VWA3B cDNA ORF clone, Alligator mississippiensis(American alligator)

Gene
Clones
gRNAs

Summary

Gene Symbol	VWA3B
Entrez Gene ID	102565644
Full Name	von Willebrand factor A domain containing 3B
Gene Type	protein-coding
Organism	Alligator mississippiensis(American alligator)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019485108.1	XP_019340653.1	von Willebrand factor A domain-containing protein 3B isoform X1
XM_019485109.1	XP_019340654.1	von Willebrand factor A domain-containing protein 3B isoform X2
XM_019485114.1	XP_019340659.1	von Willebrand factor A domain-containing protein 3B isoform X7
XM_019485110.1	XP_019340655.1	von Willebrand factor A domain-containing protein 3B isoform X3
XM_019485112.1	XP_019340657.1	von Willebrand factor A domain-containing protein 3B isoform X5
XM_019485111.1	XP_019340656.1	von Willebrand factor A domain-containing protein 3B isoform X4
XM_019485113.1	XP_019340658.1	von Willebrand factor A domain-containing protein 3B isoform X6

Pathways from BioSystems
Gene Ontology

The following VWA3B gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the VWA3B 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)
OAl53784	XM_019485108.1 Latest version!	Alligator mississippiensis von Willebrand factor A domain containing 3B (VWA3B), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OAl53785	XM_019485109.1 Latest version!	Alligator mississippiensis von Willebrand factor A domain containing 3B (VWA3B), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OAl53786	XM_019485110.1 Latest version!	Alligator mississippiensis von Willebrand factor A domain containing 3B (VWA3B), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OAl53787	XM_019485111.1 Latest version!	Alligator mississippiensis von Willebrand factor A domain containing 3B (VWA3B), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OAl53788	XM_019485112.1 Latest version!	Alligator mississippiensis von Willebrand factor A domain containing 3B (VWA3B), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OAl53789	XM_019485113.1 Latest version!	Alligator mississippiensis von Willebrand factor A domain containing 3B (VWA3B), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OAl53790	XM_019485114.1 Latest version!	Alligator mississippiensis von Willebrand factor A domain containing 3B (VWA3B), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

ORF Online Only Promotion

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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)

VWA3B ( XM_019485108.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019340653.1 Alligator mississippiensis von Willebrand factor A domain containing 3B (VWA3B), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAl53784
Clone ID Related Accession (Same CDS sequence)	XM_019485108.1
Accession Version	XM_019485108.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4128bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	von Willebrand factor A domain-containing protein 3B isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017709042.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACTAGCA AGCCCTGCAA GAAGCTTGCC TGGAATGACT TGGTTACTTC TGATGTAAAA 
CATGGAGAAC AAGAAAAAAC TGATTCTCAC ATTGTGGCCA AGGGAAAATC TACAGAAAAA 
GACATGAAAC TTAGGAGAAT TCAGTGGGAC TTGGATGTAC AACCTCTCAT TTCATCTTCT 
AAGTGGCTTC AACTTTATGG GCTTAAGAGA AACAAGCTAT CCCTTTCTCA GATTTTATCA 
CAAATTGGAT TTCAGCACAG GGAAGATTAT GTGTCCACCT TGGGGAAACT CGTGGCTTCA 
CGGTATGCAG ATGGTCTTTT TCCTCAGTAC ATGAGAGCCC AGGATGGCAG AGTATATAAT 
CTGACCGCCA AAAAGGAGCT AATTCTTAAT TTTGTGGACT GTCTAATTGG AGCTATCGAG 
CTGTACAAGC AGAGAATGGA ATGGTTAACC AGTGAAAGCC GGCAGATATT TGGAGTGATT 
CAGGAACAAT GCATTGTCAT TGTTTTGGAT TTTGGCGCCA CGTCTGGGAT TGAGTTTGAT 
CGGTGCCGTG ATGCACTTTC TTTGGTCCTC TTGGAACAAG TGACCCACCT TGCCAAATTT 
AACCTCATTC GGGCTGCTCA AGATCCTATC AAGTGGCAGC AGAAAGCCGT TCCAGTGACT 
GAATGTTTTG TAGAGTTTGC TGTTAACTGG CTCTGGGAGC TTGACCGTAC GCCAGCTCTC 
AGCCACACCA GCTCCACTGA GGCCCTGATG GAGGCTGTAA GTGATGAGAT GGTTGAAGCA 
GTTTATTATT TTGCTGTGGG TGAGGTTCCT GAGGATATGA AACATCTACT CCTTCAGAAG 
TTTTCTGACA GTCCTTTCCC AATCCATCCA GTATCTTTTA ATGCCAGGGA AGAAGATACT 
ATTGTTTTCT TGAAGGAGCT GGGTCGCCTG ACCTCGGGCA GATTCCATGC ATTTGCTGAG 
AGAACTGATT ATACAAATGT CATCGAACCT GTCATAAAGA GTGAGGAGGA TGGAGAAAGT 
CTAACTAGCT GGAATACAAG AAAATTGAAA GGAAGGGTGC CTCTAGTTGC TGGTGTCAGA 
GAAGATGTCT TTCTGGTCTG GAAGGAATTG GAAGAGGCCA GGAGTACACT GAGGCAAGTT 
CAGAGTATTT TAACAGTGTC CAACCAGCCT ATTTCTGGAG AAGCATTCAA AACGAATCAT 
CCAGTGCCTG AGCCAAAACC TGAGGATTAT GTAAATTCAA AAGATTGGTT GCAGAAATAT 
GGCCTGAAAG CTCAGAAGCT AACATTATAT GATGCACTTG CTGACTGTAC TTTTCGCCAT 
GTTGATGGCA TTGTTGACAT AAAAGCCAAG CCAGAAGATG AATCTTTACA AACTGATGCT 
GAAACAAAGA AGAAAGTAAT CCACGCAAAA TACTGTGACA AATTTATACA TACCTACTGG 
AAAGATGGCT CTATGGTTCA TGTGTATGTC ACTGTGGAAA AGTACAAGCA GTATGAAGAG 
AAAATGAGGA ATGCTCTTCA ACAAATGGAA GGAAGGATTA AGTGGCTCCA GCGAGGGAGC 
AGAGGACTCT TTGGCAACGT GCTTGAAGAT CACATCTGTA TTCTCATCGA TACATCTCAG 
TCTATGATAG ACAAACTGCC ATTGGTGAAA GAGAAAATAT TTCAGCTCAT GCAGGAGCAG 
CTTAGACACA AAAGCAGCTT TAACTTTGTG AAATTTGATG CTCAAGCAGC AGCTTGGCAA 
GACAAACTTG CTGAAGTTAA TGAAGAGAAT TTGCAGGATG CTTGGCTATG GATAAAAGGA 
CTTGAGGTTG GAAGTTCTAC CAATACACTC AGTGCTCTTC AAATTGCTCT TGCTGATCAT 
GATGCTGAAG CCATTTATCT TCTTACGGAT GGGAGGCCTG ATCAGCCACC AAAATCAATT 
TTGGCTCAAG TTCATCTTCA TCATAAGGTT CCTATTCATA CCATATCTTT CAACTGTGAT 
GATACAGAGG CTAATAAATT TTTGCATGAA TTGTCTACTG AGACAGGTGG ACGGTTTCAT 
TATTATAACA TTTATTTGAG GGATCCTGAA TCTCCAGAGC CAATTGTGAG TGAAGATATA 
TGCCTTTTAA AAAGAGAAAT TGAACAGGGG AAGAAAGATC TAGAGAAAGT GAAGGCTTTC 
CATGCTGAAT GTTTGATGAT AGATTGGTGT AATGGAGAAA AAGAGCCTGA AAACAATCCT 
CACAAGCAGA CTTTTACTAC TTCATCTATA ACCATGCACA TCCAGGAGCT GAATGCTTCT 
CCCACCAGTA GACCACAGTG TACATTAGAA GAGCCAACAT TGACTGCACA CCACCAGATA 
CTAAATACAT GGCAAACTTG TAATGACAGT CCAGCCATAA GGAAAAAGGC ACTGTATGCA 
GAACAAACAA AGACTAGTCT GCTCAGAACT CGAGGTTATG GAATAAAGTC TTGTAAAGGA 
AGTCCAGATG AGAAGATATC TCCTGAAAGA AAGGATTTTC ACCTCAAAAA CACACTGAAC 
CCTGCAGCCA GTTTTAAAGA AATGAATACC CAAAAGGTGA CAAAAAGAAC ATCTAAAGAT 
TCTCTAGATA TCTCTTCATC TCGTTGGCTA AAGACTCATG GTTTAGTTGC TAGGCGACTC 
ACCATAATGG ATGCCTTAGC CCCCACAGCT GTTCCTCACA GTACTAAATA CATCCCAGTT 
CTGGAAAAAC ATGTTGTTTC TAAAGTCTTT GATGAGGTGT TCCCCCTTGC CCACATTAGT 
AATGGCAAGC AACAAATCAC ATTAATTAAT CCTCAAGCAG TGAATCTTGA TACTTACAAA 
GAGAAGCTGG AACAAGCAGT TAAATTTTAT GAAAGGCGCC TCAATCTAAT TACTTGGAGA 
GCACTATCTC AAGAAGAAAG AGACAAGTTT GAGCAGGACA AGCCAGTCCG CTACATGGAA 
CATAAGGAAG CCTTGCTAGA GTCTTTAGAA AATCTAGGTT GGCCTGTTTC CTATGAAGAT 
GTGATGCTGT TGGAAGATGA AATTCTGGCA GGGTTAACAT ATATCCAACA GGCCTCTGAT 
CTTCAGGAAG CTGCCAAAAA GGACATTCAG AGGACCGCTG CTTCACCTGT CAACCACAGT 
AAAAAGTTTC AGAATCTTAA AGAAGAGAGT ATAAGGTCAC AAACTAAAAA AGGAAAAGTG 
TTTGAAACGC TCAAAGGCCA AAAGGTGATT GCAAGATCAG ACCTCACAGG ATTATATTTC 
CCAGGGACAG TGATGAAAAG TATCAGTTCC ACCCGTGCAC TTGTTGACTT CAGCTATGGA 
GAGACGCACA TTGTACCAAT TAAATTCATT ATTATTGTGG GGGGTGCTAT GCCTTGCCCA 
TCTTTGCAGG TTGGGGACTA TGTGTTCTCC AGAACTGGGA TACAGATGGG AGATTATTAT 
TATGCACCTG CTGTTGTCAT AGCAACACCA AATAGAGTTC AAGCAGATGA TAAACTCTAC 
ACAGTTTTGA TGTACAACAA TAGGAAAGAA CACTGTATAC GAAGTGGGCT TGTTAAAGTC 
AGCCAAGCTA AATATGCTTC TTCCTGCCGA TATATAAAAA TGGCCCAGGT GGTGGATTAC 
ATGATCCCAA ACAAACAAAT TGTGAAGCCC ATTGATCAGT TGTCACTGGA AGAAGAAGAA 
AAGAAAAGAA GTGGAAGGGA AGATGGAGGG AAAAAGAAAA AAAAAGGGAC AACAGAGAGC 
AGAAGGAATC CAAGAGAGGA GATGTCAGAC TCAGAGGAAC TTTTGTTTAT TCCCAGAAGG 
AGGGAAGTAA AAGGCAAAGG AAGGAATTCA CTGCCTCATG ACAAAGTTGG AATTGAAGAA 
TCTGCTTGCT TCTTTTTATC AACACAAGGC TCATCGGCAT CTGGAACTCT GCTGTCTCCA 
AGTACCTCAG CTCACAGCTC ATCAAAGGAT CTTTGTTGCT CTCACACAGT TACTGTGGAT 
CCAAAGAGTG CCTCAGAACC TGTTGATGAC AACATCAGCC TTATCTCAAC TGCTGAGAGG 
CTGGAAGAGT TGGCAGGGCA GTTTCAGCAG CACTACATAA ATCAAAGAAA ACATCATCAG 
GTGTGCCTGA CAGAGGAGAC TGTGAGGAAT GGAACAGGTT ATGGGTAG

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

RefSeq	XP_019340653.1
CDS	127..4254
Translation	MTSKPCKKLAWNDLVTSDVKHGEQEKTDSHIVAKGKSTEKDMKLRRIQWDLDVQPLISSSKWLQLYGLKRNKLSLSQILSQIGFQHREDYVSTLGKLVASRYADGLFPQYMRAQDGRVYNLTAKKELILNFVDCLIGAIELYKQRMEWLTSESRQIFGVIQEQCIVIVLDFGATSGIEFDRCRDALSLVLLEQVTHLAKFNLIRAAQDPIKWQQKAVPVTECFVEFAVNWLWELDRTPALSHTSSTEALMEAVSDEMVEAVYYFAVGEVPEDMKHLLLQKFSDSPFPIHPVSFNAREEDTIVFLKELGRLTSGRFHAFAERTDYTNVIEPVIKSEEDGESLTSWNTRKLKGRVPLVAGVREDVFLVWKELEEARSTLRQVQSILTVSNQPISGEAFKTNHPVPEPKPEDYVNSKDWLQKYGLKAQKLTLYDALADCTFRHVDGIVDIKAKPEDESLQTDAETKKKVIHAKYCDKFIHTYWKDGSMVHVYVTVEKYKQYEEKMRNALQQMEGRIKWLQRGSRGLFGNVLEDHICILIDTSQSMIDKLPLVKEKIFQLMQEQLRHKSSFNFVKFDAQAAAWQDKLAEVNEENLQDAWLWIKGLEVGSSTNTLSALQIALADHDAEAIYLLTDGRPDQPPKSILAQVHLHHKVPIHTISFNCDDTEANKFLHELSTETGGRFHYYNIYLRDPESPEPIVSEDICLLKREIEQGKKDLEKVKAFHAECLMIDWCNGEKEPENNPHKQTFTTSSITMHIQELNASPTSRPQCTLEEPTLTAHHQILNTWQTCNDSPAIRKKALYAEQTKTSLLRTRGYGIKSCKGSPDEKISPERKDFHLKNTLNPAASFKEMNTQKVTKRTSKDSLDISSSRWLKTHGLVARRLTIMDALAPTAVPHSTKYIPVLEKHVVSKVFDEVFPLAHISNGKQQITLINPQAVNLDTYKEKLEQAVKFYERRLNLITWRALSQEERDKFEQDKPVRYMEHKEALLESLENLGWPVSYEDVMLLEDEILAGLTYIQQASDLQEAAKKDIQRTAASPVNHSKKFQNLKEESIRSQTKKGKVFETLKGQKVIARSDLTGLYFPGTVMKSISSTRALVDFSYGETHIVPIKFIIIVGGAMPCPSLQVGDYVFSRTGIQMGDYYYAPAVVIATPNRVQADDKLYTVLMYNNRKEHCIRSGLVKVSQAKYASSCRYIKMAQVVDYMIPNKQIVKPIDQLSLEEEEKKRSGREDGGKKKKKGTTESRRNPREEMSDSEELLFIPRRREVKGKGRNSLPHDKVGIEESACFFLSTQGSSASGTLLSPSTSAHSSSKDLCCSHTVTVDPKSASEPVDDNISLISTAERLEELAGQFQQHYINQRKHHQVCLTEETVRNGTGYG

Target ORF information:

RefSeq Version	XM_019485108.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis von Willebrand factor A domain containing 3B (VWA3B), transcript variant X1, mRNA.

