VWA8 cDNA ORF clone, Myotis brandtii(Brandt's bat)

Gene
Clones
gRNAs

Summary

Gene Symbol	VWA8
Entrez Gene ID	102257549
Full Name	von Willebrand factor A domain containing 8
Gene Type	protein-coding
Organism	Myotis brandtii(Brandt's bat)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014549735.1	XP_014405221.1	von Willebrand factor A domain-containing protein 8 isoform X1
XM_005878642.2	XP_005878704.1	von Willebrand factor A domain-containing protein 8 isoform X2

Pathways from BioSystems
Gene Ontology

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)	Select
OMy57055	XM_014549735.1 Latest version!	Myotis brandtii von Willebrand factor A domain containing 8 (VWA8), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OMy57056	XM_005878642.2 Latest version!	Myotis brandtii von Willebrand factor A domain containing 8 (VWA8), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** 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 ( XM_014549735.1 ) cDNA ORF clone, Myotis brandtii(Brandt's bat) -> XP_014405221.1 Myotis brandtii von Willebrand factor A domain containing 8 (VWA8), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OMy57055
Clone ID Related Accession (Same CDS sequence)	XM_014549735.1
Accession Version	XM_014549735.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5637bp) 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	2015-11-03
Organism	Myotis brandtii(Brandt's bat)
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 (NW_005370127.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Myotis brandtii Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTAAAGT TCATACAGAG AAGGAGCAGG AGAGGCTGGA CTTGCCTTGT TGGCTTTCAA 
GATAGGAGCT TTACAAAGCC TGGTGACACA GTTAGTATTG GAAATGTATC CTACAAGTTG 
AAAACTCCTA AGAGCCCGGA ACTTGTGCCA CAGAACTACA TTTCAGACTC TCTGGCTCAA 
TCTGTAATTC AGCATCTAAG ATGGATAATG CAGAAGGATC TCCTGGGGCA GGATGTCTTT 
CTAATAGGAC CTCCTGGGCC TCTTCGACGC TCTGTTGCTA TGCAGTACCT GGAGCTGACC 
AAACGGGAAG TCGAATACAT TGCCTTGTCA AGGGACACCA CGGAAACCGA TCTCAAACAG 
CGTCGAGAGA TCCGTGCAGG CACGGCCTTT TACATCGATC AGTGTGCAGT TCGTGCAGCC 
ACAGAAGGCA GAACTCTCGT TTTGGAAGGC TTGGAAAAGG CGGAGAGGAA TGTTTTGCCT 
GTTTTGAACA ACTTGCTGGA AAACAGGGAG ATGCAGCTTG AAGATGGACG CTTCCTAATG 
TCTGCAGAGC GTTATGACAA ACTTCTCAAG GATCATACCA AAGAAGAACT GGATGCGTGG 
AAGATTGTTC GAGTTAGTGA AAATTTCCGA GTGATTGCTT TGGGCTTGCC AGTGCCTAGG 
TACTCTGGGA ATCCATTAGA CCCCCCTCTT CGTTCTCGAT TTCAAGCCAG AGATATTTAT 
TATCTACCCT TCAAGGACCA ACTTCAACTG TTATATTCTG TTGGATCCAA TGTTTCTGCT 
GAAAAAGTTT CTCAGCTTTT GTCCTTTGCT ACCACACTCT GTTCCCAAGA ATCTTCTACT 
CTAGGACTTC CAGATTTTCC TTTAGATAGT TTACCAGCTG CAGTTCAAAT CCTGAATTCC 
TTTCCTATGA TGTCAATCAA ACATGCAATC CACTGGCTTT ACCCGTACAC TATTTTACTA 
GGACAGGAAG GGAAGATGGC TGTGGAAGAT GTTTTAAAAC GCTTTGAACT CCAAGATTCA 
AGAAGCTCTT TGCTTCCTGA AGAGATTGTG AGAGTGGAGA GGATGACTGA AAATCACATC 
TCCCAAGCTT CTGTTACTGT CCGGATTGCA GGAAAGGAGG TGACCATTAA GGTGCCAGCT 
GGGACTAGGC CATTCAGTCA GCCTTTTGCA TCAGAACGTT TTATACAGAC TTTAAGCCAT 
AAACAACTAC TGGCTGAAAT GATGCAGTCT CACATGGTTA AGGACATATG TTTAATTGGA 
GGAAAAGGTT GTGGAAAAAC AGTCATCGCT AAGAACTTTG CAGATACCTT AGGATACAAC 
ATAGAACCTA TCATGCTCTA TCAGGATATG ACAGCTCGTG ATCTGCTACA GCAGAGATAC 
ACTCTTCCCA ATGGAGACAC CGCCTGGCGG TCCTCGCCCC TTGTGAATGC TGCTCTGGAG 
GGAAAGCTGG TCCTGTTGGA TGGCATTCAT CGGGTCAACG CAGGCACGCT CGCTGTGTTG 
CAAAGGTTGA TCCATGATCG AGAGCTAAGC CTCTATGACG GCTCTAGGCT GCTGAGGGAA 
GACAGGTATA TGCGTTTAAA GGAGGAGCTG CAAATGTCTG ATGAGCAGCT ACAGAAGAGA 
TCCATTTTTC CTGTCCACCC GTCCTTCAGA ATCATTGCCT TGGCAGAGCC CCCTGTTATT 
GGAAGCACAA CACAGCAGTG GCTGGGGCCA GAATTCTTAA CCATGTTCTT TTTCCATTAC 
ATGAAACCAC TTGTCAAAAA TGAAGAAATC CAAGTGATTA AGGAAATGGT ACCAAATATT 
CCTCAGGAAG CTTTGGACAA ATTGTTATCA TTTACACACA AACTCAGAGA GACACAGGAT 
CCAACGGCAC AGTCATTGGC AGCATCACTT TCTACCAGAC AGCTGTTGCG AATTTCTCGT 
CGGCTGTCAC AGTACCCTAA TGAAAATCTT CACAGTGCTG TCACTAAAGC CTGCCTTTCC 
AGGTTTTTAC CAAGCCTTGC AAGGTCAGCA TTAGAAAAAA ATCTGGCAGA TGCTTCAATA 
GAAATAAGTA CTGATGATAA TCTAGAACCA GAACTGGAGG ATTACAAATG TGAAATAGCA 
