGATGCAG TTCCCGAAGA GGTCAAGAGA GCTGCTAGAG AGATGGGCCA GAGAGCATTC 
CAGCAGAGGC TAAAGGAGAT CCAAATGAGT GAATACGATG CTGCAACCTA TGAAAGGTTT 
TCAGGTGCTG TTCGGCGACA GGTGCACTCC CTCCGAATCA TCCTGGATAA TTTACAGGCT 
AAAGGTAAAG AAAGACAATG GCTAAGACAT CAAGCTACTG GAGAATTAGA TGATGCCAAG 
ATCATTGATG GGCTGACTGG AGAAAAAGCC ATCTACAAAC GTCGGGGTGA GCTGGAGCCA 
CAACTTGGCA GCCCACAACA GAAACCCAAG CGTCTGCGCC TGGTGGTAGA TGTGTCTGGT 
AGCATGTACC GTTTCAACAG GATGGATGGC CGGCTTGAGC GCACAATGGA GGCTGTGTGT 
ATGGTCATGG AAGCCTTCGA GAACTATGAG GAGAAGTTCC AGTATGACAT CGTTGGACAC 
TCTGGAGATG GCTACAACAT TGGTCTGGTT CCAATGAACA AAATCCCCAA GGACAATAAG 
CAAAGACTAG AAATTCTGAA GACAATGCAT GCCCACTCTC AGTTCTGCAT GAGTGGGGAC 
CACACGTTAG AAGGGACAGA ACATGCCATC AAGGAAATTG TCAAAGAAGA AGCTGATGAG 
TACTTTGTCA TAGTCTTGAG TGATGCAAAT CTGTCACGAT ATGGAATACA TCCTGCTAAG 
TTTGCTCAAA TCCTCACAAG AGACCCTCAA GTAAATGCTT TTGCCATTTT TATTGGCTCT 
TTAGGTGATC AAGCAACCAG GCTTCAGAGA ACTTTACCAG CTGGTCGGTC TTTCGTTGCC 
ATGGATACCA AGGATATCCC TCAGATTTTA CAACAGATCT TCACCTCCAC CATGTTGTCG 
AGTGTCTAA

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

RefSeq	XP_016875962.1
CDS	241..3669
Translation	MEDMLKDFLLGEHLLLVGNQGVGKNKIVDRFLHLLNRPREYIQLHRDTTVQTLTLQPSVKDGLIVYEDSPLVKAVKLGHILVVDEADKAPTNVTCILKTLVENGEMILADGRRIVANSANVNGRENVVVIHPDFRMIVLANRPGFPFLGNDFFGTLGDIFSCHAVDNPKPHSELEMLRQYGPNVPEPILQKLVAAFGELRSLADQGIINYPYSTREVVNIVKHLQKFPTEGLSSVVRNVFDFDSYNNDMREILINTLHKYGIPIGAKPTSVQLAKELTLPEQTFMGYWTIGQARSGMQKLLCPVETHHIDIKGPALINIQEYPIERHEERSLNFTEECASWRIPLDEINIICDIATSHENEQNTLYVVTCNPASLYFMNMTGKSGFFVDFFDIFPRTANGVWHPFVTVAPLGSPLKGQVVLHEQQSNVILLLDTTGRALHRLILPSEKFTSKKPFWWNKEEAETYKMCKEFSHKNWLVFYKEKGNSLTVLDVLEGRTHTISLPINLKTVFLVAEDKWLLVESKTNQKYLLTKPAHIESEGSGVCQLYVLKEEPPSTGFGVTQETEFSIPHKISSDQLSSEHLSSAVEQKIASPNRILSDEKNYATIVVGFPDLMSPSEVYSWKRPSSLHKRSGTDTSFYRGKKKRGTPKQSNCVTLLDTNQVVRILPPGEVPLKDIYPKDVTPPQTSGYIEVTDLQSKKLRYIPIPRSESLSPYTTWLSTISDTDALLAEWDKSGVVTVDMGGHIRLWETGLERLQRSLMEWRNMIGQDDRNMQITINRDSGEDVSSPKHGKEDPDNMPHVGGNTWAGGTGGRDTAGLGGKGGPYRLDAGHTVYQVSQAEKDAVPEEVKRAAREMGQRAFQQRLKEIQMSEYDAATYERFSGAVRRQVHSLRIILDNLQAKGKERQWLRHQATGELDDAKIIDGLTGEKAIYKRRGELEPQLGSPQQKPKRLRLVVDVSGSMYRFNRMDGRLERTMEAVCMVMEAFENYEEKFQYDIVGHSGDGYNIGLVPMNKIPKDNKQRLEILKTMHAHSQFCMSGDHTLEGTEHAIKEIVKEEADEYFVIVLSDANLSRYGIHPAKFAQILTRDPQVNAFAIFIGSLGDQATRLQRTLPAGRSFVAMDTKDIPQILQQIFTSTMLSSV

Target ORF information:

RefSeq Version	XM_017020473.1
Organism	Homo sapiens(human)
Definition	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X8, mRNA.

Target ORF information:

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

XM_017020473.1

ORF Insert Sequence:

ATGGAAGATA TGCTGAAAGA CTTTCTCCTT GGAGAACACT TATTATTGGT TGGCAACCAG 
GGTGTAGGAA AAAACAAGAT TGTTGACAGA TTCCTTCACC TGCTCAACAG ACCCCGAGAA 
TATATTCAGC TACACAGGGA TACCACAGTA CAAACTCTTA CGCTTCAGCC TTCGGTTAAA 
GACGGACTTA TTGTATATGA AGACTCACCT TTGGTTAAAG CAGTAAAGTT GGGTCATATT 
CTGGTAGTAG ATGAGGCTGA CAAAGCTCCA ACAAATGTCA CGTGTATTTT AAAAACTCTA 
GTAGAAAATG GAGAAATGAT TCTAGCAGAT GGAAGACGCA TTGTTGCAAA TTCTGCTAAT 
GTGAATGGAA GAGAAAATGT TGTAGTGATT CATCCTGATT TTAGGATGAT TGTTCTGGCA 
AATAGACCTG GATTTCCTTT CCTAGGCAAT GATTTCTTCG GTACCTTAGG TGATATTTTT 
AGCTGCCATG CAGTTGATAA CCCCAAACCC CACTCGGAGC TCGAGATGCT CAGACAGTAT 
GGACCAAATG TGCCTGAGCC CATCCTTCAG AAGCTTGTGG CTGCCTTTGG AGAGCTGAGG 
AGTTTGGCTG ACCAAGGGAT TATTAACTAT CCTTATTCTA CCAGAGAAGT TGTCAACATA 
GTCAAACATT TACAGAAATT TCCGACTGAA GGTCTCTCCA GTGTAGTTCG AAATGTGTTT 
GACTTTGATT CCTACAACAA TGACATGAGG GAGATATTGA TTAACACTTT ACACAAATAC 
GGGATACCTA TCGGAGCAAA GCCTACCAGT GTGCAGCTGG CAAAGGAGTT GACTCTGCCA 
GAACAAACGT TCATGGGCTA CTGGACAATT GGTCAGGCAA GAAGTGGGAT GCAAAAACTC 
TTGTGTCCAG TGGAAACTCA TCATATAGAC ATAAAGGGTC CAGCACTTAT AAATATACAG 
GAGTATCCAA TAGAAAGACA TGAAGAAAGA TCCCTAAACT TTACTGAAGA ATGTGCCTCA 
TGGAGAATAC CATTGGATGA AATTAATATA ATCTGTGACA TTGCTACATC ACATGAAAAT 
GAGCAAAATA CTCTCTATGT AGTTACATGC AATCCCGCTT CCCTGTACTT TATGAATATG 
ACTGGGAAAA GTGGCTTCTT TGTGGACTTT TTTGATATCT TCCCAAGAAC AGCCAATGGC 
GTTTGGCACC CTTTTGTGAC AGTGGCACCG CTGGGAAGTC CTCTCAAAGG TCAAGTGGTT 
CTCCATGAGC AGCAGAGTAA TGTTATCCTG TTGTTAGATA CTACTGGCCG GGCCCTTCAT 
CGTCTCATCC TCCCTTCCGA GAAGTTTACA TCTAAGAAAC CTTTCTGGTG GAACAAAGAA 
GAAGCTGAAA CTTATAAAAT GTGTAAAGAA TTTTCACACA AAAACTGGCT GGTGTTCTAC 
AAAGAAAAAG GGAACAGCCT GACTGTGCTG GATGTTCTAG AAGGGCGAAC TCACACCATC 
TCACTTCCCA TCAACCTCAA GACAGTTTTC CTTGTAGCAG AGGACAAATG GCTTCTGGTG 
GAGAGCAAAA CAAATCAGAA ATATCTTTTA ACTAAGCCTG CACACATCGA ATCTGAGGGT 
AGTGGGGTTT GCCAGTTGTA TGTGCTGAAA GAGGAGCCGC CCAGCACAGG GTTTGGAGTT 
ACACAAGAAA CAGAGTTCAG CATACCTCAT AAAATTTCCA GTGATCAACT ATCATCTGAA 
CATCTAAGTT CAGCTGTGGA ACAAAAGATT GCCTCTCCCA ACAGAATTCT CTCAGATGAG 
AAAAATTATG CTACAATAGT TGTTGGTTTT CCAGATCTCA TGTCACCCAG TGAAGTTTAT 
TCTTGGAAGA GACCATCATC TTTGCATAAA CGAAGTGGCA CTGATACATC ATTCTATAGA 
GGAAAGAAGA AAAGGGGGAC TCCAAAACAA AGCAATTGTG TGACTCTTTT AGATACGAAT 
CAGGTAGTGA GGATTTTACC CCCAGGAGAA GTCCCTCTAA AAGATATCTA CCCAAAAGAT 
GTTACTCCTC CACAAACATC TGGTTATATA GAAGTCACTG ATCTTCAATC AAAGAAACTC 
CGATATATCC CTATTCCCAG ATCAGAATCT CTCTCGCCGT ATACCACATG GCTGTCGACC 
ATTTCAGACA CAGATGCACT GCTGGCTGAG TGGGACAAAA GCGGTGTTGT TACTGTTGAT 
ATGGGAGGTC ACATCAGGCT TTGGGAAACT GGACTTGAAC GTCTGCAGCG ATCACTCATG 
GAATGGAGAA ACATGATTGG ACAAGATGAC AGAAATATGC AGATAACAAT CAACAGAGAC 
AGTGGTGAAG ATGTAAGCTC CCCCAAACAC GGGAAGGAGG ACCCAGACAA CATGCCTCAC 
GTGGGCGGCA ACACTTGGGC TGGCGGAACA GGGGGAAGAG ACACGGCAGG CCTGGGTGGC 
AAAGGAGGCC CTTACCGGCT GGATGCAGGC CATACGGTGT ACCAGGTCTC TCAGGCTGAG 
AAAGATGCAG TTCCCGAAGA GGTCAAGAGA GCTGCTAGAG AGATGGGCCA GAGAGCATTC 
CAGCAGAGGC TAAAGGAGAT CCAAATGAGT GAATACGATG CTGCAACCTA TGAAAGGTTT 
TCAGGTGCTG TTCGGCGACA GGTGCACTCC CTCCGAATCA TCCTGGATAA TTTACAGGCT 
AAAGGTAAAG AAAGACAATG GCTAAGACAT CAAGCTACTG GAGAATTAGA TGATGCCAAG 
ATCATTGATG GGCTGACTGG AGAAAAAGCC ATCTACAAAC GTCGGGGTGA GCTGGAGCCA 
CAACTTGGCA GCCCACAACA GAAACCCAAG CGTCTGCGCC TGGTGGTAGA TGTGTCTGGT 
AGCATGTACC GTTTCAACAG GATGGATGGC CGGCTTGAGC GCACAATGGA GGCTGTGTGT 
ATGGTCATGG AAGCCTTCGA GAACTATGAG GAGAAGTTCC AGTATGACAT CGTTGGACAC 
TCTGGAGATG GCTACAACAT TGGTCTGGTT CCAATGAACA AAATCCCCAA GGACAATAAG 
CAAAGACTAG AAATTCTGAA GACAATGCAT GCCCACTCTC AGTTCTGCAT GAGTGGGGAC 
CACACGTTAG AAGGGACAGA ACATGCCATC AAGGAAATTG TCAAAGAAGA AGCTGATGAG 
TACTTTGTCA TAGTCTTGAG TGATGCAAAT CTGTCACGAT ATGGAATACA TCCTGCTAAG 
TTTGCTCAAA TCCTCACAAG AGACCCTCAA GTAAATGCTT TTGCCATTTT TATTGGCTCT 
TTAGGTGATC AAGCAACCAG GCTTCAGAGA ACTTTACCAG CTGGTCGGTC TTTCGTTGCC 
ATGGATACCA AGGATATCCC TCAGATTTTA CAACAGATCT TCACCTCCAC CATGTTGTCG 
AGTGTCTAA

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

VWA8 ( XM_011535007.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011533309.1 Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X5, mRNA.

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CloneID	OHu65390
Clone ID Related Accession (Same CDS sequence)	XM_011535007.2 , XM_011535007.3
Accession Version	XM_011535007.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3906bp) 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	von Willebrand factor A domain-containing protein 8 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000013.11) 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_011535007.1. ##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##

ATGCAATCCC GGCTTCTACT CCTCGGGGCA CCCGGAGGCC ACGGCGGCCC GGCCTCGCGG 
CGCATGCGGC TGCTCCTGCG GCAGGTGGTG CAGCGCAGGC CGGGTGGCGA CAGGCAGCGG 
CCGGAGGTCA GACTGTTGCA CGCCGGCTCG GGGGCCGACA CAGGTGATAC AGTTAATATT 
GGAGATGTAT CCTACAAGTT GAAAATTCCT AAGAATCCAG AACTTGTGCC ACAGAACTAC 
ATTTCAGACT CTCTGGCTCA ATCTGTAGTT CAGCATCTAA GATGGATAAT GCAGAAGGAT 
CTTTTGGGGC AAGATGTTTT TCTAATAGGA CCTCCTGGGC CTCTTCGACG CTCTATTGCT 
ATGCAGTACT TGGAGCTGAC CAAACGGGAG GTCGAATACA TTGCCCTGTC AAGGGACACC 
ACTGAAACTG ATCTCAAACA GCGACGAGAG ATCCGTGCAG GCACAGCCTT TTACATTGAT 
CAGTGTGCAG TTCGTGCAGC CACAGAAGGC AGAACTCTCA TTTTGGAAGG TTTGGAAAAG 
GCAGAGAGGA ATGTTTTGCC TGTTTTGAAC AACTTGCTGG AAAACAGAGA GATGCAGCTT 
GAAGATGGAC GCTTCCTGAT GTCTGCTGAG CGTTACGACA AACTTCTCCG AGATCATACC 
AAAAAAGAGT TGGATTCTTG GAAAATTGTC CGAGTTAGTG AAAATTTCCG AGTGATTGCC 
TTGGGCTTGC CAGTGCCAAG GTATTCTGGG AATCCATTAG ACCCCCCTCT TCGTTCTCGA 
TTTCAAGCCA GGGATATTTA TTATTTACCC TTCAAGGACC AACTTAAGTT GTTATATTCA 
ATTGGAGCCA ATGTTTCTGC TGAGAAAGTT TCTCAGCTCT TGTCCTTTGC CACAACTCTG 
TGTTCCCAAG AATCTTCTAC TCTTGGACTT CCAGACTTTC CTTTAGATAG TTTAGCAGCT 
GCGGTTCAAA TCTTGGATTC CTTTCCTATG ATGCCAATCA AACATGCAAT CCAGTGGCTT 
TATCCATATA GTATTTTACT AGGTCATGAA GGGAAGATGG CTGTGGAAGG TGTTTTAAAG 
CGCTTTGAAC TTCAAGATTC AGGAAGCTCT CTACTTCCTA AAGAGATTGT AAAAGTAGAG 
AAGATGATGG AAAACCATGT GTCCCAAGCT TCTGTGACCA TCCGGATTGC AGATAAAGAG 
GTGACCATTA AGGTGCCAGC CGGGACCAGG CTATTAAGTC AACCTTGTGC GTCAGACCGT 
TTCATACAGA CTTTGAGCCA TAAGCAGCTA CAGGCTGAAA TGATGCAGTC TCACATGGTT 
AAAGATATAT GTTTAATTGG AGGAAAGGGT TGTGGAAAAA CAGTGATCGC TAAGAACTTT 
GCCGATACCT TAGGATACAA CATAGAACCT ATTATGCTCT ATCAGGATAT GACAGCGCGT 
GATCTGCTAC AGCAGAGATA CACCCTTCCA AATGGAGACA CTGCCTGGCG GTCCTCACCC 
CTTGTGAATG CTGCTCTGGA AGGCAAGCTG GTCCTGCTGG ATGGCATTCA CCGGGTGAAT 
GCGGGCACGC TTGCTGTATT GCAAAGGTTA ATCCATGATC GAGAGCTAAG CCTCTATGAT 
GGTTCTAGGC TGCTGAGAGA AGACAGGTAT ATGCGTTTAA AGGAGGAGCT GCAACTGTCT 
GATGAACAGC TACAGAAGAG ATCCATTTTT CCTATCCATC CCTCCTTCAG AATCATTGCC 
TTGGCAGAAC CCCCTGTTAT TGGAAGCACA GCACACCAGT GGCTGGGACC AGAATTCTTA 
ACCATGTTCT TTTTCCATTA CATGAAACCA CTTGTGAAAA GTGAAGAAAT CCAAGTGATT 
AAGGAAAAGG TCCCAAATGT ACCTCAGGAA GCTCTGGATA AGTTATTATC ATTTACACAC 
AAACTCAGAG AAACACAGGA TCCAACGGCA CAATCATTAG CGGCATCACT TTCTACCAGA 
CAACTGTTGC GAATTTCTCG TCGGCTGTCA CAGTATCCTA ATGAAAATCT TCACAGTGCT 
GTTACTAAAG CCTGCCTTTC CAGGTTTTTA CCCAGTCTTG CTAGGTCAGC ATTAGAAAAA 
AATCTGGCAG ATGCTACAAT AGAAATAAAT ACTGATGACA ATTTGGAGCC AGAACTGAAG 
GATTACAAAT GTGAAGTAAC ATCTGGAACT CTGAGGATTG GTGCTGTTAG TGCACCGATC 
TATAATGCAC ATGAGAAAAT GAAAGTGCCT GATGTTCTTT TCTATGACAA CATTCAGCAT 
GTGATAGTGA TGGAAGATAT GCTGAAAGAC TTTCTCCTTG GAGAACACTT ATTATTGGTT 
GGCAACCAGG GTGTAGGAAA AAACAAGATT GTTGACAGAT TCCTTCACCT GCTCAACAGA 
CCCCGAGAAT ATATTCAGCT ACACAGGGAT ACCACAGTAC AAACTCTTAC GCTTCAGCCT 
TCGGTTAAAG ACGGACTTAT TGTATATGAA GACTCACCTT TGGTTAAAGC AGTAAAGTTG 
GGTCATATTC TGGTAGTAGA TGAGGCTGAC AAAGCTCCAA CAAATGTCAC GTGTATTTTA 
AAAACTCTAG TAGAAAATGG AGAAATGATT CTAGCAGATG GAAGACGCAT TGTTGCAAAT 
TCTGCTAATG TGAATGGAAG AGAAAATGTT GTAGTGATTC ATCCTGATTT TAGGATGATT 
GTTCTGGCAA ATAGACCTGG ATTTCCTTTC CTAGGCAATG ATTTCTTCGG TACCTTAGGT 
GATATTTTTA GCTGCCATGC AGTTGATAAC CCCAAACCCC ACTCGGAGCT CGAGATGCTC 
AGACAGTATG GACCAAATGT GCCTGAGCCC ATCCTTCAGA AGCTTGTGGC TGCCTTTGGA 
GAGCTGAGGA GTTTGGCTGA CCAAGGGATT ATTAACTATC CTTATTCTAC CAGAGAAGTT 
GTCAACATAG TCAAACATTT ACAGAAATTT CCGACTGAAG GTCTCTCCAG TGTAGTTCGA 
AATGTGTTTG ACTTTGATTC CTACAACAAT GACATGAGGG AGATATTGAT TAACACTTTA 
CACAAATACG GGATACCTAT CGGAGCAAAG CCTACCAGTG TGCAGCTGGC AAAGGAGTTG 
ACTCTGCCAG AACAAACGTT CATGGGCTAC TGGACAATTG GTCAGGCAAG AAGTGGGATG 
CAAAAACTCT TGTGTCCAGT GGAAACTCAT CATATAGACA TAAAGGGTCC AGCACTTATA 
AATATACAGG AGTATCCAAT AGAAAGACAT GAAGAAAGAT CCCTAAACTT TACTGAAGAA 
TGTGCCTCAT GGAGAATACC ATTGGATGAA ATTAATATAA TCTGTGACAT TGCTACATCA 
CATGAAAATG AGCAAAATAC TCTCTATGTA GTTACATGCA ATCCCGCTTC CCTGTACTTT 
ATGAATATGA CTGGGAAAAG TGGCTTCTTT GTGGACTTTT TTGATATCTT CCCAAGAACA 
GCCAATGGCG TTTGGCACCC TTTTGTGACA GTGGCACCGC TGGGAAGTCC TCTCAAAGGT 
CAAGTGGTTC TCCATGAGCA GCAGAGTAAT GTTATCCTGT TGTTAGATAC TACTGGCCGG 
GCCCTTCATC GTCTCATCCT CCCTTCCGAG AAGTTTACAT CTAAGAAACC TTTCTGGTGG 
AACAAAGAAG AAGCTGAAAC TTATAAAATG TGTAAAGAAT TTTCACACAA AAACTGGCTG 
GTGTTCTACA AAGAAAAAGG ATACAGTTTT CTTCTTTTCC AGGAACAGCC TGACTGTGCT 
GGATGTTCTA GAAGGGCGAA CTCACACCAT CTCACTTCCC ATCAACCTCA AGACAGTTTT 
CCTTGTAGCA GAGGACAAAT GGCTTCTGGT GGAGAGCAAA ACAAATCAGA AATATCTTTT 
AACTAA

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

RefSeq	XP_011533309.1
CDS	97..4002
Translation	MQSRLLLLGAPGGHGGPASRRMRLLLRQVVQRRPGGDRQRPEVRLLHAGSGADTGDTVNIGDVSYKLKIPKNPELVPQNYISDSLAQSVVQHLRWIMQKDLLGQDVFLIGPPGPLRRSIAMQYLELTKREVEYIALSRDTTETDLKQRREIRAGTAFYIDQCAVRAATEGRTLILEGLEKAERNVLPVLNNLLENREMQLEDGRFLMSAERYDKLLRDHTKKELDSWKIVRVSENFRVIALGLPVPRYSGNPLDPPLRSRFQARDIYYLPFKDQLKLLYSIGANVSAEKVSQLLSFATTLCSQESSTLGLPDFPLDSLAAAVQILDSFPMMPIKHAIQWLYPYSILLGHEGKMAVEGVLKRFELQDSGSSLLPKEIVKVEKMMENHVSQASVTIRIADKEVTIKVPAGTRLLSQPCASDRFIQTLSHKQLQAEMMQSHMVKDICLIGGKGCGKTVIAKNFADTLGYNIEPIMLYQDMTARDLLQQRYTLPNGDTAWRSSPLVNAALEGKLVLLDGIHRVNAGTLAVLQRLIHDRELSLYDGSRLLREDRYMRLKEELQLSDEQLQKRSIFPIHPSFRIIALAEPPVIGSTAHQWLGPEFLTMFFFHYMKPLVKSEEIQVIKEKVPNVPQEALDKLLSFTHKLRETQDPTAQSLAASLSTRQLLRISRRLSQYPNENLHSAVTKACLSRFLPSLARSALEKNLADATIEINTDDNLEPELKDYKCEVTSGTLRIGAVSAPIYNAHEKMKVPDVLFYDNIQHVIVMEDMLKDFLLGEHLLLVGNQGVGKNKIVDRFLHLLNRPREYIQLHRDTTVQTLTLQPSVKDGLIVYEDSPLVKAVKLGHILVVDEADKAPTNVTCILKTLVENGEMILADGRRIVANSANVNGRENVVVIHPDFRMIVLANRPGFPFLGNDFFGTLGDIFSCHAVDNPKPHSELEMLRQYGPNVPEPILQKLVAAFGELRSLADQGIINYPYSTREVVNIVKHLQKFPTEGLSSVVRNVFDFDSYNNDMREILINTLHKYGIPIGAKPTSVQLAKELTLPEQTFMGYWTIGQARSGMQKLLCPVETHHIDIKGPALINIQEYPIERHEERSLNFTEECASWRIPLDEINIICDIATSHENEQNTLYVVTCNPASLYFMNMTGKSGFFVDFFDIFPRTANGVWHPFVTVAPLGSPLKGQVVLHEQQSNVILLLDTTGRALHRLILPSEKFTSKKPFWWNKEEAETYKMCKEFSHKNWLVFYKEKGYSFLLFQEQPDCAGCSRRANSHHLTSHQPQDSFPCSRGQMASGGEQNKSEISFN

Target ORF information:

RefSeq Version	XM_011535007.2
Organism	Homo sapiens(human)
Definition	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X5, mRNA.