Target ORF information:

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

XM_019485108.1

ORF Insert Sequence:

ATGACTAGCA AGCCCTGCAA GAAGCTTGCC TGGAATGACT TGGTTACTTC TGATGTAAAA 
CATGGAGAAC AAGAAAAAAC TGATTCTCAC ATTGTGGCCA AGGGAAAATC TACAGAAAAA 
GACATGAAAC TTAGGAGAAT TCAGTGGGAC TTGGATGTAC AACCTCTCAT TTCATCTTCT 
AAGTGGCTTC AACTTTATGG GCTTAAGAGA AACAAGCTAT CCCTTTCTCA GATTTTATCA 
CAAATTGGAT TTCAGCACAG GGAAGATTAT GTGTCCACCT TGGGGAAACT CGTGGCTTCA 
CGGTATGCAG ATGGTCTTTT TCCTCAGTAC ATGAGAGCCC AGGATGGCAG AGTATATAAT 
CTGACCGCCA AAAAGGAGCT AATTCTTAAT TTTGTGGACT GTCTAATTGG AGCTATCGAG 
CTGTACAAGC AGAGAATGGA ATGGTTAACC AGTGAAAGCC GGCAGATATT TGGAGTGATT 
CAGGAACAAT GCATTGTCAT TGTTTTGGAT TTTGGCGCCA CGTCTGGGAT TGAGTTTGAT 
CGGTGCCGTG ATGCACTTTC TTTGGTCCTC TTGGAACAAG TGACCCACCT TGCCAAATTT 
AACCTCATTC GGGCTGCTCA AGATCCTATC AAGTGGCAGC AGAAAGCCGT TCCAGTGACT 
GAATGTTTTG TAGAGTTTGC TGTTAACTGG CTCTGGGAGC TTGACCGTAC GCCAGCTCTC 
AGCCACACCA GCTCCACTGA GGCCCTGATG GAGGCTGTAA GTGATGAGAT GGTTGAAGCA 
GTTTATTATT TTGCTGTGGG TGAGGTTCCT GAGGATATGA AACATCTACT CCTTCAGAAG 
TTTTCTGACA GTCCTTTCCC AATCCATCCA GTATCTTTTA ATGCCAGGGA AGAAGATACT 
ATTGTTTTCT TGAAGGAGCT GGGTCGCCTG ACCTCGGGCA GATTCCATGC ATTTGCTGAG 
AGAACTGATT ATACAAATGT CATCGAACCT GTCATAAAGA GTGAGGAGGA TGGAGAAAGT 
CTAACTAGCT GGAATACAAG AAAATTGAAA GGAAGGGTGC CTCTAGTTGC TGGTGTCAGA 
GAAGATGTCT TTCTGGTCTG GAAGGAATTG GAAGAGGCCA GGAGTACACT GAGGCAAGTT 
CAGAGTATTT TAACAGTGTC CAACCAGCCT ATTTCTGGAG AAGCATTCAA AACGAATCAT 
CCAGTGCCTG AGCCAAAACC TGAGGATTAT GTAAATTCAA AAGATTGGTT GCAGAAATAT 
GGCCTGAAAG CTCAGAAGCT AACATTATAT GATGCACTTG CTGACTGTAC TTTTCGCCAT 
GTTGATGGCA TTGTTGACAT AAAAGCCAAG CCAGAAGATG AATCTTTACA AACTGATGCT 
GAAACAAAGA AGAAAGTAAT CCACGCAAAA TACTGTGACA AATTTATACA TACCTACTGG 
AAAGATGGCT CTATGGTTCA TGTGTATGTC ACTGTGGAAA AGTACAAGCA GTATGAAGAG 
AAAATGAGGA ATGCTCTTCA ACAAATGGAA GGAAGGATTA AGTGGCTCCA GCGAGGGAGC 
AGAGGACTCT TTGGCAACGT GCTTGAAGAT CACATCTGTA TTCTCATCGA TACATCTCAG 
TCTATGATAG ACAAACTGCC ATTGGTGAAA GAGAAAATAT TTCAGCTCAT GCAGGAGCAG 
CTTAGACACA AAAGCAGCTT TAACTTTGTG AAATTTGATG CTCAAGCAGC AGCTTGGCAA 
GACAAACTTG CTGAAGTTAA TGAAGAGAAT TTGCAGGATG CTTGGCTATG GATAAAAGGA 
CTTGAGGTTG GAAGTTCTAC CAATACACTC AGTGCTCTTC AAATTGCTCT TGCTGATCAT 
GATGCTGAAG CCATTTATCT TCTTACGGAT GGGAGGCCTG ATCAGCCACC AAAATCAATT 
TTGGCTCAAG TTCATCTTCA TCATAAGGTT CCTATTCATA CCATATCTTT CAACTGTGAT 
GATACAGAGG CTAATAAATT TTTGCATGAA TTGTCTACTG AGACAGGTGG ACGGTTTCAT 
TATTATAACA TTTATTTGAG GGATCCTGAA TCTCCAGAGC CAATTGTGAG TGAAGATATA 
TGCCTTTTAA AAAGAGAAAT TGAACAGGGG AAGAAAGATC TAGAGAAAGT GAAGGCTTTC 
CATGCTGAAT GTTTGATGAT AGATTGGTGT AATGGAGAAA AAGAGCCTGA AAACAATCCT 
CACAAGCAGA CTTTTACTAC TTCATCTATA ACCATGCACA TCCAGGAGCT GAATGCTTCT 
CCCACCAGTA GACCACAGTG TACATTAGAA GAGCCAACAT TGACTGCACA CCACCAGATA 
CTAAATACAT GGCAAACTTG TAATGACAGT CCAGCCATAA GGAAAAAGGC ACTGTATGCA 
GAACAAACAA AGACTAGTCT GCTCAGAACT CGAGGTTATG GAATAAAGTC TTGTAAAGGA 
AGTCCAGATG AGAAGATATC TCCTGAAAGA AAGGATTTTC ACCTCAAAAA CACACTGAAC 
CCTGCAGCCA GTTTTAAAGA AATGAATACC CAAAAGGTGA CAAAAAGAAC ATCTAAAGAT 
TCTCTAGATA TCTCTTCATC TCGTTGGCTA AAGACTCATG GTTTAGTTGC TAGGCGACTC 
ACCATAATGG ATGCCTTAGC CCCCACAGCT GTTCCTCACA GTACTAAATA CATCCCAGTT 
CTGGAAAAAC ATGTTGTTTC TAAAGTCTTT GATGAGGTGT TCCCCCTTGC CCACATTAGT 
AATGGCAAGC AACAAATCAC ATTAATTAAT CCTCAAGCAG TGAATCTTGA TACTTACAAA 
GAGAAGCTGG AACAAGCAGT TAAATTTTAT GAAAGGCGCC TCAATCTAAT TACTTGGAGA 
GCACTATCTC AAGAAGAAAG AGACAAGTTT GAGCAGGACA AGCCAGTCCG CTACATGGAA 
CATAAGGAAG CCTTGCTAGA GTCTTTAGAA AATCTAGGTT GGCCTGTTTC CTATGAAGAT 
GTGATGCTGT TGGAAGATGA AATTCTGGCA GGGTTAACAT ATATCCAACA GGCCTCTGAT 
CTTCAGGAAG CTGCCAAAAA GGACATTCAG AGGACCGCTG CTTCACCTGT CAACCACAGT 
AAAAAGTTTC AGAATCTTAA AGAAGAGAGT ATAAGGTCAC AAACTAAAAA AGGAAAAGTG 
TTTGAAACGC TCAAAGGCCA AAAGGTGATT GCAAGATCAG ACCTCACAGG ATTATATTTC 
CCAGGGACAG TGATGAAAAG TATCAGTTCC ACCCGTGCAC TTGTTGACTT CAGCTATGGA 
GAGACGCACA TTGTACCAAT TAAATTCATT ATTATTGTGG GGGGTGCTAT GCCTTGCCCA 
TCTTTGCAGG TTGGGGACTA TGTGTTCTCC AGAACTGGGA TACAGATGGG AGATTATTAT 
TATGCACCTG CTGTTGTCAT AGCAACACCA AATAGAGTTC AAGCAGATGA TAAACTCTAC 
ACAGTTTTGA TGTACAACAA TAGGAAAGAA CACTGTATAC GAAGTGGGCT TGTTAAAGTC 
AGCCAAGCTA AATATGCTTC TTCCTGCCGA TATATAAAAA TGGCCCAGGT GGTGGATTAC 
ATGATCCCAA ACAAACAAAT TGTGAAGCCC ATTGATCAGT TGTCACTGGA AGAAGAAGAA 
AAGAAAAGAA GTGGAAGGGA AGATGGAGGG AAAAAGAAAA AAAAAGGGAC AACAGAGAGC 
AGAAGGAATC CAAGAGAGGA GATGTCAGAC TCAGAGGAAC TTTTGTTTAT TCCCAGAAGG 
AGGGAAGTAA AAGGCAAAGG AAGGAATTCA CTGCCTCATG ACAAAGTTGG AATTGAAGAA 
TCTGCTTGCT TCTTTTTATC AACACAAGGC TCATCGGCAT CTGGAACTCT GCTGTCTCCA 
AGTACCTCAG CTCACAGCTC ATCAAAGGAT CTTTGTTGCT CTCACACAGT TACTGTGGAT 
CCAAAGAGTG CCTCAGAACC TGTTGATGAC AACATCAGCC TTATCTCAAC TGCTGAGAGG 
CTGGAAGAGT TGGCAGGGCA GTTTCAGCAG CACTACATAA ATCAAAGAAA ACATCATCAG 
GTGTGCCTGA CAGAGGAGAC TGTGAGGAAT GGAACAGGTT ATGGGTAG