TCTGGCTCTC TGAGAATTGG CGCTGTTAGT ACACCAATCT ATAATGCCCA CGAGAAAATG 
AAAGTGCCTG ATGTTCTGTT CTATGACAAC ATTCAGCATA TGATAGTGAT GGAAGATATG 
CTCAAAGACT TTCTGCTTGG AGAACATCTG TTATTGGTTG GTAACCAGGG TGTAGGAAAA 
AACAAGATTG TTGACAGATT CCTTCATCTG CTCAATAGAC CCCGAGAATA TATCCAGCTG 
CACAGGGACA CCACGGTACA AAGCCTTACT CTTCAGCCTT CTGTTAAAGA TGGACTTATT 
GTGTATGAAG ACTCACCTTT GGTTAAAGCA GTAAAGTTGG GTCATGTTCT GGTAGTAGAT 
GAGGCTGACA AGGCCCCAAC AAATGTCACC TGTATTTTAA AAACTCTAGT AGAAAATGGA 
GAAATGATTC TAGCAGATGG AAGACGCATC GTTGCAAATT CTGCTAATGT CAATGGAAGA 
GAAAATGTTA TAGTGATTCA TCCTGATTTT AGGATGATTG TTCTGGCCAA CAGACCTGGA 
TTTCCTTTCC TGGGCAATGA TTTCTTCGGT ACTTTAGGTG ATATTTTTAG CTGCCATGCA 
GTTGATAATC CCAAGCCCCA CTCAGAGCTT GAGATGCTCA GGCAATATGG ACCAAATGTG 
CCAGAGCCCA TCCTTCAGAA GCTCGTGGCT GCCTTTGGAG AGCTGAGGAG TTTAGCTGAC 
CAGGGGATTA TTAGCTACCC TTATTCTACC AGAGAAGTTG TCAACATAGT CAAGCACTTA 
CAGAAATTTC CCACCGAAGG TCTCTCCAGT GTGGTTAGGA ACGTGTTTGA CTTTGATTCC 
TACAACACCG ACATGAGGGA GATTTTAATT AACACTTTGC ACAAGTACGG GATACCTATT 
GGAGCAAAGC CTACCAGTGT GCAGCTGGCG AAGGAGTTGC CTCTGCCAGA GCAGACATTC 
ATGGGCTACT GGACCGTGGG CCAGTCAAGA GATGGAATGC AGAAACTGTT GTGTCCTGCA 
GAAACTCATC ATATAGACAT AAAGGGTCCA GCACTTATAA ACATACAGGA GTATCCAATA 
GAAAGACATG AAGGAAGATC TCAAACCTTC ACTGAGGAAT GTGCCTCCTG GAAGTTGCCA 
TTGGATGAAA TTAACATAAT CTGTGACATT GCTACATCAC GTGAAAATGA GGAATATACT 
CTCTATGTAG TGACATGCAA TCCTGTTTCC TTATACTTCA TGAGTATGGC TGGGAAAATT 
GGCTACTTCG TGGACCTTTA TGACATCTTC CCAAGAACCG CCAGTGGAGT TTGGCACCCA 
TTTGTGACAG TGGCACCCCT GGGAAACCCT CTCAGTGGTC AAGTGGTCCT CCATGAGCAG 
CAGAGTAATA CCATCCTATT GTTGGATACC ATTGGCCGAG CCGTTCGGCG TCTCATCCTC 
CCTTCAGAAG AAGTTACATC TAAGAGACCT TCCTGGTGGA ACAAGGAAGA AGCTGAAACG 
TATAAAATGT GTAAAGAATT TTCGCACAAA AACTGGCTAG TATTCTACAA GGAAAAAGGG 
AGCAACTTGA CTGTGCTGGA TGTGCTAGAA GGGCGAACTC ATACCATCTC ACTTCCCATC 
GACCTCAAGA CAGTTTTTCT TGTAGCGGAG GACAAATGGC TTCTGGTGGA GAGCAAAACC 
AATCAGAAAT ACCTTTTAAC TAAACCTGCA CACATCGAAT CTGAGGATAG TGGGGTTTGC 
CAGTTGTATG TATTGAAGGA GGAGCCGCCC AGCACAGGGT TTGGAGTTAC ACCAGAAACA 
GATTTCAGCA TACCTCATAG AATTTCAAGT GAGCAGCTAT CATCTGAGAA TCTGAGTTCA 
GCTGTGGGAC AAAAGATTGC CTCTCCTAAC CGATTTCTCT CAGATGAGAA CAGTTATGCT 
ACAGTCGTTG TTGGTTTCCC AGATCTCATG TCTCCCAGTG AAGTTTATTC TTGGAAAAGG 
CCATCATCTT TGCATAAATC AAGGGTCACT GATACAGCGT TCTATGGGGG GAAGAAGAAA 
AGTGGAACTC CAAAACAGAG CAATTGTGTG ACTCTTGTGG ATACTAATCA GATAGTCCGG 
ATTTTGCCCC CAGGAGAAGT CCCTCTAAAA GATATCTACC CAAAAGATGT TACCCCTCCA 
CATACATCTG GTTATATAGA AGTCACTGAT CTTCAATCAA AAAAACTCCG ATATATCCCT 
ATTCCCAGAT CAGAATTTCT CTCCCCATAT ACCACATGGA TATCTACTAT TTCAGACACA 
GATGCACTGC TAGCTGAGTG GGGCAGAGGT GGTGTTGTTA CTGTTGATAT GGGAGGTCAA 
ATCAGACTTT GGGAAACTGG ACTTGAACAT CTGCAGCGCT CACTCATGGA ATGGAGAAAC 
ATGATTGGAC AAGATGACAG ACACATGCAG GTAACAATCA ACAGAGATAG TGGTGAAGAT 
GTGAGTTCTC CCAAACATGG GAAGGAGGAC CCTGACAACA TGCCCCACGT GGGCGGCAAT 
ACGTGGGCTG GCGGAACAGG GGGAAGAGAC ACTGCAGGTC TGGGTGGCAA AGGAGGTCCT 
TACCGGCTGG ACGCAGGCCA CACAGTGTAC CAGGTCTCTG AGGCCGAAAA GGACGCGGTT 
CCCGAGGAGG TGAAGAGAGC TGCGAGAGAG ATGGGCCAGA AAGCGTTTCG GCAGAGGCTG 
AAGGAGATCC AAATGAGTGA ATATGATGCC ACAACTTACG AAAGGTTCTC AGGGGCTGTC 
CGAAGGCAGG TGCACTCCCT CCGGATCATC CTGGATAATT TACAGGCTAG AGGTAAAGAA 
AGACAGTGGC TCAGACACCA AGCTACTGGG GAACTCGACG ATGCCAAGAT CATTGATGGG 
CTGACTGGAG AGAAAACCAT CTACAGACGC CGGGGTGATC TGGAGCCACA AGTGGGAAGC 
CCCCAACAGA AACCCAAGCG TCTGCGCCTG GTGGTGGATG TGTCTGGCAG CATGTACCGC 
TTTAACGGCG TGGATGGCCG GCTGGAGCGC TCCATGGAGG CTGTGTGTAT GGTAATGGAA 
GCCTTCGAGA GCTATGAAGA GAAGTTCAAG TATGACATCG CTGGACACTC TGGAGACGGC 
TACAACATTA ATCTGGTTCC AATGAACAAA ATCCCCAAGG ACAATAAGCA AAGACTAGAA 
ATTCTGAAGA CGATGCATGC CCATGCTCAG TTCTGCATGA GTGGAGACCA CACTTTAGAG 
GGGACAAAGC ATGCCATCCA GGAAATTGTC AGAGAAGAAG CTGACGAGTA CTTCGTCATC 
GTCTTGAGTG ATGCGAACCT GTCCCGATAT GGGATACATC CTGCCAAGTT TGCCCAAATC 
CTGACAAGCA ACCCTCAAGT TAATGCTTTT GCCATCTTTA TTGGATCTTT AGGTGATCAA 
GCAGCCAGGC TTCAGAGAAC TTTGCCCGCT GGCCGGTCTT TCATTGCCAT GGATACCAAG 
GACATCCCTC AGATTTTACA GCAGATCTTC ACCTCTACCA TGTTGTCCAG TGTTTAA