Target ORF information:

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

XM_011535007.2

ORF Insert Sequence:

ATGCAATCCC GGCTTCTACT CCTCGGGGCA CCCGGAGGCC ACGGCGGCCC GGCCTCGCGG 
CGCATGCGGC TGCTCCTGCG GCAGGTGGTG CAGCGCAGGC CGGGTGGCGA CAGGCAGCGG 
CCGGAGGTCA GACTGTTGCA CGCCGGCTCG GGGGCCGACA CAGGTGATAC AGTTAATATT 
GGAGATGTAT CCTACAAGTT GAAAATTCCT AAGAATCCAG AACTTGTGCC ACAGAACTAC 
ATTTCAGACT CTCTGGCTCA ATCTGTAGTT CAGCATCTAA GATGGATAAT GCAGAAGGAT 
CTTTTGGGGC AAGATGTTTT TCTAATAGGA CCTCCTGGGC CTCTTCGACG CTCTATTGCT 
ATGCAGTACT TGGAGCTGAC CAAACGGGAG GTCGAATACA TTGCCCTGTC AAGGGACACC 
ACTGAAACTG ATCTCAAACA GCGACGAGAG ATCCGTGCAG GCACAGCCTT TTACATTGAT 
CAGTGTGCAG TTCGTGCAGC CACAGAAGGC AGAACTCTCA TTTTGGAAGG TTTGGAAAAG 
GCAGAGAGGA ATGTTTTGCC TGTTTTGAAC AACTTGCTGG AAAACAGAGA GATGCAGCTT 
GAAGATGGAC GCTTCCTGAT GTCTGCTGAG CGTTACGACA AACTTCTCCG AGATCATACC 
AAAAAAGAGT TGGATTCTTG GAAAATTGTC CGAGTTAGTG AAAATTTCCG AGTGATTGCC 
TTGGGCTTGC CAGTGCCAAG GTATTCTGGG AATCCATTAG ACCCCCCTCT TCGTTCTCGA 
TTTCAAGCCA GGGATATTTA TTATTTACCC TTCAAGGACC AACTTAAGTT GTTATATTCA 
ATTGGAGCCA ATGTTTCTGC TGAGAAAGTT TCTCAGCTCT TGTCCTTTGC CACAACTCTG 
TGTTCCCAAG AATCTTCTAC TCTTGGACTT CCAGACTTTC CTTTAGATAG TTTAGCAGCT 
GCGGTTCAAA TCTTGGATTC CTTTCCTATG ATGCCAATCA AACATGCAAT CCAGTGGCTT 
TATCCATATA GTATTTTACT AGGTCATGAA GGGAAGATGG CTGTGGAAGG TGTTTTAAAG 
CGCTTTGAAC TTCAAGATTC AGGAAGCTCT CTACTTCCTA AAGAGATTGT AAAAGTAGAG 
AAGATGATGG AAAACCATGT GTCCCAAGCT TCTGTGACCA TCCGGATTGC AGATAAAGAG 
GTGACCATTA AGGTGCCAGC CGGGACCAGG CTATTAAGTC AACCTTGTGC GTCAGACCGT 
TTCATACAGA CTTTGAGCCA TAAGCAGCTA CAGGCTGAAA TGATGCAGTC TCACATGGTT 
AAAGATATAT GTTTAATTGG AGGAAAGGGT TGTGGAAAAA CAGTGATCGC TAAGAACTTT 
GCCGATACCT TAGGATACAA CATAGAACCT ATTATGCTCT ATCAGGATAT GACAGCGCGT 
GATCTGCTAC AGCAGAGATA CACCCTTCCA AATGGAGACA CTGCCTGGCG GTCCTCACCC 
CTTGTGAATG CTGCTCTGGA AGGCAAGCTG GTCCTGCTGG ATGGCATTCA CCGGGTGAAT 
GCGGGCACGC TTGCTGTATT GCAAAGGTTA ATCCATGATC GAGAGCTAAG CCTCTATGAT 
GGTTCTAGGC TGCTGAGAGA AGACAGGTAT ATGCGTTTAA AGGAGGAGCT GCAACTGTCT 
GATGAACAGC TACAGAAGAG ATCCATTTTT CCTATCCATC CCTCCTTCAG AATCATTGCC 
TTGGCAGAAC CCCCTGTTAT TGGAAGCACA GCACACCAGT GGCTGGGACC AGAATTCTTA 
ACCATGTTCT TTTTCCATTA CATGAAACCA CTTGTGAAAA GTGAAGAAAT CCAAGTGATT 
AAGGAAAAGG TCCCAAATGT ACCTCAGGAA GCTCTGGATA AGTTATTATC ATTTACACAC 
AAACTCAGAG AAACACAGGA TCCAACGGCA CAATCATTAG CGGCATCACT TTCTACCAGA 
CAACTGTTGC GAATTTCTCG TCGGCTGTCA CAGTATCCTA ATGAAAATCT TCACAGTGCT 
GTTACTAAAG CCTGCCTTTC CAGGTTTTTA CCCAGTCTTG CTAGGTCAGC ATTAGAAAAA 
AATCTGGCAG ATGCTACAAT AGAAATAAAT ACTGATGACA ATTTGGAGCC AGAACTGAAG 
GATTACAAAT GTGAAGTAAC ATCTGGAACT CTGAGGATTG GTGCTGTTAG TGCACCGATC 
TATAATGCAC ATGAGAAAAT GAAAGTGCCT GATGTTCTTT TCTATGACAA CATTCAGCAT 
GTGATAGTGA TGGAAGATAT GCTGAAAGAC TTTCTCCTTG GAGAACACTT ATTATTGGTT 
GGCAACCAGG GTGTAGGAAA AAACAAGATT GTTGACAGAT TCCTTCACCT GCTCAACAGA 
CCCCGAGAAT ATATTCAGCT ACACAGGGAT ACCACAGTAC AAACTCTTAC GCTTCAGCCT 
TCGGTTAAAG ACGGACTTAT TGTATATGAA GACTCACCTT TGGTTAAAGC AGTAAAGTTG 
GGTCATATTC TGGTAGTAGA TGAGGCTGAC AAAGCTCCAA CAAATGTCAC GTGTATTTTA 
AAAACTCTAG TAGAAAATGG AGAAATGATT CTAGCAGATG GAAGACGCAT TGTTGCAAAT 
TCTGCTAATG TGAATGGAAG AGAAAATGTT GTAGTGATTC ATCCTGATTT TAGGATGATT 
GTTCTGGCAA ATAGACCTGG ATTTCCTTTC CTAGGCAATG ATTTCTTCGG TACCTTAGGT 
GATATTTTTA GCTGCCATGC AGTTGATAAC CCCAAACCCC ACTCGGAGCT CGAGATGCTC 
AGACAGTATG GACCAAATGT GCCTGAGCCC ATCCTTCAGA AGCTTGTGGC TGCCTTTGGA 
GAGCTGAGGA GTTTGGCTGA CCAAGGGATT ATTAACTATC CTTATTCTAC CAGAGAAGTT 
GTCAACATAG TCAAACATTT ACAGAAATTT CCGACTGAAG GTCTCTCCAG TGTAGTTCGA 
AATGTGTTTG ACTTTGATTC CTACAACAAT GACATGAGGG AGATATTGAT TAACACTTTA 
CACAAATACG GGATACCTAT CGGAGCAAAG CCTACCAGTG TGCAGCTGGC AAAGGAGTTG 
ACTCTGCCAG AACAAACGTT CATGGGCTAC TGGACAATTG GTCAGGCAAG AAGTGGGATG 
CAAAAACTCT TGTGTCCAGT GGAAACTCAT CATATAGACA TAAAGGGTCC AGCACTTATA 
AATATACAGG AGTATCCAAT AGAAAGACAT GAAGAAAGAT CCCTAAACTT TACTGAAGAA 
TGTGCCTCAT GGAGAATACC ATTGGATGAA ATTAATATAA TCTGTGACAT TGCTACATCA 
CATGAAAATG AGCAAAATAC TCTCTATGTA GTTACATGCA ATCCCGCTTC CCTGTACTTT 
ATGAATATGA CTGGGAAAAG TGGCTTCTTT GTGGACTTTT TTGATATCTT CCCAAGAACA 
GCCAATGGCG TTTGGCACCC TTTTGTGACA GTGGCACCGC TGGGAAGTCC TCTCAAAGGT 
CAAGTGGTTC TCCATGAGCA GCAGAGTAAT GTTATCCTGT TGTTAGATAC TACTGGCCGG 
GCCCTTCATC GTCTCATCCT CCCTTCCGAG AAGTTTACAT CTAAGAAACC TTTCTGGTGG 
AACAAAGAAG AAGCTGAAAC TTATAAAATG TGTAAAGAAT TTTCACACAA AAACTGGCTG 
GTGTTCTACA AAGAAAAAGG ATACAGTTTT CTTCTTTTCC AGGAACAGCC TGACTGTGCT 
GGATGTTCTA GAAGGGCGAA CTCACACCAT CTCACTTCCC ATCAACCTCA AGACAGTTTT 
CCTTGTAGCA GAGGACAAAT GGCTTCTGGT GGAGAGCAAA ACAAATCAGA AATATCTTTT 
AACTAA

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

VWA8 ( XM_011535007.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011533309.1 Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OHu65390
Clone ID Related Accession (Same CDS sequence)	XM_011535007.2 , XM_011535007.3
Accession Version	XM_011535007.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3906bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-03-25
Organism	Homo sapiens(human)
Product	von Willebrand factor A domain-containing protein 8 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000013.11) 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_011535007.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Homo sapiens Annotation Release 109 Annotation Version :: 109 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAATCCC GGCTTCTACT CCTCGGGGCA CCCGGAGGCC ACGGCGGCCC GGCCTCGCGG 
CGCATGCGGC TGCTCCTGCG GCAGGTGGTG CAGCGCAGGC CGGGTGGCGA CAGGCAGCGG 
CCGGAGGTCA GACTGTTGCA CGCCGGCTCG GGGGCCGACA CAGGTGATAC AGTTAATATT 
GGAGATGTAT CCTACAAGTT GAAAATTCCT AAGAATCCAG AACTTGTGCC ACAGAACTAC 
ATTTCAGACT CTCTGGCTCA ATCTGTAGTT CAGCATCTAA GATGGATAAT GCAGAAGGAT 
CTTTTGGGGC AAGATGTTTT TCTAATAGGA CCTCCTGGGC CTCTTCGACG CTCTATTGCT 
ATGCAGTACT TGGAGCTGAC CAAACGGGAG GTCGAATACA TTGCCCTGTC AAGGGACACC 
ACTGAAACTG ATCTCAAACA GCGACGAGAG ATCCGTGCAG GCACAGCCTT TTACATTGAT 
CAGTGTGCAG TTCGTGCAGC CACAGAAGGC AGAACTCTCA TTTTGGAAGG TTTGGAAAAG 
GCAGAGAGGA ATGTTTTGCC TGTTTTGAAC AACTTGCTGG AAAACAGAGA GATGCAGCTT 
GAAGATGGAC GCTTCCTGAT GTCTGCTGAG CGTTACGACA AACTTCTCCG AGATCATACC 
AAAAAAGAGT TGGATTCTTG GAAAATTGTC CGAGTTAGTG AAAATTTCCG AGTGATTGCC 
TTGGGCTTGC CAGTGCCAAG GTATTCTGGG AATCCATTAG ACCCCCCTCT TCGTTCTCGA 
TTTCAAGCCA GGGATATTTA TTATTTACCC TTCAAGGACC AACTTAAGTT GTTATATTCA 
ATTGGAGCCA ATGTTTCTGC TGAGAAAGTT TCTCAGCTCT TGTCCTTTGC CACAACTCTG 
TGTTCCCAAG AATCTTCTAC TCTTGGACTT CCAGACTTTC CTTTAGATAG TTTAGCAGCT 
GCGGTTCAAA TCTTGGATTC CTTTCCTATG ATGCCAATCA AACATGCAAT CCAGTGGCTT 
TATCCATATA GTATTTTACT AGGTCATGAA GGGAAGATGG CTGTGGAAGG TGTTTTAAAG 
CGCTTTGAAC TTCAAGATTC AGGAAGCTCT CTACTTCCTA AAGAGATTGT AAAAGTAGAG 
AAGATGATGG AAAACCATGT GTCCCAAGCT TCTGTGACCA TCCGGATTGC AGATAAAGAG 
GTGACCATTA AGGTGCCAGC CGGGACCAGG CTATTAAGTC AACCTTGTGC GTCAGACCGT 
TTCATACAGA CTTTGAGCCA TAAGCAGCTA CAGGCTGAAA TGATGCAGTC TCACATGGTT 
AAAGATATAT GTTTAATTGG AGGAAAGGGT TGTGGAAAAA CAGTGATCGC TAAGAACTTT 
GCCGATACCT TAGGATACAA CATAGAACCT ATTATGCTCT ATCAGGATAT GACAGCGCGT 
GATCTGCTAC AGCAGAGATA CACCCTTCCA AATGGAGACA CTGCCTGGCG GTCCTCACCC 
CTTGTGAATG CTGCTCTGGA AGGCAAGCTG GTCCTGCTGG ATGGCATTCA CCGGGTGAAT 
GCGGGCACGC TTGCTGTATT GCAAAGGTTA ATCCATGATC GAGAGCTAAG CCTCTATGAT 
GGTTCTAGGC TGCTGAGAGA AGACAGGTAT ATGCGTTTAA AGGAGGAGCT GCAACTGTCT 
GATGAACAGC TACAGAAGAG ATCCATTTTT CCTATCCATC CCTCCTTCAG AATCATTGCC 
TTGGCAGAAC CCCCTGTTAT TGGAAGCACA GCACACCAGT GGCTGGGACC AGAATTCTTA 
ACCATGTTCT TTTTCCATTA CATGAAACCA CTTGTGAAAA GTGAAGAAAT CCAAGTGATT 
AAGGAAAAGG TCCCAAATGT ACCTCAGGAA GCTCTGGATA AGTTATTATC ATTTACACAC 
AAACTCAGAG AAACACAGGA TCCAACGGCA CAATCATTAG CGGCATCACT TTCTACCAGA 
CAACTGTTGC GAATTTCTCG TCGGCTGTCA CAGTATCCTA ATGAAAATCT TCACAGTGCT 
GTTACTAAAG CCTGCCTTTC CAGGTTTTTA CCCAGTCTTG CTAGGTCAGC ATTAGAAAAA 
AATCTGGCAG ATGCTACAAT AGAAATAAAT ACTGATGACA ATTTGGAGCC AGAACTGAAG 
GATTACAAAT GTGAAGTAAC ATCTGGAACT CTGAGGATTG GTGCTGTTAG TGCACCGATC 
TATAATGCAC ATGAGAAAAT GAAAGTGCCT GATGTTCTTT TCTATGACAA CATTCAGCAT 
GTGATAGTGA TGGAAGATAT GCTGAAAGAC TTTCTCCTTG GAGAACACTT ATTATTGGTT 
GGCAACCAGG GTGTAGGAAA AAACAAGATT GTTGACAGAT TCCTTCACCT GCTCAACAGA 
CCCCGAGAAT ATATTCAGCT ACACAGGGAT ACCACAGTAC AAACTCTTAC GCTTCAGCCT 
TCGGTTAAAG ACGGACTTAT TGTATATGAA GACTCACCTT TGGTTAAAGC AGTAAAGTTG 
GGTCATATTC TGGTAGTAGA TGAGGCTGAC AAAGCTCCAA CAAATGTCAC GTGTATTTTA 
AAAACTCTAG TAGAAAATGG AGAAATGATT CTAGCAGATG GAAGACGCAT TGTTGCAAAT 
TCTGCTAATG TGAATGGAAG AGAAAATGTT GTAGTGATTC ATCCTGATTT TAGGATGATT 
GTTCTGGCAA ATAGACCTGG ATTTCCTTTC CTAGGCAATG ATTTCTTCGG TACCTTAGGT 
GATATTTTTA GCTGCCATGC AGTTGATAAC CCCAAACCCC ACTCGGAGCT CGAGATGCTC 
AGACAGTATG GACCAAATGT GCCTGAGCCC ATCCTTCAGA AGCTTGTGGC TGCCTTTGGA 
GAGCTGAGGA GTTTGGCTGA CCAAGGGATT ATTAACTATC CTTATTCTAC CAGAGAAGTT 
GTCAACATAG TCAAACATTT ACAGAAATTT CCGACTGAAG GTCTCTCCAG TGTAGTTCGA 
AATGTGTTTG ACTTTGATTC CTACAACAAT GACATGAGGG AGATATTGAT TAACACTTTA 
CACAAATACG GGATACCTAT CGGAGCAAAG CCTACCAGTG TGCAGCTGGC AAAGGAGTTG 
ACTCTGCCAG AACAAACGTT CATGGGCTAC TGGACAATTG GTCAGGCAAG AAGTGGGATG 
CAAAAACTCT TGTGTCCAGT GGAAACTCAT CATATAGACA TAAAGGGTCC AGCACTTATA 
AATATACAGG AGTATCCAAT AGAAAGACAT GAAGAAAGAT CCCTAAACTT TACTGAAGAA 
TGTGCCTCAT GGAGAATACC ATTGGATGAA ATTAATATAA TCTGTGACAT TGCTACATCA 
CATGAAAATG AGCAAAATAC TCTCTATGTA GTTACATGCA ATCCCGCTTC CCTGTACTTT 
ATGAATATGA CTGGGAAAAG TGGCTTCTTT GTGGACTTTT TTGATATCTT CCCAAGAACA 
GCCAATGGCG TTTGGCACCC TTTTGTGACA GTGGCACCGC TGGGAAGTCC TCTCAAAGGT 
CAAGTGGTTC TCCATGAGCA GCAGAGTAAT GTTATCCTGT TGTTAGATAC TACTGGCCGG 
GCCCTTCATC GTCTCATCCT CCCTTCCGAG AAGTTTACAT CTAAGAAACC TTTCTGGTGG 
AACAAAGAAG AAGCTGAAAC TTATAAAATG TGTAAAGAAT TTTCACACAA AAACTGGCTG 
GTGTTCTACA AAGAAAAAGG ATACAGTTTT CTTCTTTTCC AGGAACAGCC TGACTGTGCT 
GGATGTTCTA GAAGGGCGAA CTCACACCAT CTCACTTCCC ATCAACCTCA AGACAGTTTT 
CCTTGTAGCA GAGGACAAAT GGCTTCTGGT GGAGAGCAAA ACAAATCAGA AATATCTTTT 
AACTAA

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

RefSeq	XP_011533309.1
CDS	732..4637
Translation	MQSRLLLLGAPGGHGGPASRRMRLLLRQVVQRRPGGDRQRPEVRLLHAGSGADTGDTVNIGDVSYKLKIPKNPELVPQNYISDSLAQSVVQHLRWIMQKDLLGQDVFLIGPPGPLRRSIAMQYLELTKREVEYIALSRDTTETDLKQRREIRAGTAFYIDQCAVRAATEGRTLILEGLEKAERNVLPVLNNLLENREMQLEDGRFLMSAERYDKLLRDHTKKELDSWKIVRVSENFRVIALGLPVPRYSGNPLDPPLRSRFQARDIYYLPFKDQLKLLYSIGANVSAEKVSQLLSFATTLCSQESSTLGLPDFPLDSLAAAVQILDSFPMMPIKHAIQWLYPYSILLGHEGKMAVEGVLKRFELQDSGSSLLPKEIVKVEKMMENHVSQASVTIRIADKEVTIKVPAGTRLLSQPCASDRFIQTLSHKQLQAEMMQSHMVKDICLIGGKGCGKTVIAKNFADTLGYNIEPIMLYQDMTARDLLQQRYTLPNGDTAWRSSPLVNAALEGKLVLLDGIHRVNAGTLAVLQRLIHDRELSLYDGSRLLREDRYMRLKEELQLSDEQLQKRSIFPIHPSFRIIALAEPPVIGSTAHQWLGPEFLTMFFFHYMKPLVKSEEIQVIKEKVPNVPQEALDKLLSFTHKLRETQDPTAQSLAASLSTRQLLRISRRLSQYPNENLHSAVTKACLSRFLPSLARSALEKNLADATIEINTDDNLEPELKDYKCEVTSGTLRIGAVSAPIYNAHEKMKVPDVLFYDNIQHVIVMEDMLKDFLLGEHLLLVGNQGVGKNKIVDRFLHLLNRPREYIQLHRDTTVQTLTLQPSVKDGLIVYEDSPLVKAVKLGHILVVDEADKAPTNVTCILKTLVENGEMILADGRRIVANSANVNGRENVVVIHPDFRMIVLANRPGFPFLGNDFFGTLGDIFSCHAVDNPKPHSELEMLRQYGPNVPEPILQKLVAAFGELRSLADQGIINYPYSTREVVNIVKHLQKFPTEGLSSVVRNVFDFDSYNNDMREILINTLHKYGIPIGAKPTSVQLAKELTLPEQTFMGYWTIGQARSGMQKLLCPVETHHIDIKGPALINIQEYPIERHEERSLNFTEECASWRIPLDEINIICDIATSHENEQNTLYVVTCNPASLYFMNMTGKSGFFVDFFDIFPRTANGVWHPFVTVAPLGSPLKGQVVLHEQQSNVILLLDTTGRALHRLILPSEKFTSKKPFWWNKEEAETYKMCKEFSHKNWLVFYKEKGYSFLLFQEQPDCAGCSRRANSHHLTSHQPQDSFPCSRGQMASGGEQNKSEISFN

Target ORF information:

RefSeq Version	XM_011535007.3
Organism	Homo sapiens(human)
Definition	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X5, mRNA.

Target ORF information:

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

XM_011535007.3

ORF Insert Sequence:

ATGCAATCCC GGCTTCTACT CCTCGGGGCA CCCGGAGGCC ACGGCGGCCC GGCCTCGCGG 
CGCATGCGGC TGCTCCTGCG GCAGGTGGTG CAGCGCAGGC CGGGTGGCGA CAGGCAGCGG 
CCGGAGGTCA GACTGTTGCA CGCCGGCTCG GGGGCCGACA CAGGTGATAC AGTTAATATT 
GGAGATGTAT CCTACAAGTT GAAAATTCCT AAGAATCCAG AACTTGTGCC ACAGAACTAC 
ATTTCAGACT CTCTGGCTCA ATCTGTAGTT CAGCATCTAA GATGGATAAT GCAGAAGGAT 
CTTTTGGGGC AAGATGTTTT TCTAATAGGA CCTCCTGGGC CTCTTCGACG CTCTATTGCT 
ATGCAGTACT TGGAGCTGAC CAAACGGGAG GTCGAATACA TTGCCCTGTC AAGGGACACC 
ACTGAAACTG ATCTCAAACA GCGACGAGAG ATCCGTGCAG GCACAGCCTT TTACATTGAT 
CAGTGTGCAG TTCGTGCAGC CACAGAAGGC AGAACTCTCA TTTTGGAAGG TTTGGAAAAG 
GCAGAGAGGA ATGTTTTGCC TGTTTTGAAC AACTTGCTGG AAAACAGAGA GATGCAGCTT 
GAAGATGGAC GCTTCCTGAT GTCTGCTGAG CGTTACGACA AACTTCTCCG AGATCATACC 
AAAAAAGAGT TGGATTCTTG GAAAATTGTC CGAGTTAGTG AAAATTTCCG AGTGATTGCC 
TTGGGCTTGC CAGTGCCAAG GTATTCTGGG AATCCATTAG ACCCCCCTCT TCGTTCTCGA 
TTTCAAGCCA GGGATATTTA TTATTTACCC TTCAAGGACC AACTTAAGTT GTTATATTCA 
ATTGGAGCCA ATGTTTCTGC TGAGAAAGTT TCTCAGCTCT TGTCCTTTGC CACAACTCTG 
TGTTCCCAAG AATCTTCTAC TCTTGGACTT CCAGACTTTC CTTTAGATAG TTTAGCAGCT 
GCGGTTCAAA TCTTGGATTC CTTTCCTATG ATGCCAATCA AACATGCAAT CCAGTGGCTT 
TATCCATATA GTATTTTACT AGGTCATGAA GGGAAGATGG CTGTGGAAGG TGTTTTAAAG 
CGCTTTGAAC TTCAAGATTC AGGAAGCTCT CTACTTCCTA AAGAGATTGT AAAAGTAGAG 
AAGATGATGG AAAACCATGT GTCCCAAGCT TCTGTGACCA TCCGGATTGC AGATAAAGAG 
GTGACCATTA AGGTGCCAGC CGGGACCAGG CTATTAAGTC AACCTTGTGC GTCAGACCGT 
TTCATACAGA CTTTGAGCCA TAAGCAGCTA CAGGCTGAAA TGATGCAGTC TCACATGGTT 
AAAGATATAT GTTTAATTGG AGGAAAGGGT TGTGGAAAAA CAGTGATCGC TAAGAACTTT 
GCCGATACCT TAGGATACAA CATAGAACCT ATTATGCTCT ATCAGGATAT GACAGCGCGT 
GATCTGCTAC AGCAGAGATA CACCCTTCCA AATGGAGACA CTGCCTGGCG GTCCTCACCC 
CTTGTGAATG CTGCTCTGGA AGGCAAGCTG GTCCTGCTGG ATGGCATTCA CCGGGTGAAT 
GCGGGCACGC TTGCTGTATT GCAAAGGTTA ATCCATGATC GAGAGCTAAG CCTCTATGAT 
GGTTCTAGGC TGCTGAGAGA AGACAGGTAT ATGCGTTTAA AGGAGGAGCT GCAACTGTCT 
GATGAACAGC TACAGAAGAG ATCCATTTTT CCTATCCATC CCTCCTTCAG AATCATTGCC 
TTGGCAGAAC CCCCTGTTAT TGGAAGCACA GCACACCAGT GGCTGGGACC AGAATTCTTA 
ACCATGTTCT TTTTCCATTA CATGAAACCA CTTGTGAAAA GTGAAGAAAT CCAAGTGATT 
AAGGAAAAGG TCCCAAATGT ACCTCAGGAA GCTCTGGATA AGTTATTATC ATTTACACAC 
AAACTCAGAG AAACACAGGA TCCAACGGCA CAATCATTAG CGGCATCACT TTCTACCAGA 
CAACTGTTGC GAATTTCTCG TCGGCTGTCA CAGTATCCTA ATGAAAATCT TCACAGTGCT 
GTTACTAAAG CCTGCCTTTC CAGGTTTTTA CCCAGTCTTG CTAGGTCAGC ATTAGAAAAA 
AATCTGGCAG ATGCTACAAT AGAAATAAAT ACTGATGACA ATTTGGAGCC AGAACTGAAG 
GATTACAAAT GTGAAGTAAC ATCTGGAACT CTGAGGATTG GTGCTGTTAG TGCACCGATC 
TATAATGCAC ATGAGAAAAT GAAAGTGCCT GATGTTCTTT TCTATGACAA CATTCAGCAT 
GTGATAGTGA TGGAAGATAT GCTGAAAGAC TTTCTCCTTG GAGAACACTT ATTATTGGTT 
GGCAACCAGG GTGTAGGAAA AAACAAGATT GTTGACAGAT TCCTTCACCT GCTCAACAGA 
CCCCGAGAAT ATATTCAGCT ACACAGGGAT ACCACAGTAC AAACTCTTAC GCTTCAGCCT 
TCGGTTAAAG ACGGACTTAT TGTATATGAA GACTCACCTT TGGTTAAAGC AGTAAAGTTG 
GGTCATATTC TGGTAGTAGA TGAGGCTGAC AAAGCTCCAA CAAATGTCAC GTGTATTTTA 
AAAACTCTAG TAGAAAATGG AGAAATGATT CTAGCAGATG GAAGACGCAT TGTTGCAAAT 
TCTGCTAATG TGAATGGAAG AGAAAATGTT GTAGTGATTC ATCCTGATTT TAGGATGATT 
GTTCTGGCAA ATAGACCTGG ATTTCCTTTC CTAGGCAATG ATTTCTTCGG TACCTTAGGT 
GATATTTTTA GCTGCCATGC AGTTGATAAC CCCAAACCCC ACTCGGAGCT CGAGATGCTC 
AGACAGTATG GACCAAATGT GCCTGAGCCC ATCCTTCAGA AGCTTGTGGC TGCCTTTGGA 
GAGCTGAGGA GTTTGGCTGA CCAAGGGATT ATTAACTATC CTTATTCTAC CAGAGAAGTT 
GTCAACATAG TCAAACATTT ACAGAAATTT CCGACTGAAG GTCTCTCCAG TGTAGTTCGA 
AATGTGTTTG ACTTTGATTC CTACAACAAT GACATGAGGG AGATATTGAT TAACACTTTA 
CACAAATACG GGATACCTAT CGGAGCAAAG CCTACCAGTG TGCAGCTGGC AAAGGAGTTG 
ACTCTGCCAG AACAAACGTT CATGGGCTAC TGGACAATTG GTCAGGCAAG AAGTGGGATG 
CAAAAACTCT TGTGTCCAGT GGAAACTCAT CATATAGACA TAAAGGGTCC AGCACTTATA 
AATATACAGG AGTATCCAAT AGAAAGACAT GAAGAAAGAT CCCTAAACTT TACTGAAGAA 
TGTGCCTCAT GGAGAATACC ATTGGATGAA ATTAATATAA TCTGTGACAT TGCTACATCA 
CATGAAAATG AGCAAAATAC TCTCTATGTA GTTACATGCA ATCCCGCTTC CCTGTACTTT 
ATGAATATGA CTGGGAAAAG TGGCTTCTTT GTGGACTTTT TTGATATCTT CCCAAGAACA 
GCCAATGGCG TTTGGCACCC TTTTGTGACA GTGGCACCGC TGGGAAGTCC TCTCAAAGGT 
CAAGTGGTTC TCCATGAGCA GCAGAGTAAT GTTATCCTGT TGTTAGATAC TACTGGCCGG 
GCCCTTCATC GTCTCATCCT CCCTTCCGAG AAGTTTACAT CTAAGAAACC TTTCTGGTGG 
AACAAAGAAG AAGCTGAAAC TTATAAAATG TGTAAAGAAT TTTCACACAA AAACTGGCTG 
GTGTTCTACA AAGAAAAAGG ATACAGTTTT CTTCTTTTCC AGGAACAGCC TGACTGTGCT 
GGATGTTCTA GAAGGGCGAA CTCACACCAT CTCACTTCCC ATCAACCTCA AGACAGTTTT 
CCTTGTAGCA GAGGACAAAT GGCTTCTGGT GGAGAGCAAA ACAAATCAGA AATATCTTTT 
AACTAA