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

VWA3B ( XM_019485109.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019340654.1 Alligator mississippiensis von Willebrand factor A domain containing 3B (VWA3B), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAl53785
Clone ID Related Accession (Same CDS sequence)	XM_019485109.1
Accession Version	XM_019485109.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4128bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	von Willebrand factor A domain-containing protein 3B isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017709042.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACTAGCA AGCCCTGCAA GAAGCTTGCC TGGAATGACT TGGTTACTTC TGATGTAAAA 
CATGGAGAAC AAGAAAAAAC TGATTCTCAC ATTGTGGCCA AGGGAAAATC TACAGAAAAA 
GACATGAAAC TTAGGAGAAT TCAGTGGGAC TTGGATGTAC AACCTCTCAT TTCATCTTCT 
AAGTGGCTTC AACTTTATGG GCTTAAGAGA AACAAGCTAT CCCTTTCTCA GATTTTATCA 
CAAATTGGAT TTCAGCACAG GGAAGATTAT GTGTCCACCT TGGGGAAACT CGTGGCTTCA 
CGGTATGCAG ATGGTCTTTT TCCTCAGTAC ATGAGAGCCC AGGATGGCAG AGTATATAAT 
CTGACCGCCA AAAAGGAGCT AATTCTTAAT TTTGTGGACT GTCTAATTGG AGCTATCGAG 
CTGTACAAGC AGAGAATGGA ATGGTTAACC AGTGAAAGCC GGCAGATATT TGGAGTGATT 
CAGGAACAAT GCATTGTCAT TGTTTTGGAT TTTGGCGCCA CGTCTGGGAT TGAGTTTGAT 
CGGTGCCGTG ATGCACTTTC TTTGGTCCTC TTGGAACAAG TGACCCACCT TGCCAAATTT 
AACCTCATTC GGGCTGCTCA AGATCCTATC AAGTGGCAGC AGAAAGCCGT TCCAGTGACT 
GAATGTTTTG TAGAGTTTGC TGTTAACTGG CTCTGGGAGC TTGACCGTAC GCCAGCTCTC 
AGCCACACCA GCTCCACTGA GGCCCTGATG GAGGCTGTAA GTGATGAGAT GGTTGAAGCA 
GTTTATTATT TTGCTGTGGG TGAGGTTCCT GAGGATATGA AACATCTACT CCTTCAGAAG 
TTTTCTGACA GTCCTTTCCC AATCCATCCA GTATCTTTTA ATGCCAGGGA AGAAGATACT 
ATTGTTTTCT TGAAGGAGCT GGGTCGCCTG ACCTCGGGCA GATTCCATGC ATTTGCTGAG 
AGAACTGATT ATACAAATGT CATCGAACCT GTCATAAAGA GTGAGGAGGA TGGAGAAAGT 
CTAACTAGCT GGAATACAAG AAAATTGAAA GGAAGGGTGC CTCTAGTTGC TGGTGTCAGA 
GAAGATGTCT TTCTGGTCTG GAAGGAATTG GAAGAGGCCA GGAGTACACT GAGGGTTCCT 
GGGGTTTGGT GCTGTGTTGG TTTGGGTGAG GTGGAGGAGT CAGCATTCAA AACGAATCAT 
CCAGTGCCTG AGCCAAAACC TGAGGATTAT GTAAATTCAA AAGATTGGTT GCAGAAATAT 
GGCCTGAAAG CTCAGAAGCT AACATTATAT GATGCACTTG CTGACTGTAC TTTTCGCCAT 
GTTGATGGCA TTGTTGACAT AAAAGCCAAG CCAGAAGATG AATCTTTACA AACTGATGCT 
GAAACAAAGA AGAAAGTAAT CCACGCAAAA TACTGTGACA AATTTATACA TACCTACTGG 
AAAGATGGCT CTATGGTTCA TGTGTATGTC ACTGTGGAAA AGTACAAGCA GTATGAAGAG 
AAAATGAGGA ATGCTCTTCA ACAAATGGAA GGAAGGATTA AGTGGCTCCA GCGAGGGAGC 
AGAGGACTCT TTGGCAACGT GCTTGAAGAT CACATCTGTA TTCTCATCGA TACATCTCAG 
TCTATGATAG ACAAACTGCC ATTGGTGAAA GAGAAAATAT TTCAGCTCAT GCAGGAGCAG 
CTTAGACACA AAAGCAGCTT TAACTTTGTG AAATTTGATG CTCAAGCAGC AGCTTGGCAA 
GACAAACTTG CTGAAGTTAA TGAAGAGAAT TTGCAGGATG CTTGGCTATG GATAAAAGGA 
CTTGAGGTTG GAAGTTCTAC CAATACACTC AGTGCTCTTC AAATTGCTCT TGCTGATCAT 
GATGCTGAAG CCATTTATCT TCTTACGGAT GGGAGGCCTG ATCAGCCACC AAAATCAATT 
TTGGCTCAAG TTCATCTTCA TCATAAGGTT CCTATTCATA CCATATCTTT CAACTGTGAT 
GATACAGAGG CTAATAAATT TTTGCATGAA TTGTCTACTG AGACAGGTGG ACGGTTTCAT 
TATTATAACA TTTATTTGAG GGATCCTGAA TCTCCAGAGC CAATTGTGAG TGAAGATATA 
TGCCTTTTAA AAAGAGAAAT TGAACAGGGG AAGAAAGATC TAGAGAAAGT GAAGGCTTTC 
CATGCTGAAT GTTTGATGAT AGATTGGTGT AATGGAGAAA AAGAGCCTGA AAACAATCCT 
CACAAGCAGA CTTTTACTAC TTCATCTATA ACCATGCACA TCCAGGAGCT GAATGCTTCT 
CCCACCAGTA GACCACAGTG TACATTAGAA GAGCCAACAT TGACTGCACA CCACCAGATA 
CTAAATACAT GGCAAACTTG TAATGACAGT CCAGCCATAA GGAAAAAGGC ACTGTATGCA 
GAACAAACAA AGACTAGTCT GCTCAGAACT CGAGGTTATG GAATAAAGTC TTGTAAAGGA 
AGTCCAGATG AGAAGATATC TCCTGAAAGA AAGGATTTTC ACCTCAAAAA CACACTGAAC 
CCTGCAGCCA GTTTTAAAGA AATGAATACC CAAAAGGTGA CAAAAAGAAC ATCTAAAGAT 
TCTCTAGATA TCTCTTCATC TCGTTGGCTA AAGACTCATG GTTTAGTTGC TAGGCGACTC 
ACCATAATGG ATGCCTTAGC CCCCACAGCT GTTCCTCACA GTACTAAATA CATCCCAGTT 
CTGGAAAAAC ATGTTGTTTC TAAAGTCTTT GATGAGGTGT TCCCCCTTGC CCACATTAGT 
AATGGCAAGC AACAAATCAC ATTAATTAAT CCTCAAGCAG TGAATCTTGA TACTTACAAA 
GAGAAGCTGG AACAAGCAGT TAAATTTTAT GAAAGGCGCC TCAATCTAAT TACTTGGAGA 
GCACTATCTC AAGAAGAAAG AGACAAGTTT GAGCAGGACA AGCCAGTCCG CTACATGGAA 
CATAAGGAAG CCTTGCTAGA GTCTTTAGAA AATCTAGGTT GGCCTGTTTC CTATGAAGAT 
GTGATGCTGT TGGAAGATGA AATTCTGGCA GGGTTAACAT ATATCCAACA GGCCTCTGAT 
CTTCAGGAAG CTGCCAAAAA GGACATTCAG AGGACCGCTG CTTCACCTGT CAACCACAGT 
AAAAAGTTTC AGAATCTTAA AGAAGAGAGT ATAAGGTCAC AAACTAAAAA AGGAAAAGTG 
TTTGAAACGC TCAAAGGCCA AAAGGTGATT GCAAGATCAG ACCTCACAGG ATTATATTTC 
CCAGGGACAG TGATGAAAAG TATCAGTTCC ACCCGTGCAC TTGTTGACTT CAGCTATGGA 
GAGACGCACA TTGTACCAAT TAAATTCATT ATTATTGTGG GGGGTGCTAT GCCTTGCCCA 
TCTTTGCAGG TTGGGGACTA TGTGTTCTCC AGAACTGGGA TACAGATGGG AGATTATTAT 
TATGCACCTG CTGTTGTCAT AGCAACACCA AATAGAGTTC AAGCAGATGA TAAACTCTAC 
ACAGTTTTGA TGTACAACAA TAGGAAAGAA CACTGTATAC GAAGTGGGCT TGTTAAAGTC 
AGCCAAGCTA AATATGCTTC TTCCTGCCGA TATATAAAAA TGGCCCAGGT GGTGGATTAC 
ATGATCCCAA ACAAACAAAT TGTGAAGCCC ATTGATCAGT TGTCACTGGA AGAAGAAGAA 
AAGAAAAGAA GTGGAAGGGA AGATGGAGGG AAAAAGAAAA AAAAAGGGAC AACAGAGAGC 
AGAAGGAATC CAAGAGAGGA GATGTCAGAC TCAGAGGAAC TTTTGTTTAT TCCCAGAAGG 
AGGGAAGTAA AAGGCAAAGG AAGGAATTCA CTGCCTCATG ACAAAGTTGG AATTGAAGAA 
TCTGCTTGCT TCTTTTTATC AACACAAGGC TCATCGGCAT CTGGAACTCT GCTGTCTCCA 
AGTACCTCAG CTCACAGCTC ATCAAAGGAT CTTTGTTGCT CTCACACAGT TACTGTGGAT 
CCAAAGAGTG CCTCAGAACC TGTTGATGAC AACATCAGCC TTATCTCAAC TGCTGAGAGG 
CTGGAAGAGT TGGCAGGGCA GTTTCAGCAG CACTACATAA ATCAAAGAAA ACATCATCAG 
GTGTGCCTGA CAGAGGAGAC TGTGAGGAAT GGAACAGGTT ATGGGTAG

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

RefSeq	XP_019340654.1
CDS	127..4254
Translation	MTSKPCKKLAWNDLVTSDVKHGEQEKTDSHIVAKGKSTEKDMKLRRIQWDLDVQPLISSSKWLQLYGLKRNKLSLSQILSQIGFQHREDYVSTLGKLVASRYADGLFPQYMRAQDGRVYNLTAKKELILNFVDCLIGAIELYKQRMEWLTSESRQIFGVIQEQCIVIVLDFGATSGIEFDRCRDALSLVLLEQVTHLAKFNLIRAAQDPIKWQQKAVPVTECFVEFAVNWLWELDRTPALSHTSSTEALMEAVSDEMVEAVYYFAVGEVPEDMKHLLLQKFSDSPFPIHPVSFNAREEDTIVFLKELGRLTSGRFHAFAERTDYTNVIEPVIKSEEDGESLTSWNTRKLKGRVPLVAGVREDVFLVWKELEEARSTLRVPGVWCCVGLGEVEESAFKTNHPVPEPKPEDYVNSKDWLQKYGLKAQKLTLYDALADCTFRHVDGIVDIKAKPEDESLQTDAETKKKVIHAKYCDKFIHTYWKDGSMVHVYVTVEKYKQYEEKMRNALQQMEGRIKWLQRGSRGLFGNVLEDHICILIDTSQSMIDKLPLVKEKIFQLMQEQLRHKSSFNFVKFDAQAAAWQDKLAEVNEENLQDAWLWIKGLEVGSSTNTLSALQIALADHDAEAIYLLTDGRPDQPPKSILAQVHLHHKVPIHTISFNCDDTEANKFLHELSTETGGRFHYYNIYLRDPESPEPIVSEDICLLKREIEQGKKDLEKVKAFHAECLMIDWCNGEKEPENNPHKQTFTTSSITMHIQELNASPTSRPQCTLEEPTLTAHHQILNTWQTCNDSPAIRKKALYAEQTKTSLLRTRGYGIKSCKGSPDEKISPERKDFHLKNTLNPAASFKEMNTQKVTKRTSKDSLDISSSRWLKTHGLVARRLTIMDALAPTAVPHSTKYIPVLEKHVVSKVFDEVFPLAHISNGKQQITLINPQAVNLDTYKEKLEQAVKFYERRLNLITWRALSQEERDKFEQDKPVRYMEHKEALLESLENLGWPVSYEDVMLLEDEILAGLTYIQQASDLQEAAKKDIQRTAASPVNHSKKFQNLKEESIRSQTKKGKVFETLKGQKVIARSDLTGLYFPGTVMKSISSTRALVDFSYGETHIVPIKFIIIVGGAMPCPSLQVGDYVFSRTGIQMGDYYYAPAVVIATPNRVQADDKLYTVLMYNNRKEHCIRSGLVKVSQAKYASSCRYIKMAQVVDYMIPNKQIVKPIDQLSLEEEEKKRSGREDGGKKKKKGTTESRRNPREEMSDSEELLFIPRRREVKGKGRNSLPHDKVGIEESACFFLSTQGSSASGTLLSPSTSAHSSSKDLCCSHTVTVDPKSASEPVDDNISLISTAERLEELAGQFQQHYINQRKHHQVCLTEETVRNGTGYG

Target ORF information:

RefSeq Version	XM_019485109.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis von Willebrand factor A domain containing 3B (VWA3B), transcript variant X2, mRNA.

Target ORF information:

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

XM_019485109.1

ORF Insert Sequence:

ATGACTAGCA AGCCCTGCAA GAAGCTTGCC TGGAATGACT TGGTTACTTC TGATGTAAAA 
CATGGAGAAC AAGAAAAAAC TGATTCTCAC ATTGTGGCCA AGGGAAAATC TACAGAAAAA 
GACATGAAAC TTAGGAGAAT TCAGTGGGAC TTGGATGTAC AACCTCTCAT TTCATCTTCT 
AAGTGGCTTC AACTTTATGG GCTTAAGAGA AACAAGCTAT CCCTTTCTCA GATTTTATCA 
CAAATTGGAT TTCAGCACAG GGAAGATTAT GTGTCCACCT TGGGGAAACT CGTGGCTTCA 
CGGTATGCAG ATGGTCTTTT TCCTCAGTAC ATGAGAGCCC AGGATGGCAG AGTATATAAT 
CTGACCGCCA AAAAGGAGCT AATTCTTAAT TTTGTGGACT GTCTAATTGG AGCTATCGAG 
CTGTACAAGC AGAGAATGGA ATGGTTAACC AGTGAAAGCC GGCAGATATT TGGAGTGATT 
CAGGAACAAT GCATTGTCAT TGTTTTGGAT TTTGGCGCCA CGTCTGGGAT TGAGTTTGAT 
CGGTGCCGTG ATGCACTTTC TTTGGTCCTC TTGGAACAAG TGACCCACCT TGCCAAATTT 
AACCTCATTC GGGCTGCTCA AGATCCTATC AAGTGGCAGC AGAAAGCCGT TCCAGTGACT 
GAATGTTTTG TAGAGTTTGC TGTTAACTGG CTCTGGGAGC TTGACCGTAC GCCAGCTCTC 
AGCCACACCA GCTCCACTGA GGCCCTGATG GAGGCTGTAA GTGATGAGAT GGTTGAAGCA 
GTTTATTATT TTGCTGTGGG TGAGGTTCCT GAGGATATGA AACATCTACT CCTTCAGAAG 
TTTTCTGACA GTCCTTTCCC AATCCATCCA GTATCTTTTA ATGCCAGGGA AGAAGATACT 
ATTGTTTTCT TGAAGGAGCT GGGTCGCCTG ACCTCGGGCA GATTCCATGC ATTTGCTGAG 
AGAACTGATT ATACAAATGT CATCGAACCT GTCATAAAGA GTGAGGAGGA TGGAGAAAGT 
CTAACTAGCT GGAATACAAG AAAATTGAAA GGAAGGGTGC CTCTAGTTGC TGGTGTCAGA 
GAAGATGTCT TTCTGGTCTG GAAGGAATTG GAAGAGGCCA GGAGTACACT GAGGGTTCCT 
GGGGTTTGGT GCTGTGTTGG TTTGGGTGAG GTGGAGGAGT CAGCATTCAA AACGAATCAT 
CCAGTGCCTG AGCCAAAACC TGAGGATTAT GTAAATTCAA AAGATTGGTT GCAGAAATAT 
GGCCTGAAAG CTCAGAAGCT AACATTATAT GATGCACTTG CTGACTGTAC TTTTCGCCAT 
GTTGATGGCA TTGTTGACAT AAAAGCCAAG CCAGAAGATG AATCTTTACA AACTGATGCT 
GAAACAAAGA AGAAAGTAAT CCACGCAAAA TACTGTGACA AATTTATACA TACCTACTGG 
AAAGATGGCT CTATGGTTCA TGTGTATGTC ACTGTGGAAA AGTACAAGCA GTATGAAGAG 
AAAATGAGGA ATGCTCTTCA ACAAATGGAA GGAAGGATTA AGTGGCTCCA GCGAGGGAGC 
AGAGGACTCT TTGGCAACGT GCTTGAAGAT CACATCTGTA TTCTCATCGA TACATCTCAG 
TCTATGATAG ACAAACTGCC ATTGGTGAAA GAGAAAATAT TTCAGCTCAT GCAGGAGCAG 
CTTAGACACA AAAGCAGCTT TAACTTTGTG AAATTTGATG CTCAAGCAGC AGCTTGGCAA 
GACAAACTTG CTGAAGTTAA TGAAGAGAAT TTGCAGGATG CTTGGCTATG GATAAAAGGA 
CTTGAGGTTG GAAGTTCTAC CAATACACTC AGTGCTCTTC AAATTGCTCT TGCTGATCAT 
GATGCTGAAG CCATTTATCT TCTTACGGAT GGGAGGCCTG ATCAGCCACC AAAATCAATT 
TTGGCTCAAG TTCATCTTCA TCATAAGGTT CCTATTCATA CCATATCTTT CAACTGTGAT 
GATACAGAGG CTAATAAATT TTTGCATGAA TTGTCTACTG AGACAGGTGG ACGGTTTCAT 
TATTATAACA TTTATTTGAG GGATCCTGAA TCTCCAGAGC CAATTGTGAG TGAAGATATA 
TGCCTTTTAA AAAGAGAAAT TGAACAGGGG AAGAAAGATC TAGAGAAAGT GAAGGCTTTC 
CATGCTGAAT GTTTGATGAT AGATTGGTGT AATGGAGAAA AAGAGCCTGA AAACAATCCT 
CACAAGCAGA CTTTTACTAC TTCATCTATA ACCATGCACA TCCAGGAGCT GAATGCTTCT 
CCCACCAGTA GACCACAGTG TACATTAGAA GAGCCAACAT TGACTGCACA CCACCAGATA 
CTAAATACAT GGCAAACTTG TAATGACAGT CCAGCCATAA GGAAAAAGGC ACTGTATGCA 
GAACAAACAA AGACTAGTCT GCTCAGAACT CGAGGTTATG GAATAAAGTC TTGTAAAGGA 
AGTCCAGATG AGAAGATATC TCCTGAAAGA AAGGATTTTC ACCTCAAAAA CACACTGAAC 
CCTGCAGCCA GTTTTAAAGA AATGAATACC CAAAAGGTGA CAAAAAGAAC ATCTAAAGAT 
TCTCTAGATA TCTCTTCATC TCGTTGGCTA AAGACTCATG GTTTAGTTGC TAGGCGACTC 
ACCATAATGG ATGCCTTAGC CCCCACAGCT GTTCCTCACA GTACTAAATA CATCCCAGTT 
CTGGAAAAAC ATGTTGTTTC TAAAGTCTTT GATGAGGTGT TCCCCCTTGC CCACATTAGT 
AATGGCAAGC AACAAATCAC ATTAATTAAT CCTCAAGCAG TGAATCTTGA TACTTACAAA 
GAGAAGCTGG AACAAGCAGT TAAATTTTAT GAAAGGCGCC TCAATCTAAT TACTTGGAGA 
GCACTATCTC AAGAAGAAAG AGACAAGTTT GAGCAGGACA AGCCAGTCCG CTACATGGAA 
CATAAGGAAG CCTTGCTAGA GTCTTTAGAA AATCTAGGTT GGCCTGTTTC CTATGAAGAT 
GTGATGCTGT TGGAAGATGA AATTCTGGCA GGGTTAACAT ATATCCAACA GGCCTCTGAT 
CTTCAGGAAG CTGCCAAAAA GGACATTCAG AGGACCGCTG CTTCACCTGT CAACCACAGT 
AAAAAGTTTC AGAATCTTAA AGAAGAGAGT ATAAGGTCAC AAACTAAAAA AGGAAAAGTG 
TTTGAAACGC TCAAAGGCCA AAAGGTGATT GCAAGATCAG ACCTCACAGG ATTATATTTC 
CCAGGGACAG TGATGAAAAG TATCAGTTCC ACCCGTGCAC TTGTTGACTT CAGCTATGGA 
GAGACGCACA TTGTACCAAT TAAATTCATT ATTATTGTGG GGGGTGCTAT GCCTTGCCCA 
TCTTTGCAGG TTGGGGACTA TGTGTTCTCC AGAACTGGGA TACAGATGGG AGATTATTAT 
TATGCACCTG CTGTTGTCAT AGCAACACCA AATAGAGTTC AAGCAGATGA TAAACTCTAC 
ACAGTTTTGA TGTACAACAA TAGGAAAGAA CACTGTATAC GAAGTGGGCT TGTTAAAGTC 
AGCCAAGCTA AATATGCTTC TTCCTGCCGA TATATAAAAA TGGCCCAGGT GGTGGATTAC 
ATGATCCCAA ACAAACAAAT TGTGAAGCCC ATTGATCAGT TGTCACTGGA AGAAGAAGAA 
AAGAAAAGAA GTGGAAGGGA AGATGGAGGG AAAAAGAAAA AAAAAGGGAC AACAGAGAGC 
AGAAGGAATC CAAGAGAGGA GATGTCAGAC TCAGAGGAAC TTTTGTTTAT TCCCAGAAGG 
AGGGAAGTAA AAGGCAAAGG AAGGAATTCA CTGCCTCATG ACAAAGTTGG AATTGAAGAA 
TCTGCTTGCT TCTTTTTATC AACACAAGGC TCATCGGCAT CTGGAACTCT GCTGTCTCCA 
AGTACCTCAG CTCACAGCTC ATCAAAGGAT CTTTGTTGCT CTCACACAGT TACTGTGGAT 
CCAAAGAGTG CCTCAGAACC TGTTGATGAC AACATCAGCC TTATCTCAAC TGCTGAGAGG 
CTGGAAGAGT TGGCAGGGCA GTTTCAGCAG CACTACATAA ATCAAAGAAA ACATCATCAG 
GTGTGCCTGA CAGAGGAGAC TGTGAGGAAT GGAACAGGTT ATGGGTAG

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

VWA3B ( XM_019485110.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019340655.1 Alligator mississippiensis von Willebrand factor A domain containing 3B (VWA3B), transcript variant X3, mRNA.

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CloneID	OAl53786
Clone ID Related Accession (Same CDS sequence)	XM_019485110.1
Accession Version	XM_019485110.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4098bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	von Willebrand factor A domain-containing protein 3B isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017709042.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACTAGCA AGCCCTGCAA GAAGCTTGCC TGGAATGACT TGGTTACTTC TGATGTAAAA 
CATGGAGAAC AAGAAAAAAC TGATTCTCAC ATTGTGGCCA AGGGAAAATC TACAGAAAAA 
GACATGAAAC TTAGGAGAAT TCAGTGGGAC TTGGATGTAC AACCTCTCAT TTCATCTTCT 
AAGTGGCTTC AACTTTATGG GCTTAAGAGA AACAAGCTAT CCCTTTCTCA GATTTTATCA 
CAAATTGGAT TTCAGCACAG GGAAGATTAT GTGTCCACCT TGGGGAAACT CGTGGCTTCA 
CGGTATGCAG ATGGTCTTTT TCCTCAGTAC ATGAGAGCCC AGGATGGCAG AGTATATAAT 
CTGACCGCCA AAAAGGAGCT AATTCTTAAT TTTGTGGACT GTCTAATTGG AGCTATCGAG 
CTGTACAAGC AGAGAATGGA ATGGTTAACC AGTGAAAGCC GGCAGATATT TGGAGTGATT 
CAGGAACAAT GCATTGTCAT TGTTTTGGAT TTTGGCGCCA CGTCTGGGAT TGAGTTTGAT 
CGGTGCCGTG ATGCACTTTC TTTGGTCCTC TTGGAACAAG TGACCCACCT TGCCAAATTT 
AACCTCATTC GGGCTGCTCA AGATCCTATC AAGTGGCAGC AGAAAGCCGT TCCAGTGACT 
GAATGTTTTG TAGAGTTTGC TGTTAACTGG CTCTGGGAGC TTGACCGTAC GCCAGCTCTC 
AGCCACACCA GCTCCACTGA GGCCCTGATG GAGGCTGTAA GTGATGAGAT GGTTGAAGCA 
GTTTATTATT TTGCTGTGGG TGAGGTTCCT GAGGATATGA AACATCTACT CCTTCAGAAG 
TTTTCTGACA GTCCTTTCCC AATCCATCCA GTATCTTTTA ATGCCAGGGA AGAAGATACT 
ATTGTTTTCT TGAAGGAGCT GGGTCGCCTG ACCTCGGGCA GATTCCATGC ATTTGCTGAG 
AGAACTGATT ATACAAATGT CATCGAACCT GTCATAAAGA GTGAGGAGGA TGGAGAAAGT 
CTAACTAGCT GGAATACAAG AAAATTGAAA GGAAGGGTGC CTCTAGTTGC TGGTGTCAGA 
GAAGATGTCT TTCTGGTCTG GAAGGAATTG GAAGAGGCCA GGAGTACACT GAGGCAAGTT 
CAGAGTATTT TAACAGTGTC CAACCAGCCT ATTTCTGGAG AAGCATTCAA AACGAATCAT 
CCAGTGCCTG AGCCAAAACC TGAGGATTAT GTAAATTCAA AAGATTGGTT GCAGAAATAT 
GGCCTGAAAG CTCAGAAGCT AACATTATAT GATGCACTTG CTGACTGTAC TTTTCGCCAT 
GTTGATGGCA TTGTTGACAT AAAAGCCAAG CCAGAAGATG AATCTTTACA AACTGATGCT 
GAAACAAAGA AGAAAGTAAT CCACGCAAAA TACTGTGACA AATTTATACA TACCTACTGG 
AAAGATGGCT CTATGGTTCA TGTGTATGTC ACTGTGGAAA AGTACAAGCA GTATGAAGAG 
AAAATGAGGA ATGCTCTTCA ACAAATGGAA GGAAGGATTA AGTGGCTCCA GCGAGGGAGC 
AGAGGACTCT TTGGCAACGT GCTTGAAGAT CACATCTGTA TTCTCATCGA TACATCTCAG 
TCTATGATAG ACAAACTGCC ATTGGTGAAA GAGAAAATAT TTCAGCTCAT GCAGGAGCAG 
CTTAGACACA AAAGCAGCTT TAACTTTGTG AAATTTGATG CTCAAGCAGC AGCTTGGCAA 
GACAAACTTG CTGAAGTTAA TGAAGAGAAT TTGCAGGATG CTTGGCTATG GATAAAAGGA 
CTTGAGGTTG GAAGTTCTAC CAATACACTC AGTGCTCTTC AAATTGCTCT TGCTGATCAT 
GATGCTGAAG CCATTTATCT TCTTACGGAT GGGAGGCCTG ATCAGCCACC AAAATCAATT 
TTGGCTCAAG TTCATCTTCA TCATAAGGTT CCTATTCATA CCATATCTTT CAACTGTGAT 
GATACAGAGG CTAATAAATT TTTGCATGAA TTGTCTACTG AGACAGGTGG ACGGTTTCAT 
TATTATAACA TTTATTTGAG GGATCCTGAA TCTCCAGAGC CAATTGTGAG TGAAGATATA 
TGCCTTTTAA AAAGAGAAAT TGAACAGGGG AAGAAAGATC TAGAGAAAGT GAAGGCTTTC 
CATGCTGAAT GTTTGATGAT AGATTGGTGT AATGGAGAAA AAGAGCCTGA AAACAATCCT 
CACAAGCAGA CTTTTACTAC TTCATCTATA ACCATGCACA TCCAGGAGCT GAATGCTTCT 
CCCACCAGTA GACCACAGTG TACATTAGAA GAGCCAACAT TGACTGCACA CCACCAGATA 
CTAAATACAT GGCAAACTTG TAATGACAGT CCAGCCATAA GGAAAAAGGC ACTGTATGCA 
GAACAAACAA AGACTAGTCT GCTCAGAACT CGAGGTTATG GAATAAAGTC TTGTAAAGGA 
AGTCCAGATG AGAAGATATC TCCTGAAAGA AAGGATTTTC ACCTCAAAAA CACACTGAAC 
CCTGCAGCCA GTTTTAAAGA AATGAATACC CAAAAGGTGA CAAAAAGAAC ATCTAAAGAT 
TCTCTAGATA TCTCTTCATC TCGTTGGCTA AAGACTCATG GTTTAGTTGC TAGGCGACTC 
ACCATAATGG ATGCCTTAGC CCCCACAGCT GTTCCTCACA GTACTAAATA CATCCCAGTT 
CTGGAAAAAC ATGTTGTTTC TAAAGTCTTT GATGAGGTGT TCCCCCTTGC CCACATTAGT 
AATGGCAAGC AACAAATCAC ATTAATTAAT CCTCAAGCAG TGAATCTTGA TACTTACAAA 
GAGAAGCTGG AACAAGCAGT TAAATTTTAT GAAAGGCGCC TCAATCTAAT TACTTGGAGA 
GCACTATCTC AAGAAGAAAG AGACAAGTTT GAGCAGGACA AGCCAGTCCG CTACATGGAA 
CATAAGGAAG CCTTGCTAGA GTCTTTAGAA AATCTAGGTT GGCCTGTTTC CTATGAAGAT 
GTGATGCTGT TGGAAGATGA AATTCTGGCA GGGTTAACAT ATATCCAACA GGCCTCTGAT 
CTTCAGGAAG CTGCCAAAAA GGACATTCAG AGGACCGCTG CTTCACCTGT CAACCACAGT 
AAAAAGTTTC AGAATCTTAA AGAAGAGAGT ATAAGGTCAC AAACTAAAAA AGGAAAAGTG 
TTTGAAACGC TCAAAGGCCA AAAGGTGATT GCAAGATCAG ACCTCACAGG ATTATATTTC 
CCAGGGACAG TGATGAAAAG TATCAGTTCC ACCCGTGCAC TTGTTGACTT CAGCTATGGA 
GAGACGCACA TTGTACCAAT TAAATTCATT ATTATTGTGG GGGGTGCTAT GCCTTGCCCA 
TCTTTGCAGG TTGGGGACTA TGTGTTCTCC AGAACTGGGA TACAGATGGG AGATTATTAT 
TATGCACCTG CTGTTGTCAT AGCAACACCA AATAGAGTTC AAGCAGATGA TAAACTCTAC 
ACAGTTTTGA TGTACAACAA TAGGAAAGAA CACTGTATAC GAAGTGGGCT TGTTAAAGTC 
AGCCAAGCTA AATATGCTTC TTCCTGCCGA TATATAAAAA TGGCCCAGGT GGTGGATTAC 
ATGATCCCAA ACAAACAAAT TGTGAAGCCC ATTGATCAGT TGTCACTGGA AGAAGAAGAA 
AAGAAAAGAA GTGGAAGGGA AGATGGAGGG AAAAAGAAAA AAAAAGGGAC AACAGAGAGC 
AGAAGGAATC CAAGAGAGGA GATGTCAGAC TCAGAGGAAC TTTTGTTTAT TCCCAGAAGG 
AGGGAAGTAA AAGGCAAAGG AAGGAATTCA CTGCCTCATG ACAAAGTTGG AATTGAAGGC 
TCATCGGCAT CTGGAACTCT GCTGTCTCCA AGTACCTCAG CTCACAGCTC ATCAAAGGAT 
CTTTGTTGCT CTCACACAGT TACTGTGGAT CCAAAGAGTG CCTCAGAACC TGTTGATGAC 
AACATCAGCC TTATCTCAAC TGCTGAGAGG CTGGAAGAGT TGGCAGGGCA GTTTCAGCAG 
CACTACATAA ATCAAAGAAA ACATCATCAG GTGTGCCTGA CAGAGGAGAC TGTGAGGAAT 
GGAACAGGTT ATGGGTAG