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

RefSeq	XP_014405221.1
CDS	16..5652
Translation	MLKFIQRRSRRGWTCLVGFQDRSFTKPGDTVSIGNVSYKLKTPKSPELVPQNYISDSLAQSVIQHLRWIMQKDLLGQDVFLIGPPGPLRRSVAMQYLELTKREVEYIALSRDTTETDLKQRREIRAGTAFYIDQCAVRAATEGRTLVLEGLEKAERNVLPVLNNLLENREMQLEDGRFLMSAERYDKLLKDHTKEELDAWKIVRVSENFRVIALGLPVPRYSGNPLDPPLRSRFQARDIYYLPFKDQLQLLYSVGSNVSAEKVSQLLSFATTLCSQESSTLGLPDFPLDSLPAAVQILNSFPMMSIKHAIHWLYPYTILLGQEGKMAVEDVLKRFELQDSRSSLLPEEIVRVERMTENHISQASVTVRIAGKEVTIKVPAGTRPFSQPFASERFIQTLSHKQLLAEMMQSHMVKDICLIGGKGCGKTVIAKNFADTLGYNIEPIMLYQDMTARDLLQQRYTLPNGDTAWRSSPLVNAALEGKLVLLDGIHRVNAGTLAVLQRLIHDRELSLYDGSRLLREDRYMRLKEELQMSDEQLQKRSIFPVHPSFRIIALAEPPVIGSTTQQWLGPEFLTMFFFHYMKPLVKNEEIQVIKEMVPNIPQEALDKLLSFTHKLRETQDPTAQSLAASLSTRQLLRISRRLSQYPNENLHSAVTKACLSRFLPSLARSALEKNLADASIEISTDDNLEPELEDYKCEIASGSLRIGAVSTPIYNAHEKMKVPDVLFYDNIQHMIVMEDMLKDFLLGEHLLLVGNQGVGKNKIVDRFLHLLNRPREYIQLHRDTTVQSLTLQPSVKDGLIVYEDSPLVKAVKLGHVLVVDEADKAPTNVTCILKTLVENGEMILADGRRIVANSANVNGRENVIVIHPDFRMIVLANRPGFPFLGNDFFGTLGDIFSCHAVDNPKPHSELEMLRQYGPNVPEPILQKLVAAFGELRSLADQGIISYPYSTREVVNIVKHLQKFPTEGLSSVVRNVFDFDSYNTDMREILINTLHKYGIPIGAKPTSVQLAKELPLPEQTFMGYWTVGQSRDGMQKLLCPAETHHIDIKGPALINIQEYPIERHEGRSQTFTEECASWKLPLDEINIICDIATSRENEEYTLYVVTCNPVSLYFMSMAGKIGYFVDLYDIFPRTASGVWHPFVTVAPLGNPLSGQVVLHEQQSNTILLLDTIGRAVRRLILPSEEVTSKRPSWWNKEEAETYKMCKEFSHKNWLVFYKEKGSNLTVLDVLEGRTHTISLPIDLKTVFLVAEDKWLLVESKTNQKYLLTKPAHIESEDSGVCQLYVLKEEPPSTGFGVTPETDFSIPHRISSEQLSSENLSSAVGQKIASPNRFLSDENSYATVVVGFPDLMSPSEVYSWKRPSSLHKSRVTDTAFYGGKKKSGTPKQSNCVTLVDTNQIVRILPPGEVPLKDIYPKDVTPPHTSGYIEVTDLQSKKLRYIPIPRSEFLSPYTTWISTISDTDALLAEWGRGGVVTVDMGGQIRLWETGLEHLQRSLMEWRNMIGQDDRHMQVTINRDSGEDVSSPKHGKEDPDNMPHVGGNTWAGGTGGRDTAGLGGKGGPYRLDAGHTVYQVSEAEKDAVPEEVKRAAREMGQKAFRQRLKEIQMSEYDATTYERFSGAVRRQVHSLRIILDNLQARGKERQWLRHQATGELDDAKIIDGLTGEKTIYRRRGDLEPQVGSPQQKPKRLRLVVDVSGSMYRFNGVDGRLERSMEAVCMVMEAFESYEEKFKYDIAGHSGDGYNINLVPMNKIPKDNKQRLEILKTMHAHAQFCMSGDHTLEGTKHAIQEIVREEADEYFVIVLSDANLSRYGIHPAKFAQILTSNPQVNAFAIFIGSLGDQAARLQRTLPAGRSFIAMDTKDIPQILQQIFTSTMLSSV

Target ORF information:

RefSeq Version	XM_014549735.1
Organism	Myotis brandtii(Brandt's bat)
Definition	Myotis brandtii 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_014549735.1

ORF Insert Sequence:

ATGTTAAAGT TCATACAGAG AAGGAGCAGG AGAGGCTGGA CTTGCCTTGT TGGCTTTCAA 
GATAGGAGCT TTACAAAGCC TGGTGACACA GTTAGTATTG GAAATGTATC CTACAAGTTG 
AAAACTCCTA AGAGCCCGGA ACTTGTGCCA CAGAACTACA TTTCAGACTC TCTGGCTCAA 
TCTGTAATTC AGCATCTAAG ATGGATAATG CAGAAGGATC TCCTGGGGCA GGATGTCTTT 
CTAATAGGAC CTCCTGGGCC TCTTCGACGC TCTGTTGCTA TGCAGTACCT GGAGCTGACC 
AAACGGGAAG TCGAATACAT TGCCTTGTCA AGGGACACCA CGGAAACCGA TCTCAAACAG 
CGTCGAGAGA TCCGTGCAGG CACGGCCTTT TACATCGATC AGTGTGCAGT TCGTGCAGCC 
ACAGAAGGCA GAACTCTCGT TTTGGAAGGC TTGGAAAAGG CGGAGAGGAA TGTTTTGCCT 
GTTTTGAACA ACTTGCTGGA AAACAGGGAG ATGCAGCTTG AAGATGGACG CTTCCTAATG 
TCTGCAGAGC GTTATGACAA ACTTCTCAAG GATCATACCA AAGAAGAACT GGATGCGTGG 
AAGATTGTTC GAGTTAGTGA AAATTTCCGA GTGATTGCTT TGGGCTTGCC AGTGCCTAGG 
TACTCTGGGA ATCCATTAGA CCCCCCTCTT CGTTCTCGAT TTCAAGCCAG AGATATTTAT 
TATCTACCCT TCAAGGACCA ACTTCAACTG TTATATTCTG TTGGATCCAA TGTTTCTGCT 
GAAAAAGTTT CTCAGCTTTT GTCCTTTGCT ACCACACTCT GTTCCCAAGA ATCTTCTACT 
CTAGGACTTC CAGATTTTCC TTTAGATAGT TTACCAGCTG CAGTTCAAAT CCTGAATTCC 
TTTCCTATGA TGTCAATCAA ACATGCAATC CACTGGCTTT ACCCGTACAC TATTTTACTA 
GGACAGGAAG GGAAGATGGC TGTGGAAGAT GTTTTAAAAC GCTTTGAACT CCAAGATTCA 
AGAAGCTCTT TGCTTCCTGA AGAGATTGTG AGAGTGGAGA GGATGACTGA AAATCACATC 
TCCCAAGCTT CTGTTACTGT CCGGATTGCA GGAAAGGAGG TGACCATTAA GGTGCCAGCT 
GGGACTAGGC CATTCAGTCA GCCTTTTGCA TCAGAACGTT TTATACAGAC TTTAAGCCAT 
AAACAACTAC TGGCTGAAAT GATGCAGTCT CACATGGTTA AGGACATATG TTTAATTGGA 
GGAAAAGGTT GTGGAAAAAC AGTCATCGCT AAGAACTTTG CAGATACCTT AGGATACAAC 
ATAGAACCTA TCATGCTCTA TCAGGATATG ACAGCTCGTG ATCTGCTACA GCAGAGATAC 
ACTCTTCCCA ATGGAGACAC CGCCTGGCGG TCCTCGCCCC TTGTGAATGC TGCTCTGGAG 
GGAAAGCTGG TCCTGTTGGA TGGCATTCAT CGGGTCAACG CAGGCACGCT CGCTGTGTTG 
CAAAGGTTGA TCCATGATCG AGAGCTAAGC CTCTATGACG GCTCTAGGCT GCTGAGGGAA 
GACAGGTATA TGCGTTTAAA GGAGGAGCTG CAAATGTCTG ATGAGCAGCT ACAGAAGAGA 
TCCATTTTTC CTGTCCACCC GTCCTTCAGA ATCATTGCCT TGGCAGAGCC CCCTGTTATT 
GGAAGCACAA CACAGCAGTG GCTGGGGCCA GAATTCTTAA CCATGTTCTT TTTCCATTAC 
ATGAAACCAC TTGTCAAAAA TGAAGAAATC CAAGTGATTA AGGAAATGGT ACCAAATATT 
CCTCAGGAAG CTTTGGACAA ATTGTTATCA TTTACACACA AACTCAGAGA GACACAGGAT 
CCAACGGCAC AGTCATTGGC AGCATCACTT TCTACCAGAC AGCTGTTGCG AATTTCTCGT 
CGGCTGTCAC AGTACCCTAA TGAAAATCTT CACAGTGCTG TCACTAAAGC CTGCCTTTCC 
AGGTTTTTAC CAAGCCTTGC AAGGTCAGCA TTAGAAAAAA ATCTGGCAGA TGCTTCAATA 
GAAATAAGTA CTGATGATAA TCTAGAACCA GAACTGGAGG ATTACAAATG TGAAATAGCA 
TCTGGCTCTC TGAGAATTGG CGCTGTTAGT ACACCAATCT ATAATGCCCA CGAGAAAATG 
AAAGTGCCTG ATGTTCTGTT CTATGACAAC ATTCAGCATA TGATAGTGAT GGAAGATATG 
CTCAAAGACT TTCTGCTTGG AGAACATCTG TTATTGGTTG GTAACCAGGG TGTAGGAAAA 
AACAAGATTG TTGACAGATT CCTTCATCTG CTCAATAGAC CCCGAGAATA TATCCAGCTG 
CACAGGGACA CCACGGTACA AAGCCTTACT CTTCAGCCTT CTGTTAAAGA TGGACTTATT 
GTGTATGAAG ACTCACCTTT GGTTAAAGCA GTAAAGTTGG GTCATGTTCT GGTAGTAGAT 
GAGGCTGACA AGGCCCCAAC AAATGTCACC TGTATTTTAA AAACTCTAGT AGAAAATGGA 
GAAATGATTC TAGCAGATGG AAGACGCATC GTTGCAAATT CTGCTAATGT CAATGGAAGA 
GAAAATGTTA TAGTGATTCA TCCTGATTTT AGGATGATTG TTCTGGCCAA CAGACCTGGA 
TTTCCTTTCC TGGGCAATGA TTTCTTCGGT ACTTTAGGTG ATATTTTTAG CTGCCATGCA 
GTTGATAATC CCAAGCCCCA CTCAGAGCTT GAGATGCTCA GGCAATATGG ACCAAATGTG 
CCAGAGCCCA TCCTTCAGAA GCTCGTGGCT GCCTTTGGAG AGCTGAGGAG TTTAGCTGAC 
CAGGGGATTA TTAGCTACCC TTATTCTACC AGAGAAGTTG TCAACATAGT CAAGCACTTA 
CAGAAATTTC CCACCGAAGG TCTCTCCAGT GTGGTTAGGA ACGTGTTTGA CTTTGATTCC 