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

VWA8 ( XM_017020469.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016875958.1 Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHu84463
Clone ID Related Accession (Same CDS sequence)	XM_017020469.2 , XM_017020469.1
Accession Version	XM_017020469.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5535bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-03-25
Organism	Homo sapiens(human)
Product	von Willebrand factor A domain-containing protein 8 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000013.11) 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_017020469.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Homo sapiens Annotation Release 109 Annotation Version :: 109 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGACTGT CTAGTTGCAA GAAAACAAGC TCAGAGCTCC CACTGATTCT ACATTATGTT 
TCAGACTCTC TGGCTCAATC TGTAGTTCAG CATCTAAGAT GGATAATGCA GAAGGATCTT 
TTGGGGCAAG ATGTTTTTCT AATAGGACCT CCTGGGCCTC TTCGACGCTC TATTGCTATG 
CAGTACTTGG AGCTGACCAA ACGGGAGGTC GAATACATTG CCCTGTCAAG GGACACCACT 
GAAACTGATC TCAAACAGCG ACGAGAGATC CGTGCAGGCA CAGCCTTTTA CATTGATCAG 
TGTGCAGTTC GTGCAGCCAC AGAAGGCAGA ACTCTCATTT TGGAAGGTTT GGAAAAGGCA 
GAGAGGAATG TTTTGCCTGT TTTGAACAAC TTGCTGGAAA ACAGAGAGAT GCAGCTTGAA 
GATGGACGCT TCCTGATGTC TGCTGAGCGT TACGACAAAC TTCTCCGAGA TCATACCAAA 
AAAGAGTTGG ATTCTTGGAA AATTGTCCGA GTTAGTGAAA ATTTCCGAGT GATTGCCTTG 
GGCTTGCCAG TGCCAAGGTA TTCTGGGAAT CCATTAGACC CCCCTCTTCG TTCTCGATTT 
CAAGCCAGGG ATATTTATTA TTTACCCTTC AAGGACCAAC TTAAGTTGTT ATATTCAATT 
GGAGCCAATG TTTCTGCTGA GAAAGTTTCT CAGCTCTTGT CCTTTGCCAC AACTCTGTGT 
TCCCAAGAAT CTTCTACTCT TGGACTTCCA GACTTTCCTT TAGATAGTTT AGCAGCTGCG 
GTTCAAATCT TGGATTCCTT TCCTATGATG CCAATCAAAC ATGCAATCCA GTGGCTTTAT 
CCATATAGTA TTTTACTAGG TCATGAAGGG AAGATGGCTG TGGAAGGTGT TTTAAAGCGC 
TTTGAACTTC AAGATTCAGG AAGCTCTCTA CTTCCTAAAG AGATTGTAAA AGTAGAGAAG 
ATGATGGAAA ACCATGTGTC CCAAGCTTCT GTGACCATCC GGATTGCAGA TAAAGAGGTG 
ACCATTAAGG TGCCAGCCGG GACCAGGCTA TTAAGTCAAC CTTGTGCGTC AGACCGTTTC 
ATACAGACTT TGAGCCATAA GCAGCTACAG GCTGAAATGA TGCAGTCTCA CATGGTTAAA 
GATATATGTT TAATTGGAGG AAAGGGTTGT GGAAAAACAG TGATCGCTAA GAACTTTGCC 
GATACCTTAG GATACAACAT AGAACCTATT ATGCTCTATC AGGATATGAC AGCGCGTGAT 
CTGCTACAGC AGAGATACAC CCTTCCAAAT GGAGACACTG CCTGGCGGTC CTCACCCCTT 
GTGAATGCTG CTCTGGAAGG CAAGCTGGTC CTGCTGGATG GCATTCACCG GGTGAATGCG 
GGCACGCTTG CTGTATTGCA AAGGTTAATC CATGATCGAG AGCTAAGCCT CTATGATGGT 
TCTAGGCTGC TGAGAGAAGA CAGGTATATG CGTTTAAAGG AGGAGCTGCA ACTGTCTGAT 
GAACAGCTAC AGAAGAGATC CATTTTTCCT ATCCATCCCT CCTTCAGAAT CATTGCCTTG 
GCAGAACCCC CTGTTATTGG AAGCACAGCA CACCAGTGGC TGGGACCAGA ATTCTTAACC 
ATGTTCTTTT TCCATTACAT GAAACCACTT GTGAAAAGTG AAGAAATCCA AGTGATTAAG 
GAAAAGGTCC CAAATGTACC TCAGGAAGCT CTGGATAAGT TATTATCATT TACACACAAA 
CTCAGAGAAA CACAGGATCC AACGGCACAA TCATTAGCGG CATCACTTTC TACCAGACAA 
CTGTTGCGAA TTTCTCGTCG GCTGTCACAG TATCCTAATG AAAATCTTCA CAGTGCTGTT 
ACTAAAGCCT GCCTTTCCAG GTTTTTACCC AGTCTTGCTA GGTCAGCATT AGAAAAAAAT 
CTGGCAGATG CTACAATAGA AATAAATACT GATGACAATT TGGAGCCAGA ACTGAAGGAT 
TACAAATGTG AAGTAACATC TGGAACTCTG AGGATTGGTG CTGTTAGTGC ACCGATCTAT 
AATGCACATG AGAAAATGAA AGTGCCTGAT GTTCTTTTCT ATGACAACAT TCAGCATGTG 
ATAGTGATGG AAGATATGCT GAAAGACTTT CTCCTTGGAG AACACTTATT ATTGGTTGGC 
AACCAGGGTG TAGGAAAAAA CAAGATTGTT GACAGATTCC TTCACCTGCT CAACAGACCC 
CGAGAATATA TTCAGCTACA CAGGGATACC ACAGTACAAA CTCTTACGCT TCAGCCTTCG 
GTTAAAGACG GACTTATTGT ATATGAAGAC TCACCTTTGG TTAAAGCAGT AAAGTTGGGT 
CATATTCTGG TAGTAGATGA GGCTGACAAA GCTCCAACAA ATGTCACGTG TATTTTAAAA 
ACTCTAGTAG AAAATGGAGA AATGATTCTA GCAGATGGAA GACGCATTGT TGCAAATTCT 
GCTAATGTGA ATGGAAGAGA AAATGTTGTA GTGATTCATC CTGATTTTAG GATGATTGTT 
CTGGCAAATA GACCTGGATT TCCTTTCCTA GGCAATGATT TCTTCGGTAC CTTAGGTGAT 
ATTTTTAGCT GCCATGCAGT TGATAACCCC AAACCCCACT CGGAGCTCGA GATGCTCAGA 
CAGTATGGAC CAAATGTGCC TGAGCCCATC CTTCAGAAGC TTGTGGCTGC CTTTGGAGAG 
CTGAGGAGTT TGGCTGACCA AGGGATTATT AACTATCCTT ATTCTACCAG AGAAGTTGTC 
AACATAGTCA AACATTTACA GAAATTTCCG ACTGAAGGTC TCTCCAGTGT AGTTCGAAAT 
GTGTTTGACT TTGATTCCTA CAACAATGAC ATGAGGGAGA TATTGATTAA CACTTTACAC 
AAATACGGGA TACCTATCGG AGCAAAGCCT ACCAGTGTGC AGCTGGCAAA GGAGTTGACT 
CTGCCAGAAC AAACGTTCAT GGGCTACTGG ACAATTGGTC AGGCAAGAAG TGGGATGCAA 
AAACTCTTGT GTCCAGTGGA AACTCATCAT ATAGACATAA AGGGTCCAGC ACTTATAAAT 
ATACAGGAGT ATCCAATAGA AAGACATGAA GAAAGATCCC TAAACTTTAC TGAAGAATGT 
GCCTCATGGA GAATACCATT GGATGAAATT AATATAATCT GTGACATTGC TACATCACAT 
GAAAATGAGC AAAATACTCT CTATGTAGTT ACATGCAATC CCGCTTCCCT GTACTTTATG 
AATATGACTG GGAAAAGTGG CTTCTTTGTG GACTTTTTTG ATATCTTCCC AAGAACAGCC 
AATGGCGTTT GGCACCCTTT TGTGACAGTG GCACCGCTGG GAAGTCCTCT CAAAGGTCAA 
GTGGTTCTCC ATGAGCAGCA GAGTAATGTT ATCCTGTTGT TAGATACTAC TGGCCGGGCC 
CTTCATCGTC TCATCCTCCC TTCCGAGAAG TTTACATCTA AGAAACCTTT CTGGTGGAAC 
AAAGAAGAAG CTGAAACTTA TAAAATGTGT AAAGAATTTT CACACAAAAA CTGGCTGGTG 
TTCTACAAAG AAAAAGGGAA CAGCCTGACT GTGCTGGATG TTCTAGAAGG GCGAACTCAC 
ACCATCTCAC TTCCCATCAA CCTCAAGACA GTTTTCCTTG TAGCAGAGGA CAAATGGCTT 
CTGGTGGAGA GCAAAACAAA TCAGAAATAT CTTTTAACTA AGCCTGCACA CATCGAATCT 
GAGGGTAGTG GGGTTTGCCA GTTGTATGTG CTGAAAGAGG AGCCGCCCAG CACAGGGTTT 
GGAGTTACAC AAGAAACAGA GTTCAGCATA CCTCATAAAA TTTCCAGTGA TCAACTATCA 
TCTGAACATC TAAGTTCAGC TGTGGAACAA AAGATTGCCT CTCCCAACAG AATTCTCTCA 
GATGAGAAAA ATTATGCTAC AATAGTTGTT GGTTTTCCAG ATCTCATGTC ACCCAGTGAA 
GTTTATTCTT GGAAGAGACC ATCATCTTTG CATAAACGAA GTGGCACTGA TACATCATTC 
TATAGAGGAA AGAAGAAAAG GGGGACTCCA AAACAAAGCA ATTGTGTGAC TCTTTTAGAT 
ACGAATCAGG TAGTGAGGAT TTTACCCCCA GGAGAAGTCC CTCTAAAAGA TATCTACCCA 
AAAGATGTTA CTCCTCCACA AACATCTGGT TATATAGAAG TCACTGATCT TCAATCAAAG 
AAACTCCGAT ATATCCCTAT TCCCAGATCA GAATCTCTCT CGCCGTATAC CACATGGCTG 
TCGACCATTT CAGACACAGA TGCACTGCTG GCTGAGTGGG ACAAAAGCGG TGTTGTTACT 
GTTGATATGG GAGGTCACAT CAGGCTTTGG GAAACTGGAC TTGAACGTCT GCAGCGATCA 
CTCATGGAAT GGAGAAACAT GATTGGACAA GATGACAGAA ATATGCAGAT AACAATCAAC 
AGAGACAGTG GTGAAGATGT AAGCTCCCCC AAACACGGGA AGGAGGACCC AGACAACATG 
CCTCACGTGG GCGGCAACAC TTGGGCTGGC GGAACAGGGG GAAGAGACAC GGCAGGCCTG 
GGTGGCAAAG GAGGCCCTTA CCGGCTGGAT GCAGGCCATA CGGTGTACCA GGTCTCTCAG 
GCTGAGAAAG ATGCAGTTCC CGAAGAGGTC AAGAGAGCTG CTAGAGAGAT GGGCCAGAGA 
GCATTCCAGC AGAGGCTAAA GGAGATCCAA ATGAGTGAAT ACGATGCTGC AACCTATGAA 
AGGTTTTCAG GTGCTGTTCG GCGACAGGTG CACTCCCTCC GAATCATCCT GGATAATTTA 
CAGGCTAAAG GTAAAGAAAG ACAATGGCTA AGACATCAAG CTACTGGAGA ATTAGATGAT 
GCCAAGATCA TTGATGGGCT GACTGGAGAA AAAGCCATCT ACAAACGTCG GGGTGAGCTG 
GAGCCACAAC TTGGCAGCCC ACAACAGAAA CCCAAGCGTC TGCGCCTGGT GGTAGATGTG 
TCTGGTAGCA TGTACCGTTT CAACAGGATG GATGGCCGGC TTGAGCGCAC AATGGAGGCT 
GTGTGTATGG TCATGGAAGC CTTCGAGAAC TATGAGGAGA AGTTCCAGTA TGACATCGTT 
GGACACTCTG GAGATGGCTA CAACATTGGT CTGGTTCCAA TGAACAAAAT CCCCAAGGAC 
AATAAGCAAA GACTAGAAAT TCTGAAGACA ATGCATGCCC ACTCTCAGTT CTGCATGAGT 
GGGGACCACA CGTTAGAAGG GACAGAACAT GCCATCAAGG AAATTGTCAA AGAAGAAGCT 
GATGAGTACT TTGTCATAGT CTTGAGTGAT GCAAATCTGT CACGATATGG AATACATCCT 
GCTAAGTTTG CTCAAATCCT CACAAGAGAC CCTCAAGTAA ATGCTTTTGC CATTTTTATT 
GGCTCTTTAG GTGATCAAGC AACCAGGCTT CAGAGAACTT TACCAGCTGG TCGGTCTTTC 
GTTGCCATGG ATACCAAGGA TATCCCTCAG ATTTTACAAC AGATCTTCAC CTCCACCATG 
TTGTCGAGTG TCTAA

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

RefSeq	XP_016875958.1
CDS	313..5847
Translation	MGLSSCKKTSSELPLILHYVSDSLAQSVVQHLRWIMQKDLLGQDVFLIGPPGPLRRSIAMQYLELTKREVEYIALSRDTTETDLKQRREIRAGTAFYIDQCAVRAATEGRTLILEGLEKAERNVLPVLNNLLENREMQLEDGRFLMSAERYDKLLRDHTKKELDSWKIVRVSENFRVIALGLPVPRYSGNPLDPPLRSRFQARDIYYLPFKDQLKLLYSIGANVSAEKVSQLLSFATTLCSQESSTLGLPDFPLDSLAAAVQILDSFPMMPIKHAIQWLYPYSILLGHEGKMAVEGVLKRFELQDSGSSLLPKEIVKVEKMMENHVSQASVTIRIADKEVTIKVPAGTRLLSQPCASDRFIQTLSHKQLQAEMMQSHMVKDICLIGGKGCGKTVIAKNFADTLGYNIEPIMLYQDMTARDLLQQRYTLPNGDTAWRSSPLVNAALEGKLVLLDGIHRVNAGTLAVLQRLIHDRELSLYDGSRLLREDRYMRLKEELQLSDEQLQKRSIFPIHPSFRIIALAEPPVIGSTAHQWLGPEFLTMFFFHYMKPLVKSEEIQVIKEKVPNVPQEALDKLLSFTHKLRETQDPTAQSLAASLSTRQLLRISRRLSQYPNENLHSAVTKACLSRFLPSLARSALEKNLADATIEINTDDNLEPELKDYKCEVTSGTLRIGAVSAPIYNAHEKMKVPDVLFYDNIQHVIVMEDMLKDFLLGEHLLLVGNQGVGKNKIVDRFLHLLNRPREYIQLHRDTTVQTLTLQPSVKDGLIVYEDSPLVKAVKLGHILVVDEADKAPTNVTCILKTLVENGEMILADGRRIVANSANVNGRENVVVIHPDFRMIVLANRPGFPFLGNDFFGTLGDIFSCHAVDNPKPHSELEMLRQYGPNVPEPILQKLVAAFGELRSLADQGIINYPYSTREVVNIVKHLQKFPTEGLSSVVRNVFDFDSYNNDMREILINTLHKYGIPIGAKPTSVQLAKELTLPEQTFMGYWTIGQARSGMQKLLCPVETHHIDIKGPALINIQEYPIERHEERSLNFTEECASWRIPLDEINIICDIATSHENEQNTLYVVTCNPASLYFMNMTGKSGFFVDFFDIFPRTANGVWHPFVTVAPLGSPLKGQVVLHEQQSNVILLLDTTGRALHRLILPSEKFTSKKPFWWNKEEAETYKMCKEFSHKNWLVFYKEKGNSLTVLDVLEGRTHTISLPINLKTVFLVAEDKWLLVESKTNQKYLLTKPAHIESEGSGVCQLYVLKEEPPSTGFGVTQETEFSIPHKISSDQLSSEHLSSAVEQKIASPNRILSDEKNYATIVVGFPDLMSPSEVYSWKRPSSLHKRSGTDTSFYRGKKKRGTPKQSNCVTLLDTNQVVRILPPGEVPLKDIYPKDVTPPQTSGYIEVTDLQSKKLRYIPIPRSESLSPYTTWLSTISDTDALLAEWDKSGVVTVDMGGHIRLWETGLERLQRSLMEWRNMIGQDDRNMQITINRDSGEDVSSPKHGKEDPDNMPHVGGNTWAGGTGGRDTAGLGGKGGPYRLDAGHTVYQVSQAEKDAVPEEVKRAAREMGQRAFQQRLKEIQMSEYDAATYERFSGAVRRQVHSLRIILDNLQAKGKERQWLRHQATGELDDAKIIDGLTGEKAIYKRRGELEPQLGSPQQKPKRLRLVVDVSGSMYRFNRMDGRLERTMEAVCMVMEAFENYEEKFQYDIVGHSGDGYNIGLVPMNKIPKDNKQRLEILKTMHAHSQFCMSGDHTLEGTEHAIKEIVKEEADEYFVIVLSDANLSRYGIHPAKFAQILTRDPQVNAFAIFIGSLGDQATRLQRTLPAGRSFVAMDTKDIPQILQQIFTSTMLSSV

Target ORF information:

RefSeq Version	XM_017020469.2
Organism	Homo sapiens(human)
Definition	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X1, mRNA.

Target ORF information:

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

XM_017020469.2

ORF Insert Sequence:

ATGGGACTGT CTAGTTGCAA GAAAACAAGC TCAGAGCTCC CACTGATTCT ACATTATGTT 
TCAGACTCTC TGGCTCAATC TGTAGTTCAG CATCTAAGAT GGATAATGCA GAAGGATCTT 
TTGGGGCAAG ATGTTTTTCT AATAGGACCT CCTGGGCCTC TTCGACGCTC TATTGCTATG 
CAGTACTTGG AGCTGACCAA ACGGGAGGTC GAATACATTG CCCTGTCAAG GGACACCACT 
GAAACTGATC TCAAACAGCG ACGAGAGATC CGTGCAGGCA CAGCCTTTTA CATTGATCAG 
TGTGCAGTTC GTGCAGCCAC AGAAGGCAGA ACTCTCATTT TGGAAGGTTT GGAAAAGGCA 
GAGAGGAATG TTTTGCCTGT TTTGAACAAC TTGCTGGAAA ACAGAGAGAT GCAGCTTGAA 
GATGGACGCT TCCTGATGTC TGCTGAGCGT TACGACAAAC TTCTCCGAGA TCATACCAAA 
AAAGAGTTGG ATTCTTGGAA AATTGTCCGA GTTAGTGAAA ATTTCCGAGT GATTGCCTTG 
GGCTTGCCAG TGCCAAGGTA TTCTGGGAAT CCATTAGACC CCCCTCTTCG TTCTCGATTT 
CAAGCCAGGG ATATTTATTA TTTACCCTTC AAGGACCAAC TTAAGTTGTT ATATTCAATT 
GGAGCCAATG TTTCTGCTGA GAAAGTTTCT CAGCTCTTGT CCTTTGCCAC AACTCTGTGT 
TCCCAAGAAT CTTCTACTCT TGGACTTCCA GACTTTCCTT TAGATAGTTT AGCAGCTGCG 
GTTCAAATCT TGGATTCCTT TCCTATGATG CCAATCAAAC ATGCAATCCA GTGGCTTTAT 
CCATATAGTA TTTTACTAGG TCATGAAGGG AAGATGGCTG TGGAAGGTGT TTTAAAGCGC 
TTTGAACTTC AAGATTCAGG AAGCTCTCTA CTTCCTAAAG AGATTGTAAA AGTAGAGAAG 
ATGATGGAAA ACCATGTGTC CCAAGCTTCT GTGACCATCC GGATTGCAGA TAAAGAGGTG 
ACCATTAAGG TGCCAGCCGG GACCAGGCTA TTAAGTCAAC CTTGTGCGTC AGACCGTTTC 
ATACAGACTT TGAGCCATAA GCAGCTACAG GCTGAAATGA TGCAGTCTCA CATGGTTAAA 
GATATATGTT TAATTGGAGG AAAGGGTTGT GGAAAAACAG TGATCGCTAA GAACTTTGCC 
GATACCTTAG GATACAACAT AGAACCTATT ATGCTCTATC AGGATATGAC AGCGCGTGAT 
CTGCTACAGC AGAGATACAC CCTTCCAAAT GGAGACACTG CCTGGCGGTC CTCACCCCTT 
GTGAATGCTG CTCTGGAAGG CAAGCTGGTC CTGCTGGATG GCATTCACCG GGTGAATGCG 
GGCACGCTTG CTGTATTGCA AAGGTTAATC CATGATCGAG AGCTAAGCCT CTATGATGGT 
TCTAGGCTGC TGAGAGAAGA CAGGTATATG CGTTTAAAGG AGGAGCTGCA ACTGTCTGAT 
GAACAGCTAC AGAAGAGATC CATTTTTCCT ATCCATCCCT CCTTCAGAAT CATTGCCTTG 
GCAGAACCCC CTGTTATTGG AAGCACAGCA CACCAGTGGC TGGGACCAGA ATTCTTAACC 
ATGTTCTTTT TCCATTACAT GAAACCACTT GTGAAAAGTG AAGAAATCCA AGTGATTAAG 
GAAAAGGTCC CAAATGTACC TCAGGAAGCT CTGGATAAGT TATTATCATT TACACACAAA 
CTCAGAGAAA CACAGGATCC AACGGCACAA TCATTAGCGG CATCACTTTC TACCAGACAA 
CTGTTGCGAA TTTCTCGTCG GCTGTCACAG TATCCTAATG AAAATCTTCA CAGTGCTGTT 
ACTAAAGCCT GCCTTTCCAG GTTTTTACCC AGTCTTGCTA GGTCAGCATT AGAAAAAAAT 
CTGGCAGATG CTACAATAGA AATAAATACT GATGACAATT TGGAGCCAGA ACTGAAGGAT 
TACAAATGTG AAGTAACATC TGGAACTCTG AGGATTGGTG CTGTTAGTGC ACCGATCTAT 
AATGCACATG AGAAAATGAA AGTGCCTGAT GTTCTTTTCT ATGACAACAT TCAGCATGTG 
ATAGTGATGG AAGATATGCT GAAAGACTTT CTCCTTGGAG AACACTTATT ATTGGTTGGC 
AACCAGGGTG TAGGAAAAAA CAAGATTGTT GACAGATTCC TTCACCTGCT CAACAGACCC 
CGAGAATATA TTCAGCTACA CAGGGATACC ACAGTACAAA CTCTTACGCT TCAGCCTTCG 
GTTAAAGACG GACTTATTGT ATATGAAGAC TCACCTTTGG TTAAAGCAGT AAAGTTGGGT 
CATATTCTGG TAGTAGATGA GGCTGACAAA GCTCCAACAA ATGTCACGTG TATTTTAAAA 
ACTCTAGTAG AAAATGGAGA AATGATTCTA GCAGATGGAA GACGCATTGT TGCAAATTCT 
GCTAATGTGA ATGGAAGAGA AAATGTTGTA GTGATTCATC CTGATTTTAG GATGATTGTT 
CTGGCAAATA GACCTGGATT TCCTTTCCTA GGCAATGATT TCTTCGGTAC CTTAGGTGAT 
ATTTTTAGCT GCCATGCAGT TGATAACCCC AAACCCCACT CGGAGCTCGA GATGCTCAGA 
CAGTATGGAC CAAATGTGCC TGAGCCCATC CTTCAGAAGC TTGTGGCTGC CTTTGGAGAG 
CTGAGGAGTT TGGCTGACCA AGGGATTATT AACTATCCTT ATTCTACCAG AGAAGTTGTC 
AACATAGTCA AACATTTACA GAAATTTCCG ACTGAAGGTC TCTCCAGTGT AGTTCGAAAT 
GTGTTTGACT TTGATTCCTA CAACAATGAC ATGAGGGAGA TATTGATTAA CACTTTACAC 
AAATACGGGA TACCTATCGG AGCAAAGCCT ACCAGTGTGC AGCTGGCAAA GGAGTTGACT 
CTGCCAGAAC AAACGTTCAT GGGCTACTGG ACAATTGGTC AGGCAAGAAG TGGGATGCAA 
AAACTCTTGT GTCCAGTGGA AACTCATCAT ATAGACATAA AGGGTCCAGC ACTTATAAAT 
ATACAGGAGT ATCCAATAGA AAGACATGAA GAAAGATCCC TAAACTTTAC TGAAGAATGT 
GCCTCATGGA GAATACCATT GGATGAAATT AATATAATCT GTGACATTGC TACATCACAT 
GAAAATGAGC AAAATACTCT CTATGTAGTT ACATGCAATC CCGCTTCCCT GTACTTTATG 
AATATGACTG GGAAAAGTGG CTTCTTTGTG GACTTTTTTG ATATCTTCCC AAGAACAGCC 
AATGGCGTTT GGCACCCTTT TGTGACAGTG GCACCGCTGG GAAGTCCTCT CAAAGGTCAA 
GTGGTTCTCC ATGAGCAGCA GAGTAATGTT ATCCTGTTGT TAGATACTAC TGGCCGGGCC 
CTTCATCGTC TCATCCTCCC TTCCGAGAAG TTTACATCTA AGAAACCTTT CTGGTGGAAC 
AAAGAAGAAG CTGAAACTTA TAAAATGTGT AAAGAATTTT CACACAAAAA CTGGCTGGTG 
TTCTACAAAG AAAAAGGGAA CAGCCTGACT GTGCTGGATG TTCTAGAAGG GCGAACTCAC 
ACCATCTCAC TTCCCATCAA CCTCAAGACA GTTTTCCTTG TAGCAGAGGA CAAATGGCTT 
CTGGTGGAGA GCAAAACAAA TCAGAAATAT CTTTTAACTA AGCCTGCACA CATCGAATCT 
GAGGGTAGTG GGGTTTGCCA GTTGTATGTG CTGAAAGAGG AGCCGCCCAG CACAGGGTTT 
GGAGTTACAC AAGAAACAGA GTTCAGCATA CCTCATAAAA TTTCCAGTGA TCAACTATCA 
TCTGAACATC TAAGTTCAGC TGTGGAACAA AAGATTGCCT CTCCCAACAG AATTCTCTCA 
GATGAGAAAA ATTATGCTAC AATAGTTGTT GGTTTTCCAG ATCTCATGTC ACCCAGTGAA 
GTTTATTCTT GGAAGAGACC ATCATCTTTG CATAAACGAA GTGGCACTGA TACATCATTC 
TATAGAGGAA AGAAGAAAAG GGGGACTCCA AAACAAAGCA ATTGTGTGAC TCTTTTAGAT 
ACGAATCAGG TAGTGAGGAT TTTACCCCCA GGAGAAGTCC CTCTAAAAGA TATCTACCCA 
AAAGATGTTA CTCCTCCACA AACATCTGGT TATATAGAAG TCACTGATCT TCAATCAAAG 
AAACTCCGAT ATATCCCTAT TCCCAGATCA GAATCTCTCT CGCCGTATAC CACATGGCTG 
TCGACCATTT CAGACACAGA TGCACTGCTG GCTGAGTGGG ACAAAAGCGG TGTTGTTACT 
GTTGATATGG GAGGTCACAT CAGGCTTTGG GAAACTGGAC TTGAACGTCT GCAGCGATCA 
CTCATGGAAT GGAGAAACAT GATTGGACAA GATGACAGAA ATATGCAGAT AACAATCAAC 
AGAGACAGTG GTGAAGATGT AAGCTCCCCC AAACACGGGA AGGAGGACCC AGACAACATG 
CCTCACGTGG GCGGCAACAC TTGGGCTGGC GGAACAGGGG GAAGAGACAC GGCAGGCCTG 
GGTGGCAAAG GAGGCCCTTA CCGGCTGGAT GCAGGCCATA CGGTGTACCA GGTCTCTCAG 
GCTGAGAAAG ATGCAGTTCC CGAAGAGGTC AAGAGAGCTG CTAGAGAGAT GGGCCAGAGA 
GCATTCCAGC AGAGGCTAAA GGAGATCCAA ATGAGTGAAT ACGATGCTGC AACCTATGAA 
AGGTTTTCAG GTGCTGTTCG GCGACAGGTG CACTCCCTCC GAATCATCCT GGATAATTTA 
CAGGCTAAAG GTAAAGAAAG ACAATGGCTA AGACATCAAG CTACTGGAGA ATTAGATGAT 
GCCAAGATCA TTGATGGGCT GACTGGAGAA AAAGCCATCT ACAAACGTCG GGGTGAGCTG 
GAGCCACAAC TTGGCAGCCC ACAACAGAAA CCCAAGCGTC TGCGCCTGGT GGTAGATGTG 
TCTGGTAGCA TGTACCGTTT CAACAGGATG GATGGCCGGC TTGAGCGCAC AATGGAGGCT 
GTGTGTATGG TCATGGAAGC CTTCGAGAAC TATGAGGAGA AGTTCCAGTA TGACATCGTT 
GGACACTCTG GAGATGGCTA CAACATTGGT CTGGTTCCAA TGAACAAAAT CCCCAAGGAC 
AATAAGCAAA GACTAGAAAT TCTGAAGACA ATGCATGCCC ACTCTCAGTT CTGCATGAGT 
GGGGACCACA CGTTAGAAGG GACAGAACAT GCCATCAAGG AAATTGTCAA AGAAGAAGCT 
GATGAGTACT TTGTCATAGT CTTGAGTGAT GCAAATCTGT CACGATATGG AATACATCCT 
GCTAAGTTTG CTCAAATCCT CACAAGAGAC CCTCAAGTAA ATGCTTTTGC CATTTTTATT 
GGCTCTTTAG GTGATCAAGC AACCAGGCTT CAGAGAACTT TACCAGCTGG TCGGTCTTTC 
GTTGCCATGG ATACCAAGGA TATCCCTCAG ATTTTACAAC AGATCTTCAC CTCCACCATG 
TTGTCGAGTG TCTAA

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

VWA8 ( XM_017020469.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016875958.1 Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X1, mRNA.