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

RefSeq	XP_019340655.1
CDS	127..4224
Translation	MTSKPCKKLAWNDLVTSDVKHGEQEKTDSHIVAKGKSTEKDMKLRRIQWDLDVQPLISSSKWLQLYGLKRNKLSLSQILSQIGFQHREDYVSTLGKLVASRYADGLFPQYMRAQDGRVYNLTAKKELILNFVDCLIGAIELYKQRMEWLTSESRQIFGVIQEQCIVIVLDFGATSGIEFDRCRDALSLVLLEQVTHLAKFNLIRAAQDPIKWQQKAVPVTECFVEFAVNWLWELDRTPALSHTSSTEALMEAVSDEMVEAVYYFAVGEVPEDMKHLLLQKFSDSPFPIHPVSFNAREEDTIVFLKELGRLTSGRFHAFAERTDYTNVIEPVIKSEEDGESLTSWNTRKLKGRVPLVAGVREDVFLVWKELEEARSTLRQVQSILTVSNQPISGEAFKTNHPVPEPKPEDYVNSKDWLQKYGLKAQKLTLYDALADCTFRHVDGIVDIKAKPEDESLQTDAETKKKVIHAKYCDKFIHTYWKDGSMVHVYVTVEKYKQYEEKMRNALQQMEGRIKWLQRGSRGLFGNVLEDHICILIDTSQSMIDKLPLVKEKIFQLMQEQLRHKSSFNFVKFDAQAAAWQDKLAEVNEENLQDAWLWIKGLEVGSSTNTLSALQIALADHDAEAIYLLTDGRPDQPPKSILAQVHLHHKVPIHTISFNCDDTEANKFLHELSTETGGRFHYYNIYLRDPESPEPIVSEDICLLKREIEQGKKDLEKVKAFHAECLMIDWCNGEKEPENNPHKQTFTTSSITMHIQELNASPTSRPQCTLEEPTLTAHHQILNTWQTCNDSPAIRKKALYAEQTKTSLLRTRGYGIKSCKGSPDEKISPERKDFHLKNTLNPAASFKEMNTQKVTKRTSKDSLDISSSRWLKTHGLVARRLTIMDALAPTAVPHSTKYIPVLEKHVVSKVFDEVFPLAHISNGKQQITLINPQAVNLDTYKEKLEQAVKFYERRLNLITWRALSQEERDKFEQDKPVRYMEHKEALLESLENLGWPVSYEDVMLLEDEILAGLTYIQQASDLQEAAKKDIQRTAASPVNHSKKFQNLKEESIRSQTKKGKVFETLKGQKVIARSDLTGLYFPGTVMKSISSTRALVDFSYGETHIVPIKFIIIVGGAMPCPSLQVGDYVFSRTGIQMGDYYYAPAVVIATPNRVQADDKLYTVLMYNNRKEHCIRSGLVKVSQAKYASSCRYIKMAQVVDYMIPNKQIVKPIDQLSLEEEEKKRSGREDGGKKKKKGTTESRRNPREEMSDSEELLFIPRRREVKGKGRNSLPHDKVGIEGSSASGTLLSPSTSAHSSSKDLCCSHTVTVDPKSASEPVDDNISLISTAERLEELAGQFQQHYINQRKHHQVCLTEETVRNGTGYG

Target ORF information:

RefSeq Version	XM_019485110.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis von Willebrand factor A domain containing 3B (VWA3B), transcript variant X3, mRNA.

Target ORF information:

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

XM_019485110.1

ORF Insert Sequence:

ATGACTAGCA AGCCCTGCAA GAAGCTTGCC TGGAATGACT TGGTTACTTC TGATGTAAAA 
CATGGAGAAC AAGAAAAAAC TGATTCTCAC ATTGTGGCCA AGGGAAAATC TACAGAAAAA 
GACATGAAAC TTAGGAGAAT TCAGTGGGAC TTGGATGTAC AACCTCTCAT TTCATCTTCT 
AAGTGGCTTC AACTTTATGG GCTTAAGAGA AACAAGCTAT CCCTTTCTCA GATTTTATCA 
CAAATTGGAT TTCAGCACAG GGAAGATTAT GTGTCCACCT TGGGGAAACT CGTGGCTTCA 
CGGTATGCAG ATGGTCTTTT TCCTCAGTAC ATGAGAGCCC AGGATGGCAG AGTATATAAT 
CTGACCGCCA AAAAGGAGCT AATTCTTAAT TTTGTGGACT GTCTAATTGG AGCTATCGAG 
CTGTACAAGC AGAGAATGGA ATGGTTAACC AGTGAAAGCC GGCAGATATT TGGAGTGATT 
CAGGAACAAT GCATTGTCAT TGTTTTGGAT TTTGGCGCCA CGTCTGGGAT TGAGTTTGAT 
CGGTGCCGTG ATGCACTTTC TTTGGTCCTC TTGGAACAAG TGACCCACCT TGCCAAATTT 
AACCTCATTC GGGCTGCTCA AGATCCTATC AAGTGGCAGC AGAAAGCCGT TCCAGTGACT 
GAATGTTTTG TAGAGTTTGC TGTTAACTGG CTCTGGGAGC TTGACCGTAC GCCAGCTCTC 
AGCCACACCA GCTCCACTGA GGCCCTGATG GAGGCTGTAA GTGATGAGAT GGTTGAAGCA 
GTTTATTATT TTGCTGTGGG TGAGGTTCCT GAGGATATGA AACATCTACT CCTTCAGAAG 
TTTTCTGACA GTCCTTTCCC AATCCATCCA GTATCTTTTA ATGCCAGGGA AGAAGATACT 
ATTGTTTTCT TGAAGGAGCT GGGTCGCCTG ACCTCGGGCA GATTCCATGC ATTTGCTGAG 
AGAACTGATT ATACAAATGT CATCGAACCT GTCATAAAGA GTGAGGAGGA TGGAGAAAGT 
CTAACTAGCT GGAATACAAG AAAATTGAAA GGAAGGGTGC CTCTAGTTGC TGGTGTCAGA 
GAAGATGTCT TTCTGGTCTG GAAGGAATTG GAAGAGGCCA GGAGTACACT GAGGCAAGTT 
CAGAGTATTT TAACAGTGTC CAACCAGCCT ATTTCTGGAG AAGCATTCAA AACGAATCAT 
CCAGTGCCTG AGCCAAAACC TGAGGATTAT GTAAATTCAA AAGATTGGTT GCAGAAATAT 
GGCCTGAAAG CTCAGAAGCT AACATTATAT GATGCACTTG CTGACTGTAC TTTTCGCCAT 
GTTGATGGCA TTGTTGACAT AAAAGCCAAG CCAGAAGATG AATCTTTACA AACTGATGCT 
GAAACAAAGA AGAAAGTAAT CCACGCAAAA TACTGTGACA AATTTATACA TACCTACTGG 
AAAGATGGCT CTATGGTTCA TGTGTATGTC ACTGTGGAAA AGTACAAGCA GTATGAAGAG 
AAAATGAGGA ATGCTCTTCA ACAAATGGAA GGAAGGATTA AGTGGCTCCA GCGAGGGAGC 
AGAGGACTCT TTGGCAACGT GCTTGAAGAT CACATCTGTA TTCTCATCGA TACATCTCAG 
TCTATGATAG ACAAACTGCC ATTGGTGAAA GAGAAAATAT TTCAGCTCAT GCAGGAGCAG 
CTTAGACACA AAAGCAGCTT TAACTTTGTG AAATTTGATG CTCAAGCAGC AGCTTGGCAA 
GACAAACTTG CTGAAGTTAA TGAAGAGAAT TTGCAGGATG CTTGGCTATG GATAAAAGGA 
CTTGAGGTTG GAAGTTCTAC CAATACACTC AGTGCTCTTC AAATTGCTCT TGCTGATCAT 
GATGCTGAAG CCATTTATCT TCTTACGGAT GGGAGGCCTG ATCAGCCACC AAAATCAATT 
TTGGCTCAAG TTCATCTTCA TCATAAGGTT CCTATTCATA CCATATCTTT CAACTGTGAT 
GATACAGAGG CTAATAAATT TTTGCATGAA TTGTCTACTG AGACAGGTGG ACGGTTTCAT 
TATTATAACA TTTATTTGAG GGATCCTGAA TCTCCAGAGC CAATTGTGAG TGAAGATATA 
TGCCTTTTAA AAAGAGAAAT TGAACAGGGG AAGAAAGATC TAGAGAAAGT GAAGGCTTTC 
CATGCTGAAT GTTTGATGAT AGATTGGTGT AATGGAGAAA AAGAGCCTGA AAACAATCCT 
CACAAGCAGA CTTTTACTAC TTCATCTATA ACCATGCACA TCCAGGAGCT GAATGCTTCT 
CCCACCAGTA GACCACAGTG TACATTAGAA GAGCCAACAT TGACTGCACA CCACCAGATA 
CTAAATACAT GGCAAACTTG TAATGACAGT CCAGCCATAA GGAAAAAGGC ACTGTATGCA 
GAACAAACAA AGACTAGTCT GCTCAGAACT CGAGGTTATG GAATAAAGTC TTGTAAAGGA 
AGTCCAGATG AGAAGATATC TCCTGAAAGA AAGGATTTTC ACCTCAAAAA CACACTGAAC 
CCTGCAGCCA GTTTTAAAGA AATGAATACC CAAAAGGTGA CAAAAAGAAC ATCTAAAGAT 
TCTCTAGATA TCTCTTCATC TCGTTGGCTA AAGACTCATG GTTTAGTTGC TAGGCGACTC 
ACCATAATGG ATGCCTTAGC CCCCACAGCT GTTCCTCACA GTACTAAATA CATCCCAGTT 
CTGGAAAAAC ATGTTGTTTC TAAAGTCTTT GATGAGGTGT TCCCCCTTGC CCACATTAGT 
AATGGCAAGC AACAAATCAC ATTAATTAAT CCTCAAGCAG TGAATCTTGA TACTTACAAA 
GAGAAGCTGG AACAAGCAGT TAAATTTTAT GAAAGGCGCC TCAATCTAAT TACTTGGAGA 
GCACTATCTC AAGAAGAAAG AGACAAGTTT GAGCAGGACA AGCCAGTCCG CTACATGGAA 
CATAAGGAAG CCTTGCTAGA GTCTTTAGAA AATCTAGGTT GGCCTGTTTC CTATGAAGAT 
GTGATGCTGT TGGAAGATGA AATTCTGGCA GGGTTAACAT ATATCCAACA GGCCTCTGAT 
CTTCAGGAAG CTGCCAAAAA GGACATTCAG AGGACCGCTG CTTCACCTGT CAACCACAGT 
AAAAAGTTTC AGAATCTTAA AGAAGAGAGT ATAAGGTCAC AAACTAAAAA AGGAAAAGTG 
TTTGAAACGC TCAAAGGCCA AAAGGTGATT GCAAGATCAG ACCTCACAGG ATTATATTTC 
CCAGGGACAG TGATGAAAAG TATCAGTTCC ACCCGTGCAC TTGTTGACTT CAGCTATGGA 
GAGACGCACA TTGTACCAAT TAAATTCATT ATTATTGTGG GGGGTGCTAT GCCTTGCCCA 
TCTTTGCAGG TTGGGGACTA TGTGTTCTCC AGAACTGGGA TACAGATGGG AGATTATTAT 
TATGCACCTG CTGTTGTCAT AGCAACACCA AATAGAGTTC AAGCAGATGA TAAACTCTAC 
ACAGTTTTGA TGTACAACAA TAGGAAAGAA CACTGTATAC GAAGTGGGCT TGTTAAAGTC 
AGCCAAGCTA AATATGCTTC TTCCTGCCGA TATATAAAAA TGGCCCAGGT GGTGGATTAC 
ATGATCCCAA ACAAACAAAT TGTGAAGCCC ATTGATCAGT TGTCACTGGA AGAAGAAGAA 
AAGAAAAGAA GTGGAAGGGA AGATGGAGGG AAAAAGAAAA AAAAAGGGAC AACAGAGAGC 
AGAAGGAATC CAAGAGAGGA GATGTCAGAC TCAGAGGAAC TTTTGTTTAT TCCCAGAAGG 
AGGGAAGTAA AAGGCAAAGG AAGGAATTCA CTGCCTCATG ACAAAGTTGG AATTGAAGGC 
TCATCGGCAT CTGGAACTCT GCTGTCTCCA AGTACCTCAG CTCACAGCTC ATCAAAGGAT 
CTTTGTTGCT CTCACACAGT TACTGTGGAT CCAAAGAGTG CCTCAGAACC TGTTGATGAC 
AACATCAGCC TTATCTCAAC TGCTGAGAGG CTGGAAGAGT TGGCAGGGCA GTTTCAGCAG 
CACTACATAA ATCAAAGAAA ACATCATCAG GTGTGCCTGA CAGAGGAGAC TGTGAGGAAT 
GGAACAGGTT ATGGGTAG