TACAACACCG ACATGAGGGA GATTTTAATT AACACTTTGC ACAAGTACGG GATACCTATT 
GGAGCAAAGC CTACCAGTGT GCAGCTGGCG AAGGAGTTGC CTCTGCCAGA GCAGACATTC 
ATGGGCTACT GGACCGTGGG CCAGTCAAGA GATGGAATGC AGAAACTGTT GTGTCCTGCA 
GAAACTCATC ATATAGACAT AAAGGGTCCA GCACTTATAA ACATACAGGA GTATCCAATA 
GAAAGACATG AAGGAAGATC TCAAACCTTC ACTGAGGAAT GTGCCTCCTG GAAGTTGCCA 
TTGGATGAAA TTAACATAAT CTGTGACATT GCTACATCAC GTGAAAATGA GGAATATACT 
CTCTATGTAG TGACATGCAA TCCTGTTTCC TTATACTTCA TGAGTATGGC TGGGAAAATT 
GGCTACTTCG TGGACCTTTA TGACATCTTC CCAAGAACCG CCAGTGGAGT TTGGCACCCA 
TTTGTGACAG TGGCACCCCT GGGAAACCCT CTCAGTGGTC AAGTGGTCCT CCATGAGCAG 
CAGAGTAATA CCATCCTATT GTTGGATACC ATTGGCCGAG CCGTTCGGCG TCTCATCCTC 
CCTTCAGAAG AAGTTACATC TAAGAGACCT TCCTGGTGGA ACAAGGAAGA AGCTGAAACG 
TATAAAATGT GTAAAGAATT TTCGCACAAA AACTGGCTAG TATTCTACAA GGAAAAAGGG 
AGCAACTTGA CTGTGCTGGA TGTGCTAGAA GGGCGAACTC ATACCATCTC ACTTCCCATC 
GACCTCAAGA CAGTTTTTCT TGTAGCGGAG GACAAATGGC TTCTGGTGGA GAGCAAAACC 
AATCAGAAAT ACCTTTTAAC TAAACCTGCA CACATCGAAT CTGAGGATAG TGGGGTTTGC 
CAGTTGTATG TATTGAAGGA GGAGCCGCCC AGCACAGGGT TTGGAGTTAC ACCAGAAACA 
GATTTCAGCA TACCTCATAG AATTTCAAGT GAGCAGCTAT CATCTGAGAA TCTGAGTTCA 
GCTGTGGGAC AAAAGATTGC CTCTCCTAAC CGATTTCTCT CAGATGAGAA CAGTTATGCT 
ACAGTCGTTG TTGGTTTCCC AGATCTCATG TCTCCCAGTG AAGTTTATTC TTGGAAAAGG 
CCATCATCTT TGCATAAATC AAGGGTCACT GATACAGCGT TCTATGGGGG GAAGAAGAAA 
AGTGGAACTC CAAAACAGAG CAATTGTGTG ACTCTTGTGG ATACTAATCA GATAGTCCGG 
ATTTTGCCCC CAGGAGAAGT CCCTCTAAAA GATATCTACC CAAAAGATGT TACCCCTCCA 
CATACATCTG GTTATATAGA AGTCACTGAT CTTCAATCAA AAAAACTCCG ATATATCCCT 
ATTCCCAGAT CAGAATTTCT CTCCCCATAT ACCACATGGA TATCTACTAT TTCAGACACA 
GATGCACTGC TAGCTGAGTG GGGCAGAGGT GGTGTTGTTA CTGTTGATAT GGGAGGTCAA 
ATCAGACTTT GGGAAACTGG ACTTGAACAT CTGCAGCGCT CACTCATGGA ATGGAGAAAC 
ATGATTGGAC AAGATGACAG ACACATGCAG GTAACAATCA ACAGAGATAG TGGTGAAGAT 
GTGAGTTCTC CCAAACATGG GAAGGAGGAC CCTGACAACA TGCCCCACGT GGGCGGCAAT 
ACGTGGGCTG GCGGAACAGG GGGAAGAGAC ACTGCAGGTC TGGGTGGCAA AGGAGGTCCT 
TACCGGCTGG ACGCAGGCCA CACAGTGTAC CAGGTCTCTG AGGCCGAAAA GGACGCGGTT 
CCCGAGGAGG TGAAGAGAGC TGCGAGAGAG ATGGGCCAGA AAGCGTTTCG GCAGAGGCTG 
AAGGAGATCC AAATGAGTGA ATATGATGCC ACAACTTACG AAAGGTTCTC AGGGGCTGTC 
CGAAGGCAGG TGCACTCCCT CCGGATCATC CTGGATAATT TACAGGCTAG AGGTAAAGAA 
AGACAGTGGC TCAGACACCA AGCTACTGGG GAACTCGACG ATGCCAAGAT CATTGATGGG 
CTGACTGGAG AGAAAACCAT CTACAGACGC CGGGGTGATC TGGAGCCACA AGTGGGAAGC 
CCCCAACAGA AACCCAAGCG TCTGCGCCTG GTGGTGGATG TGTCTGGCAG CATGTACCGC 
TTTAACGGCG TGGATGGCCG GCTGGAGCGC TCCATGGAGG CTGTGTGTAT GGTAATGGAA 
GCCTTCGAGA GCTATGAAGA GAAGTTCAAG TATGACATCG CTGGACACTC TGGAGACGGC 
TACAACATTA ATCTGGTTCC AATGAACAAA ATCCCCAAGG ACAATAAGCA AAGACTAGAA 
ATTCTGAAGA CGATGCATGC CCATGCTCAG TTCTGCATGA GTGGAGACCA CACTTTAGAG 
GGGACAAAGC ATGCCATCCA GGAAATTGTC AGAGAAGAAG CTGACGAGTA CTTCGTCATC 
GTCTTGAGTG ATGCGAACCT GTCCCGATAT GGGATACATC CTGCCAAGTT TGCCCAAATC 
CTGACAAGCA ACCCTCAAGT TAATGCTTTT GCCATCTTTA TTGGATCTTT AGGTGATCAA 
GCAGCCAGGC TTCAGAGAAC TTTGCCCGCT GGCCGGTCTT TCATTGCCAT GGATACCAAG 
GACATCCCTC AGATTTTACA GCAGATCTTC ACCTCTACCA TGTTGTCCAG TGTTTAA

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

VWA8 ( XM_005878642.2 ) cDNA ORF clone, Myotis brandtii(Brandt's bat) -> XP_005878704.1 Myotis brandtii von Willebrand factor A domain containing 8 (VWA8), transcript variant X2, mRNA.