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CloneID	OHu84463
Clone ID Related Accession (Same CDS sequence)	XM_017020469.2 , XM_017020469.1
Accession Version	XM_017020469.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5535bp) 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	von Willebrand factor A domain-containing protein 8 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000013.11) 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##

ATGGGACTGT CTAGTTGCAA GAAAACAAGC TCAGAGCTCC CACTGATTCT ACATTATGTT 
TCAGACTCTC TGGCTCAATC TGTAGTTCAG CATCTAAGAT GGATAATGCA GAAGGATCTT 
TTGGGGCAAG ATGTTTTTCT AATAGGACCT CCTGGGCCTC TTCGACGCTC TATTGCTATG 
CAGTACTTGG AGCTGACCAA ACGGGAGGTC GAATACATTG CCCTGTCAAG GGACACCACT 
GAAACTGATC TCAAACAGCG ACGAGAGATC CGTGCAGGCA CAGCCTTTTA CATTGATCAG 
TGTGCAGTTC GTGCAGCCAC AGAAGGCAGA ACTCTCATTT TGGAAGGTTT GGAAAAGGCA 
GAGAGGAATG TTTTGCCTGT TTTGAACAAC TTGCTGGAAA ACAGAGAGAT GCAGCTTGAA 
GATGGACGCT TCCTGATGTC TGCTGAGCGT TACGACAAAC TTCTCCGAGA TCATACCAAA 
AAAGAGTTGG ATTCTTGGAA AATTGTCCGA GTTAGTGAAA ATTTCCGAGT GATTGCCTTG 
GGCTTGCCAG TGCCAAGGTA TTCTGGGAAT CCATTAGACC CCCCTCTTCG TTCTCGATTT 
CAAGCCAGGG ATATTTATTA TTTACCCTTC AAGGACCAAC TTAAGTTGTT ATATTCAATT 
GGAGCCAATG TTTCTGCTGA GAAAGTTTCT CAGCTCTTGT CCTTTGCCAC AACTCTGTGT 
TCCCAAGAAT CTTCTACTCT TGGACTTCCA GACTTTCCTT TAGATAGTTT AGCAGCTGCG 
GTTCAAATCT TGGATTCCTT TCCTATGATG CCAATCAAAC ATGCAATCCA GTGGCTTTAT 
CCATATAGTA TTTTACTAGG TCATGAAGGG AAGATGGCTG TGGAAGGTGT TTTAAAGCGC 
TTTGAACTTC AAGATTCAGG AAGCTCTCTA CTTCCTAAAG AGATTGTAAA AGTAGAGAAG 
ATGATGGAAA ACCATGTGTC CCAAGCTTCT GTGACCATCC GGATTGCAGA TAAAGAGGTG 
ACCATTAAGG TGCCAGCCGG GACCAGGCTA TTAAGTCAAC CTTGTGCGTC AGACCGTTTC 
ATACAGACTT TGAGCCATAA GCAGCTACAG GCTGAAATGA TGCAGTCTCA CATGGTTAAA 
GATATATGTT TAATTGGAGG AAAGGGTTGT GGAAAAACAG TGATCGCTAA GAACTTTGCC 
GATACCTTAG GATACAACAT AGAACCTATT ATGCTCTATC AGGATATGAC AGCGCGTGAT 
CTGCTACAGC AGAGATACAC CCTTCCAAAT GGAGACACTG CCTGGCGGTC CTCACCCCTT 
GTGAATGCTG CTCTGGAAGG CAAGCTGGTC CTGCTGGATG GCATTCACCG GGTGAATGCG 
GGCACGCTTG CTGTATTGCA AAGGTTAATC CATGATCGAG AGCTAAGCCT CTATGATGGT 
TCTAGGCTGC TGAGAGAAGA CAGGTATATG CGTTTAAAGG AGGAGCTGCA ACTGTCTGAT 
GAACAGCTAC AGAAGAGATC CATTTTTCCT ATCCATCCCT CCTTCAGAAT CATTGCCTTG 
GCAGAACCCC CTGTTATTGG AAGCACAGCA CACCAGTGGC TGGGACCAGA ATTCTTAACC 
ATGTTCTTTT TCCATTACAT GAAACCACTT GTGAAAAGTG AAGAAATCCA AGTGATTAAG 
GAAAAGGTCC CAAATGTACC TCAGGAAGCT CTGGATAAGT TATTATCATT TACACACAAA 
CTCAGAGAAA CACAGGATCC AACGGCACAA TCATTAGCGG CATCACTTTC TACCAGACAA 
CTGTTGCGAA TTTCTCGTCG GCTGTCACAG TATCCTAATG AAAATCTTCA CAGTGCTGTT 
ACTAAAGCCT GCCTTTCCAG GTTTTTACCC AGTCTTGCTA GGTCAGCATT AGAAAAAAAT 
CTGGCAGATG CTACAATAGA AATAAATACT GATGACAATT TGGAGCCAGA ACTGAAGGAT 
TACAAATGTG AAGTAACATC TGGAACTCTG AGGATTGGTG CTGTTAGTGC ACCGATCTAT 
AATGCACATG AGAAAATGAA AGTGCCTGAT GTTCTTTTCT ATGACAACAT TCAGCATGTG 
ATAGTGATGG AAGATATGCT GAAAGACTTT CTCCTTGGAG AACACTTATT ATTGGTTGGC 
AACCAGGGTG TAGGAAAAAA CAAGATTGTT GACAGATTCC TTCACCTGCT CAACAGACCC 
CGAGAATATA TTCAGCTACA CAGGGATACC ACAGTACAAA CTCTTACGCT TCAGCCTTCG 
GTTAAAGACG GACTTATTGT ATATGAAGAC TCACCTTTGG TTAAAGCAGT AAAGTTGGGT 
CATATTCTGG TAGTAGATGA GGCTGACAAA GCTCCAACAA ATGTCACGTG TATTTTAAAA 
ACTCTAGTAG AAAATGGAGA AATGATTCTA GCAGATGGAA GACGCATTGT TGCAAATTCT 
GCTAATGTGA ATGGAAGAGA AAATGTTGTA GTGATTCATC CTGATTTTAG GATGATTGTT 
CTGGCAAATA GACCTGGATT TCCTTTCCTA GGCAATGATT TCTTCGGTAC CTTAGGTGAT 
ATTTTTAGCT GCCATGCAGT TGATAACCCC AAACCCCACT CGGAGCTCGA GATGCTCAGA 
CAGTATGGAC CAAATGTGCC TGAGCCCATC CTTCAGAAGC TTGTGGCTGC CTTTGGAGAG 
CTGAGGAGTT TGGCTGACCA AGGGATTATT AACTATCCTT ATTCTACCAG AGAAGTTGTC 
AACATAGTCA AACATTTACA GAAATTTCCG ACTGAAGGTC TCTCCAGTGT AGTTCGAAAT 
GTGTTTGACT TTGATTCCTA CAACAATGAC ATGAGGGAGA TATTGATTAA CACTTTACAC 
AAATACGGGA TACCTATCGG AGCAAAGCCT ACCAGTGTGC AGCTGGCAAA GGAGTTGACT 
CTGCCAGAAC AAACGTTCAT GGGCTACTGG ACAATTGGTC AGGCAAGAAG TGGGATGCAA 
AAACTCTTGT GTCCAGTGGA AACTCATCAT ATAGACATAA AGGGTCCAGC ACTTATAAAT 
ATACAGGAGT ATCCAATAGA AAGACATGAA GAAAGATCCC TAAACTTTAC TGAAGAATGT 
GCCTCATGGA GAATACCATT GGATGAAATT AATATAATCT GTGACATTGC TACATCACAT 
GAAAATGAGC AAAATACTCT CTATGTAGTT ACATGCAATC CCGCTTCCCT GTACTTTATG 
AATATGACTG GGAAAAGTGG CTTCTTTGTG GACTTTTTTG ATATCTTCCC AAGAACAGCC 
AATGGCGTTT GGCACCCTTT TGTGACAGTG GCACCGCTGG GAAGTCCTCT CAAAGGTCAA 
GTGGTTCTCC ATGAGCAGCA GAGTAATGTT ATCCTGTTGT TAGATACTAC TGGCCGGGCC 
CTTCATCGTC TCATCCTCCC TTCCGAGAAG TTTACATCTA AGAAACCTTT CTGGTGGAAC 
AAAGAAGAAG CTGAAACTTA TAAAATGTGT AAAGAATTTT CACACAAAAA CTGGCTGGTG 
TTCTACAAAG AAAAAGGGAA CAGCCTGACT GTGCTGGATG TTCTAGAAGG GCGAACTCAC 
ACCATCTCAC TTCCCATCAA CCTCAAGACA GTTTTCCTTG TAGCAGAGGA CAAATGGCTT 
CTGGTGGAGA GCAAAACAAA TCAGAAATAT CTTTTAACTA AGCCTGCACA CATCGAATCT 
GAGGGTAGTG GGGTTTGCCA GTTGTATGTG CTGAAAGAGG AGCCGCCCAG CACAGGGTTT 
GGAGTTACAC AAGAAACAGA GTTCAGCATA CCTCATAAAA TTTCCAGTGA TCAACTATCA 
TCTGAACATC TAAGTTCAGC TGTGGAACAA AAGATTGCCT CTCCCAACAG AATTCTCTCA 
GATGAGAAAA ATTATGCTAC AATAGTTGTT GGTTTTCCAG ATCTCATGTC ACCCAGTGAA 
GTTTATTCTT GGAAGAGACC ATCATCTTTG CATAAACGAA GTGGCACTGA TACATCATTC 
TATAGAGGAA AGAAGAAAAG GGGGACTCCA AAACAAAGCA ATTGTGTGAC TCTTTTAGAT 
ACGAATCAGG TAGTGAGGAT TTTACCCCCA GGAGAAGTCC CTCTAAAAGA TATCTACCCA 
AAAGATGTTA CTCCTCCACA AACATCTGGT TATATAGAAG TCACTGATCT TCAATCAAAG 
AAACTCCGAT ATATCCCTAT TCCCAGATCA GAATCTCTCT CGCCGTATAC CACATGGCTG 
TCGACCATTT CAGACACAGA TGCACTGCTG GCTGAGTGGG ACAAAAGCGG TGTTGTTACT 
GTTGATATGG GAGGTCACAT CAGGCTTTGG GAAACTGGAC TTGAACGTCT GCAGCGATCA 
CTCATGGAAT GGAGAAACAT GATTGGACAA GATGACAGAA ATATGCAGAT AACAATCAAC 
AGAGACAGTG GTGAAGATGT AAGCTCCCCC AAACACGGGA AGGAGGACCC AGACAACATG 
CCTCACGTGG GCGGCAACAC TTGGGCTGGC GGAACAGGGG GAAGAGACAC GGCAGGCCTG 
GGTGGCAAAG GAGGCCCTTA CCGGCTGGAT GCAGGCCATA CGGTGTACCA GGTCTCTCAG 
GCTGAGAAAG ATGCAGTTCC CGAAGAGGTC AAGAGAGCTG CTAGAGAGAT GGGCCAGAGA 
GCATTCCAGC AGAGGCTAAA GGAGATCCAA ATGAGTGAAT ACGATGCTGC AACCTATGAA 
AGGTTTTCAG GTGCTGTTCG GCGACAGGTG CACTCCCTCC GAATCATCCT GGATAATTTA 
CAGGCTAAAG GTAAAGAAAG ACAATGGCTA AGACATCAAG CTACTGGAGA ATTAGATGAT 
GCCAAGATCA TTGATGGGCT GACTGGAGAA AAAGCCATCT ACAAACGTCG GGGTGAGCTG 
GAGCCACAAC TTGGCAGCCC ACAACAGAAA CCCAAGCGTC TGCGCCTGGT GGTAGATGTG 
TCTGGTAGCA TGTACCGTTT CAACAGGATG GATGGCCGGC TTGAGCGCAC AATGGAGGCT 
GTGTGTATGG TCATGGAAGC CTTCGAGAAC TATGAGGAGA AGTTCCAGTA TGACATCGTT 
GGACACTCTG GAGATGGCTA CAACATTGGT CTGGTTCCAA TGAACAAAAT CCCCAAGGAC 
AATAAGCAAA GACTAGAAAT TCTGAAGACA ATGCATGCCC ACTCTCAGTT CTGCATGAGT 
GGGGACCACA CGTTAGAAGG GACAGAACAT GCCATCAAGG AAATTGTCAA AGAAGAAGCT 
GATGAGTACT TTGTCATAGT CTTGAGTGAT GCAAATCTGT CACGATATGG AATACATCCT 
GCTAAGTTTG CTCAAATCCT CACAAGAGAC CCTCAAGTAA ATGCTTTTGC CATTTTTATT 
GGCTCTTTAG GTGATCAAGC AACCAGGCTT CAGAGAACTT TACCAGCTGG TCGGTCTTTC 
GTTGCCATGG ATACCAAGGA TATCCCTCAG ATTTTACAAC AGATCTTCAC CTCCACCATG 
TTGTCGAGTG TCTAA

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

RefSeq	XP_016875958.1
CDS	313..5847
Translation	MGLSSCKKTSSELPLILHYVSDSLAQSVVQHLRWIMQKDLLGQDVFLIGPPGPLRRSIAMQYLELTKREVEYIALSRDTTETDLKQRREIRAGTAFYIDQCAVRAATEGRTLILEGLEKAERNVLPVLNNLLENREMQLEDGRFLMSAERYDKLLRDHTKKELDSWKIVRVSENFRVIALGLPVPRYSGNPLDPPLRSRFQARDIYYLPFKDQLKLLYSIGANVSAEKVSQLLSFATTLCSQESSTLGLPDFPLDSLAAAVQILDSFPMMPIKHAIQWLYPYSILLGHEGKMAVEGVLKRFELQDSGSSLLPKEIVKVEKMMENHVSQASVTIRIADKEVTIKVPAGTRLLSQPCASDRFIQTLSHKQLQAEMMQSHMVKDICLIGGKGCGKTVIAKNFADTLGYNIEPIMLYQDMTARDLLQQRYTLPNGDTAWRSSPLVNAALEGKLVLLDGIHRVNAGTLAVLQRLIHDRELSLYDGSRLLREDRYMRLKEELQLSDEQLQKRSIFPIHPSFRIIALAEPPVIGSTAHQWLGPEFLTMFFFHYMKPLVKSEEIQVIKEKVPNVPQEALDKLLSFTHKLRETQDPTAQSLAASLSTRQLLRISRRLSQYPNENLHSAVTKACLSRFLPSLARSALEKNLADATIEINTDDNLEPELKDYKCEVTSGTLRIGAVSAPIYNAHEKMKVPDVLFYDNIQHVIVMEDMLKDFLLGEHLLLVGNQGVGKNKIVDRFLHLLNRPREYIQLHRDTTVQTLTLQPSVKDGLIVYEDSPLVKAVKLGHILVVDEADKAPTNVTCILKTLVENGEMILADGRRIVANSANVNGRENVVVIHPDFRMIVLANRPGFPFLGNDFFGTLGDIFSCHAVDNPKPHSELEMLRQYGPNVPEPILQKLVAAFGELRSLADQGIINYPYSTREVVNIVKHLQKFPTEGLSSVVRNVFDFDSYNNDMREILINTLHKYGIPIGAKPTSVQLAKELTLPEQTFMGYWTIGQARSGMQKLLCPVETHHIDIKGPALINIQEYPIERHEERSLNFTEECASWRIPLDEINIICDIATSHENEQNTLYVVTCNPASLYFMNMTGKSGFFVDFFDIFPRTANGVWHPFVTVAPLGSPLKGQVVLHEQQSNVILLLDTTGRALHRLILPSEKFTSKKPFWWNKEEAETYKMCKEFSHKNWLVFYKEKGNSLTVLDVLEGRTHTISLPINLKTVFLVAEDKWLLVESKTNQKYLLTKPAHIESEGSGVCQLYVLKEEPPSTGFGVTQETEFSIPHKISSDQLSSEHLSSAVEQKIASPNRILSDEKNYATIVVGFPDLMSPSEVYSWKRPSSLHKRSGTDTSFYRGKKKRGTPKQSNCVTLLDTNQVVRILPPGEVPLKDIYPKDVTPPQTSGYIEVTDLQSKKLRYIPIPRSESLSPYTTWLSTISDTDALLAEWDKSGVVTVDMGGHIRLWETGLERLQRSLMEWRNMIGQDDRNMQITINRDSGEDVSSPKHGKEDPDNMPHVGGNTWAGGTGGRDTAGLGGKGGPYRLDAGHTVYQVSQAEKDAVPEEVKRAAREMGQRAFQQRLKEIQMSEYDAATYERFSGAVRRQVHSLRIILDNLQAKGKERQWLRHQATGELDDAKIIDGLTGEKAIYKRRGELEPQLGSPQQKPKRLRLVVDVSGSMYRFNRMDGRLERTMEAVCMVMEAFENYEEKFQYDIVGHSGDGYNIGLVPMNKIPKDNKQRLEILKTMHAHSQFCMSGDHTLEGTEHAIKEIVKEEADEYFVIVLSDANLSRYGIHPAKFAQILTRDPQVNAFAIFIGSLGDQATRLQRTLPAGRSFVAMDTKDIPQILQQIFTSTMLSSV

Target ORF information:

RefSeq Version	XM_017020469.1
Organism	Homo sapiens(human)
Definition	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X1, mRNA.

Target ORF information:

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

XM_017020469.1

ORF Insert Sequence:

ATGGGACTGT CTAGTTGCAA GAAAACAAGC TCAGAGCTCC CACTGATTCT ACATTATGTT 
TCAGACTCTC TGGCTCAATC TGTAGTTCAG CATCTAAGAT GGATAATGCA GAAGGATCTT 
TTGGGGCAAG ATGTTTTTCT AATAGGACCT CCTGGGCCTC TTCGACGCTC TATTGCTATG 
CAGTACTTGG AGCTGACCAA ACGGGAGGTC GAATACATTG CCCTGTCAAG GGACACCACT 
GAAACTGATC TCAAACAGCG ACGAGAGATC CGTGCAGGCA CAGCCTTTTA CATTGATCAG 
TGTGCAGTTC GTGCAGCCAC AGAAGGCAGA ACTCTCATTT TGGAAGGTTT GGAAAAGGCA 
GAGAGGAATG TTTTGCCTGT TTTGAACAAC TTGCTGGAAA ACAGAGAGAT GCAGCTTGAA 
GATGGACGCT TCCTGATGTC TGCTGAGCGT TACGACAAAC TTCTCCGAGA TCATACCAAA 
AAAGAGTTGG ATTCTTGGAA AATTGTCCGA GTTAGTGAAA ATTTCCGAGT GATTGCCTTG 
GGCTTGCCAG TGCCAAGGTA TTCTGGGAAT CCATTAGACC CCCCTCTTCG TTCTCGATTT 
CAAGCCAGGG ATATTTATTA TTTACCCTTC AAGGACCAAC TTAAGTTGTT ATATTCAATT 
GGAGCCAATG TTTCTGCTGA GAAAGTTTCT CAGCTCTTGT CCTTTGCCAC AACTCTGTGT 
TCCCAAGAAT CTTCTACTCT TGGACTTCCA GACTTTCCTT TAGATAGTTT AGCAGCTGCG 
GTTCAAATCT TGGATTCCTT TCCTATGATG CCAATCAAAC ATGCAATCCA GTGGCTTTAT 
CCATATAGTA TTTTACTAGG TCATGAAGGG AAGATGGCTG TGGAAGGTGT TTTAAAGCGC 
TTTGAACTTC AAGATTCAGG AAGCTCTCTA CTTCCTAAAG AGATTGTAAA AGTAGAGAAG 
ATGATGGAAA ACCATGTGTC CCAAGCTTCT GTGACCATCC GGATTGCAGA TAAAGAGGTG 
ACCATTAAGG TGCCAGCCGG GACCAGGCTA TTAAGTCAAC CTTGTGCGTC AGACCGTTTC 
ATACAGACTT TGAGCCATAA GCAGCTACAG GCTGAAATGA TGCAGTCTCA CATGGTTAAA 
GATATATGTT TAATTGGAGG AAAGGGTTGT GGAAAAACAG TGATCGCTAA GAACTTTGCC 
GATACCTTAG GATACAACAT AGAACCTATT ATGCTCTATC AGGATATGAC AGCGCGTGAT 
CTGCTACAGC AGAGATACAC CCTTCCAAAT GGAGACACTG CCTGGCGGTC CTCACCCCTT 
GTGAATGCTG CTCTGGAAGG CAAGCTGGTC CTGCTGGATG GCATTCACCG GGTGAATGCG 
GGCACGCTTG CTGTATTGCA AAGGTTAATC CATGATCGAG AGCTAAGCCT CTATGATGGT 
TCTAGGCTGC TGAGAGAAGA CAGGTATATG CGTTTAAAGG AGGAGCTGCA ACTGTCTGAT 
GAACAGCTAC AGAAGAGATC CATTTTTCCT ATCCATCCCT CCTTCAGAAT CATTGCCTTG 
GCAGAACCCC CTGTTATTGG AAGCACAGCA CACCAGTGGC TGGGACCAGA ATTCTTAACC 
ATGTTCTTTT TCCATTACAT GAAACCACTT GTGAAAAGTG AAGAAATCCA AGTGATTAAG 
GAAAAGGTCC CAAATGTACC TCAGGAAGCT CTGGATAAGT TATTATCATT TACACACAAA 
CTCAGAGAAA CACAGGATCC AACGGCACAA TCATTAGCGG CATCACTTTC TACCAGACAA 
CTGTTGCGAA TTTCTCGTCG GCTGTCACAG TATCCTAATG AAAATCTTCA CAGTGCTGTT 
ACTAAAGCCT GCCTTTCCAG GTTTTTACCC AGTCTTGCTA GGTCAGCATT AGAAAAAAAT 
CTGGCAGATG CTACAATAGA AATAAATACT GATGACAATT TGGAGCCAGA ACTGAAGGAT 
TACAAATGTG AAGTAACATC TGGAACTCTG AGGATTGGTG CTGTTAGTGC ACCGATCTAT 
AATGCACATG AGAAAATGAA AGTGCCTGAT GTTCTTTTCT ATGACAACAT TCAGCATGTG 
ATAGTGATGG AAGATATGCT GAAAGACTTT CTCCTTGGAG AACACTTATT ATTGGTTGGC 
AACCAGGGTG TAGGAAAAAA CAAGATTGTT GACAGATTCC TTCACCTGCT CAACAGACCC 
CGAGAATATA TTCAGCTACA CAGGGATACC ACAGTACAAA CTCTTACGCT TCAGCCTTCG 
GTTAAAGACG GACTTATTGT ATATGAAGAC TCACCTTTGG TTAAAGCAGT AAAGTTGGGT 
CATATTCTGG TAGTAGATGA GGCTGACAAA GCTCCAACAA ATGTCACGTG TATTTTAAAA 
ACTCTAGTAG AAAATGGAGA AATGATTCTA GCAGATGGAA GACGCATTGT TGCAAATTCT 
GCTAATGTGA ATGGAAGAGA AAATGTTGTA GTGATTCATC CTGATTTTAG GATGATTGTT 
CTGGCAAATA GACCTGGATT TCCTTTCCTA GGCAATGATT TCTTCGGTAC CTTAGGTGAT 
ATTTTTAGCT GCCATGCAGT TGATAACCCC AAACCCCACT CGGAGCTCGA GATGCTCAGA 
CAGTATGGAC CAAATGTGCC TGAGCCCATC CTTCAGAAGC TTGTGGCTGC CTTTGGAGAG 
CTGAGGAGTT TGGCTGACCA AGGGATTATT AACTATCCTT ATTCTACCAG AGAAGTTGTC 
AACATAGTCA AACATTTACA GAAATTTCCG ACTGAAGGTC TCTCCAGTGT AGTTCGAAAT 
GTGTTTGACT TTGATTCCTA CAACAATGAC ATGAGGGAGA TATTGATTAA CACTTTACAC 
AAATACGGGA TACCTATCGG AGCAAAGCCT ACCAGTGTGC AGCTGGCAAA GGAGTTGACT 
CTGCCAGAAC AAACGTTCAT GGGCTACTGG ACAATTGGTC AGGCAAGAAG TGGGATGCAA 
AAACTCTTGT GTCCAGTGGA AACTCATCAT ATAGACATAA AGGGTCCAGC ACTTATAAAT 
ATACAGGAGT ATCCAATAGA AAGACATGAA GAAAGATCCC TAAACTTTAC TGAAGAATGT 
GCCTCATGGA GAATACCATT GGATGAAATT AATATAATCT GTGACATTGC TACATCACAT 
GAAAATGAGC AAAATACTCT CTATGTAGTT ACATGCAATC CCGCTTCCCT GTACTTTATG 
AATATGACTG GGAAAAGTGG CTTCTTTGTG GACTTTTTTG ATATCTTCCC AAGAACAGCC 
AATGGCGTTT GGCACCCTTT TGTGACAGTG GCACCGCTGG GAAGTCCTCT CAAAGGTCAA 
GTGGTTCTCC ATGAGCAGCA GAGTAATGTT ATCCTGTTGT TAGATACTAC TGGCCGGGCC 
CTTCATCGTC TCATCCTCCC TTCCGAGAAG TTTACATCTA AGAAACCTTT CTGGTGGAAC 
AAAGAAGAAG CTGAAACTTA TAAAATGTGT AAAGAATTTT CACACAAAAA CTGGCTGGTG 
TTCTACAAAG AAAAAGGGAA CAGCCTGACT GTGCTGGATG TTCTAGAAGG GCGAACTCAC 
ACCATCTCAC TTCCCATCAA CCTCAAGACA GTTTTCCTTG TAGCAGAGGA CAAATGGCTT 
CTGGTGGAGA GCAAAACAAA TCAGAAATAT CTTTTAACTA AGCCTGCACA CATCGAATCT 
GAGGGTAGTG GGGTTTGCCA GTTGTATGTG CTGAAAGAGG AGCCGCCCAG CACAGGGTTT 
GGAGTTACAC AAGAAACAGA GTTCAGCATA CCTCATAAAA TTTCCAGTGA TCAACTATCA 
TCTGAACATC TAAGTTCAGC TGTGGAACAA AAGATTGCCT CTCCCAACAG AATTCTCTCA 
GATGAGAAAA ATTATGCTAC AATAGTTGTT GGTTTTCCAG ATCTCATGTC ACCCAGTGAA 
GTTTATTCTT GGAAGAGACC ATCATCTTTG CATAAACGAA GTGGCACTGA TACATCATTC 
TATAGAGGAA AGAAGAAAAG GGGGACTCCA AAACAAAGCA ATTGTGTGAC TCTTTTAGAT 
ACGAATCAGG TAGTGAGGAT TTTACCCCCA GGAGAAGTCC CTCTAAAAGA TATCTACCCA 
AAAGATGTTA CTCCTCCACA AACATCTGGT TATATAGAAG TCACTGATCT TCAATCAAAG 
AAACTCCGAT ATATCCCTAT TCCCAGATCA GAATCTCTCT CGCCGTATAC CACATGGCTG 
TCGACCATTT CAGACACAGA TGCACTGCTG GCTGAGTGGG ACAAAAGCGG TGTTGTTACT 
GTTGATATGG GAGGTCACAT CAGGCTTTGG GAAACTGGAC TTGAACGTCT GCAGCGATCA 
CTCATGGAAT GGAGAAACAT GATTGGACAA GATGACAGAA ATATGCAGAT AACAATCAAC 
AGAGACAGTG GTGAAGATGT AAGCTCCCCC AAACACGGGA AGGAGGACCC AGACAACATG 
CCTCACGTGG GCGGCAACAC TTGGGCTGGC GGAACAGGGG GAAGAGACAC GGCAGGCCTG 
GGTGGCAAAG GAGGCCCTTA CCGGCTGGAT GCAGGCCATA CGGTGTACCA GGTCTCTCAG 
GCTGAGAAAG ATGCAGTTCC CGAAGAGGTC AAGAGAGCTG CTAGAGAGAT GGGCCAGAGA 
GCATTCCAGC AGAGGCTAAA GGAGATCCAA ATGAGTGAAT ACGATGCTGC AACCTATGAA 
AGGTTTTCAG GTGCTGTTCG GCGACAGGTG CACTCCCTCC GAATCATCCT GGATAATTTA 
CAGGCTAAAG GTAAAGAAAG ACAATGGCTA AGACATCAAG CTACTGGAGA ATTAGATGAT 
GCCAAGATCA TTGATGGGCT GACTGGAGAA AAAGCCATCT ACAAACGTCG GGGTGAGCTG 
GAGCCACAAC TTGGCAGCCC ACAACAGAAA CCCAAGCGTC TGCGCCTGGT GGTAGATGTG 
TCTGGTAGCA TGTACCGTTT CAACAGGATG GATGGCCGGC TTGAGCGCAC AATGGAGGCT 
GTGTGTATGG TCATGGAAGC CTTCGAGAAC TATGAGGAGA AGTTCCAGTA TGACATCGTT 
GGACACTCTG GAGATGGCTA CAACATTGGT CTGGTTCCAA TGAACAAAAT CCCCAAGGAC 
AATAAGCAAA GACTAGAAAT TCTGAAGACA ATGCATGCCC ACTCTCAGTT CTGCATGAGT 
GGGGACCACA CGTTAGAAGG GACAGAACAT GCCATCAAGG AAATTGTCAA AGAAGAAGCT 
GATGAGTACT TTGTCATAGT CTTGAGTGAT GCAAATCTGT CACGATATGG AATACATCCT 
GCTAAGTTTG CTCAAATCCT CACAAGAGAC CCTCAAGTAA ATGCTTTTGC CATTTTTATT 
GGCTCTTTAG GTGATCAAGC AACCAGGCTT CAGAGAACTT TACCAGCTGG TCGGTCTTTC 
GTTGCCATGG ATACCAAGGA TATCCCTCAG ATTTTACAAC AGATCTTCAC CTCCACCATG 
TTGTCGAGTG TCTAA