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

VWA3B ( XM_019485111.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019340656.1 Alligator mississippiensis von Willebrand factor A domain containing 3B (VWA3B), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OAl53787
Clone ID Related Accession (Same CDS sequence)	XM_019485111.1
Accession Version	XM_019485111.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4017bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	von Willebrand factor A domain-containing protein 3B isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017709042.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACTAGCA AGCCCTGCAA GAAGCTTGCC TGGAATGACT TGGTTACTTC TGATGTAAAA 
CATGGAGAAC AAGAAAAAAC TGATTCTCAC ATTGTGGCCA AGGGAAAATC TACAGAAAAA 
GACATGAAAC TTAGGAGAAT TCAGTGGGAC TTGGATGTAC AACCTCTCAT TTCATCTTCT 
AAGTGGCTTC AACTTTATGG GCTTAAGAGA AACAAGCTAT CCCTTTCTCA GATTTTATCA 
CAAATTGGAT TTCAGCACAG GGAAGATTAT GTGTCCACCT TGGGGAAACT CGTGGCTTCA 
CGGTATGCAG ATGGTCTTTT TCCTCAGTAC ATGAGAGCCC AGGATGGCAG AGTATATAAT 
CTGACCGCCA AAAAGGAGCT AATTCTTAAT TTTGTGGACT GTCTAATTGG AGCTATCGAG 
CTGTACAAGC AGAGAATGGA ATGGTTAACC AGTGAAAGCC GGCAGATATT TGGAGTGATT 
CAGGAACAAT GCATTGTCAT TGTTTTGGAT TTTGGCGCCA CGTCTGGGAT TGAGTTTGAT 
CGGTGCCGTG ATGCACTTTC TTTGGTCCTC TTGGAACAAG TGACCCACCT TGCCAAATTT 
AACCTCATTC GGGCTGCTCA AGATCCTATC AAGTGGCAGC AGAAAGCCGT TCCAGTGACT 
GAATGTTTTG TAGAGTTTGC TGTTAACTGG CTCTGGGAGC TTGACCGTAC GCCAGCTCTC 
AGCCACACCA GCTCCACTGA GGCCCTGATG GAGGCTGTAA GTGATGAGAT GGTTGAAGCA 
GTTTATTATT TTGCTGTGGG TGAGGTTCCT GAGGATATGA AACATCTACT CCTTCAGAAG 
TTTTCTGACA GTCCTTTCCC AATCCATCCA GTATCTTTTA ATGCCAGGGA AGAAGATACT 
ATTGTTTTCT TGAAGGAGCT GGGTCGCCTG ACCTCGGGCA GATTCCATGC ATTTGCTGAG 
AGAACTGATT ATACAAATGT CATCGAACCT GTCATAAAGA GTGAGGAGGA TGGAGAAAGT 
CTAACTAGCT GGAATACAAG AAAATTGAAA GGAAGGGTGC CTCTAGTTGC TGGTGTCAGA 
GAAGATGTCT TTCTGGTCTG GAAGGAATTG GAAGAGGCCA GGAGTACACT GAGGCAAGTT 
CAGAGTATTT TAACAGTGTC CAACCAGCCT ATTTCTGGAG AAGCATTCAA AACGAATCAT 
CCAGTGCCTG AGCCAAAACC TGAGGATTAT GTAAATTCAA AAGATTGGTT GCAGAAATAT 
GGCCTGAAAG CTCAGAAGCT AACATTATAT GATGCACTTG CTGACTGTAC TTTTCGCCAT 
GTTGATGGCA TTGTTGACAT AAAAGCCAAG CCAGAAGATG AATCTTTACA AACTGATGCT 
GAAACAAAGA AGAAAGTAAT CCACGCAAAA TACTGTGACA AATTTATACA TACCTACTGG 
AAAGATGGCT CTATGGTTCA TGTGTATGTC ACTGTGGAAA AGTACAAGCA GTATGAAGAG 
AAAATGAGGA ATGCTCTTCA ACAAATGGAA GGAAGGATTA AGTGGCTCCA GCGAGGGAGC 
AGAGGACTCT TTGGCAACGT GCTTGAAGAT CACATCTGTA TTCTCATCGA TACATCTCAG 
TCTATGATAG ACAAACTGCC ATTGGTGAAA GAGAAAATAT TTCAGCTCAT GCAGGAGCAG 
CTTAGACACA AAAGCAGCTT TAACTTTGTG AAATTTGATG CTCAAGCAGC AGCTTGGCAA 
GACAAACTTG CTGAAGTTAA TGAAGAGAAT TTGCAGGATG CTTGGCTATG GATAAAAGGA 
CTTGAGGTTG GAAGTTCTAC CAATACACTC AGTGCTCTTC AAATTGCTCT TGCTGATCAT 
GATGCTGAAG CCATTTATCT TCTTACGGAT GGGAGGCCTG ATCAGCCACC AAAATCAATT 
TTGGCTCAAG TTCATCTTCA TCATAAGGTT CCTATTCATA CCATATCTTT CAACTGTGAT 
GATACAGAGG CTAATAAATT TTTGCATGAA TTGTCTACTG AGACAGGTGG ACGGTTTCAT 
TATTATAACA TTTATTTGAG GGATCCTGAA TCTCCAGAGC CAATTGTGAG TGAAGATATA 
TGCCTTTTAA AAAGAGAAAT TGAACAGGGG AAGAAAGATC TAGAGAAAGT GAAGGCTTTC 
CATGCTGAAT GTTTGATGAT AGATTGGTGT AATGGAGAAA AAGAGCCTGA AAACAATCCT 
CACAAGCAGA CTTTTACTAC TTCATCTATA ACCATGCACA TCCAGGAGCT GAATGCTTCT 
CCCACCAGTA GACCACAGTG TACATTAGAA GAGCCAACAT TGACTGCACA CCACCAGATA 
CTAAATACAT GGCAAACTTG TAATGACAGT CCAGCCATAA GGAAAAAGGC ACTGTATGCA 
GAACAAACAA AGACTAGTCT GCTCAGAACT CGAGGTTATG GAATAAAGTC TTGTAAAGGA 
AGTCCAGATG AGAAGATATC TCCTGAAAGA AAGGATTTTC ACCTCAAAAA CACACTGAAC 
CCTGCAGCCA GTTTTAAAGA AATGAATACC CAAAAGGTGA CAAAAAGAAC ATCTAAAGAT 
TCTCTAGATA TCTCTTCATC TCGTTGGCTA AAGACTCATG GTTTAGTTGC TAGGCGACTC 
ACCATAATGG ATGCCTTAGC CCCCACAGCT GTTCCTCACA GTACTAAATA CATCCCAGTT 
CTGGAAAAAC ATGTTGTTTC TAAAGTCTTT GATGAGGTGT TCCCCCTTGC CCACATTAGT 
AATGGCAAGC AACAAATCAC ATTAATTAAT CCTCAAGCAG TGAATCTTGA TACTTACAAA 
GAGAAGCTGG AACAAGCAGT TAAATTTTAT GAAAGGCGCC TCAATCTAAT TACTTGGAGA 
GCACTATCTC AAGAAGAAAG AGACAAGTTT GAGCAGGACA AGCCAGTCCG CTACATGGAA 
CATAAGGAAG CCTTGCTAGA GTCTTTAGAA AATCTAGGTT GGCCTGTTTC CTATGAAGAT 
GTGATGCTGT TGGAAGATGA AATTCTGGCA GGGTTAACAT ATATCCAACA GGCCTCTGAT 
CTTCAGGAAG CTGCCAAAAA GGACATTCAG AGGACCGCTG CTTCACCTGT CAACCACAGT 
AAAAAGTTTC AGAATCTTAA AGAAGAGAGT ATAAGGTCAC AAACTAAAAA AGGAAAAGTG 
TTTGAAACGC TCAAAGGCCA AAAGGTGATT GCAAGATCAG ACCTCACAGG ATTATATTTC 
CCAGGGACAG TGATGAAAAG TATCAGTTCC ACCCGTGCAC TTGTTGACTT CAGCTATGGA 
GAGACGCACA TTGTACCAAT TAAATTCATT ATTATTGTGG GGGGTGCTAT GCCTTGCCCA 
TCTTTGCAGG TTGGGGACTA TGTGTTCTCC AGAACTGGGA TACAGATGGG AGATTATTAT 
TATGCACCTG CTGTTGTCAT AGCAACACCA AATAGAGTTC AAGCAGATGA TAAACTCTAC 
ACAGTTTTGA TGTACAACAA TAGGAAAGAA CACTGTATAC GAAGTGGGCT TGTTAAAGTC 
AGCCAAGCTA AATATGCTTC TTCCTGCCGA TATATAAAAA TGGCCCAGGT GGTGGATTAC 
ATGATCCCAA ACAAACAAAT TGTGAAGCCC ATTGATCAGT TGTCACTGGA AGAAGAAGAA 
AAGAAAAGAA GTGGAAGGGA AGATGGAGGG AAAAAGAAAA AAAAAGGGAC AACAGAGAGC 
AGAAGGAATC CAAGAGAGGA GATGTCAGAC TCAGAGGAAC TTTTGTTTAT TCCCAGAAGG 
AGGGAAGTAA AAGGCAAAGG AAGGAATTCA CTGCCTCATG ACAAAGTTGG AATTGAAGTT 
ACTGTGGATC CAAAGAGTGC CTCAGAACCT GTTGATGACA ACATCAGCCT TATCTCAACT 
GCTGAGAGGC TGGAAGAGTT GGCAGGGCAG TTTCAGCAGC ACTACATAAA TCAAAGAAAA 
CATCATCAGG TGTGCCTGAC AGAGGAGACT GTGAGGAATG GAACAGGTTA TGGGTAG

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

RefSeq	XP_019340656.1
CDS	127..4143
Translation	MTSKPCKKLAWNDLVTSDVKHGEQEKTDSHIVAKGKSTEKDMKLRRIQWDLDVQPLISSSKWLQLYGLKRNKLSLSQILSQIGFQHREDYVSTLGKLVASRYADGLFPQYMRAQDGRVYNLTAKKELILNFVDCLIGAIELYKQRMEWLTSESRQIFGVIQEQCIVIVLDFGATSGIEFDRCRDALSLVLLEQVTHLAKFNLIRAAQDPIKWQQKAVPVTECFVEFAVNWLWELDRTPALSHTSSTEALMEAVSDEMVEAVYYFAVGEVPEDMKHLLLQKFSDSPFPIHPVSFNAREEDTIVFLKELGRLTSGRFHAFAERTDYTNVIEPVIKSEEDGESLTSWNTRKLKGRVPLVAGVREDVFLVWKELEEARSTLRQVQSILTVSNQPISGEAFKTNHPVPEPKPEDYVNSKDWLQKYGLKAQKLTLYDALADCTFRHVDGIVDIKAKPEDESLQTDAETKKKVIHAKYCDKFIHTYWKDGSMVHVYVTVEKYKQYEEKMRNALQQMEGRIKWLQRGSRGLFGNVLEDHICILIDTSQSMIDKLPLVKEKIFQLMQEQLRHKSSFNFVKFDAQAAAWQDKLAEVNEENLQDAWLWIKGLEVGSSTNTLSALQIALADHDAEAIYLLTDGRPDQPPKSILAQVHLHHKVPIHTISFNCDDTEANKFLHELSTETGGRFHYYNIYLRDPESPEPIVSEDICLLKREIEQGKKDLEKVKAFHAECLMIDWCNGEKEPENNPHKQTFTTSSITMHIQELNASPTSRPQCTLEEPTLTAHHQILNTWQTCNDSPAIRKKALYAEQTKTSLLRTRGYGIKSCKGSPDEKISPERKDFHLKNTLNPAASFKEMNTQKVTKRTSKDSLDISSSRWLKTHGLVARRLTIMDALAPTAVPHSTKYIPVLEKHVVSKVFDEVFPLAHISNGKQQITLINPQAVNLDTYKEKLEQAVKFYERRLNLITWRALSQEERDKFEQDKPVRYMEHKEALLESLENLGWPVSYEDVMLLEDEILAGLTYIQQASDLQEAAKKDIQRTAASPVNHSKKFQNLKEESIRSQTKKGKVFETLKGQKVIARSDLTGLYFPGTVMKSISSTRALVDFSYGETHIVPIKFIIIVGGAMPCPSLQVGDYVFSRTGIQMGDYYYAPAVVIATPNRVQADDKLYTVLMYNNRKEHCIRSGLVKVSQAKYASSCRYIKMAQVVDYMIPNKQIVKPIDQLSLEEEEKKRSGREDGGKKKKKGTTESRRNPREEMSDSEELLFIPRRREVKGKGRNSLPHDKVGIEVTVDPKSASEPVDDNISLISTAERLEELAGQFQQHYINQRKHHQVCLTEETVRNGTGYG

Target ORF information:

RefSeq Version	XM_019485111.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis von Willebrand factor A domain containing 3B (VWA3B), transcript variant X4, mRNA.