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CloneID	OMy57056
Clone ID Related Accession (Same CDS sequence)	XM_005878642.2
Accession Version	XM_005878642.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5562bp) 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	2015-11-03
Organism	Myotis brandtii(Brandt's bat)
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 (NW_005370127.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Nov 4, 2015 this sequence version replaced XM_005878642.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Myotis brandtii Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTGTGGTG ACACAGTTAG TATTGGAAAT GTATCCTACA AGTTGAAAAC TCCTAAGAGC 
CCGGAACTTG TGCCACAGAA CTACATTTCA GACTCTCTGG CTCAATCTGT AATTCAGCAT 
CTAAGATGGA TAATGCAGAA GGATCTCCTG GGGCAGGATG TCTTTCTAAT AGGACCTCCT 
GGGCCTCTTC GACGCTCTGT TGCTATGCAG TACCTGGAGC TGACCAAACG GGAAGTCGAA 
TACATTGCCT TGTCAAGGGA CACCACGGAA ACCGATCTCA AACAGCGTCG AGAGATCCGT 
GCAGGCACGG CCTTTTACAT CGATCAGTGT GCAGTTCGTG CAGCCACAGA AGGCAGAACT 
CTCGTTTTGG AAGGCTTGGA AAAGGCGGAG AGGAATGTTT TGCCTGTTTT GAACAACTTG 
CTGGAAAACA GGGAGATGCA GCTTGAAGAT GGACGCTTCC TAATGTCTGC AGAGCGTTAT 
GACAAACTTC TCAAGGATCA TACCAAAGAA GAACTGGATG CGTGGAAGAT TGTTCGAGTT 
AGTGAAAATT TCCGAGTGAT TGCTTTGGGC TTGCCAGTGC CTAGGTACTC TGGGAATCCA 
TTAGACCCCC CTCTTCGTTC TCGATTTCAA GCCAGAGATA TTTATTATCT ACCCTTCAAG 
GACCAACTTC AACTGTTATA TTCTGTTGGA TCCAATGTTT CTGCTGAAAA AGTTTCTCAG 
CTTTTGTCCT TTGCTACCAC ACTCTGTTCC CAAGAATCTT CTACTCTAGG ACTTCCAGAT 
TTTCCTTTAG ATAGTTTACC AGCTGCAGTT CAAATCCTGA ATTCCTTTCC TATGATGTCA 
ATCAAACATG CAATCCACTG GCTTTACCCG TACACTATTT TACTAGGACA GGAAGGGAAG 
ATGGCTGTGG AAGATGTTTT AAAACGCTTT GAACTCCAAG ATTCAAGAAG CTCTTTGCTT 
CCTGAAGAGA TTGTGAGAGT GGAGAGGATG ACTGAAAATC ACATCTCCCA AGCTTCTGTT 
ACTGTCCGGA TTGCAGGAAA GGAGGTGACC ATTAAGGTGC CAGCTGGGAC TAGGCCATTC 
AGTCAGCCTT TTGCATCAGA ACGTTTTATA CAGACTTTAA GCCATAAACA ACTACTGGCT 
GAAATGATGC AGTCTCACAT GGTTAAGGAC ATATGTTTAA TTGGAGGAAA AGGTTGTGGA 
AAAACAGTCA TCGCTAAGAA CTTTGCAGAT ACCTTAGGAT ACAACATAGA ACCTATCATG 
CTCTATCAGG ATATGACAGC TCGTGATCTG CTACAGCAGA GATACACTCT TCCCAATGGA 
GACACCGCCT GGCGGTCCTC GCCCCTTGTG AATGCTGCTC TGGAGGGAAA GCTGGTCCTG 
TTGGATGGCA TTCATCGGGT CAACGCAGGC ACGCTCGCTG TGTTGCAAAG GTTGATCCAT 
GATCGAGAGC TAAGCCTCTA TGACGGCTCT AGGCTGCTGA GGGAAGACAG GTATATGCGT 
TTAAAGGAGG AGCTGCAAAT GTCTGATGAG CAGCTACAGA AGAGATCCAT TTTTCCTGTC 
CACCCGTCCT TCAGAATCAT TGCCTTGGCA GAGCCCCCTG TTATTGGAAG CACAACACAG 
CAGTGGCTGG GGCCAGAATT CTTAACCATG TTCTTTTTCC ATTACATGAA ACCACTTGTC 
AAAAATGAAG AAATCCAAGT GATTAAGGAA ATGGTACCAA ATATTCCTCA GGAAGCTTTG 
GACAAATTGT TATCATTTAC ACACAAACTC AGAGAGACAC AGGATCCAAC GGCACAGTCA 
TTGGCAGCAT CACTTTCTAC CAGACAGCTG TTGCGAATTT CTCGTCGGCT GTCACAGTAC 
CCTAATGAAA ATCTTCACAG TGCTGTCACT AAAGCCTGCC TTTCCAGGTT TTTACCAAGC 
CTTGCAAGGT CAGCATTAGA AAAAAATCTG GCAGATGCTT CAATAGAAAT AAGTACTGAT 
GATAATCTAG AACCAGAACT GGAGGATTAC AAATGTGAAA TAGCATCTGG CTCTCTGAGA 
ATTGGCGCTG TTAGTACACC AATCTATAAT GCCCACGAGA AAATGAAAGT GCCTGATGTT 
CTGTTCTATG ACAACATTCA GCATATGATA GTGATGGAAG ATATGCTCAA AGACTTTCTG 
CTTGGAGAAC ATCTGTTATT GGTTGGTAAC CAGGGTGTAG GAAAAAACAA GATTGTTGAC 
AGATTCCTTC ATCTGCTCAA TAGACCCCGA GAATATATCC AGCTGCACAG GGACACCACG 
GTACAAAGCC TTACTCTTCA GCCTTCTGTT AAAGATGGAC TTATTGTGTA TGAAGACTCA 
CCTTTGGTTA AAGCAGTAAA GTTGGGTCAT GTTCTGGTAG TAGATGAGGC TGACAAGGCC 
CCAACAAATG TCACCTGTAT TTTAAAAACT CTAGTAGAAA ATGGAGAAAT GATTCTAGCA 
GATGGAAGAC GCATCGTTGC AAATTCTGCT AATGTCAATG GAAGAGAAAA TGTTATAGTG 
ATTCATCCTG ATTTTAGGAT GATTGTTCTG GCCAACAGAC CTGGATTTCC TTTCCTGGGC 
AATGATTTCT TCGGTACTTT AGGTGATATT TTTAGCTGCC ATGCAGTTGA TAATCCCAAG 
CCCCACTCAG AGCTTGAGAT GCTCAGGCAA TATGGACCAA ATGTGCCAGA GCCCATCCTT 
CAGAAGCTCG TGGCTGCCTT TGGAGAGCTG AGGAGTTTAG CTGACCAGGG GATTATTAGC 
TACCCTTATT CTACCAGAGA AGTTGTCAAC ATAGTCAAGC ACTTACAGAA ATTTCCCACC 
GAAGGTCTCT CCAGTGTGGT TAGGAACGTG TTTGACTTTG ATTCCTACAA CACCGACATG 
AGGGAGATTT TAATTAACAC TTTGCACAAG TACGGGATAC CTATTGGAGC AAAGCCTACC 
AGTGTGCAGC TGGCGAAGGA GTTGCCTCTG CCAGAGCAGA CATTCATGGG CTACTGGACC 
GTGGGCCAGT CAAGAGATGG AATGCAGAAA CTGTTGTGTC CTGCAGAAAC TCATCATATA 
GACATAAAGG GTCCAGCACT TATAAACATA CAGGAGTATC CAATAGAAAG ACATGAAGGA 
AGATCTCAAA CCTTCACTGA GGAATGTGCC TCCTGGAAGT TGCCATTGGA TGAAATTAAC 
ATAATCTGTG ACATTGCTAC ATCACGTGAA AATGAGGAAT ATACTCTCTA TGTAGTGACA 
TGCAATCCTG TTTCCTTATA CTTCATGAGT ATGGCTGGGA AAATTGGCTA CTTCGTGGAC 
CTTTATGACA TCTTCCCAAG AACCGCCAGT GGAGTTTGGC ACCCATTTGT GACAGTGGCA 
CCCCTGGGAA ACCCTCTCAG TGGTCAAGTG GTCCTCCATG AGCAGCAGAG TAATACCATC 
CTATTGTTGG ATACCATTGG CCGAGCCGTT CGGCGTCTCA TCCTCCCTTC AGAAGAAGTT 
ACATCTAAGA GACCTTCCTG GTGGAACAAG GAAGAAGCTG AAACGTATAA AATGTGTAAA 
GAATTTTCGC ACAAAAACTG GCTAGTATTC TACAAGGAAA AAGGGAGCAA CTTGACTGTG 
CTGGATGTGC TAGAAGGGCG AACTCATACC ATCTCACTTC CCATCGACCT CAAGACAGTT 
TTTCTTGTAG CGGAGGACAA ATGGCTTCTG GTGGAGAGCA AAACCAATCA GAAATACCTT 
TTAACTAAAC CTGCACACAT CGAATCTGAG GATAGTGGGG TTTGCCAGTT GTATGTATTG 
AAGGAGGAGC CGCCCAGCAC AGGGTTTGGA GTTACACCAG AAACAGATTT CAGCATACCT 
CATAGAATTT CAAGTGAGCA GCTATCATCT GAGAATCTGA GTTCAGCTGT GGGACAAAAG 
ATTGCCTCTC CTAACCGATT TCTCTCAGAT GAGAACAGTT ATGCTACAGT CGTTGTTGGT 
TTCCCAGATC TCATGTCTCC CAGTGAAGTT TATTCTTGGA AAAGGCCATC ATCTTTGCAT 
AAATCAAGGG TCACTGATAC AGCGTTCTAT GGGGGGAAGA AGAAAAGTGG AACTCCAAAA 
CAGAGCAATT GTGTGACTCT TGTGGATACT AATCAGATAG TCCGGATTTT GCCCCCAGGA 
GAAGTCCCTC TAAAAGATAT CTACCCAAAA GATGTTACCC CTCCACATAC ATCTGGTTAT 
ATAGAAGTCA CTGATCTTCA ATCAAAAAAA CTCCGATATA TCCCTATTCC CAGATCAGAA 
TTTCTCTCCC CATATACCAC ATGGATATCT ACTATTTCAG ACACAGATGC ACTGCTAGCT 
GAGTGGGGCA GAGGTGGTGT TGTTACTGTT GATATGGGAG GTCAAATCAG ACTTTGGGAA 
ACTGGACTTG AACATCTGCA GCGCTCACTC ATGGAATGGA GAAACATGAT TGGACAAGAT 
GACAGACACA TGCAGGTAAC AATCAACAGA GATAGTGGTG AAGATGTGAG TTCTCCCAAA 
CATGGGAAGG AGGACCCTGA CAACATGCCC CACGTGGGCG GCAATACGTG GGCTGGCGGA 
ACAGGGGGAA GAGACACTGC AGGTCTGGGT GGCAAAGGAG GTCCTTACCG GCTGGACGCA 
GGCCACACAG TGTACCAGGT CTCTGAGGCC GAAAAGGACG CGGTTCCCGA GGAGGTGAAG 
AGAGCTGCGA GAGAGATGGG CCAGAAAGCG TTTCGGCAGA GGCTGAAGGA GATCCAAATG 
AGTGAATATG ATGCCACAAC TTACGAAAGG TTCTCAGGGG CTGTCCGAAG GCAGGTGCAC 
TCCCTCCGGA TCATCCTGGA TAATTTACAG GCTAGAGGTA AAGAAAGACA GTGGCTCAGA 
CACCAAGCTA CTGGGGAACT CGACGATGCC AAGATCATTG ATGGGCTGAC TGGAGAGAAA 
ACCATCTACA GACGCCGGGG TGATCTGGAG CCACAAGTGG GAAGCCCCCA ACAGAAACCC 
AAGCGTCTGC GCCTGGTGGT GGATGTGTCT GGCAGCATGT ACCGCTTTAA CGGCGTGGAT 
GGCCGGCTGG AGCGCTCCAT GGAGGCTGTG TGTATGGTAA TGGAAGCCTT CGAGAGCTAT 
GAAGAGAAGT TCAAGTATGA CATCGCTGGA CACTCTGGAG ACGGCTACAA CATTAATCTG 
GTTCCAATGA ACAAAATCCC CAAGGACAAT AAGCAAAGAC TAGAAATTCT GAAGACGATG 
CATGCCCATG CTCAGTTCTG CATGAGTGGA GACCACACTT TAGAGGGGAC AAAGCATGCC 
ATCCAGGAAA TTGTCAGAGA AGAAGCTGAC GAGTACTTCG TCATCGTCTT GAGTGATGCG 
AACCTGTCCC GATATGGGAT ACATCCTGCC AAGTTTGCCC AAATCCTGAC AAGCAACCCT 
CAAGTTAATG CTTTTGCCAT CTTTATTGGA TCTTTAGGTG ATCAAGCAGC CAGGCTTCAG 
AGAACTTTGC CCGCTGGCCG GTCTTTCATT GCCATGGATA CCAAGGACAT CCCTCAGATT 
TTACAGCAGA TCTTCACCTC TACCATGTTG TCCAGTGTTT AA