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

VWA8 ( XM_017020470.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016875959.1 Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X3, mRNA.

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CloneID	OHu84464
Clone ID Related Accession (Same CDS sequence)	XM_017020470.1 , XM_017020470.2
Accession Version	XM_017020470.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4635bp) 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	von Willebrand factor A domain-containing protein 8 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000013.11) 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##

ATGCAATCCC GGCTTCTACT CCTCGGGGCA CCCGGAGGCC ACGGCGGCCC GGCCTCGCGG 
CGCATGCGGC TGCTCCTGCG GCAGGTGGTG CAGCGCAGGC CGGGTGGCGA CAGGCAGCGG 
CCGGAGGTCA GACTGTTGCA CGCCGGCTCG GGGGCCGACA CAGGTGATAC AGTTAATATT 
GGAGATGTAT CCTACAAGTT GAAAATTCCT AAGAATCCAG AACTTGTGCC ACAGAACTAC 
ATTTCAGACT CTCTGGCTCA ATCTGTAGTT CAGCATCTAA GATGGATAAT GCAGAAGGAT 
CTTTTGGGGC AAGATGTTTT TCTAATAGGA CCTCCTGGGC CTCTTCGACG CTCTATTGCT 
ATGCAGTACT TGGAGCTGAC CAAACGGGAG GTCGAATACA TTGCCCTGTC AAGGGACACC 
ACTGAAACTG ATCTCAAACA GCGACGAGAG ATCCGTGCAG GCACAGCCTT TTACATTGAT 
CAGTGTGCAG TTCGTGCAGC CACAGAAGGC AGAACTCTCA TTTTGGAAGG TTTGGAAAAG 
GCAGAGAGGA ATGTTTTGCC TGTTTTGAAC AACTTGCTGG AAAACAGAGA GATGCAGCTT 
GAAGATGGAC GCTTCCTGAT GTCTGCTGAG CGTTACGACA AACTTCTCCG AGATCATACC 
AAAAAAGAGT TGGATTCTTG GAAAATTGTC CGAGTTAGTG AAAATTTCCG AGTGATTGCC 
TTGGGCTTGC CAGTGCCAAG GTATTCTGGG AATCCATTAG ACCCCCCTCT TCGTTCTCGA 
TTTCAAGCCA GGGATATTTA TTATTTACCC TTCAAGGACC AACTTAAGTT GTTATATTCA 
ATTGGAGCCA ATGTTTCTGC TGAGAAAGTT TCTCAGCTCT TGTCCTTTGC CACAACTCTG 
TGTTCCCAAG AATCTTCTAC TCTTGGACTT CCAGACTTTC CTTTAGATAG TTTAGCAGCT 
GCGGTTCAAA TCTTGGATTC CTTTCCTATG ATGCCAATCA AACATGCAAT CCAGTGGCTT 
TATCCATATA GTATTTTACT AGGTCATGAA GGGAAGATGG CTGTGGAAGG TGTTTTAAAG 
CGCTTTGAAC TTCAAGATTC AGGAAGCTCT CTACTTCCTA AAGAGATTGT AAAAGTAGAG 
AAGATGATGG AAAACCATGT GTCCCAAGCT TCTGTGACCA TCCGGATTGC AGATAAAGAG 
GTGACCATTA AGGTGCCAGC CGGGACCAGG CTATTAAGTC AACCTTGTGC GTCAGACCGT 
TTCATACAGA CTTTGAGCCA TAAGCAGCTA CAGGCTGAAA TGATGCAGTC TCACATGGTT 
AAAGATATAT GTTTAATTGG AGGAAAGGGT TGTGGAAAAA CAGTGATCGC TAAGAACTTT 
GCCGATACCT TAGGATACAA CATAGAACCT ATTATGCTCT ATCAGGATAT GACAGCGCGT 
GATCTGCTAC AGCAGAGATA CACCCTTCCA AATGGAGACA CTGCCTGGCG GTCCTCACCC 
CTTGTGAATG CTGCTCTGGA AGGCAAGCTG GTCCTGCTGG ATGGCATTCA CCGGGTGAAT 
GCGGGCACGC TTGCTGTATT GCAAAGGTTA ATCCATGATC GAGAGCTAAG CCTCTATGAT 
GGTTCTAGGC TGCTGAGAGA AGACAGGTAT ATGCGTTTAA AGGAGGAGCT GCAACTGTCT 
GATGAACAGC TACAGAAGAG ATCCATTTTT CCTATCCATC CCTCCTTCAG AATCATTGCC 
TTGGCAGAAC CCCCTGTTAT TGGAAGCACA GCACACCAGT GGCTGGGACC AGAATTCTTA 
ACCATGTTCT TTTTCCATTA CATGAAACCA CTTGTGAAAA GTGAAGAAAT CCAAGTGATT 
AAGGAAAAGG TCCCAAATGT ACCTCAGGAA GCTCTGGATA AGTTATTATC ATTTACACAC 
AAACTCAGAG AAACACAGGA TCCAACGGCA CAATCATTAG CGGCATCACT TTCTACCAGA 
CAACTGTTGC GAATTTCTCG TCGGCTGTCA CAGTATCCTA ATGAAAATCT TCACAGTGCT 
GTTACTAAAG CCTGCCTTTC CAGGTTTTTA CCCAGTCTTG CTAGGTCAGC ATTAGAAAAA 
AATCTGGCAG ATGCTACAAT AGAAATAAAT ACTGATGACA ATTTGGAGCC AGAACTGAAG 
GATTACAAAT GTGAAGTAAC ATCTGGAACT CTGAGGATTG GTGCTGTTAG TGCACCGATC 
TATAATGCAC ATGAGAAAAT GAAAGTGCCT GATGTTCTTT TCTATGACAA CATTCAGCAT 
GTGATAGTGA TGGAAGATAT GCTGAAAGAC TTTCTCCTTG GAGAACACTT ATTATTGGTT 
GGCAACCAGG GTGTAGGAAA AAACAAGATT GTTGACAGAT TCCTTCACCT GCTCAACAGA 
CCCCGAGAAT ATATTCAGCT ACACAGGGAT ACCACAGTAC AAACTCTTAC GCTTCAGCCT 
TCGGTTAAAG ACGGACTTAT TGTATATGAA GACTCACCTT TGGTTAAAGC AGTAAAGTTG 
GGTCATATTC TGGTAGTAGA TGAGGCTGAC AAAGCTCCAA CAAATGTCAC GTGTATTTTA 
AAAACTCTAG TAGAAAATGG AGAAATGATT CTAGCAGATG GAAGACGCAT TGTTGCAAAT 
TCTGCTAATG TGAATGGAAG AGAAAATGTT GTAGTGATTC ATCCTGATTT TAGGATGATT 
GTTCTGGCAA ATAGACCTGG ATTTCCTTTC CTAGGCAATG ATTTCTTCGG TACCTTAGGT 
GATATTTTTA GCTGCCATGC AGTTGATAAC CCCAAACCCC ACTCGGAGCT CGAGATGCTC 
AGACAGTATG GACCAAATGT GCCTGAGCCC ATCCTTCAGA AGCTTGTGGC TGCCTTTGGA 
GAGCTGAGGA GTTTGGCTGA CCAAGGGATT ATTAACTATC CTTATTCTAC CAGAGAAGTT 
GTCAACATAG TCAAACATTT ACAGAAATTT CCGACTGAAG GTCTCTCCAG TGTAGTTCGA 
AATGTGTTTG ACTTTGATTC CTACAACAAT GACATGAGGG AGATATTGAT TAACACTTTA 
CACAAATACG GGATACCTAT CGGAGCAAAG CCTACCAGTG TGCAGCTGGC AAAGGAGTTG 
ACTCTGCCAG AACAAACGTT CATGGGCTAC TGGACAATTG GTCAGGCAAG AAGTGGGATG 
CAAAAACTCT TGTGTCCAGT GGAAACTCAT CATATAGACA TAAAGGGTCC AGCACTTATA 
AATATACAGG AGTATCCAAT AGAAAGACAT GAAGAAAGAT CCCTAAACTT TACTGAAGAA 
TGTGCCTCAT GGAGAATACC ATTGGATGAA ATTAATATAA TCTGTGACAT TGCTACATCA 
CATGAAAATG AGCAAAATAC TCTCTATGTA GTTACATGCA ATCCCGCTTC CCTGTACTTT 
ATGAATATGA CTGGGAAAAG TGGCTTCTTT GTGGACTTTT TTGATATCTT CCCAAGAACA 
GCCAATGGCG TTTGGCACCC TTTTGTGACA GTGGCACCGC TGGGAAGTCC TCTCAAAGGT 
CAAGTGGTTC TCCATGAGCA GCAGAGTAAT GTTATCCTGT TGTTAGATAC TACTGGCCGG 
GCCCTTCATC GTCTCATCCT CCCTTCCGAG AAGTTTACAT CTAAGAAACC TTTCTGGTGG 
AACAAAGAAG AAGCTGAAAC TTATAAAATG TGTAAAGAAT TTTCACACAA AAACTGGCTG 
GTGTTCTACA AAGAAAAAGG GAACAGCCTG ACTGTGCTGG ATGTTCTAGA AGGGCGAACT 
CACACCATCT CACTTCCCAT CAACCTCAAG ACAGTTTTCC TTGTAGCAGA GGACAAATGG 
CTTCTGGTGG AGAGCAAAAC AAATCAGAAA TATCTTTTAA CTAAGCCTGC ACACATCGAA 
TCTGAGGGTA GTGGGGTTTG CCAGTTGTAT GTGCTGAAAG AGGAGCCGCC CAGCACAGGG 
TTTGGAGTTA CACAAGAAAC AGAGTTCAGC ATACCTCATA AAATTTCCAG TGATCAACTA 
TCATCTGAAC ATCTAAGTTC AGCTGTGGAA CAAAAGATTG CCTCTCCCAA CAGAATTCTC 
TCAGATGAGA AAAATTATGC TACAATAGTT GTTGGTTTTC CAGATCTCAT GTCACCCAGT 
GAAGTTTATT CTTGGAAGAG ACCATCATCT TTGCATAAAC GAAGTGGCAC TGATACATCA 
TTCTATAGAG GAAAGAAGAA AAGGGGGACT CCAAAACAAA GCAATTGTGT GACTCTTTTA 
GATACGAATC AGGTAGTGAG GATTTTACCC CCAGGAGAAG TCCCTCTAAA AGATATCTAC 
CCAAAAGATG TTACTCCTCC ACAAACATCT GGTTATATAG AAGTCACTGA TCTTCAATCA 
AAGAAACTCC GATATATCCC TATTCCCAGA TCAGAATCTC TCTCGCCGTA TACCACATGG 
CTGTCGACCA TTTCAGACAC AGATGCACTG CTGGCTGAGT GGGACAAAAG CGGTGTTGTT 
ACTGTTGATA TGGGAGGTCA CATCAGGCTT TGGGAAACTG GACTTGAACG TCTGCAGCGA 
TCACTCATGG AATGGAGAAA CATGATTGGA CAAGATGACA GAAATATGCA GAATTGGCCT 
ACAGAAGAGT CTTAA

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

RefSeq	XP_016875959.1
CDS	97..4731
Translation	MQSRLLLLGAPGGHGGPASRRMRLLLRQVVQRRPGGDRQRPEVRLLHAGSGADTGDTVNIGDVSYKLKIPKNPELVPQNYISDSLAQSVVQHLRWIMQKDLLGQDVFLIGPPGPLRRSIAMQYLELTKREVEYIALSRDTTETDLKQRREIRAGTAFYIDQCAVRAATEGRTLILEGLEKAERNVLPVLNNLLENREMQLEDGRFLMSAERYDKLLRDHTKKELDSWKIVRVSENFRVIALGLPVPRYSGNPLDPPLRSRFQARDIYYLPFKDQLKLLYSIGANVSAEKVSQLLSFATTLCSQESSTLGLPDFPLDSLAAAVQILDSFPMMPIKHAIQWLYPYSILLGHEGKMAVEGVLKRFELQDSGSSLLPKEIVKVEKMMENHVSQASVTIRIADKEVTIKVPAGTRLLSQPCASDRFIQTLSHKQLQAEMMQSHMVKDICLIGGKGCGKTVIAKNFADTLGYNIEPIMLYQDMTARDLLQQRYTLPNGDTAWRSSPLVNAALEGKLVLLDGIHRVNAGTLAVLQRLIHDRELSLYDGSRLLREDRYMRLKEELQLSDEQLQKRSIFPIHPSFRIIALAEPPVIGSTAHQWLGPEFLTMFFFHYMKPLVKSEEIQVIKEKVPNVPQEALDKLLSFTHKLRETQDPTAQSLAASLSTRQLLRISRRLSQYPNENLHSAVTKACLSRFLPSLARSALEKNLADATIEINTDDNLEPELKDYKCEVTSGTLRIGAVSAPIYNAHEKMKVPDVLFYDNIQHVIVMEDMLKDFLLGEHLLLVGNQGVGKNKIVDRFLHLLNRPREYIQLHRDTTVQTLTLQPSVKDGLIVYEDSPLVKAVKLGHILVVDEADKAPTNVTCILKTLVENGEMILADGRRIVANSANVNGRENVVVIHPDFRMIVLANRPGFPFLGNDFFGTLGDIFSCHAVDNPKPHSELEMLRQYGPNVPEPILQKLVAAFGELRSLADQGIINYPYSTREVVNIVKHLQKFPTEGLSSVVRNVFDFDSYNNDMREILINTLHKYGIPIGAKPTSVQLAKELTLPEQTFMGYWTIGQARSGMQKLLCPVETHHIDIKGPALINIQEYPIERHEERSLNFTEECASWRIPLDEINIICDIATSHENEQNTLYVVTCNPASLYFMNMTGKSGFFVDFFDIFPRTANGVWHPFVTVAPLGSPLKGQVVLHEQQSNVILLLDTTGRALHRLILPSEKFTSKKPFWWNKEEAETYKMCKEFSHKNWLVFYKEKGNSLTVLDVLEGRTHTISLPINLKTVFLVAEDKWLLVESKTNQKYLLTKPAHIESEGSGVCQLYVLKEEPPSTGFGVTQETEFSIPHKISSDQLSSEHLSSAVEQKIASPNRILSDEKNYATIVVGFPDLMSPSEVYSWKRPSSLHKRSGTDTSFYRGKKKRGTPKQSNCVTLLDTNQVVRILPPGEVPLKDIYPKDVTPPQTSGYIEVTDLQSKKLRYIPIPRSESLSPYTTWLSTISDTDALLAEWDKSGVVTVDMGGHIRLWETGLERLQRSLMEWRNMIGQDDRNMQNWPTEES

Target ORF information:

RefSeq Version	XM_017020470.1
Organism	Homo sapiens(human)
Definition	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X3, mRNA.

Target ORF information:

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

XM_017020470.1

ORF Insert Sequence:

ATGCAATCCC GGCTTCTACT CCTCGGGGCA CCCGGAGGCC ACGGCGGCCC GGCCTCGCGG 
CGCATGCGGC TGCTCCTGCG GCAGGTGGTG CAGCGCAGGC CGGGTGGCGA CAGGCAGCGG 
CCGGAGGTCA GACTGTTGCA CGCCGGCTCG GGGGCCGACA CAGGTGATAC AGTTAATATT 
GGAGATGTAT CCTACAAGTT GAAAATTCCT AAGAATCCAG AACTTGTGCC ACAGAACTAC 
ATTTCAGACT CTCTGGCTCA ATCTGTAGTT CAGCATCTAA GATGGATAAT GCAGAAGGAT 
CTTTTGGGGC AAGATGTTTT TCTAATAGGA CCTCCTGGGC CTCTTCGACG CTCTATTGCT 
ATGCAGTACT TGGAGCTGAC CAAACGGGAG GTCGAATACA TTGCCCTGTC AAGGGACACC 
ACTGAAACTG ATCTCAAACA GCGACGAGAG ATCCGTGCAG GCACAGCCTT TTACATTGAT 
CAGTGTGCAG TTCGTGCAGC CACAGAAGGC AGAACTCTCA TTTTGGAAGG TTTGGAAAAG 
GCAGAGAGGA ATGTTTTGCC TGTTTTGAAC AACTTGCTGG AAAACAGAGA GATGCAGCTT 
GAAGATGGAC GCTTCCTGAT GTCTGCTGAG CGTTACGACA AACTTCTCCG AGATCATACC 
AAAAAAGAGT TGGATTCTTG GAAAATTGTC CGAGTTAGTG AAAATTTCCG AGTGATTGCC 
TTGGGCTTGC CAGTGCCAAG GTATTCTGGG AATCCATTAG ACCCCCCTCT TCGTTCTCGA 
TTTCAAGCCA GGGATATTTA TTATTTACCC TTCAAGGACC AACTTAAGTT GTTATATTCA 
ATTGGAGCCA ATGTTTCTGC TGAGAAAGTT TCTCAGCTCT TGTCCTTTGC CACAACTCTG 
TGTTCCCAAG AATCTTCTAC TCTTGGACTT CCAGACTTTC CTTTAGATAG TTTAGCAGCT 
GCGGTTCAAA TCTTGGATTC CTTTCCTATG ATGCCAATCA AACATGCAAT CCAGTGGCTT 
TATCCATATA GTATTTTACT AGGTCATGAA GGGAAGATGG CTGTGGAAGG TGTTTTAAAG 
CGCTTTGAAC TTCAAGATTC AGGAAGCTCT CTACTTCCTA AAGAGATTGT AAAAGTAGAG 
AAGATGATGG AAAACCATGT GTCCCAAGCT TCTGTGACCA TCCGGATTGC AGATAAAGAG 
GTGACCATTA AGGTGCCAGC CGGGACCAGG CTATTAAGTC AACCTTGTGC GTCAGACCGT 
TTCATACAGA CTTTGAGCCA TAAGCAGCTA CAGGCTGAAA TGATGCAGTC TCACATGGTT 
AAAGATATAT GTTTAATTGG AGGAAAGGGT TGTGGAAAAA CAGTGATCGC TAAGAACTTT 
GCCGATACCT TAGGATACAA CATAGAACCT ATTATGCTCT ATCAGGATAT GACAGCGCGT 
GATCTGCTAC AGCAGAGATA CACCCTTCCA AATGGAGACA CTGCCTGGCG GTCCTCACCC 
CTTGTGAATG CTGCTCTGGA AGGCAAGCTG GTCCTGCTGG ATGGCATTCA CCGGGTGAAT 
GCGGGCACGC TTGCTGTATT GCAAAGGTTA ATCCATGATC GAGAGCTAAG CCTCTATGAT 
GGTTCTAGGC TGCTGAGAGA AGACAGGTAT ATGCGTTTAA AGGAGGAGCT GCAACTGTCT 
GATGAACAGC TACAGAAGAG ATCCATTTTT CCTATCCATC CCTCCTTCAG AATCATTGCC 
TTGGCAGAAC CCCCTGTTAT TGGAAGCACA GCACACCAGT GGCTGGGACC AGAATTCTTA 
ACCATGTTCT TTTTCCATTA CATGAAACCA CTTGTGAAAA GTGAAGAAAT CCAAGTGATT 
AAGGAAAAGG TCCCAAATGT ACCTCAGGAA GCTCTGGATA AGTTATTATC ATTTACACAC 
AAACTCAGAG AAACACAGGA TCCAACGGCA CAATCATTAG CGGCATCACT TTCTACCAGA 
CAACTGTTGC GAATTTCTCG TCGGCTGTCA CAGTATCCTA ATGAAAATCT TCACAGTGCT 
GTTACTAAAG CCTGCCTTTC CAGGTTTTTA CCCAGTCTTG CTAGGTCAGC ATTAGAAAAA 
AATCTGGCAG ATGCTACAAT AGAAATAAAT ACTGATGACA ATTTGGAGCC AGAACTGAAG 
GATTACAAAT GTGAAGTAAC ATCTGGAACT CTGAGGATTG GTGCTGTTAG TGCACCGATC 
TATAATGCAC ATGAGAAAAT GAAAGTGCCT GATGTTCTTT TCTATGACAA CATTCAGCAT 
GTGATAGTGA TGGAAGATAT GCTGAAAGAC TTTCTCCTTG GAGAACACTT ATTATTGGTT 
GGCAACCAGG GTGTAGGAAA AAACAAGATT GTTGACAGAT TCCTTCACCT GCTCAACAGA 
CCCCGAGAAT ATATTCAGCT ACACAGGGAT ACCACAGTAC AAACTCTTAC GCTTCAGCCT 
TCGGTTAAAG ACGGACTTAT TGTATATGAA GACTCACCTT TGGTTAAAGC AGTAAAGTTG 
GGTCATATTC TGGTAGTAGA TGAGGCTGAC AAAGCTCCAA CAAATGTCAC GTGTATTTTA 
AAAACTCTAG TAGAAAATGG AGAAATGATT CTAGCAGATG GAAGACGCAT TGTTGCAAAT 
TCTGCTAATG TGAATGGAAG AGAAAATGTT GTAGTGATTC ATCCTGATTT TAGGATGATT 
GTTCTGGCAA ATAGACCTGG ATTTCCTTTC CTAGGCAATG ATTTCTTCGG TACCTTAGGT 
GATATTTTTA GCTGCCATGC AGTTGATAAC CCCAAACCCC ACTCGGAGCT CGAGATGCTC 
AGACAGTATG GACCAAATGT GCCTGAGCCC ATCCTTCAGA AGCTTGTGGC TGCCTTTGGA 
GAGCTGAGGA GTTTGGCTGA CCAAGGGATT ATTAACTATC CTTATTCTAC CAGAGAAGTT 
GTCAACATAG TCAAACATTT ACAGAAATTT CCGACTGAAG GTCTCTCCAG TGTAGTTCGA 
AATGTGTTTG ACTTTGATTC CTACAACAAT GACATGAGGG AGATATTGAT TAACACTTTA 
CACAAATACG GGATACCTAT CGGAGCAAAG CCTACCAGTG TGCAGCTGGC AAAGGAGTTG 
ACTCTGCCAG AACAAACGTT CATGGGCTAC TGGACAATTG GTCAGGCAAG AAGTGGGATG 
CAAAAACTCT TGTGTCCAGT GGAAACTCAT CATATAGACA TAAAGGGTCC AGCACTTATA 
AATATACAGG AGTATCCAAT AGAAAGACAT GAAGAAAGAT CCCTAAACTT TACTGAAGAA 
TGTGCCTCAT GGAGAATACC ATTGGATGAA ATTAATATAA TCTGTGACAT TGCTACATCA 
CATGAAAATG AGCAAAATAC TCTCTATGTA GTTACATGCA ATCCCGCTTC CCTGTACTTT 
ATGAATATGA CTGGGAAAAG TGGCTTCTTT GTGGACTTTT TTGATATCTT CCCAAGAACA 
GCCAATGGCG TTTGGCACCC TTTTGTGACA GTGGCACCGC TGGGAAGTCC TCTCAAAGGT 
CAAGTGGTTC TCCATGAGCA GCAGAGTAAT GTTATCCTGT TGTTAGATAC TACTGGCCGG 
GCCCTTCATC GTCTCATCCT CCCTTCCGAG AAGTTTACAT CTAAGAAACC TTTCTGGTGG 
AACAAAGAAG AAGCTGAAAC TTATAAAATG TGTAAAGAAT TTTCACACAA AAACTGGCTG 
GTGTTCTACA AAGAAAAAGG GAACAGCCTG ACTGTGCTGG ATGTTCTAGA AGGGCGAACT 
CACACCATCT CACTTCCCAT CAACCTCAAG ACAGTTTTCC TTGTAGCAGA GGACAAATGG 
CTTCTGGTGG AGAGCAAAAC AAATCAGAAA TATCTTTTAA CTAAGCCTGC ACACATCGAA 
TCTGAGGGTA GTGGGGTTTG CCAGTTGTAT GTGCTGAAAG AGGAGCCGCC CAGCACAGGG 
TTTGGAGTTA CACAAGAAAC AGAGTTCAGC ATACCTCATA AAATTTCCAG TGATCAACTA 
TCATCTGAAC ATCTAAGTTC AGCTGTGGAA CAAAAGATTG CCTCTCCCAA CAGAATTCTC 
TCAGATGAGA AAAATTATGC TACAATAGTT GTTGGTTTTC CAGATCTCAT GTCACCCAGT 
GAAGTTTATT CTTGGAAGAG ACCATCATCT TTGCATAAAC GAAGTGGCAC TGATACATCA 
TTCTATAGAG GAAAGAAGAA AAGGGGGACT CCAAAACAAA GCAATTGTGT GACTCTTTTA 
GATACGAATC AGGTAGTGAG GATTTTACCC CCAGGAGAAG TCCCTCTAAA AGATATCTAC 
CCAAAAGATG TTACTCCTCC ACAAACATCT GGTTATATAG AAGTCACTGA TCTTCAATCA 
AAGAAACTCC GATATATCCC TATTCCCAGA TCAGAATCTC TCTCGCCGTA TACCACATGG 
CTGTCGACCA TTTCAGACAC AGATGCACTG CTGGCTGAGT GGGACAAAAG CGGTGTTGTT 
ACTGTTGATA TGGGAGGTCA CATCAGGCTT TGGGAAACTG GACTTGAACG TCTGCAGCGA 
TCACTCATGG AATGGAGAAA CATGATTGGA CAAGATGACA GAAATATGCA GAATTGGCCT 
ACAGAAGAGT CTTAA

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

VWA8 ( XM_017020470.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016875959.1 Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X3, mRNA.