Target ORF information:

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

XM_019485111.1

ORF Insert Sequence:

ATGACTAGCA AGCCCTGCAA GAAGCTTGCC TGGAATGACT TGGTTACTTC TGATGTAAAA 
CATGGAGAAC AAGAAAAAAC TGATTCTCAC ATTGTGGCCA AGGGAAAATC TACAGAAAAA 
GACATGAAAC TTAGGAGAAT TCAGTGGGAC TTGGATGTAC AACCTCTCAT TTCATCTTCT 
AAGTGGCTTC AACTTTATGG GCTTAAGAGA AACAAGCTAT CCCTTTCTCA GATTTTATCA 
CAAATTGGAT TTCAGCACAG GGAAGATTAT GTGTCCACCT TGGGGAAACT CGTGGCTTCA 
CGGTATGCAG ATGGTCTTTT TCCTCAGTAC ATGAGAGCCC AGGATGGCAG AGTATATAAT 
CTGACCGCCA AAAAGGAGCT AATTCTTAAT TTTGTGGACT GTCTAATTGG AGCTATCGAG 
CTGTACAAGC AGAGAATGGA ATGGTTAACC AGTGAAAGCC GGCAGATATT TGGAGTGATT 
CAGGAACAAT GCATTGTCAT TGTTTTGGAT TTTGGCGCCA CGTCTGGGAT TGAGTTTGAT 
CGGTGCCGTG ATGCACTTTC TTTGGTCCTC TTGGAACAAG TGACCCACCT TGCCAAATTT 
AACCTCATTC GGGCTGCTCA AGATCCTATC AAGTGGCAGC AGAAAGCCGT TCCAGTGACT 
GAATGTTTTG TAGAGTTTGC TGTTAACTGG CTCTGGGAGC TTGACCGTAC GCCAGCTCTC 
AGCCACACCA GCTCCACTGA GGCCCTGATG GAGGCTGTAA GTGATGAGAT GGTTGAAGCA 
GTTTATTATT TTGCTGTGGG TGAGGTTCCT GAGGATATGA AACATCTACT CCTTCAGAAG 
TTTTCTGACA GTCCTTTCCC AATCCATCCA GTATCTTTTA ATGCCAGGGA AGAAGATACT 
ATTGTTTTCT TGAAGGAGCT GGGTCGCCTG ACCTCGGGCA GATTCCATGC ATTTGCTGAG 
AGAACTGATT ATACAAATGT CATCGAACCT GTCATAAAGA GTGAGGAGGA TGGAGAAAGT 
CTAACTAGCT GGAATACAAG AAAATTGAAA GGAAGGGTGC CTCTAGTTGC TGGTGTCAGA 
GAAGATGTCT TTCTGGTCTG GAAGGAATTG GAAGAGGCCA GGAGTACACT GAGGCAAGTT 
CAGAGTATTT TAACAGTGTC CAACCAGCCT ATTTCTGGAG AAGCATTCAA AACGAATCAT 
CCAGTGCCTG AGCCAAAACC TGAGGATTAT GTAAATTCAA AAGATTGGTT GCAGAAATAT 
GGCCTGAAAG CTCAGAAGCT AACATTATAT GATGCACTTG CTGACTGTAC TTTTCGCCAT 
GTTGATGGCA TTGTTGACAT AAAAGCCAAG CCAGAAGATG AATCTTTACA AACTGATGCT 
GAAACAAAGA AGAAAGTAAT CCACGCAAAA TACTGTGACA AATTTATACA TACCTACTGG 
AAAGATGGCT CTATGGTTCA TGTGTATGTC ACTGTGGAAA AGTACAAGCA GTATGAAGAG 
AAAATGAGGA ATGCTCTTCA ACAAATGGAA GGAAGGATTA AGTGGCTCCA GCGAGGGAGC 
AGAGGACTCT TTGGCAACGT GCTTGAAGAT CACATCTGTA TTCTCATCGA TACATCTCAG 
TCTATGATAG ACAAACTGCC ATTGGTGAAA GAGAAAATAT TTCAGCTCAT GCAGGAGCAG 
CTTAGACACA AAAGCAGCTT TAACTTTGTG AAATTTGATG CTCAAGCAGC AGCTTGGCAA 
GACAAACTTG CTGAAGTTAA TGAAGAGAAT TTGCAGGATG CTTGGCTATG GATAAAAGGA 
CTTGAGGTTG GAAGTTCTAC CAATACACTC AGTGCTCTTC AAATTGCTCT TGCTGATCAT 
GATGCTGAAG CCATTTATCT TCTTACGGAT GGGAGGCCTG ATCAGCCACC AAAATCAATT 
TTGGCTCAAG TTCATCTTCA TCATAAGGTT CCTATTCATA CCATATCTTT CAACTGTGAT 
GATACAGAGG CTAATAAATT TTTGCATGAA TTGTCTACTG AGACAGGTGG ACGGTTTCAT 
TATTATAACA TTTATTTGAG GGATCCTGAA TCTCCAGAGC CAATTGTGAG TGAAGATATA 
TGCCTTTTAA AAAGAGAAAT TGAACAGGGG AAGAAAGATC TAGAGAAAGT GAAGGCTTTC 
CATGCTGAAT GTTTGATGAT AGATTGGTGT AATGGAGAAA AAGAGCCTGA AAACAATCCT 
CACAAGCAGA CTTTTACTAC TTCATCTATA ACCATGCACA TCCAGGAGCT GAATGCTTCT 
CCCACCAGTA GACCACAGTG TACATTAGAA GAGCCAACAT TGACTGCACA CCACCAGATA 
CTAAATACAT GGCAAACTTG TAATGACAGT CCAGCCATAA GGAAAAAGGC ACTGTATGCA 
GAACAAACAA AGACTAGTCT GCTCAGAACT CGAGGTTATG GAATAAAGTC TTGTAAAGGA 
AGTCCAGATG AGAAGATATC TCCTGAAAGA AAGGATTTTC ACCTCAAAAA CACACTGAAC 
CCTGCAGCCA GTTTTAAAGA AATGAATACC CAAAAGGTGA CAAAAAGAAC ATCTAAAGAT 
TCTCTAGATA TCTCTTCATC TCGTTGGCTA AAGACTCATG GTTTAGTTGC TAGGCGACTC 
ACCATAATGG ATGCCTTAGC CCCCACAGCT GTTCCTCACA GTACTAAATA CATCCCAGTT 
CTGGAAAAAC ATGTTGTTTC TAAAGTCTTT GATGAGGTGT TCCCCCTTGC CCACATTAGT 
AATGGCAAGC AACAAATCAC ATTAATTAAT CCTCAAGCAG TGAATCTTGA TACTTACAAA 
GAGAAGCTGG AACAAGCAGT TAAATTTTAT GAAAGGCGCC TCAATCTAAT TACTTGGAGA 
GCACTATCTC AAGAAGAAAG AGACAAGTTT GAGCAGGACA AGCCAGTCCG CTACATGGAA 
CATAAGGAAG CCTTGCTAGA GTCTTTAGAA AATCTAGGTT GGCCTGTTTC CTATGAAGAT 
GTGATGCTGT TGGAAGATGA AATTCTGGCA GGGTTAACAT ATATCCAACA GGCCTCTGAT 
CTTCAGGAAG CTGCCAAAAA GGACATTCAG AGGACCGCTG CTTCACCTGT CAACCACAGT 
AAAAAGTTTC AGAATCTTAA AGAAGAGAGT ATAAGGTCAC AAACTAAAAA AGGAAAAGTG 
TTTGAAACGC TCAAAGGCCA AAAGGTGATT GCAAGATCAG ACCTCACAGG ATTATATTTC 
CCAGGGACAG TGATGAAAAG TATCAGTTCC ACCCGTGCAC TTGTTGACTT CAGCTATGGA 
GAGACGCACA TTGTACCAAT TAAATTCATT ATTATTGTGG GGGGTGCTAT GCCTTGCCCA 
TCTTTGCAGG TTGGGGACTA TGTGTTCTCC AGAACTGGGA TACAGATGGG AGATTATTAT 
TATGCACCTG CTGTTGTCAT AGCAACACCA AATAGAGTTC AAGCAGATGA TAAACTCTAC 
ACAGTTTTGA TGTACAACAA TAGGAAAGAA CACTGTATAC GAAGTGGGCT TGTTAAAGTC 
AGCCAAGCTA AATATGCTTC TTCCTGCCGA TATATAAAAA TGGCCCAGGT GGTGGATTAC 
ATGATCCCAA ACAAACAAAT TGTGAAGCCC ATTGATCAGT TGTCACTGGA AGAAGAAGAA 
AAGAAAAGAA GTGGAAGGGA AGATGGAGGG AAAAAGAAAA AAAAAGGGAC AACAGAGAGC 
AGAAGGAATC CAAGAGAGGA GATGTCAGAC TCAGAGGAAC TTTTGTTTAT TCCCAGAAGG 
AGGGAAGTAA AAGGCAAAGG AAGGAATTCA CTGCCTCATG ACAAAGTTGG AATTGAAGTT 
ACTGTGGATC CAAAGAGTGC CTCAGAACCT GTTGATGACA ACATCAGCCT TATCTCAACT 
GCTGAGAGGC TGGAAGAGTT GGCAGGGCAG TTTCAGCAGC ACTACATAAA TCAAAGAAAA 
CATCATCAGG TGTGCCTGAC AGAGGAGACT GTGAGGAATG GAACAGGTTA TGGGTAG

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

VWA3B ( XM_019485112.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019340657.1 Alligator mississippiensis von Willebrand factor A domain containing 3B (VWA3B), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OAl53788
Clone ID Related Accession (Same CDS sequence)	XM_019485112.1
Accession Version	XM_019485112.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3903bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	von Willebrand factor A domain-containing protein 3B isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017709042.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACTAGCA AGCCCTGCAA GAAGCTTGCC TGGAATGACT ATTATGTGTC CACCTTGGGG 
AAACTCGTGG CTTCACGGTA TGCAGATGGT CTTTTTCCTC AGTACATGAG AGCCCAGGAT 
GGCAGAGTAT ATAATCTGAC CGCCAAAAAG GAGCTAATTC TTAATTTTGT GGACTGTCTA 
ATTGGAGCTA TCGAGCTGTA CAAGCAGAGA ATGGAATGGT TAACCAGTGA AAGCCGGCAG 
ATATTTGGAG TGATTCAGGA ACAATGCATT GTCATTGTTT TGGATTTTGG CGCCACGTCT 
GGGATTGAGT TTGATCGGTG CCGTGATGCA CTTTCTTTGG TCCTCTTGGA ACAAGTGACC 
CACCTTGCCA AATTTAACCT CATTCGGGCT GCTCAAGATC CTATCAAGTG GCAGCAGAAA 
GCCGTTCCAG TGACTGAATG TTTTGTAGAG TTTGCTGTTA ACTGGCTCTG GGAGCTTGAC 
CGTACGCCAG CTCTCAGCCA CACCAGCTCC ACTGAGGCCC TGATGGAGGC TGTAAGTGAT 
GAGATGGTTG AAGCAGTTTA TTATTTTGCT GTGGGTGAGG TTCCTGAGGA TATGAAACAT 
CTACTCCTTC AGAAGTTTTC TGACAGTCCT TTCCCAATCC ATCCAGTATC TTTTAATGCC 
AGGGAAGAAG ATACTATTGT TTTCTTGAAG GAGCTGGGTC GCCTGACCTC GGGCAGATTC 
CATGCATTTG CTGAGAGAAC TGATTATACA AATGTCATCG AACCTGTCAT AAAGAGTGAG 
GAGGATGGAG AAAGTCTAAC TAGCTGGAAT ACAAGAAAAT TGAAAGGAAG GGTGCCTCTA 
GTTGCTGGTG TCAGAGAAGA TGTCTTTCTG GTCTGGAAGG AATTGGAAGA GGCCAGGAGT 
ACACTGAGGC AAGTTCAGAG TATTTTAACA GTGTCCAACC AGCCTATTTC TGGAGAAGCA 
TTCAAAACGA ATCATCCAGT GCCTGAGCCA AAACCTGAGG ATTATGTAAA TTCAAAAGAT 
TGGTTGCAGA AATATGGCCT GAAAGCTCAG AAGCTAACAT TATATGATGC ACTTGCTGAC 
TGTACTTTTC GCCATGTTGA TGGCATTGTT GACATAAAAG CCAAGCCAGA AGATGAATCT 
TTACAAACTG ATGCTGAAAC AAAGAAGAAA GTAATCCACG CAAAATACTG TGACAAATTT 
ATACATACCT ACTGGAAAGA TGGCTCTATG GTTCATGTGT ATGTCACTGT GGAAAAGTAC 
AAGCAGTATG AAGAGAAAAT GAGGAATGCT CTTCAACAAA TGGAAGGAAG GATTAAGTGG 
CTCCAGCGAG GGAGCAGAGG ACTCTTTGGC AACGTGCTTG AAGATCACAT CTGTATTCTC 
ATCGATACAT CTCAGTCTAT GATAGACAAA CTGCCATTGG TGAAAGAGAA AATATTTCAG 
CTCATGCAGG AGCAGCTTAG ACACAAAAGC AGCTTTAACT TTGTGAAATT TGATGCTCAA 
GCAGCAGCTT GGCAAGACAA ACTTGCTGAA GTTAATGAAG AGAATTTGCA GGATGCTTGG 
CTATGGATAA AAGGACTTGA GGTTGGAAGT TCTACCAATA CACTCAGTGC TCTTCAAATT 
GCTCTTGCTG ATCATGATGC TGAAGCCATT TATCTTCTTA CGGATGGGAG GCCTGATCAG 
CCACCAAAAT CAATTTTGGC TCAAGTTCAT CTTCATCATA AGGTTCCTAT TCATACCATA 
TCTTTCAACT GTGATGATAC AGAGGCTAAT AAATTTTTGC ATGAATTGTC TACTGAGACA 
GGTGGACGGT TTCATTATTA TAACATTTAT TTGAGGGATC CTGAATCTCC AGAGCCAATT 
GTGAGTGAAG ATATATGCCT TTTAAAAAGA GAAATTGAAC AGGGGAAGAA AGATCTAGAG 
AAAGTGAAGG CTTTCCATGC TGAATGTTTG ATGATAGATT GGTGTAATGG AGAAAAAGAG 
CCTGAAAACA ATCCTCACAA GCAGACTTTT ACTACTTCAT CTATAACCAT GCACATCCAG 
GAGCTGAATG CTTCTCCCAC CAGTAGACCA CAGTGTACAT TAGAAGAGCC AACATTGACT 
GCACACCACC AGATACTAAA TACATGGCAA ACTTGTAATG ACAGTCCAGC CATAAGGAAA 
AAGGCACTGT ATGCAGAACA AACAAAGACT AGTCTGCTCA GAACTCGAGG TTATGGAATA 
AAGTCTTGTA AAGGAAGTCC AGATGAGAAG ATATCTCCTG AAAGAAAGGA TTTTCACCTC 
AAAAACACAC TGAACCCTGC AGCCAGTTTT AAAGAAATGA ATACCCAAAA GGTGACAAAA 
AGAACATCTA AAGATTCTCT AGATATCTCT TCATCTCGTT GGCTAAAGAC TCATGGTTTA 
GTTGCTAGGC GACTCACCAT AATGGATGCC TTAGCCCCCA CAGCTGTTCC TCACAGTACT 
AAATACATCC CAGTTCTGGA AAAACATGTT GTTTCTAAAG TCTTTGATGA GGTGTTCCCC 
CTTGCCCACA TTAGTAATGG CAAGCAACAA ATCACATTAA TTAATCCTCA AGCAGTGAAT 
CTTGATACTT ACAAAGAGAA GCTGGAACAA GCAGTTAAAT TTTATGAAAG GCGCCTCAAT 
CTAATTACTT GGAGAGCACT ATCTCAAGAA GAAAGAGACA AGTTTGAGCA GGACAAGCCA 
GTCCGCTACA TGGAACATAA GGAAGCCTTG CTAGAGTCTT TAGAAAATCT AGGTTGGCCT 
GTTTCCTATG AAGATGTGAT GCTGTTGGAA GATGAAATTC TGGCAGGGTT AACATATATC 
CAACAGGCCT CTGATCTTCA GGAAGCTGCC AAAAAGGACA TTCAGAGGAC CGCTGCTTCA 
CCTGTCAACC ACAGTAAAAA GTTTCAGAAT CTTAAAGAAG AGAGTATAAG GTCACAAACT 
AAAAAAGGAA AAGTGTTTGA AACGCTCAAA GGCCAAAAGG TGATTGCAAG ATCAGACCTC 
ACAGGATTAT ATTTCCCAGG GACAGTGATG AAAAGTATCA GTTCCACCCG TGCACTTGTT 
GACTTCAGCT ATGGAGAGAC GCACATTGTA CCAATTAAAT TCATTATTAT TGTGGGGGGT 
GCTATGCCTT GCCCATCTTT GCAGGTTGGG GACTATGTGT TCTCCAGAAC TGGGATACAG 
ATGGGAGATT ATTATTATGC ACCTGCTGTT GTCATAGCAA CACCAAATAG AGTTCAAGCA 
GATGATAAAC TCTACACAGT TTTGATGTAC AACAATAGGA AAGAACACTG TATACGAAGT 
GGGCTTGTTA AAGTCAGCCA AGCTAAATAT GCTTCTTCCT GCCGATATAT AAAAATGGCC 
CAGGTGGTGG ATTACATGAT CCCAAACAAA CAAATTGTGA AGCCCATTGA TCAGTTGTCA 
CTGGAAGAAG AAGAAAAGAA AAGAAGTGGA AGGGAAGATG GAGGGAAAAA GAAAAAAAAA 
GGGACAACAG AGAGCAGAAG GAATCCAAGA GAGGAGATGT CAGACTCAGA GGAACTTTTG 
TTTATTCCCA GAAGGAGGGA AGTAAAAGGC AAAGGAAGGA ATTCACTGCC TCATGACAAA 
GTTGGAATTG AAGAATCTGC TTGCTTCTTT TTATCAACAC AAGGCTCATC GGCATCTGGA 
ACTCTGCTGT CTCCAAGTAC CTCAGCTCAC AGCTCATCAA AGGATCTTTG TTGCTCTCAC 
ACAGTTACTG TGGATCCAAA GAGTGCCTCA GAACCTGTTG ATGACAACAT CAGCCTTATC 
TCAACTGCTG AGAGGCTGGA AGAGTTGGCA GGGCAGTTTC AGCAGCACTA CATAAATCAA 
AGAAAACATC ATCAGGTGTG CCTGACAGAG GAGACTGTGA GGAATGGAAC AGGTTATGGG 
TAG