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

RefSeq	XP_005878704.1
CDS	16..5577
Translation	MCGDTVSIGNVSYKLKTPKSPELVPQNYISDSLAQSVIQHLRWIMQKDLLGQDVFLIGPPGPLRRSVAMQYLELTKREVEYIALSRDTTETDLKQRREIRAGTAFYIDQCAVRAATEGRTLVLEGLEKAERNVLPVLNNLLENREMQLEDGRFLMSAERYDKLLKDHTKEELDAWKIVRVSENFRVIALGLPVPRYSGNPLDPPLRSRFQARDIYYLPFKDQLQLLYSVGSNVSAEKVSQLLSFATTLCSQESSTLGLPDFPLDSLPAAVQILNSFPMMSIKHAIHWLYPYTILLGQEGKMAVEDVLKRFELQDSRSSLLPEEIVRVERMTENHISQASVTVRIAGKEVTIKVPAGTRPFSQPFASERFIQTLSHKQLLAEMMQSHMVKDICLIGGKGCGKTVIAKNFADTLGYNIEPIMLYQDMTARDLLQQRYTLPNGDTAWRSSPLVNAALEGKLVLLDGIHRVNAGTLAVLQRLIHDRELSLYDGSRLLREDRYMRLKEELQMSDEQLQKRSIFPVHPSFRIIALAEPPVIGSTTQQWLGPEFLTMFFFHYMKPLVKNEEIQVIKEMVPNIPQEALDKLLSFTHKLRETQDPTAQSLAASLSTRQLLRISRRLSQYPNENLHSAVTKACLSRFLPSLARSALEKNLADASIEISTDDNLEPELEDYKCEIASGSLRIGAVSTPIYNAHEKMKVPDVLFYDNIQHMIVMEDMLKDFLLGEHLLLVGNQGVGKNKIVDRFLHLLNRPREYIQLHRDTTVQSLTLQPSVKDGLIVYEDSPLVKAVKLGHVLVVDEADKAPTNVTCILKTLVENGEMILADGRRIVANSANVNGRENVIVIHPDFRMIVLANRPGFPFLGNDFFGTLGDIFSCHAVDNPKPHSELEMLRQYGPNVPEPILQKLVAAFGELRSLADQGIISYPYSTREVVNIVKHLQKFPTEGLSSVVRNVFDFDSYNTDMREILINTLHKYGIPIGAKPTSVQLAKELPLPEQTFMGYWTVGQSRDGMQKLLCPAETHHIDIKGPALINIQEYPIERHEGRSQTFTEECASWKLPLDEINIICDIATSRENEEYTLYVVTCNPVSLYFMSMAGKIGYFVDLYDIFPRTASGVWHPFVTVAPLGNPLSGQVVLHEQQSNTILLLDTIGRAVRRLILPSEEVTSKRPSWWNKEEAETYKMCKEFSHKNWLVFYKEKGSNLTVLDVLEGRTHTISLPIDLKTVFLVAEDKWLLVESKTNQKYLLTKPAHIESEDSGVCQLYVLKEEPPSTGFGVTPETDFSIPHRISSEQLSSENLSSAVGQKIASPNRFLSDENSYATVVVGFPDLMSPSEVYSWKRPSSLHKSRVTDTAFYGGKKKSGTPKQSNCVTLVDTNQIVRILPPGEVPLKDIYPKDVTPPHTSGYIEVTDLQSKKLRYIPIPRSEFLSPYTTWISTISDTDALLAEWGRGGVVTVDMGGQIRLWETGLEHLQRSLMEWRNMIGQDDRHMQVTINRDSGEDVSSPKHGKEDPDNMPHVGGNTWAGGTGGRDTAGLGGKGGPYRLDAGHTVYQVSEAEKDAVPEEVKRAAREMGQKAFRQRLKEIQMSEYDATTYERFSGAVRRQVHSLRIILDNLQARGKERQWLRHQATGELDDAKIIDGLTGEKTIYRRRGDLEPQVGSPQQKPKRLRLVVDVSGSMYRFNGVDGRLERSMEAVCMVMEAFESYEEKFKYDIAGHSGDGYNINLVPMNKIPKDNKQRLEILKTMHAHAQFCMSGDHTLEGTKHAIQEIVREEADEYFVIVLSDANLSRYGIHPAKFAQILTSNPQVNAFAIFIGSLGDQAARLQRTLPAGRSFIAMDTKDIPQILQQIFTSTMLSSV

Target ORF information:

RefSeq Version	XM_005878642.2
Organism	Myotis brandtii(Brandt's bat)
Definition	Myotis brandtii 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_005878642.2

ORF Insert Sequence:

ATGTGTGGTG ACACAGTTAG TATTGGAAAT GTATCCTACA AGTTGAAAAC TCCTAAGAGC 
CCGGAACTTG TGCCACAGAA CTACATTTCA GACTCTCTGG CTCAATCTGT AATTCAGCAT 
CTAAGATGGA TAATGCAGAA GGATCTCCTG GGGCAGGATG TCTTTCTAAT AGGACCTCCT 
GGGCCTCTTC GACGCTCTGT TGCTATGCAG TACCTGGAGC TGACCAAACG GGAAGTCGAA 
TACATTGCCT TGTCAAGGGA CACCACGGAA ACCGATCTCA AACAGCGTCG AGAGATCCGT 
GCAGGCACGG CCTTTTACAT CGATCAGTGT GCAGTTCGTG CAGCCACAGA AGGCAGAACT 
CTCGTTTTGG AAGGCTTGGA AAAGGCGGAG AGGAATGTTT TGCCTGTTTT GAACAACTTG 
CTGGAAAACA GGGAGATGCA GCTTGAAGAT GGACGCTTCC TAATGTCTGC AGAGCGTTAT 
GACAAACTTC TCAAGGATCA TACCAAAGAA GAACTGGATG CGTGGAAGAT TGTTCGAGTT 
AGTGAAAATT TCCGAGTGAT TGCTTTGGGC TTGCCAGTGC CTAGGTACTC TGGGAATCCA 
TTAGACCCCC CTCTTCGTTC TCGATTTCAA GCCAGAGATA TTTATTATCT ACCCTTCAAG 
GACCAACTTC AACTGTTATA TTCTGTTGGA TCCAATGTTT CTGCTGAAAA AGTTTCTCAG 
CTTTTGTCCT TTGCTACCAC ACTCTGTTCC CAAGAATCTT CTACTCTAGG ACTTCCAGAT 
TTTCCTTTAG ATAGTTTACC AGCTGCAGTT CAAATCCTGA ATTCCTTTCC TATGATGTCA 
ATCAAACATG CAATCCACTG GCTTTACCCG TACACTATTT TACTAGGACA GGAAGGGAAG 
ATGGCTGTGG AAGATGTTTT AAAACGCTTT GAACTCCAAG ATTCAAGAAG CTCTTTGCTT 
CCTGAAGAGA TTGTGAGAGT GGAGAGGATG ACTGAAAATC ACATCTCCCA AGCTTCTGTT 
ACTGTCCGGA TTGCAGGAAA GGAGGTGACC ATTAAGGTGC CAGCTGGGAC TAGGCCATTC 
AGTCAGCCTT TTGCATCAGA ACGTTTTATA CAGACTTTAA GCCATAAACA ACTACTGGCT 
GAAATGATGC AGTCTCACAT GGTTAAGGAC ATATGTTTAA TTGGAGGAAA AGGTTGTGGA 
AAAACAGTCA TCGCTAAGAA CTTTGCAGAT ACCTTAGGAT ACAACATAGA ACCTATCATG 
CTCTATCAGG ATATGACAGC TCGTGATCTG CTACAGCAGA GATACACTCT TCCCAATGGA 
GACACCGCCT GGCGGTCCTC GCCCCTTGTG AATGCTGCTC TGGAGGGAAA GCTGGTCCTG 
TTGGATGGCA TTCATCGGGT CAACGCAGGC ACGCTCGCTG TGTTGCAAAG GTTGATCCAT 
GATCGAGAGC TAAGCCTCTA TGACGGCTCT AGGCTGCTGA GGGAAGACAG GTATATGCGT 
TTAAAGGAGG AGCTGCAAAT GTCTGATGAG CAGCTACAGA AGAGATCCAT TTTTCCTGTC 
CACCCGTCCT TCAGAATCAT TGCCTTGGCA GAGCCCCCTG TTATTGGAAG CACAACACAG 
CAGTGGCTGG GGCCAGAATT CTTAACCATG TTCTTTTTCC ATTACATGAA ACCACTTGTC 
AAAAATGAAG AAATCCAAGT GATTAAGGAA ATGGTACCAA ATATTCCTCA GGAAGCTTTG 
GACAAATTGT TATCATTTAC ACACAAACTC AGAGAGACAC AGGATCCAAC GGCACAGTCA 
TTGGCAGCAT CACTTTCTAC CAGACAGCTG TTGCGAATTT CTCGTCGGCT GTCACAGTAC 
CCTAATGAAA ATCTTCACAG TGCTGTCACT AAAGCCTGCC TTTCCAGGTT TTTACCAAGC 
CTTGCAAGGT CAGCATTAGA AAAAAATCTG GCAGATGCTT CAATAGAAAT AAGTACTGAT 
GATAATCTAG AACCAGAACT GGAGGATTAC AAATGTGAAA TAGCATCTGG CTCTCTGAGA 
ATTGGCGCTG TTAGTACACC AATCTATAAT GCCCACGAGA AAATGAAAGT GCCTGATGTT 
CTGTTCTATG ACAACATTCA GCATATGATA GTGATGGAAG ATATGCTCAA AGACTTTCTG 
CTTGGAGAAC ATCTGTTATT GGTTGGTAAC CAGGGTGTAG GAAAAAACAA GATTGTTGAC 
AGATTCCTTC ATCTGCTCAA TAGACCCCGA GAATATATCC AGCTGCACAG GGACACCACG 
GTACAAAGCC TTACTCTTCA GCCTTCTGTT AAAGATGGAC TTATTGTGTA TGAAGACTCA 
CCTTTGGTTA AAGCAGTAAA GTTGGGTCAT GTTCTGGTAG TAGATGAGGC TGACAAGGCC 
CCAACAAATG TCACCTGTAT TTTAAAAACT CTAGTAGAAA ATGGAGAAAT GATTCTAGCA 
GATGGAAGAC GCATCGTTGC AAATTCTGCT AATGTCAATG GAAGAGAAAA TGTTATAGTG 
ATTCATCCTG ATTTTAGGAT GATTGTTCTG GCCAACAGAC CTGGATTTCC TTTCCTGGGC 
AATGATTTCT TCGGTACTTT AGGTGATATT TTTAGCTGCC ATGCAGTTGA TAATCCCAAG 
CCCCACTCAG AGCTTGAGAT GCTCAGGCAA TATGGACCAA ATGTGCCAGA GCCCATCCTT 
CAGAAGCTCG TGGCTGCCTT TGGAGAGCTG AGGAGTTTAG CTGACCAGGG GATTATTAGC 
TACCCTTATT CTACCAGAGA AGTTGTCAAC ATAGTCAAGC ACTTACAGAA ATTTCCCACC 
GAAGGTCTCT CCAGTGTGGT TAGGAACGTG TTTGACTTTG ATTCCTACAA CACCGACATG 
AGGGAGATTT TAATTAACAC TTTGCACAAG TACGGGATAC CTATTGGAGC AAAGCCTACC 
AGTGTGCAGC TGGCGAAGGA GTTGCCTCTG CCAGAGCAGA CATTCATGGG CTACTGGACC 
GTGGGCCAGT CAAGAGATGG AATGCAGAAA CTGTTGTGTC CTGCAGAAAC TCATCATATA 
GACATAAAGG GTCCAGCACT TATAAACATA CAGGAGTATC CAATAGAAAG ACATGAAGGA 
AGATCTCAAA CCTTCACTGA GGAATGTGCC TCCTGGAAGT TGCCATTGGA TGAAATTAAC 
ATAATCTGTG ACATTGCTAC ATCACGTGAA AATGAGGAAT ATACTCTCTA TGTAGTGACA 
TGCAATCCTG TTTCCTTATA CTTCATGAGT ATGGCTGGGA AAATTGGCTA CTTCGTGGAC 
CTTTATGACA TCTTCCCAAG AACCGCCAGT GGAGTTTGGC ACCCATTTGT GACAGTGGCA 
CCCCTGGGAA ACCCTCTCAG TGGTCAAGTG GTCCTCCATG AGCAGCAGAG TAATACCATC 
CTATTGTTGG ATACCATTGG CCGAGCCGTT CGGCGTCTCA TCCTCCCTTC AGAAGAAGTT 
ACATCTAAGA GACCTTCCTG GTGGAACAAG GAAGAAGCTG AAACGTATAA AATGTGTAAA 
GAATTTTCGC ACAAAAACTG GCTAGTATTC TACAAGGAAA AAGGGAGCAA CTTGACTGTG 
CTGGATGTGC TAGAAGGGCG AACTCATACC ATCTCACTTC CCATCGACCT CAAGACAGTT 
TTTCTTGTAG CGGAGGACAA ATGGCTTCTG GTGGAGAGCA AAACCAATCA GAAATACCTT 
TTAACTAAAC CTGCACACAT CGAATCTGAG GATAGTGGGG TTTGCCAGTT GTATGTATTG 
AAGGAGGAGC CGCCCAGCAC AGGGTTTGGA GTTACACCAG AAACAGATTT CAGCATACCT 
CATAGAATTT CAAGTGAGCA GCTATCATCT GAGAATCTGA GTTCAGCTGT GGGACAAAAG 
ATTGCCTCTC CTAACCGATT TCTCTCAGAT GAGAACAGTT ATGCTACAGT CGTTGTTGGT 
TTCCCAGATC TCATGTCTCC CAGTGAAGTT TATTCTTGGA AAAGGCCATC ATCTTTGCAT 
AAATCAAGGG TCACTGATAC AGCGTTCTAT GGGGGGAAGA AGAAAAGTGG AACTCCAAAA 
CAGAGCAATT GTGTGACTCT TGTGGATACT AATCAGATAG TCCGGATTTT GCCCCCAGGA 
GAAGTCCCTC TAAAAGATAT CTACCCAAAA GATGTTACCC CTCCACATAC ATCTGGTTAT 
ATAGAAGTCA CTGATCTTCA ATCAAAAAAA CTCCGATATA TCCCTATTCC CAGATCAGAA 
TTTCTCTCCC CATATACCAC ATGGATATCT ACTATTTCAG ACACAGATGC ACTGCTAGCT 
GAGTGGGGCA GAGGTGGTGT TGTTACTGTT GATATGGGAG GTCAAATCAG ACTTTGGGAA 
ACTGGACTTG AACATCTGCA GCGCTCACTC ATGGAATGGA GAAACATGAT TGGACAAGAT 
GACAGACACA TGCAGGTAAC AATCAACAGA GATAGTGGTG AAGATGTGAG TTCTCCCAAA 
CATGGGAAGG AGGACCCTGA CAACATGCCC CACGTGGGCG GCAATACGTG GGCTGGCGGA 
ACAGGGGGAA GAGACACTGC AGGTCTGGGT GGCAAAGGAG GTCCTTACCG GCTGGACGCA 
GGCCACACAG TGTACCAGGT CTCTGAGGCC GAAAAGGACG CGGTTCCCGA GGAGGTGAAG 
AGAGCTGCGA GAGAGATGGG CCAGAAAGCG TTTCGGCAGA GGCTGAAGGA GATCCAAATG 
AGTGAATATG ATGCCACAAC TTACGAAAGG TTCTCAGGGG CTGTCCGAAG GCAGGTGCAC 
TCCCTCCGGA TCATCCTGGA TAATTTACAG GCTAGAGGTA AAGAAAGACA GTGGCTCAGA 
CACCAAGCTA CTGGGGAACT CGACGATGCC AAGATCATTG ATGGGCTGAC TGGAGAGAAA 
ACCATCTACA GACGCCGGGG TGATCTGGAG CCACAAGTGG GAAGCCCCCA ACAGAAACCC 
AAGCGTCTGC GCCTGGTGGT GGATGTGTCT GGCAGCATGT ACCGCTTTAA CGGCGTGGAT 
GGCCGGCTGG AGCGCTCCAT GGAGGCTGTG TGTATGGTAA TGGAAGCCTT CGAGAGCTAT 
GAAGAGAAGT TCAAGTATGA CATCGCTGGA CACTCTGGAG ACGGCTACAA CATTAATCTG 
GTTCCAATGA ACAAAATCCC CAAGGACAAT AAGCAAAGAC TAGAAATTCT GAAGACGATG 
CATGCCCATG CTCAGTTCTG CATGAGTGGA GACCACACTT TAGAGGGGAC AAAGCATGCC 
ATCCAGGAAA TTGTCAGAGA AGAAGCTGAC GAGTACTTCG TCATCGTCTT GAGTGATGCG 
AACCTGTCCC GATATGGGAT ACATCCTGCC AAGTTTGCCC AAATCCTGAC AAGCAACCCT 
CAAGTTAATG CTTTTGCCAT CTTTATTGGA TCTTTAGGTG ATCAAGCAGC CAGGCTTCAG 
AGAACTTTGC CCGCTGGCCG GTCTTTCATT GCCATGGATA CCAAGGACAT CCCTCAGATT 
TTACAGCAGA TCTTCACCTC TACCATGTTG TCCAGTGTTT AA