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CloneID	OHu84464
Clone ID Related Accession (Same CDS sequence)	XM_017020470.1 , XM_017020470.2
Accession Version	XM_017020470.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4635bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-03-25
Organism	Homo sapiens(human)
Product	von Willebrand factor A domain-containing protein 8 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000013.11) 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_017020470.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Homo sapiens Annotation Release 109 Annotation Version :: 109 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAATCCC GGCTTCTACT CCTCGGGGCA CCCGGAGGCC ACGGCGGCCC GGCCTCGCGG 
CGCATGCGGC TGCTCCTGCG GCAGGTGGTG CAGCGCAGGC CGGGTGGCGA CAGGCAGCGG 
CCGGAGGTCA GACTGTTGCA CGCCGGCTCG GGGGCCGACA CAGGTGATAC AGTTAATATT 
GGAGATGTAT CCTACAAGTT GAAAATTCCT AAGAATCCAG AACTTGTGCC ACAGAACTAC 
ATTTCAGACT CTCTGGCTCA ATCTGTAGTT CAGCATCTAA GATGGATAAT GCAGAAGGAT 
CTTTTGGGGC AAGATGTTTT TCTAATAGGA CCTCCTGGGC CTCTTCGACG CTCTATTGCT 
ATGCAGTACT TGGAGCTGAC CAAACGGGAG GTCGAATACA TTGCCCTGTC AAGGGACACC 
ACTGAAACTG ATCTCAAACA GCGACGAGAG ATCCGTGCAG GCACAGCCTT TTACATTGAT 
CAGTGTGCAG TTCGTGCAGC CACAGAAGGC AGAACTCTCA TTTTGGAAGG TTTGGAAAAG 
GCAGAGAGGA ATGTTTTGCC TGTTTTGAAC AACTTGCTGG AAAACAGAGA GATGCAGCTT 
GAAGATGGAC GCTTCCTGAT GTCTGCTGAG CGTTACGACA AACTTCTCCG AGATCATACC 
AAAAAAGAGT TGGATTCTTG GAAAATTGTC CGAGTTAGTG AAAATTTCCG AGTGATTGCC 
TTGGGCTTGC CAGTGCCAAG GTATTCTGGG AATCCATTAG ACCCCCCTCT TCGTTCTCGA 
TTTCAAGCCA GGGATATTTA TTATTTACCC TTCAAGGACC AACTTAAGTT GTTATATTCA 
ATTGGAGCCA ATGTTTCTGC TGAGAAAGTT TCTCAGCTCT TGTCCTTTGC CACAACTCTG 
TGTTCCCAAG AATCTTCTAC TCTTGGACTT CCAGACTTTC CTTTAGATAG TTTAGCAGCT 
GCGGTTCAAA TCTTGGATTC CTTTCCTATG ATGCCAATCA AACATGCAAT CCAGTGGCTT 
TATCCATATA GTATTTTACT AGGTCATGAA GGGAAGATGG CTGTGGAAGG TGTTTTAAAG 
CGCTTTGAAC TTCAAGATTC AGGAAGCTCT CTACTTCCTA AAGAGATTGT AAAAGTAGAG 
AAGATGATGG AAAACCATGT GTCCCAAGCT TCTGTGACCA TCCGGATTGC AGATAAAGAG 
GTGACCATTA AGGTGCCAGC CGGGACCAGG CTATTAAGTC AACCTTGTGC GTCAGACCGT 
TTCATACAGA CTTTGAGCCA TAAGCAGCTA CAGGCTGAAA TGATGCAGTC TCACATGGTT 
AAAGATATAT GTTTAATTGG AGGAAAGGGT TGTGGAAAAA CAGTGATCGC TAAGAACTTT 
GCCGATACCT TAGGATACAA CATAGAACCT ATTATGCTCT ATCAGGATAT GACAGCGCGT 
GATCTGCTAC AGCAGAGATA CACCCTTCCA AATGGAGACA CTGCCTGGCG GTCCTCACCC 
CTTGTGAATG CTGCTCTGGA AGGCAAGCTG GTCCTGCTGG ATGGCATTCA CCGGGTGAAT 
GCGGGCACGC TTGCTGTATT GCAAAGGTTA ATCCATGATC GAGAGCTAAG CCTCTATGAT 
GGTTCTAGGC TGCTGAGAGA AGACAGGTAT ATGCGTTTAA AGGAGGAGCT GCAACTGTCT 
GATGAACAGC TACAGAAGAG ATCCATTTTT CCTATCCATC CCTCCTTCAG AATCATTGCC 
TTGGCAGAAC CCCCTGTTAT TGGAAGCACA GCACACCAGT GGCTGGGACC AGAATTCTTA 
ACCATGTTCT TTTTCCATTA CATGAAACCA CTTGTGAAAA GTGAAGAAAT CCAAGTGATT 
AAGGAAAAGG TCCCAAATGT ACCTCAGGAA GCTCTGGATA AGTTATTATC ATTTACACAC 
AAACTCAGAG AAACACAGGA TCCAACGGCA CAATCATTAG CGGCATCACT TTCTACCAGA 
CAACTGTTGC GAATTTCTCG TCGGCTGTCA CAGTATCCTA ATGAAAATCT TCACAGTGCT 
GTTACTAAAG CCTGCCTTTC CAGGTTTTTA CCCAGTCTTG CTAGGTCAGC ATTAGAAAAA 
AATCTGGCAG ATGCTACAAT AGAAATAAAT ACTGATGACA ATTTGGAGCC AGAACTGAAG 
GATTACAAAT GTGAAGTAAC ATCTGGAACT CTGAGGATTG GTGCTGTTAG TGCACCGATC 
TATAATGCAC ATGAGAAAAT GAAAGTGCCT GATGTTCTTT TCTATGACAA CATTCAGCAT 
GTGATAGTGA TGGAAGATAT GCTGAAAGAC TTTCTCCTTG GAGAACACTT ATTATTGGTT 
GGCAACCAGG GTGTAGGAAA AAACAAGATT GTTGACAGAT TCCTTCACCT GCTCAACAGA 
CCCCGAGAAT ATATTCAGCT ACACAGGGAT ACCACAGTAC AAACTCTTAC GCTTCAGCCT 
TCGGTTAAAG ACGGACTTAT TGTATATGAA GACTCACCTT TGGTTAAAGC AGTAAAGTTG 
GGTCATATTC TGGTAGTAGA TGAGGCTGAC AAAGCTCCAA CAAATGTCAC GTGTATTTTA 
AAAACTCTAG TAGAAAATGG AGAAATGATT CTAGCAGATG GAAGACGCAT TGTTGCAAAT 
TCTGCTAATG TGAATGGAAG AGAAAATGTT GTAGTGATTC ATCCTGATTT TAGGATGATT 
GTTCTGGCAA ATAGACCTGG ATTTCCTTTC CTAGGCAATG ATTTCTTCGG TACCTTAGGT 
GATATTTTTA GCTGCCATGC AGTTGATAAC CCCAAACCCC ACTCGGAGCT CGAGATGCTC 
AGACAGTATG GACCAAATGT GCCTGAGCCC ATCCTTCAGA AGCTTGTGGC TGCCTTTGGA 
GAGCTGAGGA GTTTGGCTGA CCAAGGGATT ATTAACTATC CTTATTCTAC CAGAGAAGTT 
GTCAACATAG TCAAACATTT ACAGAAATTT CCGACTGAAG GTCTCTCCAG TGTAGTTCGA 
AATGTGTTTG ACTTTGATTC CTACAACAAT GACATGAGGG AGATATTGAT TAACACTTTA 
CACAAATACG GGATACCTAT CGGAGCAAAG CCTACCAGTG TGCAGCTGGC AAAGGAGTTG 
ACTCTGCCAG AACAAACGTT CATGGGCTAC TGGACAATTG GTCAGGCAAG AAGTGGGATG 
CAAAAACTCT TGTGTCCAGT GGAAACTCAT CATATAGACA TAAAGGGTCC AGCACTTATA 
AATATACAGG AGTATCCAAT AGAAAGACAT GAAGAAAGAT CCCTAAACTT TACTGAAGAA 
TGTGCCTCAT GGAGAATACC ATTGGATGAA ATTAATATAA TCTGTGACAT TGCTACATCA 
CATGAAAATG AGCAAAATAC TCTCTATGTA GTTACATGCA ATCCCGCTTC CCTGTACTTT 
ATGAATATGA CTGGGAAAAG TGGCTTCTTT GTGGACTTTT TTGATATCTT CCCAAGAACA 
GCCAATGGCG TTTGGCACCC TTTTGTGACA GTGGCACCGC TGGGAAGTCC TCTCAAAGGT 
CAAGTGGTTC TCCATGAGCA GCAGAGTAAT GTTATCCTGT TGTTAGATAC TACTGGCCGG 
GCCCTTCATC GTCTCATCCT CCCTTCCGAG AAGTTTACAT CTAAGAAACC TTTCTGGTGG 
AACAAAGAAG AAGCTGAAAC TTATAAAATG TGTAAAGAAT TTTCACACAA AAACTGGCTG 
GTGTTCTACA AAGAAAAAGG GAACAGCCTG ACTGTGCTGG ATGTTCTAGA AGGGCGAACT 
CACACCATCT CACTTCCCAT CAACCTCAAG ACAGTTTTCC TTGTAGCAGA GGACAAATGG 
CTTCTGGTGG AGAGCAAAAC AAATCAGAAA TATCTTTTAA CTAAGCCTGC ACACATCGAA 
TCTGAGGGTA GTGGGGTTTG CCAGTTGTAT GTGCTGAAAG AGGAGCCGCC CAGCACAGGG 
TTTGGAGTTA CACAAGAAAC AGAGTTCAGC ATACCTCATA AAATTTCCAG TGATCAACTA 
TCATCTGAAC ATCTAAGTTC AGCTGTGGAA CAAAAGATTG CCTCTCCCAA CAGAATTCTC 
TCAGATGAGA AAAATTATGC TACAATAGTT GTTGGTTTTC CAGATCTCAT GTCACCCAGT 
GAAGTTTATT CTTGGAAGAG ACCATCATCT TTGCATAAAC GAAGTGGCAC TGATACATCA 
TTCTATAGAG GAAAGAAGAA AAGGGGGACT CCAAAACAAA GCAATTGTGT GACTCTTTTA 
GATACGAATC AGGTAGTGAG GATTTTACCC CCAGGAGAAG TCCCTCTAAA AGATATCTAC 
CCAAAAGATG TTACTCCTCC ACAAACATCT GGTTATATAG AAGTCACTGA TCTTCAATCA 
AAGAAACTCC GATATATCCC TATTCCCAGA TCAGAATCTC TCTCGCCGTA TACCACATGG 
CTGTCGACCA TTTCAGACAC AGATGCACTG CTGGCTGAGT GGGACAAAAG CGGTGTTGTT 
ACTGTTGATA TGGGAGGTCA CATCAGGCTT TGGGAAACTG GACTTGAACG TCTGCAGCGA 
TCACTCATGG AATGGAGAAA CATGATTGGA CAAGATGACA GAAATATGCA GAATTGGCCT 
ACAGAAGAGT CTTAA

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

RefSeq	XP_016875959.1
CDS	732..5366
Translation	MQSRLLLLGAPGGHGGPASRRMRLLLRQVVQRRPGGDRQRPEVRLLHAGSGADTGDTVNIGDVSYKLKIPKNPELVPQNYISDSLAQSVVQHLRWIMQKDLLGQDVFLIGPPGPLRRSIAMQYLELTKREVEYIALSRDTTETDLKQRREIRAGTAFYIDQCAVRAATEGRTLILEGLEKAERNVLPVLNNLLENREMQLEDGRFLMSAERYDKLLRDHTKKELDSWKIVRVSENFRVIALGLPVPRYSGNPLDPPLRSRFQARDIYYLPFKDQLKLLYSIGANVSAEKVSQLLSFATTLCSQESSTLGLPDFPLDSLAAAVQILDSFPMMPIKHAIQWLYPYSILLGHEGKMAVEGVLKRFELQDSGSSLLPKEIVKVEKMMENHVSQASVTIRIADKEVTIKVPAGTRLLSQPCASDRFIQTLSHKQLQAEMMQSHMVKDICLIGGKGCGKTVIAKNFADTLGYNIEPIMLYQDMTARDLLQQRYTLPNGDTAWRSSPLVNAALEGKLVLLDGIHRVNAGTLAVLQRLIHDRELSLYDGSRLLREDRYMRLKEELQLSDEQLQKRSIFPIHPSFRIIALAEPPVIGSTAHQWLGPEFLTMFFFHYMKPLVKSEEIQVIKEKVPNVPQEALDKLLSFTHKLRETQDPTAQSLAASLSTRQLLRISRRLSQYPNENLHSAVTKACLSRFLPSLARSALEKNLADATIEINTDDNLEPELKDYKCEVTSGTLRIGAVSAPIYNAHEKMKVPDVLFYDNIQHVIVMEDMLKDFLLGEHLLLVGNQGVGKNKIVDRFLHLLNRPREYIQLHRDTTVQTLTLQPSVKDGLIVYEDSPLVKAVKLGHILVVDEADKAPTNVTCILKTLVENGEMILADGRRIVANSANVNGRENVVVIHPDFRMIVLANRPGFPFLGNDFFGTLGDIFSCHAVDNPKPHSELEMLRQYGPNVPEPILQKLVAAFGELRSLADQGIINYPYSTREVVNIVKHLQKFPTEGLSSVVRNVFDFDSYNNDMREILINTLHKYGIPIGAKPTSVQLAKELTLPEQTFMGYWTIGQARSGMQKLLCPVETHHIDIKGPALINIQEYPIERHEERSLNFTEECASWRIPLDEINIICDIATSHENEQNTLYVVTCNPASLYFMNMTGKSGFFVDFFDIFPRTANGVWHPFVTVAPLGSPLKGQVVLHEQQSNVILLLDTTGRALHRLILPSEKFTSKKPFWWNKEEAETYKMCKEFSHKNWLVFYKEKGNSLTVLDVLEGRTHTISLPINLKTVFLVAEDKWLLVESKTNQKYLLTKPAHIESEGSGVCQLYVLKEEPPSTGFGVTQETEFSIPHKISSDQLSSEHLSSAVEQKIASPNRILSDEKNYATIVVGFPDLMSPSEVYSWKRPSSLHKRSGTDTSFYRGKKKRGTPKQSNCVTLLDTNQVVRILPPGEVPLKDIYPKDVTPPQTSGYIEVTDLQSKKLRYIPIPRSESLSPYTTWLSTISDTDALLAEWDKSGVVTVDMGGHIRLWETGLERLQRSLMEWRNMIGQDDRNMQNWPTEES

Target ORF information:

RefSeq Version	XM_017020470.2
Organism	Homo sapiens(human)
Definition	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X3, mRNA.

Target ORF information:

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

XM_017020470.2

ORF Insert Sequence:

ATGCAATCCC GGCTTCTACT CCTCGGGGCA CCCGGAGGCC ACGGCGGCCC GGCCTCGCGG 
CGCATGCGGC TGCTCCTGCG GCAGGTGGTG CAGCGCAGGC CGGGTGGCGA CAGGCAGCGG 
CCGGAGGTCA GACTGTTGCA CGCCGGCTCG GGGGCCGACA CAGGTGATAC AGTTAATATT 
GGAGATGTAT CCTACAAGTT GAAAATTCCT AAGAATCCAG AACTTGTGCC ACAGAACTAC 
ATTTCAGACT CTCTGGCTCA ATCTGTAGTT CAGCATCTAA GATGGATAAT GCAGAAGGAT 
CTTTTGGGGC AAGATGTTTT TCTAATAGGA CCTCCTGGGC CTCTTCGACG CTCTATTGCT 
ATGCAGTACT TGGAGCTGAC CAAACGGGAG GTCGAATACA TTGCCCTGTC AAGGGACACC 
ACTGAAACTG ATCTCAAACA GCGACGAGAG ATCCGTGCAG GCACAGCCTT TTACATTGAT 
CAGTGTGCAG TTCGTGCAGC CACAGAAGGC AGAACTCTCA TTTTGGAAGG TTTGGAAAAG 
GCAGAGAGGA ATGTTTTGCC TGTTTTGAAC AACTTGCTGG AAAACAGAGA GATGCAGCTT 
GAAGATGGAC GCTTCCTGAT GTCTGCTGAG CGTTACGACA AACTTCTCCG AGATCATACC 
AAAAAAGAGT TGGATTCTTG GAAAATTGTC CGAGTTAGTG AAAATTTCCG AGTGATTGCC 
TTGGGCTTGC CAGTGCCAAG GTATTCTGGG AATCCATTAG ACCCCCCTCT TCGTTCTCGA 
TTTCAAGCCA GGGATATTTA TTATTTACCC TTCAAGGACC AACTTAAGTT GTTATATTCA 
ATTGGAGCCA ATGTTTCTGC TGAGAAAGTT TCTCAGCTCT TGTCCTTTGC CACAACTCTG 
TGTTCCCAAG AATCTTCTAC TCTTGGACTT CCAGACTTTC CTTTAGATAG TTTAGCAGCT 
GCGGTTCAAA TCTTGGATTC CTTTCCTATG ATGCCAATCA AACATGCAAT CCAGTGGCTT 
TATCCATATA GTATTTTACT AGGTCATGAA GGGAAGATGG CTGTGGAAGG TGTTTTAAAG 
CGCTTTGAAC TTCAAGATTC AGGAAGCTCT CTACTTCCTA AAGAGATTGT AAAAGTAGAG 
AAGATGATGG AAAACCATGT GTCCCAAGCT TCTGTGACCA TCCGGATTGC AGATAAAGAG 
GTGACCATTA AGGTGCCAGC CGGGACCAGG CTATTAAGTC AACCTTGTGC GTCAGACCGT 
TTCATACAGA CTTTGAGCCA TAAGCAGCTA CAGGCTGAAA TGATGCAGTC TCACATGGTT 
AAAGATATAT GTTTAATTGG AGGAAAGGGT TGTGGAAAAA CAGTGATCGC TAAGAACTTT 
GCCGATACCT TAGGATACAA CATAGAACCT ATTATGCTCT ATCAGGATAT GACAGCGCGT 
GATCTGCTAC AGCAGAGATA CACCCTTCCA AATGGAGACA CTGCCTGGCG GTCCTCACCC 
CTTGTGAATG CTGCTCTGGA AGGCAAGCTG GTCCTGCTGG ATGGCATTCA CCGGGTGAAT 
GCGGGCACGC TTGCTGTATT GCAAAGGTTA ATCCATGATC GAGAGCTAAG CCTCTATGAT 
GGTTCTAGGC TGCTGAGAGA AGACAGGTAT ATGCGTTTAA AGGAGGAGCT GCAACTGTCT 
GATGAACAGC TACAGAAGAG ATCCATTTTT CCTATCCATC CCTCCTTCAG AATCATTGCC 
TTGGCAGAAC CCCCTGTTAT TGGAAGCACA GCACACCAGT GGCTGGGACC AGAATTCTTA 
ACCATGTTCT TTTTCCATTA CATGAAACCA CTTGTGAAAA GTGAAGAAAT CCAAGTGATT 
AAGGAAAAGG TCCCAAATGT ACCTCAGGAA GCTCTGGATA AGTTATTATC ATTTACACAC 
AAACTCAGAG AAACACAGGA TCCAACGGCA CAATCATTAG CGGCATCACT TTCTACCAGA 
CAACTGTTGC GAATTTCTCG TCGGCTGTCA CAGTATCCTA ATGAAAATCT TCACAGTGCT 
GTTACTAAAG CCTGCCTTTC CAGGTTTTTA CCCAGTCTTG CTAGGTCAGC ATTAGAAAAA 
AATCTGGCAG ATGCTACAAT AGAAATAAAT ACTGATGACA ATTTGGAGCC AGAACTGAAG 
GATTACAAAT GTGAAGTAAC ATCTGGAACT CTGAGGATTG GTGCTGTTAG TGCACCGATC 
TATAATGCAC ATGAGAAAAT GAAAGTGCCT GATGTTCTTT TCTATGACAA CATTCAGCAT 
GTGATAGTGA TGGAAGATAT GCTGAAAGAC TTTCTCCTTG GAGAACACTT ATTATTGGTT 
GGCAACCAGG GTGTAGGAAA AAACAAGATT GTTGACAGAT TCCTTCACCT GCTCAACAGA 
CCCCGAGAAT ATATTCAGCT ACACAGGGAT ACCACAGTAC AAACTCTTAC GCTTCAGCCT 
TCGGTTAAAG ACGGACTTAT TGTATATGAA GACTCACCTT TGGTTAAAGC AGTAAAGTTG 
GGTCATATTC TGGTAGTAGA TGAGGCTGAC AAAGCTCCAA CAAATGTCAC GTGTATTTTA 
AAAACTCTAG TAGAAAATGG AGAAATGATT CTAGCAGATG GAAGACGCAT TGTTGCAAAT 
TCTGCTAATG TGAATGGAAG AGAAAATGTT GTAGTGATTC ATCCTGATTT TAGGATGATT 
GTTCTGGCAA ATAGACCTGG ATTTCCTTTC CTAGGCAATG ATTTCTTCGG TACCTTAGGT 
GATATTTTTA GCTGCCATGC AGTTGATAAC CCCAAACCCC ACTCGGAGCT CGAGATGCTC 
AGACAGTATG GACCAAATGT GCCTGAGCCC ATCCTTCAGA AGCTTGTGGC TGCCTTTGGA 
GAGCTGAGGA GTTTGGCTGA CCAAGGGATT ATTAACTATC CTTATTCTAC CAGAGAAGTT 
GTCAACATAG TCAAACATTT ACAGAAATTT CCGACTGAAG GTCTCTCCAG TGTAGTTCGA 
AATGTGTTTG ACTTTGATTC CTACAACAAT GACATGAGGG AGATATTGAT TAACACTTTA 
CACAAATACG GGATACCTAT CGGAGCAAAG CCTACCAGTG TGCAGCTGGC AAAGGAGTTG 
ACTCTGCCAG AACAAACGTT CATGGGCTAC TGGACAATTG GTCAGGCAAG AAGTGGGATG 
CAAAAACTCT TGTGTCCAGT GGAAACTCAT CATATAGACA TAAAGGGTCC AGCACTTATA 
AATATACAGG AGTATCCAAT AGAAAGACAT GAAGAAAGAT CCCTAAACTT TACTGAAGAA 
TGTGCCTCAT GGAGAATACC ATTGGATGAA ATTAATATAA TCTGTGACAT TGCTACATCA 
CATGAAAATG AGCAAAATAC TCTCTATGTA GTTACATGCA ATCCCGCTTC CCTGTACTTT 
ATGAATATGA CTGGGAAAAG TGGCTTCTTT GTGGACTTTT TTGATATCTT CCCAAGAACA 
GCCAATGGCG TTTGGCACCC TTTTGTGACA GTGGCACCGC TGGGAAGTCC TCTCAAAGGT 
CAAGTGGTTC TCCATGAGCA GCAGAGTAAT GTTATCCTGT TGTTAGATAC TACTGGCCGG 
GCCCTTCATC GTCTCATCCT CCCTTCCGAG AAGTTTACAT CTAAGAAACC TTTCTGGTGG 
AACAAAGAAG AAGCTGAAAC TTATAAAATG TGTAAAGAAT TTTCACACAA AAACTGGCTG 
GTGTTCTACA AAGAAAAAGG GAACAGCCTG ACTGTGCTGG ATGTTCTAGA AGGGCGAACT 
CACACCATCT CACTTCCCAT CAACCTCAAG ACAGTTTTCC TTGTAGCAGA GGACAAATGG 
CTTCTGGTGG AGAGCAAAAC AAATCAGAAA TATCTTTTAA CTAAGCCTGC ACACATCGAA 
TCTGAGGGTA GTGGGGTTTG CCAGTTGTAT GTGCTGAAAG AGGAGCCGCC CAGCACAGGG 
TTTGGAGTTA CACAAGAAAC AGAGTTCAGC ATACCTCATA AAATTTCCAG TGATCAACTA 
TCATCTGAAC ATCTAAGTTC AGCTGTGGAA CAAAAGATTG CCTCTCCCAA CAGAATTCTC 
TCAGATGAGA AAAATTATGC TACAATAGTT GTTGGTTTTC CAGATCTCAT GTCACCCAGT 
GAAGTTTATT CTTGGAAGAG ACCATCATCT TTGCATAAAC GAAGTGGCAC TGATACATCA 
TTCTATAGAG GAAAGAAGAA AAGGGGGACT CCAAAACAAA GCAATTGTGT GACTCTTTTA 
GATACGAATC AGGTAGTGAG GATTTTACCC CCAGGAGAAG TCCCTCTAAA AGATATCTAC 
CCAAAAGATG TTACTCCTCC ACAAACATCT GGTTATATAG AAGTCACTGA TCTTCAATCA 
AAGAAACTCC GATATATCCC TATTCCCAGA TCAGAATCTC TCTCGCCGTA TACCACATGG 
CTGTCGACCA TTTCAGACAC AGATGCACTG CTGGCTGAGT GGGACAAAAG CGGTGTTGTT 
ACTGTTGATA TGGGAGGTCA CATCAGGCTT TGGGAAACTG GACTTGAACG TCTGCAGCGA 
TCACTCATGG AATGGAGAAA CATGATTGGA CAAGATGACA GAAATATGCA GAATTGGCCT 
ACAGAAGAGT CTTAA

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

VWA8 ( XM_006719791.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_006719854.1 Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X2, mRNA.

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CloneID	OHu47118
Clone ID Related Accession (Same CDS sequence)	XM_006719791.3 , XM_006719791.4
Accession Version	XM_006719791.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4653bp) 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	von Willebrand factor A domain-containing protein 8 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000013.11) 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_006719791.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAACTTCT ACCAGCGCTT TGAACTTCAA GATTCAGGAA GCTCTCTACT TCCTAAAGAG 
ATTGTAAAAG TAGAGAAGAT GATGGAAAAC CATGTGTCCC AAGCTTCTGT GACCATCCGG 
ATTGCAGATA AAGAGGTGAC CATTAAGGTG CCAGCCGGGA CCAGGCTATT AAGTCAACCT 
TGTGCGTCAG ACCGTTTCAT ACAGACTTTG AGCCATAAGC AGCTACAGGC TGAAATGATG 
CAGTCTCACA TGGTTAAAGA TATATGTTTA ATTGGAGGAA AGGGTTGTGG AAAAACAGTG 
ATCGCTAAGA ACTTTGCCGA TACCTTAGGA TACAACATAG AACCTATTAT GCTCTATCAG 
GATATGACAG CGCGTGATCT GCTACAGCAG AGATACACCC TTCCAAATGG AGACACTGCC 
TGGCGGTCCT CACCCCTTGT GAATGCTGCT CTGGAAGGCA AGCTGGTCCT GCTGGATGGC 
ATTCACCGGG TGAATGCGGG CACGCTTGCT GTATTGCAAA GGTTAATCCA TGATCGAGAG 
CTAAGCCTCT ATGATGGTTC TAGGCTGCTG AGAGAAGACA GGTATATGCG TTTAAAGGAG 
GAGCTGCAAC TGTCTGATGA ACAGCTACAG AAGAGATCCA TTTTTCCTAT CCATCCCTCC 
TTCAGAATCA TTGCCTTGGC AGAACCCCCT GTTATTGGAA GCACAGCACA CCAGTGGCTG 
GGACCAGAAT TCTTAACCAT GTTCTTTTTC CATTACATGA AACCACTTGT GAAAAGTGAA 
GAAATCCAAG TGATTAAGGA AAAGGTCCCA AATGTACCTC AGGAAGCTCT GGATAAGTTA 
TTATCATTTA CACACAAACT CAGAGAAACA CAGGATCCAA CGGCACAATC ATTAGCGGCA 
TCACTTTCTA CCAGACAACT GTTGCGAATT TCTCGTCGGC TGTCACAGTA TCCTAATGAA 
AATCTTCACA GTGCTGTTAC TAAAGCCTGC CTTTCCAGGT TTTTACCCAG TCTTGCTAGG 
TCAGCATTAG AAAAAAATCT GGCAGATGCT ACAATAGAAA TAAATACTGA TGACAATTTG 
GAGCCAGAAC TGAAGGATTA CAAATGTGAA GTAACATCTG GAACTCTGAG GATTGGTGCT 
GTTAGTGCAC CGATCTATAA TGCACATGAG AAAATGAAAG TGCCTGATGT TCTTTTCTAT 
GACAACATTC AGCATGTGAT AGTGATGGAA GATATGCTGA AAGACTTTCT CCTTGGAGAA 
CACTTATTAT TGGTTGGCAA CCAGGGTGTA GGAAAAAACA AGATTGTTGA CAGATTCCTT 
CACCTGCTCA ACAGACCCCG AGAATATATT CAGCTACACA GGGATACCAC AGTACAAACT 
CTTACGCTTC AGCCTTCGGT TAAAGACGGA CTTATTGTAT ATGAAGACTC ACCTTTGGTT 
AAAGCAGTAA AGTTGGGTCA TATTCTGGTA GTAGATGAGG CTGACAAAGC TCCAACAAAT 
GTCACGTGTA TTTTAAAAAC TCTAGTAGAA AATGGAGAAA TGATTCTAGC AGATGGAAGA 
CGCATTGTTG CAAATTCTGC TAATGTGAAT GGAAGAGAAA ATGTTGTAGT GATTCATCCT 
GATTTTAGGA TGATTGTTCT GGCAAATAGA CCTGGATTTC CTTTCCTAGG CAATGATTTC 
TTCGGTACCT TAGGTGATAT TTTTAGCTGC CATGCAGTTG ATAACCCCAA ACCCCACTCG 
GAGCTCGAGA TGCTCAGACA GTATGGACCA AATGTGCCTG AGCCCATCCT TCAGAAGCTT 
GTGGCTGCCT TTGGAGAGCT GAGGAGTTTG GCTGACCAAG GGATTATTAA CTATCCTTAT 
TCTACCAGAG AAGTTGTCAA CATAGTCAAA CATTTACAGA AATTTCCGAC TGAAGGTCTC 
TCCAGTGTAG TTCGAAATGT GTTTGACTTT GATTCCTACA ACAATGACAT GAGGGAGATA 
TTGATTAACA CTTTACACAA ATACGGGATA CCTATCGGAG CAAAGCCTAC CAGTGTGCAG 
CTGGCAAAGG AGTTGACTCT GCCAGAACAA ACGTTCATGG GCTACTGGAC AATTGGTCAG 
GCAAGAAGTG GGATGCAAAA ACTCTTGTGT CCAGTGGAAA CTCATCATAT AGACATAAAG 
GGTCCAGCAC TTATAAATAT ACAGGAGTAT CCAATAGAAA GACATGAAGA AAGATCCCTA 
AACTTTACTG AAGAATGTGC CTCATGGAGA ATACCATTGG ATGAAATTAA TATAATCTGT 
GACATTGCTA CATCACATGA AAATGAGCAA AATACTCTCT ATGTAGTTAC ATGCAATCCC 
GCTTCCCTGT ACTTTATGAA TATGACTGGG AAAAGTGGCT TCTTTGTGGA CTTTTTTGAT 
ATCTTCCCAA GAACAGCCAA TGGCGTTTGG CACCCTTTTG TGACAGTGGC ACCGCTGGGA 
AGTCCTCTCA AAGGTCAAGT GGTTCTCCAT GAGCAGCAGA GTAATGTTAT CCTGTTGTTA 
GATACTACTG GCCGGGCCCT TCATCGTCTC ATCCTCCCTT CCGAGAAGTT TACATCTAAG 
AAACCTTTCT GGTGGAACAA AGAAGAAGCT GAAACTTATA AAATGTGTAA AGAATTTTCA 
CACAAAAACT GGCTGGTGTT CTACAAAGAA AAAGGGAACA GCCTGACTGT GCTGGATGTT 
CTAGAAGGGC GAACTCACAC CATCTCACTT CCCATCAACC TCAAGACAGT TTTCCTTGTA 
GCAGAGGACA AATGGCTTCT GGTGGAGAGC AAAACAAATC AGAAATATCT TTTAACTAAG 
CCTGCACACA TCGAATCTGA GGGTAGTGGG GTTTGCCAGT TGTATGTGCT GAAAGAGGAG 
CCGCCCAGCA CAGGGTTTGG AGTTACACAA GAAACAGAGT TCAGCATACC TCATAAAATT 
TCCAGTGATC AACTATCATC TGAACATCTA AGTTCAGCTG TGGAACAAAA GATTGCCTCT 
CCCAACAGAA TTCTCTCAGA TGAGAAAAAT TATGCTACAA TAGTTGTTGG TTTTCCAGAT 
CTCATGTCAC CCAGTGAAGT TTATTCTTGG AAGAGACCAT CATCTTTGCA TAAACGAAGT 
GGCACTGATA CATCATTCTA TAGAGGAAAG AAGAAAAGGG GGACTCCAAA ACAAAGCAAT 
TGTGTGACTC TTTTAGATAC GAATCAGGTA GTGAGGATTT TACCCCCAGG AGAAGTCCCT 
CTAAAAGATA TCTACCCAAA AGATGTTACT CCTCCACAAA CATCTGGTTA TATAGAAGTC 
ACTGATCTTC AATCAAAGAA ACTCCGATAT ATCCCTATTC CCAGATCAGA ATCTCTCTCG 
CCGTATACCA CATGGCTGTC GACCATTTCA GACACAGATG CACTGCTGGC TGAGTGGGAC 
AAAAGCGGTG TTGTTACTGT TGATATGGGA GGTCACATCA GGCTTTGGGA AACTGGACTT 
GAACGTCTGC AGCGATCACT CATGGAATGG AGAAACATGA TTGGACAAGA TGACAGAAAT 
ATGCAGATAA CAATCAACAG AGACAGTGGT GAAGATGTAA GCTCCCCCAA ACACGGGAAG 
GAGGACCCAG ACAACATGCC TCACGTGGGC GGCAACACTT GGGCTGGCGG AACAGGGGGA 
AGAGACACGG CAGGCCTGGG TGGCAAAGGA GGCCCTTACC GGCTGGATGC AGGCCATACG 
GTGTACCAGG TCTCTCAGGC TGAGAAAGAT GCAGTTCCCG AAGAGGTCAA GAGAGCTGCT 
AGAGAGATGG GCCAGAGAGC ATTCCAGCAG AGGCTAAAGG AGATCCAAAT GAGTGAATAC 
GATGCTGCAA CCTATGAAAG GTTTTCAGGT GCTGTTCGGC GACAGGTGCA CTCCCTCCGA 
ATCATCCTGG ATAATTTACA GGCTAAAGGT AAAGAAAGAC AATGGCTAAG ACATCAAGCT 
ACTGGAGAAT TAGATGATGC CAAGATCATT GATGGGCTGA CTGGAGAAAA AGCCATCTAC 
AAACGTCGGG GTGAGCTGGA GCCACAACTT GGCAGCCCAC AACAGAAACC CAAGCGTCTG 
CGCCTGGTGG TAGATGTGTC TGGTAGCATG TACCGTTTCA ACAGGATGGA TGGCCGGCTT 
GAGCGCACAA TGGAGGCTGT GTGTATGGTC ATGGAAGCCT TCGAGAACTA TGAGGAGAAG 
TTCCAGTATG ACATCGTTGG ACACTCTGGA GATGGCTACA ACATTGGTCT GGTTCCAATG 
AACAAAATCC CCAAGGACAA TAAGCAAAGA CTAGAAATTC TGAAGACAAT GCATGCCCAC 
TCTCAGTTCT GCATGAGTGG GGACCACACG TTAGAAGGGA CAGAACATGC CATCAAGGAA 
ATTGTCAAAG AAGAAGCTGA TGAGTACTTT GTCATAGTCT TGAGTGATGC AAATCTGTCA 
CGATATGGAA TACATCCTGC TAAGTTTGCT CAAATCCTCA CAAGAGACCC TCAAGTAAAT 
GCTTTTGCCA TTTTTATTGG CTCTTTAGGT GATCAAGCAA CCAGGCTTCA GAGAACTTTA 
CCAGCTGGTC GGTCTTTCGT TGCCATGGAT ACCAAGGATA TCCCTCAGAT TTTACAACAG 
ATCTTCACCT CCACCATGTT GTCGAGTGTC TAA

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

RefSeq	XP_006719854.1
CDS	92..4744
Translation	MNFYQRFELQDSGSSLLPKEIVKVEKMMENHVSQASVTIRIADKEVTIKVPAGTRLLSQPCASDRFIQTLSHKQLQAEMMQSHMVKDICLIGGKGCGKTVIAKNFADTLGYNIEPIMLYQDMTARDLLQQRYTLPNGDTAWRSSPLVNAALEGKLVLLDGIHRVNAGTLAVLQRLIHDRELSLYDGSRLLREDRYMRLKEELQLSDEQLQKRSIFPIHPSFRIIALAEPPVIGSTAHQWLGPEFLTMFFFHYMKPLVKSEEIQVIKEKVPNVPQEALDKLLSFTHKLRETQDPTAQSLAASLSTRQLLRISRRLSQYPNENLHSAVTKACLSRFLPSLARSALEKNLADATIEINTDDNLEPELKDYKCEVTSGTLRIGAVSAPIYNAHEKMKVPDVLFYDNIQHVIVMEDMLKDFLLGEHLLLVGNQGVGKNKIVDRFLHLLNRPREYIQLHRDTTVQTLTLQPSVKDGLIVYEDSPLVKAVKLGHILVVDEADKAPTNVTCILKTLVENGEMILADGRRIVANSANVNGRENVVVIHPDFRMIVLANRPGFPFLGNDFFGTLGDIFSCHAVDNPKPHSELEMLRQYGPNVPEPILQKLVAAFGELRSLADQGIINYPYSTREVVNIVKHLQKFPTEGLSSVVRNVFDFDSYNNDMREILINTLHKYGIPIGAKPTSVQLAKELTLPEQTFMGYWTIGQARSGMQKLLCPVETHHIDIKGPALINIQEYPIERHEERSLNFTEECASWRIPLDEINIICDIATSHENEQNTLYVVTCNPASLYFMNMTGKSGFFVDFFDIFPRTANGVWHPFVTVAPLGSPLKGQVVLHEQQSNVILLLDTTGRALHRLILPSEKFTSKKPFWWNKEEAETYKMCKEFSHKNWLVFYKEKGNSLTVLDVLEGRTHTISLPINLKTVFLVAEDKWLLVESKTNQKYLLTKPAHIESEGSGVCQLYVLKEEPPSTGFGVTQETEFSIPHKISSDQLSSEHLSSAVEQKIASPNRILSDEKNYATIVVGFPDLMSPSEVYSWKRPSSLHKRSGTDTSFYRGKKKRGTPKQSNCVTLLDTNQVVRILPPGEVPLKDIYPKDVTPPQTSGYIEVTDLQSKKLRYIPIPRSESLSPYTTWLSTISDTDALLAEWDKSGVVTVDMGGHIRLWETGLERLQRSLMEWRNMIGQDDRNMQITINRDSGEDVSSPKHGKEDPDNMPHVGGNTWAGGTGGRDTAGLGGKGGPYRLDAGHTVYQVSQAEKDAVPEEVKRAAREMGQRAFQQRLKEIQMSEYDAATYERFSGAVRRQVHSLRIILDNLQAKGKERQWLRHQATGELDDAKIIDGLTGEKAIYKRRGELEPQLGSPQQKPKRLRLVVDVSGSMYRFNRMDGRLERTMEAVCMVMEAFENYEEKFQYDIVGHSGDGYNIGLVPMNKIPKDNKQRLEILKTMHAHSQFCMSGDHTLEGTEHAIKEIVKEEADEYFVIVLSDANLSRYGIHPAKFAQILTRDPQVNAFAIFIGSLGDQATRLQRTLPAGRSFVAMDTKDIPQILQQIFTSTMLSSV

Target ORF information:

RefSeq Version	XM_006719791.3
Organism	Homo sapiens(human)
Definition	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X2, mRNA.

Target ORF information:

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

XM_006719791.3

ORF Insert Sequence:

ATGAACTTCT ACCAGCGCTT TGAACTTCAA GATTCAGGAA GCTCTCTACT TCCTAAAGAG 
ATTGTAAAAG TAGAGAAGAT GATGGAAAAC CATGTGTCCC AAGCTTCTGT GACCATCCGG 
ATTGCAGATA AAGAGGTGAC CATTAAGGTG CCAGCCGGGA CCAGGCTATT AAGTCAACCT 
TGTGCGTCAG ACCGTTTCAT ACAGACTTTG AGCCATAAGC AGCTACAGGC TGAAATGATG 
CAGTCTCACA TGGTTAAAGA TATATGTTTA ATTGGAGGAA AGGGTTGTGG AAAAACAGTG 
ATCGCTAAGA ACTTTGCCGA TACCTTAGGA TACAACATAG AACCTATTAT GCTCTATCAG 
GATATGACAG CGCGTGATCT GCTACAGCAG AGATACACCC TTCCAAATGG AGACACTGCC 
TGGCGGTCCT CACCCCTTGT GAATGCTGCT CTGGAAGGCA AGCTGGTCCT GCTGGATGGC 
ATTCACCGGG TGAATGCGGG CACGCTTGCT GTATTGCAAA GGTTAATCCA TGATCGAGAG 
CTAAGCCTCT ATGATGGTTC TAGGCTGCTG AGAGAAGACA GGTATATGCG TTTAAAGGAG 
GAGCTGCAAC TGTCTGATGA ACAGCTACAG AAGAGATCCA TTTTTCCTAT CCATCCCTCC 
TTCAGAATCA TTGCCTTGGC AGAACCCCCT GTTATTGGAA GCACAGCACA CCAGTGGCTG 
GGACCAGAAT TCTTAACCAT GTTCTTTTTC CATTACATGA AACCACTTGT GAAAAGTGAA 
GAAATCCAAG TGATTAAGGA AAAGGTCCCA AATGTACCTC AGGAAGCTCT GGATAAGTTA 
TTATCATTTA CACACAAACT CAGAGAAACA CAGGATCCAA CGGCACAATC ATTAGCGGCA 
TCACTTTCTA CCAGACAACT GTTGCGAATT TCTCGTCGGC TGTCACAGTA TCCTAATGAA 
AATCTTCACA GTGCTGTTAC TAAAGCCTGC CTTTCCAGGT TTTTACCCAG TCTTGCTAGG 
TCAGCATTAG AAAAAAATCT GGCAGATGCT ACAATAGAAA TAAATACTGA TGACAATTTG 
GAGCCAGAAC TGAAGGATTA CAAATGTGAA GTAACATCTG GAACTCTGAG GATTGGTGCT 
GTTAGTGCAC CGATCTATAA TGCACATGAG AAAATGAAAG TGCCTGATGT TCTTTTCTAT 
GACAACATTC AGCATGTGAT AGTGATGGAA GATATGCTGA AAGACTTTCT CCTTGGAGAA 
CACTTATTAT TGGTTGGCAA CCAGGGTGTA GGAAAAAACA AGATTGTTGA CAGATTCCTT 
CACCTGCTCA ACAGACCCCG AGAATATATT CAGCTACACA GGGATACCAC AGTACAAACT 
CTTACGCTTC AGCCTTCGGT TAAAGACGGA CTTATTGTAT ATGAAGACTC ACCTTTGGTT 
AAAGCAGTAA AGTTGGGTCA TATTCTGGTA GTAGATGAGG CTGACAAAGC TCCAACAAAT 
GTCACGTGTA TTTTAAAAAC TCTAGTAGAA AATGGAGAAA TGATTCTAGC AGATGGAAGA 
CGCATTGTTG CAAATTCTGC TAATGTGAAT GGAAGAGAAA ATGTTGTAGT GATTCATCCT 
GATTTTAGGA TGATTGTTCT GGCAAATAGA CCTGGATTTC CTTTCCTAGG CAATGATTTC 
TTCGGTACCT TAGGTGATAT TTTTAGCTGC CATGCAGTTG ATAACCCCAA ACCCCACTCG 
GAGCTCGAGA TGCTCAGACA GTATGGACCA AATGTGCCTG AGCCCATCCT TCAGAAGCTT 
GTGGCTGCCT TTGGAGAGCT GAGGAGTTTG GCTGACCAAG GGATTATTAA CTATCCTTAT 
TCTACCAGAG AAGTTGTCAA CATAGTCAAA CATTTACAGA AATTTCCGAC TGAAGGTCTC 
TCCAGTGTAG TTCGAAATGT GTTTGACTTT GATTCCTACA ACAATGACAT GAGGGAGATA 
TTGATTAACA CTTTACACAA ATACGGGATA CCTATCGGAG CAAAGCCTAC CAGTGTGCAG 
CTGGCAAAGG AGTTGACTCT GCCAGAACAA ACGTTCATGG GCTACTGGAC AATTGGTCAG 
GCAAGAAGTG GGATGCAAAA ACTCTTGTGT CCAGTGGAAA CTCATCATAT AGACATAAAG 
GGTCCAGCAC TTATAAATAT ACAGGAGTAT CCAATAGAAA GACATGAAGA AAGATCCCTA 
AACTTTACTG AAGAATGTGC CTCATGGAGA ATACCATTGG ATGAAATTAA TATAATCTGT 
GACATTGCTA CATCACATGA AAATGAGCAA AATACTCTCT ATGTAGTTAC ATGCAATCCC 
GCTTCCCTGT ACTTTATGAA TATGACTGGG AAAAGTGGCT TCTTTGTGGA CTTTTTTGAT 
ATCTTCCCAA GAACAGCCAA TGGCGTTTGG CACCCTTTTG TGACAGTGGC ACCGCTGGGA 
AGTCCTCTCA AAGGTCAAGT GGTTCTCCAT GAGCAGCAGA GTAATGTTAT CCTGTTGTTA 
GATACTACTG GCCGGGCCCT TCATCGTCTC ATCCTCCCTT CCGAGAAGTT TACATCTAAG 
AAACCTTTCT GGTGGAACAA AGAAGAAGCT GAAACTTATA AAATGTGTAA AGAATTTTCA 
CACAAAAACT GGCTGGTGTT CTACAAAGAA AAAGGGAACA GCCTGACTGT GCTGGATGTT 
CTAGAAGGGC GAACTCACAC CATCTCACTT CCCATCAACC TCAAGACAGT TTTCCTTGTA 
GCAGAGGACA AATGGCTTCT GGTGGAGAGC AAAACAAATC AGAAATATCT TTTAACTAAG 
CCTGCACACA TCGAATCTGA GGGTAGTGGG GTTTGCCAGT TGTATGTGCT GAAAGAGGAG 
CCGCCCAGCA CAGGGTTTGG AGTTACACAA GAAACAGAGT TCAGCATACC TCATAAAATT 
TCCAGTGATC AACTATCATC TGAACATCTA AGTTCAGCTG TGGAACAAAA GATTGCCTCT 
CCCAACAGAA TTCTCTCAGA TGAGAAAAAT TATGCTACAA TAGTTGTTGG TTTTCCAGAT 
CTCATGTCAC CCAGTGAAGT TTATTCTTGG AAGAGACCAT CATCTTTGCA TAAACGAAGT 
GGCACTGATA CATCATTCTA TAGAGGAAAG AAGAAAAGGG GGACTCCAAA ACAAAGCAAT 
TGTGTGACTC TTTTAGATAC GAATCAGGTA GTGAGGATTT TACCCCCAGG AGAAGTCCCT 
CTAAAAGATA TCTACCCAAA AGATGTTACT CCTCCACAAA CATCTGGTTA TATAGAAGTC 
ACTGATCTTC AATCAAAGAA ACTCCGATAT ATCCCTATTC CCAGATCAGA ATCTCTCTCG 
CCGTATACCA CATGGCTGTC GACCATTTCA GACACAGATG CACTGCTGGC TGAGTGGGAC 
AAAAGCGGTG TTGTTACTGT TGATATGGGA GGTCACATCA GGCTTTGGGA AACTGGACTT 
GAACGTCTGC AGCGATCACT CATGGAATGG AGAAACATGA TTGGACAAGA TGACAGAAAT 
ATGCAGATAA CAATCAACAG AGACAGTGGT GAAGATGTAA GCTCCCCCAA ACACGGGAAG 
GAGGACCCAG ACAACATGCC TCACGTGGGC GGCAACACTT GGGCTGGCGG AACAGGGGGA 
AGAGACACGG CAGGCCTGGG TGGCAAAGGA GGCCCTTACC GGCTGGATGC AGGCCATACG 
GTGTACCAGG TCTCTCAGGC TGAGAAAGAT GCAGTTCCCG AAGAGGTCAA GAGAGCTGCT 
AGAGAGATGG GCCAGAGAGC ATTCCAGCAG AGGCTAAAGG AGATCCAAAT GAGTGAATAC 
GATGCTGCAA CCTATGAAAG GTTTTCAGGT GCTGTTCGGC GACAGGTGCA CTCCCTCCGA 
ATCATCCTGG ATAATTTACA GGCTAAAGGT AAAGAAAGAC AATGGCTAAG ACATCAAGCT 
ACTGGAGAAT TAGATGATGC CAAGATCATT GATGGGCTGA CTGGAGAAAA AGCCATCTAC 
AAACGTCGGG GTGAGCTGGA GCCACAACTT GGCAGCCCAC AACAGAAACC CAAGCGTCTG 
CGCCTGGTGG TAGATGTGTC TGGTAGCATG TACCGTTTCA ACAGGATGGA TGGCCGGCTT 
GAGCGCACAA TGGAGGCTGT GTGTATGGTC ATGGAAGCCT TCGAGAACTA TGAGGAGAAG 
TTCCAGTATG ACATCGTTGG ACACTCTGGA GATGGCTACA ACATTGGTCT GGTTCCAATG 
AACAAAATCC CCAAGGACAA TAAGCAAAGA CTAGAAATTC TGAAGACAAT GCATGCCCAC 
TCTCAGTTCT GCATGAGTGG GGACCACACG TTAGAAGGGA CAGAACATGC CATCAAGGAA 
ATTGTCAAAG AAGAAGCTGA TGAGTACTTT GTCATAGTCT TGAGTGATGC AAATCTGTCA 
CGATATGGAA TACATCCTGC TAAGTTTGCT CAAATCCTCA CAAGAGACCC TCAAGTAAAT 
GCTTTTGCCA TTTTTATTGG CTCTTTAGGT GATCAAGCAA CCAGGCTTCA GAGAACTTTA 
CCAGCTGGTC GGTCTTTCGT TGCCATGGAT ACCAAGGATA TCCCTCAGAT TTTACAACAG 
ATCTTCACCT CCACCATGTT GTCGAGTGTC TAA

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

VWA8 ( XM_006719791.4 ) cDNA ORF clone, Homo sapiens(human) -> XP_006719854.1 Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X2, mRNA.

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CloneID	OHu47118
Clone ID Related Accession (Same CDS sequence)	XM_006719791.3 , XM_006719791.4
Accession Version	XM_006719791.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4653bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-03-25
Organism	Homo sapiens(human)
Product	von Willebrand factor A domain-containing protein 8 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000013.11) 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_006719791.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Homo sapiens Annotation Release 109 Annotation Version :: 109 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAACTTCT ACCAGCGCTT TGAACTTCAA GATTCAGGAA GCTCTCTACT TCCTAAAGAG 
ATTGTAAAAG TAGAGAAGAT GATGGAAAAC CATGTGTCCC AAGCTTCTGT GACCATCCGG 
ATTGCAGATA AAGAGGTGAC CATTAAGGTG CCAGCCGGGA CCAGGCTATT AAGTCAACCT 
TGTGCGTCAG ACCGTTTCAT ACAGACTTTG AGCCATAAGC AGCTACAGGC TGAAATGATG 
CAGTCTCACA TGGTTAAAGA TATATGTTTA ATTGGAGGAA AGGGTTGTGG AAAAACAGTG 
ATCGCTAAGA ACTTTGCCGA TACCTTAGGA TACAACATAG AACCTATTAT GCTCTATCAG 
GATATGACAG CGCGTGATCT GCTACAGCAG AGATACACCC TTCCAAATGG AGACACTGCC 
TGGCGGTCCT CACCCCTTGT GAATGCTGCT CTGGAAGGCA AGCTGGTCCT GCTGGATGGC 
ATTCACCGGG TGAATGCGGG CACGCTTGCT GTATTGCAAA GGTTAATCCA TGATCGAGAG 
CTAAGCCTCT ATGATGGTTC TAGGCTGCTG AGAGAAGACA GGTATATGCG TTTAAAGGAG 
GAGCTGCAAC TGTCTGATGA ACAGCTACAG AAGAGATCCA TTTTTCCTAT CCATCCCTCC 
TTCAGAATCA TTGCCTTGGC AGAACCCCCT GTTATTGGAA GCACAGCACA CCAGTGGCTG 
GGACCAGAAT TCTTAACCAT GTTCTTTTTC CATTACATGA AACCACTTGT GAAAAGTGAA 
GAAATCCAAG TGATTAAGGA AAAGGTCCCA AATGTACCTC AGGAAGCTCT GGATAAGTTA 
TTATCATTTA CACACAAACT CAGAGAAACA CAGGATCCAA CGGCACAATC ATTAGCGGCA 
TCACTTTCTA CCAGACAACT GTTGCGAATT TCTCGTCGGC TGTCACAGTA TCCTAATGAA 
AATCTTCACA GTGCTGTTAC TAAAGCCTGC CTTTCCAGGT TTTTACCCAG TCTTGCTAGG 
TCAGCATTAG AAAAAAATCT GGCAGATGCT ACAATAGAAA TAAATACTGA TGACAATTTG 
GAGCCAGAAC TGAAGGATTA CAAATGTGAA GTAACATCTG GAACTCTGAG GATTGGTGCT 
GTTAGTGCAC CGATCTATAA TGCACATGAG AAAATGAAAG TGCCTGATGT TCTTTTCTAT 
GACAACATTC AGCATGTGAT AGTGATGGAA GATATGCTGA AAGACTTTCT CCTTGGAGAA 
CACTTATTAT TGGTTGGCAA CCAGGGTGTA GGAAAAAACA AGATTGTTGA CAGATTCCTT 
CACCTGCTCA ACAGACCCCG AGAATATATT CAGCTACACA GGGATACCAC AGTACAAACT 
CTTACGCTTC AGCCTTCGGT TAAAGACGGA CTTATTGTAT ATGAAGACTC ACCTTTGGTT 
AAAGCAGTAA AGTTGGGTCA TATTCTGGTA GTAGATGAGG CTGACAAAGC TCCAACAAAT 
GTCACGTGTA TTTTAAAAAC TCTAGTAGAA AATGGAGAAA TGATTCTAGC AGATGGAAGA 
CGCATTGTTG CAAATTCTGC TAATGTGAAT GGAAGAGAAA ATGTTGTAGT GATTCATCCT 
GATTTTAGGA TGATTGTTCT GGCAAATAGA CCTGGATTTC CTTTCCTAGG CAATGATTTC 
TTCGGTACCT TAGGTGATAT TTTTAGCTGC CATGCAGTTG ATAACCCCAA ACCCCACTCG 
GAGCTCGAGA TGCTCAGACA GTATGGACCA AATGTGCCTG AGCCCATCCT TCAGAAGCTT 
GTGGCTGCCT TTGGAGAGCT GAGGAGTTTG GCTGACCAAG GGATTATTAA CTATCCTTAT 
TCTACCAGAG AAGTTGTCAA CATAGTCAAA CATTTACAGA AATTTCCGAC TGAAGGTCTC 
TCCAGTGTAG TTCGAAATGT GTTTGACTTT GATTCCTACA ACAATGACAT GAGGGAGATA 
TTGATTAACA CTTTACACAA ATACGGGATA CCTATCGGAG CAAAGCCTAC CAGTGTGCAG 
CTGGCAAAGG AGTTGACTCT GCCAGAACAA ACGTTCATGG GCTACTGGAC AATTGGTCAG 
GCAAGAAGTG GGATGCAAAA ACTCTTGTGT CCAGTGGAAA CTCATCATAT AGACATAAAG 
GGTCCAGCAC TTATAAATAT ACAGGAGTAT CCAATAGAAA GACATGAAGA AAGATCCCTA 
AACTTTACTG AAGAATGTGC CTCATGGAGA ATACCATTGG ATGAAATTAA TATAATCTGT 
GACATTGCTA CATCACATGA AAATGAGCAA AATACTCTCT ATGTAGTTAC ATGCAATCCC 
GCTTCCCTGT ACTTTATGAA TATGACTGGG AAAAGTGGCT TCTTTGTGGA CTTTTTTGAT 
ATCTTCCCAA GAACAGCCAA TGGCGTTTGG CACCCTTTTG TGACAGTGGC ACCGCTGGGA 
AGTCCTCTCA AAGGTCAAGT GGTTCTCCAT GAGCAGCAGA GTAATGTTAT CCTGTTGTTA 
GATACTACTG GCCGGGCCCT TCATCGTCTC ATCCTCCCTT CCGAGAAGTT TACATCTAAG 
AAACCTTTCT GGTGGAACAA AGAAGAAGCT GAAACTTATA AAATGTGTAA AGAATTTTCA 
CACAAAAACT GGCTGGTGTT CTACAAAGAA AAAGGGAACA GCCTGACTGT GCTGGATGTT 
CTAGAAGGGC GAACTCACAC CATCTCACTT CCCATCAACC TCAAGACAGT TTTCCTTGTA 
GCAGAGGACA AATGGCTTCT GGTGGAGAGC AAAACAAATC AGAAATATCT TTTAACTAAG 
CCTGCACACA TCGAATCTGA GGGTAGTGGG GTTTGCCAGT TGTATGTGCT GAAAGAGGAG 
CCGCCCAGCA CAGGGTTTGG AGTTACACAA GAAACAGAGT TCAGCATACC TCATAAAATT 
TCCAGTGATC AACTATCATC TGAACATCTA AGTTCAGCTG TGGAACAAAA GATTGCCTCT 
CCCAACAGAA TTCTCTCAGA TGAGAAAAAT TATGCTACAA TAGTTGTTGG TTTTCCAGAT 
CTCATGTCAC CCAGTGAAGT TTATTCTTGG AAGAGACCAT CATCTTTGCA TAAACGAAGT 
GGCACTGATA CATCATTCTA TAGAGGAAAG AAGAAAAGGG GGACTCCAAA ACAAAGCAAT 
TGTGTGACTC TTTTAGATAC GAATCAGGTA GTGAGGATTT TACCCCCAGG AGAAGTCCCT 
CTAAAAGATA TCTACCCAAA AGATGTTACT CCTCCACAAA CATCTGGTTA TATAGAAGTC 
ACTGATCTTC AATCAAAGAA ACTCCGATAT ATCCCTATTC CCAGATCAGA ATCTCTCTCG 
CCGTATACCA CATGGCTGTC GACCATTTCA GACACAGATG CACTGCTGGC TGAGTGGGAC 
AAAAGCGGTG TTGTTACTGT TGATATGGGA GGTCACATCA GGCTTTGGGA AACTGGACTT 
GAACGTCTGC AGCGATCACT CATGGAATGG AGAAACATGA TTGGACAAGA TGACAGAAAT 
ATGCAGATAA CAATCAACAG AGACAGTGGT GAAGATGTAA GCTCCCCCAA ACACGGGAAG 
GAGGACCCAG ACAACATGCC TCACGTGGGC GGCAACACTT GGGCTGGCGG AACAGGGGGA 
AGAGACACGG CAGGCCTGGG TGGCAAAGGA GGCCCTTACC GGCTGGATGC AGGCCATACG 
GTGTACCAGG TCTCTCAGGC TGAGAAAGAT GCAGTTCCCG AAGAGGTCAA GAGAGCTGCT 
AGAGAGATGG GCCAGAGAGC ATTCCAGCAG AGGCTAAAGG AGATCCAAAT GAGTGAATAC 
GATGCTGCAA CCTATGAAAG GTTTTCAGGT GCTGTTCGGC GACAGGTGCA CTCCCTCCGA 
ATCATCCTGG ATAATTTACA GGCTAAAGGT AAAGAAAGAC AATGGCTAAG ACATCAAGCT 
ACTGGAGAAT TAGATGATGC CAAGATCATT GATGGGCTGA CTGGAGAAAA AGCCATCTAC 
AAACGTCGGG GTGAGCTGGA GCCACAACTT GGCAGCCCAC AACAGAAACC CAAGCGTCTG 
CGCCTGGTGG TAGATGTGTC TGGTAGCATG TACCGTTTCA ACAGGATGGA TGGCCGGCTT 
GAGCGCACAA TGGAGGCTGT GTGTATGGTC ATGGAAGCCT TCGAGAACTA TGAGGAGAAG 
TTCCAGTATG ACATCGTTGG ACACTCTGGA GATGGCTACA ACATTGGTCT GGTTCCAATG 
AACAAAATCC CCAAGGACAA TAAGCAAAGA CTAGAAATTC TGAAGACAAT GCATGCCCAC 
TCTCAGTTCT GCATGAGTGG GGACCACACG TTAGAAGGGA CAGAACATGC CATCAAGGAA 
ATTGTCAAAG AAGAAGCTGA TGAGTACTTT GTCATAGTCT TGAGTGATGC AAATCTGTCA 
CGATATGGAA TACATCCTGC TAAGTTTGCT CAAATCCTCA CAAGAGACCC TCAAGTAAAT 
GCTTTTGCCA TTTTTATTGG CTCTTTAGGT GATCAAGCAA CCAGGCTTCA GAGAACTTTA 
CCAGCTGGTC GGTCTTTCGT TGCCATGGAT ACCAAGGATA TCCCTCAGAT TTTACAACAG 
ATCTTCACCT CCACCATGTT GTCGAGTGTC TAA

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

RefSeq	XP_006719854.1
CDS	92..4744
Translation	MNFYQRFELQDSGSSLLPKEIVKVEKMMENHVSQASVTIRIADKEVTIKVPAGTRLLSQPCASDRFIQTLSHKQLQAEMMQSHMVKDICLIGGKGCGKTVIAKNFADTLGYNIEPIMLYQDMTARDLLQQRYTLPNGDTAWRSSPLVNAALEGKLVLLDGIHRVNAGTLAVLQRLIHDRELSLYDGSRLLREDRYMRLKEELQLSDEQLQKRSIFPIHPSFRIIALAEPPVIGSTAHQWLGPEFLTMFFFHYMKPLVKSEEIQVIKEKVPNVPQEALDKLLSFTHKLRETQDPTAQSLAASLSTRQLLRISRRLSQYPNENLHSAVTKACLSRFLPSLARSALEKNLADATIEINTDDNLEPELKDYKCEVTSGTLRIGAVSAPIYNAHEKMKVPDVLFYDNIQHVIVMEDMLKDFLLGEHLLLVGNQGVGKNKIVDRFLHLLNRPREYIQLHRDTTVQTLTLQPSVKDGLIVYEDSPLVKAVKLGHILVVDEADKAPTNVTCILKTLVENGEMILADGRRIVANSANVNGRENVVVIHPDFRMIVLANRPGFPFLGNDFFGTLGDIFSCHAVDNPKPHSELEMLRQYGPNVPEPILQKLVAAFGELRSLADQGIINYPYSTREVVNIVKHLQKFPTEGLSSVVRNVFDFDSYNNDMREILINTLHKYGIPIGAKPTSVQLAKELTLPEQTFMGYWTIGQARSGMQKLLCPVETHHIDIKGPALINIQEYPIERHEERSLNFTEECASWRIPLDEINIICDIATSHENEQNTLYVVTCNPASLYFMNMTGKSGFFVDFFDIFPRTANGVWHPFVTVAPLGSPLKGQVVLHEQQSNVILLLDTTGRALHRLILPSEKFTSKKPFWWNKEEAETYKMCKEFSHKNWLVFYKEKGNSLTVLDVLEGRTHTISLPINLKTVFLVAEDKWLLVESKTNQKYLLTKPAHIESEGSGVCQLYVLKEEPPSTGFGVTQETEFSIPHKISSDQLSSEHLSSAVEQKIASPNRILSDEKNYATIVVGFPDLMSPSEVYSWKRPSSLHKRSGTDTSFYRGKKKRGTPKQSNCVTLLDTNQVVRILPPGEVPLKDIYPKDVTPPQTSGYIEVTDLQSKKLRYIPIPRSESLSPYTTWLSTISDTDALLAEWDKSGVVTVDMGGHIRLWETGLERLQRSLMEWRNMIGQDDRNMQITINRDSGEDVSSPKHGKEDPDNMPHVGGNTWAGGTGGRDTAGLGGKGGPYRLDAGHTVYQVSQAEKDAVPEEVKRAAREMGQRAFQQRLKEIQMSEYDAATYERFSGAVRRQVHSLRIILDNLQAKGKERQWLRHQATGELDDAKIIDGLTGEKAIYKRRGELEPQLGSPQQKPKRLRLVVDVSGSMYRFNRMDGRLERTMEAVCMVMEAFENYEEKFQYDIVGHSGDGYNIGLVPMNKIPKDNKQRLEILKTMHAHSQFCMSGDHTLEGTEHAIKEIVKEEADEYFVIVLSDANLSRYGIHPAKFAQILTRDPQVNAFAIFIGSLGDQATRLQRTLPAGRSFVAMDTKDIPQILQQIFTSTMLSSV

Target ORF information:

RefSeq Version	XM_006719791.4
Organism	Homo sapiens(human)
Definition	Homo sapiens von Willebrand factor A domain containing 8 (VWA8), transcript variant X2, mRNA.

Target ORF information:

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

XM_006719791.4

ORF Insert Sequence:

ATGAACTTCT ACCAGCGCTT TGAACTTCAA GATTCAGGAA GCTCTCTACT TCCTAAAGAG 
ATTGTAAAAG TAGAGAAGAT GATGGAAAAC CATGTGTCCC AAGCTTCTGT GACCATCCGG 
ATTGCAGATA AAGAGGTGAC CATTAAGGTG CCAGCCGGGA CCAGGCTATT AAGTCAACCT 
TGTGCGTCAG ACCGTTTCAT ACAGACTTTG AGCCATAAGC AGCTACAGGC TGAAATGATG 
CAGTCTCACA TGGTTAAAGA TATATGTTTA ATTGGAGGAA AGGGTTGTGG AAAAACAGTG 
ATCGCTAAGA ACTTTGCCGA TACCTTAGGA TACAACATAG AACCTATTAT GCTCTATCAG 
GATATGACAG CGCGTGATCT GCTACAGCAG AGATACACCC TTCCAAATGG AGACACTGCC 
TGGCGGTCCT CACCCCTTGT GAATGCTGCT CTGGAAGGCA AGCTGGTCCT GCTGGATGGC 
ATTCACCGGG TGAATGCGGG CACGCTTGCT GTATTGCAAA GGTTAATCCA TGATCGAGAG 
CTAAGCCTCT ATGATGGTTC TAGGCTGCTG AGAGAAGACA GGTATATGCG TTTAAAGGAG 
GAGCTGCAAC TGTCTGATGA ACAGCTACAG AAGAGATCCA TTTTTCCTAT CCATCCCTCC 
TTCAGAATCA TTGCCTTGGC AGAACCCCCT GTTATTGGAA GCACAGCACA CCAGTGGCTG 
GGACCAGAAT TCTTAACCAT GTTCTTTTTC CATTACATGA AACCACTTGT GAAAAGTGAA 
GAAATCCAAG TGATTAAGGA AAAGGTCCCA AATGTACCTC AGGAAGCTCT GGATAAGTTA 
TTATCATTTA CACACAAACT CAGAGAAACA CAGGATCCAA CGGCACAATC ATTAGCGGCA 
TCACTTTCTA CCAGACAACT GTTGCGAATT TCTCGTCGGC TGTCACAGTA TCCTAATGAA 
AATCTTCACA GTGCTGTTAC TAAAGCCTGC CTTTCCAGGT TTTTACCCAG TCTTGCTAGG 
TCAGCATTAG AAAAAAATCT GGCAGATGCT ACAATAGAAA TAAATACTGA TGACAATTTG 
GAGCCAGAAC TGAAGGATTA CAAATGTGAA GTAACATCTG GAACTCTGAG GATTGGTGCT 
GTTAGTGCAC CGATCTATAA TGCACATGAG AAAATGAAAG TGCCTGATGT TCTTTTCTAT 
GACAACATTC AGCATGTGAT AGTGATGGAA GATATGCTGA AAGACTTTCT CCTTGGAGAA 
CACTTATTAT TGGTTGGCAA CCAGGGTGTA GGAAAAAACA AGATTGTTGA CAGATTCCTT 
CACCTGCTCA ACAGACCCCG AGAATATATT CAGCTACACA GGGATACCAC AGTACAAACT 
CTTACGCTTC AGCCTTCGGT TAAAGACGGA CTTATTGTAT ATGAAGACTC ACCTTTGGTT 
AAAGCAGTAA AGTTGGGTCA TATTCTGGTA GTAGATGAGG CTGACAAAGC TCCAACAAAT 
GTCACGTGTA TTTTAAAAAC TCTAGTAGAA AATGGAGAAA TGATTCTAGC AGATGGAAGA 
CGCATTGTTG CAAATTCTGC TAATGTGAAT GGAAGAGAAA ATGTTGTAGT GATTCATCCT 
GATTTTAGGA TGATTGTTCT GGCAAATAGA CCTGGATTTC CTTTCCTAGG CAATGATTTC 
TTCGGTACCT TAGGTGATAT TTTTAGCTGC CATGCAGTTG ATAACCCCAA ACCCCACTCG 
GAGCTCGAGA TGCTCAGACA GTATGGACCA AATGTGCCTG AGCCCATCCT TCAGAAGCTT 
GTGGCTGCCT TTGGAGAGCT GAGGAGTTTG GCTGACCAAG GGATTATTAA CTATCCTTAT 
TCTACCAGAG AAGTTGTCAA CATAGTCAAA CATTTACAGA AATTTCCGAC TGAAGGTCTC 
TCCAGTGTAG TTCGAAATGT GTTTGACTTT GATTCCTACA ACAATGACAT GAGGGAGATA 
TTGATTAACA CTTTACACAA ATACGGGATA CCTATCGGAG CAAAGCCTAC CAGTGTGCAG 
CTGGCAAAGG AGTTGACTCT GCCAGAACAA ACGTTCATGG GCTACTGGAC AATTGGTCAG 
GCAAGAAGTG GGATGCAAAA ACTCTTGTGT CCAGTGGAAA CTCATCATAT AGACATAAAG 
GGTCCAGCAC TTATAAATAT ACAGGAGTAT CCAATAGAAA GACATGAAGA AAGATCCCTA 
AACTTTACTG AAGAATGTGC CTCATGGAGA ATACCATTGG ATGAAATTAA TATAATCTGT 
GACATTGCTA CATCACATGA AAATGAGCAA AATACTCTCT ATGTAGTTAC ATGCAATCCC 
GCTTCCCTGT ACTTTATGAA TATGACTGGG AAAAGTGGCT TCTTTGTGGA CTTTTTTGAT 
ATCTTCCCAA GAACAGCCAA TGGCGTTTGG CACCCTTTTG TGACAGTGGC ACCGCTGGGA 
AGTCCTCTCA AAGGTCAAGT GGTTCTCCAT GAGCAGCAGA GTAATGTTAT CCTGTTGTTA 
GATACTACTG GCCGGGCCCT TCATCGTCTC ATCCTCCCTT CCGAGAAGTT TACATCTAAG 
AAACCTTTCT GGTGGAACAA AGAAGAAGCT GAAACTTATA AAATGTGTAA AGAATTTTCA 
CACAAAAACT GGCTGGTGTT CTACAAAGAA AAAGGGAACA GCCTGACTGT GCTGGATGTT 
CTAGAAGGGC GAACTCACAC CATCTCACTT CCCATCAACC TCAAGACAGT TTTCCTTGTA 
GCAGAGGACA AATGGCTTCT GGTGGAGAGC AAAACAAATC AGAAATATCT TTTAACTAAG 
CCTGCACACA TCGAATCTGA GGGTAGTGGG GTTTGCCAGT TGTATGTGCT GAAAGAGGAG 
CCGCCCAGCA CAGGGTTTGG AGTTACACAA GAAACAGAGT TCAGCATACC TCATAAAATT 
TCCAGTGATC AACTATCATC TGAACATCTA AGTTCAGCTG TGGAACAAAA GATTGCCTCT 
CCCAACAGAA TTCTCTCAGA TGAGAAAAAT TATGCTACAA TAGTTGTTGG TTTTCCAGAT 
CTCATGTCAC CCAGTGAAGT TTATTCTTGG AAGAGACCAT CATCTTTGCA TAAACGAAGT 
GGCACTGATA CATCATTCTA TAGAGGAAAG AAGAAAAGGG GGACTCCAAA ACAAAGCAAT 
TGTGTGACTC TTTTAGATAC GAATCAGGTA GTGAGGATTT TACCCCCAGG AGAAGTCCCT 
CTAAAAGATA TCTACCCAAA AGATGTTACT CCTCCACAAA CATCTGGTTA TATAGAAGTC 
ACTGATCTTC AATCAAAGAA ACTCCGATAT ATCCCTATTC CCAGATCAGA ATCTCTCTCG 
CCGTATACCA CATGGCTGTC GACCATTTCA GACACAGATG CACTGCTGGC TGAGTGGGAC 
AAAAGCGGTG TTGTTACTGT TGATATGGGA GGTCACATCA GGCTTTGGGA AACTGGACTT 
GAACGTCTGC AGCGATCACT CATGGAATGG AGAAACATGA TTGGACAAGA TGACAGAAAT 
ATGCAGATAA CAATCAACAG AGACAGTGGT GAAGATGTAA GCTCCCCCAA ACACGGGAAG 
GAGGACCCAG ACAACATGCC TCACGTGGGC GGCAACACTT GGGCTGGCGG AACAGGGGGA 
AGAGACACGG CAGGCCTGGG TGGCAAAGGA GGCCCTTACC GGCTGGATGC AGGCCATACG 
GTGTACCAGG TCTCTCAGGC TGAGAAAGAT GCAGTTCCCG AAGAGGTCAA GAGAGCTGCT 
AGAGAGATGG GCCAGAGAGC ATTCCAGCAG AGGCTAAAGG AGATCCAAAT GAGTGAATAC 
GATGCTGCAA CCTATGAAAG GTTTTCAGGT GCTGTTCGGC GACAGGTGCA CTCCCTCCGA 
ATCATCCTGG ATAATTTACA GGCTAAAGGT AAAGAAAGAC AATGGCTAAG ACATCAAGCT 
ACTGGAGAAT TAGATGATGC CAAGATCATT GATGGGCTGA CTGGAGAAAA AGCCATCTAC 
AAACGTCGGG GTGAGCTGGA GCCACAACTT GGCAGCCCAC AACAGAAACC CAAGCGTCTG 
CGCCTGGTGG TAGATGTGTC TGGTAGCATG TACCGTTTCA ACAGGATGGA TGGCCGGCTT 
GAGCGCACAA TGGAGGCTGT GTGTATGGTC ATGGAAGCCT TCGAGAACTA TGAGGAGAAG 
TTCCAGTATG ACATCGTTGG ACACTCTGGA GATGGCTACA ACATTGGTCT GGTTCCAATG 
AACAAAATCC CCAAGGACAA TAAGCAAAGA CTAGAAATTC TGAAGACAAT GCATGCCCAC 
TCTCAGTTCT GCATGAGTGG GGACCACACG TTAGAAGGGA CAGAACATGC CATCAAGGAA 
ATTGTCAAAG AAGAAGCTGA TGAGTACTTT GTCATAGTCT TGAGTGATGC AAATCTGTCA 
CGATATGGAA TACATCCTGC TAAGTTTGCT CAAATCCTCA CAAGAGACCC TCAAGTAAAT 
GCTTTTGCCA TTTTTATTGG CTCTTTAGGT GATCAAGCAA CCAGGCTTCA GAGAACTTTA 
CCAGCTGGTC GGTCTTTCGT TGCCATGGAT ACCAAGGATA TCCCTCAGAT TTTACAACAG 
ATCTTCACCT CCACCATGTT GTCGAGTGTC TAA

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

PubMed

Characterization of the novel protein KIAA0564 (Von Willebrand Domain-containing Protein 8).
Biochemical and biophysical research communications487(3)545-551(2017 06)
Luo M,Mengos AE,Ma W,Finlayson J,Bustos RZ,Xiao Zhu Y,Shi CX,Stubblefield TM,Willis WT,Mandarino LJ

Genome-wide association identifies regulatory Loci associated with distinct local histogram emphysema patterns.
American journal of respiratory and critical care medicine190(4)399-409(2014 Aug)
Castaldi PJ,Cho MH,San Jos? Est?par R,McDonald ML,Laird N,Beaty TH,Washko G,Crapo JD,Silverman EK,

Genome-wide association study of ancestry-specific TB risk in the South African Coloured population.
Human molecular genetics23(3)796-809(2014 Feb)
Chimusa ER,Zaitlen N,Daya M,M?ller M,van Helden PD,Mulder NJ,Price AL,Hoal EG

A genome-wide scan for common alleles affecting risk for autism.
Human molecular genetics19(20)4072-82(2010 Oct)
Anney R,Klei L,Pinto D,Regan R,Conroy J,Magalhaes TR,Correia C,Abrahams BS,Sykes N,Pagnamenta AT,Almeida J,Bacchelli E,Bailey AJ,Baird G,Battaglia A,Berney T,Bolshakova N,B?lte S,Bolton PF,Bourgeron T,Brennan S,Brian J,Carson AR,Casallo G,Casey J,Chu SH,Cochrane L,Corsello C,Crawford EL,Crossett A,Dawson G,de Jonge M,Delorme R,Drmic I,Duketis E,Duque F,Estes A,Farrar P,Fernandez BA,Folstein SE,Fombonne E,Freitag CM,Gilbert J,Gillberg C,Glessner JT,Goldberg J,Green J,Guter SJ,Hakonarson H,Heron EA,Hill M,Holt R,Howe JL,Hughes G,Hus V,Igliozzi R,Kim C,Klauck SM,Kolevzon A,Korvatska O,Kustanovich V,Lajonchere CM,Lamb JA,Laskawiec M,Leboyer M,Le Couteur A,Leventhal BL,Lionel AC,Liu XQ,Lord C,Lotspeich L,Lund SC,Maestrini E,Mahoney W,Mantoulan C,Marshall CR,McConachie H,McDougle CJ,McGrath J,McMahon WM,Melhem NM,Merikangas A,Migita O,Minshew NJ,Mirza GK,Munson J,Nelson SF,Noakes C,Noor A,Nygren G,Oliveira G,Papanikolaou K,Parr JR,Parrini B,Paton T,Pickles A,Piven J,Posey DJ,Poustka A,Poustka F,Prasad A,Ragoussis J,Renshaw K,Rickaby J,Roberts W,Roeder K,Roge B,Rutter ML,Bierut LJ,Rice JP,Salt J,Sansom K,Sato D,Segurado R,Senman L,Shah N,Sheffield VC,Soorya L,Sousa I,Stoppioni V,Strawbridge C,Tancredi R,Tansey K,Thiruvahindrapduram B,Thompson AP,Thomson S,Tryfon A,Tsiantis J,Van Engeland H,Vincent JB,Volkmar F,Wallace S,Wang K,Wang Z,Wassink TH,Wing K,Wittemeyer K,Wood S,Yaspan BL,Zurawiecki D,Zwaigenbaum L,Betancur C,Buxbaum JD,Cantor RM,Cook EH,Coon H,Cuccaro ML,Gallagher L,Geschwind DH,Gill M,Haines JL,Miller J,Monaco AP,Nurnberger JI Jr,Paterson AD,Pericak-Vance MA,Schellenberg GD,Scherer SW,Sutcliffe JS,Szatmari P,Vicente AM,Vieland VJ,Wijsman EM,Devlin B,Ennis S,Hallmayer J

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VWA8 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

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Target ORF information:

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ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

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ORF Insert Sequence:

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:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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