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

RefSeq	XP_019340657.1
CDS	127..4029
Translation	MTSKPCKKLAWNDYYVSTLGKLVASRYADGLFPQYMRAQDGRVYNLTAKKELILNFVDCLIGAIELYKQRMEWLTSESRQIFGVIQEQCIVIVLDFGATSGIEFDRCRDALSLVLLEQVTHLAKFNLIRAAQDPIKWQQKAVPVTECFVEFAVNWLWELDRTPALSHTSSTEALMEAVSDEMVEAVYYFAVGEVPEDMKHLLLQKFSDSPFPIHPVSFNAREEDTIVFLKELGRLTSGRFHAFAERTDYTNVIEPVIKSEEDGESLTSWNTRKLKGRVPLVAGVREDVFLVWKELEEARSTLRQVQSILTVSNQPISGEAFKTNHPVPEPKPEDYVNSKDWLQKYGLKAQKLTLYDALADCTFRHVDGIVDIKAKPEDESLQTDAETKKKVIHAKYCDKFIHTYWKDGSMVHVYVTVEKYKQYEEKMRNALQQMEGRIKWLQRGSRGLFGNVLEDHICILIDTSQSMIDKLPLVKEKIFQLMQEQLRHKSSFNFVKFDAQAAAWQDKLAEVNEENLQDAWLWIKGLEVGSSTNTLSALQIALADHDAEAIYLLTDGRPDQPPKSILAQVHLHHKVPIHTISFNCDDTEANKFLHELSTETGGRFHYYNIYLRDPESPEPIVSEDICLLKREIEQGKKDLEKVKAFHAECLMIDWCNGEKEPENNPHKQTFTTSSITMHIQELNASPTSRPQCTLEEPTLTAHHQILNTWQTCNDSPAIRKKALYAEQTKTSLLRTRGYGIKSCKGSPDEKISPERKDFHLKNTLNPAASFKEMNTQKVTKRTSKDSLDISSSRWLKTHGLVARRLTIMDALAPTAVPHSTKYIPVLEKHVVSKVFDEVFPLAHISNGKQQITLINPQAVNLDTYKEKLEQAVKFYERRLNLITWRALSQEERDKFEQDKPVRYMEHKEALLESLENLGWPVSYEDVMLLEDEILAGLTYIQQASDLQEAAKKDIQRTAASPVNHSKKFQNLKEESIRSQTKKGKVFETLKGQKVIARSDLTGLYFPGTVMKSISSTRALVDFSYGETHIVPIKFIIIVGGAMPCPSLQVGDYVFSRTGIQMGDYYYAPAVVIATPNRVQADDKLYTVLMYNNRKEHCIRSGLVKVSQAKYASSCRYIKMAQVVDYMIPNKQIVKPIDQLSLEEEEKKRSGREDGGKKKKKGTTESRRNPREEMSDSEELLFIPRRREVKGKGRNSLPHDKVGIEESACFFLSTQGSSASGTLLSPSTSAHSSSKDLCCSHTVTVDPKSASEPVDDNISLISTAERLEELAGQFQQHYINQRKHHQVCLTEETVRNGTGYG

Target ORF information:

RefSeq Version	XM_019485112.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis von Willebrand factor A domain containing 3B (VWA3B), transcript variant X5, mRNA.

Target ORF information:

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

XM_019485112.1

ORF Insert Sequence:

ATGACTAGCA AGCCCTGCAA GAAGCTTGCC TGGAATGACT ATTATGTGTC CACCTTGGGG 
AAACTCGTGG CTTCACGGTA TGCAGATGGT CTTTTTCCTC AGTACATGAG AGCCCAGGAT 
GGCAGAGTAT ATAATCTGAC CGCCAAAAAG GAGCTAATTC TTAATTTTGT GGACTGTCTA 
ATTGGAGCTA TCGAGCTGTA CAAGCAGAGA ATGGAATGGT TAACCAGTGA AAGCCGGCAG 
ATATTTGGAG TGATTCAGGA ACAATGCATT GTCATTGTTT TGGATTTTGG CGCCACGTCT 
GGGATTGAGT TTGATCGGTG CCGTGATGCA CTTTCTTTGG TCCTCTTGGA ACAAGTGACC 
CACCTTGCCA AATTTAACCT CATTCGGGCT GCTCAAGATC CTATCAAGTG GCAGCAGAAA 
GCCGTTCCAG TGACTGAATG TTTTGTAGAG TTTGCTGTTA ACTGGCTCTG GGAGCTTGAC 
CGTACGCCAG CTCTCAGCCA CACCAGCTCC ACTGAGGCCC TGATGGAGGC TGTAAGTGAT 
GAGATGGTTG AAGCAGTTTA TTATTTTGCT GTGGGTGAGG TTCCTGAGGA TATGAAACAT 
CTACTCCTTC AGAAGTTTTC TGACAGTCCT TTCCCAATCC ATCCAGTATC TTTTAATGCC 
AGGGAAGAAG ATACTATTGT TTTCTTGAAG GAGCTGGGTC GCCTGACCTC GGGCAGATTC 
CATGCATTTG CTGAGAGAAC TGATTATACA AATGTCATCG AACCTGTCAT AAAGAGTGAG 
GAGGATGGAG AAAGTCTAAC TAGCTGGAAT ACAAGAAAAT TGAAAGGAAG GGTGCCTCTA 
GTTGCTGGTG TCAGAGAAGA TGTCTTTCTG GTCTGGAAGG AATTGGAAGA GGCCAGGAGT 
ACACTGAGGC AAGTTCAGAG TATTTTAACA GTGTCCAACC AGCCTATTTC TGGAGAAGCA 
TTCAAAACGA ATCATCCAGT GCCTGAGCCA AAACCTGAGG ATTATGTAAA TTCAAAAGAT 
TGGTTGCAGA AATATGGCCT GAAAGCTCAG AAGCTAACAT TATATGATGC ACTTGCTGAC 
TGTACTTTTC GCCATGTTGA TGGCATTGTT GACATAAAAG CCAAGCCAGA AGATGAATCT 
TTACAAACTG ATGCTGAAAC AAAGAAGAAA GTAATCCACG CAAAATACTG TGACAAATTT 
ATACATACCT ACTGGAAAGA TGGCTCTATG GTTCATGTGT ATGTCACTGT GGAAAAGTAC 
AAGCAGTATG AAGAGAAAAT GAGGAATGCT CTTCAACAAA TGGAAGGAAG GATTAAGTGG 
CTCCAGCGAG GGAGCAGAGG ACTCTTTGGC AACGTGCTTG AAGATCACAT CTGTATTCTC 
ATCGATACAT CTCAGTCTAT GATAGACAAA CTGCCATTGG TGAAAGAGAA AATATTTCAG 
CTCATGCAGG AGCAGCTTAG ACACAAAAGC AGCTTTAACT TTGTGAAATT TGATGCTCAA 
GCAGCAGCTT GGCAAGACAA ACTTGCTGAA GTTAATGAAG AGAATTTGCA GGATGCTTGG 
CTATGGATAA AAGGACTTGA GGTTGGAAGT TCTACCAATA CACTCAGTGC TCTTCAAATT 
GCTCTTGCTG ATCATGATGC TGAAGCCATT TATCTTCTTA CGGATGGGAG GCCTGATCAG 
CCACCAAAAT CAATTTTGGC TCAAGTTCAT CTTCATCATA AGGTTCCTAT TCATACCATA 
TCTTTCAACT GTGATGATAC AGAGGCTAAT AAATTTTTGC ATGAATTGTC TACTGAGACA 
GGTGGACGGT TTCATTATTA TAACATTTAT TTGAGGGATC CTGAATCTCC AGAGCCAATT 
GTGAGTGAAG ATATATGCCT TTTAAAAAGA GAAATTGAAC AGGGGAAGAA AGATCTAGAG 
AAAGTGAAGG CTTTCCATGC TGAATGTTTG ATGATAGATT GGTGTAATGG AGAAAAAGAG 
CCTGAAAACA ATCCTCACAA GCAGACTTTT ACTACTTCAT CTATAACCAT GCACATCCAG 
GAGCTGAATG CTTCTCCCAC CAGTAGACCA CAGTGTACAT TAGAAGAGCC AACATTGACT 
GCACACCACC AGATACTAAA TACATGGCAA ACTTGTAATG ACAGTCCAGC CATAAGGAAA 
AAGGCACTGT ATGCAGAACA AACAAAGACT AGTCTGCTCA GAACTCGAGG TTATGGAATA 
AAGTCTTGTA AAGGAAGTCC AGATGAGAAG ATATCTCCTG AAAGAAAGGA TTTTCACCTC 
AAAAACACAC TGAACCCTGC AGCCAGTTTT AAAGAAATGA ATACCCAAAA GGTGACAAAA 
AGAACATCTA AAGATTCTCT AGATATCTCT TCATCTCGTT GGCTAAAGAC TCATGGTTTA 
GTTGCTAGGC GACTCACCAT AATGGATGCC TTAGCCCCCA CAGCTGTTCC TCACAGTACT 
AAATACATCC CAGTTCTGGA AAAACATGTT GTTTCTAAAG TCTTTGATGA GGTGTTCCCC 
CTTGCCCACA TTAGTAATGG CAAGCAACAA ATCACATTAA TTAATCCTCA AGCAGTGAAT 
CTTGATACTT ACAAAGAGAA GCTGGAACAA GCAGTTAAAT TTTATGAAAG GCGCCTCAAT 
CTAATTACTT GGAGAGCACT ATCTCAAGAA GAAAGAGACA AGTTTGAGCA GGACAAGCCA 
GTCCGCTACA TGGAACATAA GGAAGCCTTG CTAGAGTCTT TAGAAAATCT AGGTTGGCCT 
GTTTCCTATG AAGATGTGAT GCTGTTGGAA GATGAAATTC TGGCAGGGTT AACATATATC 
CAACAGGCCT CTGATCTTCA GGAAGCTGCC AAAAAGGACA TTCAGAGGAC CGCTGCTTCA 
CCTGTCAACC ACAGTAAAAA GTTTCAGAAT CTTAAAGAAG AGAGTATAAG GTCACAAACT 
AAAAAAGGAA AAGTGTTTGA AACGCTCAAA GGCCAAAAGG TGATTGCAAG ATCAGACCTC 
ACAGGATTAT ATTTCCCAGG GACAGTGATG AAAAGTATCA GTTCCACCCG TGCACTTGTT 
GACTTCAGCT ATGGAGAGAC GCACATTGTA CCAATTAAAT TCATTATTAT TGTGGGGGGT 
GCTATGCCTT GCCCATCTTT GCAGGTTGGG GACTATGTGT TCTCCAGAAC TGGGATACAG 
ATGGGAGATT ATTATTATGC ACCTGCTGTT GTCATAGCAA CACCAAATAG AGTTCAAGCA 
GATGATAAAC TCTACACAGT TTTGATGTAC AACAATAGGA AAGAACACTG TATACGAAGT 
GGGCTTGTTA AAGTCAGCCA AGCTAAATAT GCTTCTTCCT GCCGATATAT AAAAATGGCC 
CAGGTGGTGG ATTACATGAT CCCAAACAAA CAAATTGTGA AGCCCATTGA TCAGTTGTCA 
CTGGAAGAAG AAGAAAAGAA AAGAAGTGGA AGGGAAGATG GAGGGAAAAA GAAAAAAAAA 
GGGACAACAG AGAGCAGAAG GAATCCAAGA GAGGAGATGT CAGACTCAGA GGAACTTTTG 
TTTATTCCCA GAAGGAGGGA AGTAAAAGGC AAAGGAAGGA ATTCACTGCC TCATGACAAA 
GTTGGAATTG AAGAATCTGC TTGCTTCTTT TTATCAACAC AAGGCTCATC GGCATCTGGA 
ACTCTGCTGT CTCCAAGTAC CTCAGCTCAC AGCTCATCAA AGGATCTTTG TTGCTCTCAC 
ACAGTTACTG TGGATCCAAA GAGTGCCTCA GAACCTGTTG ATGACAACAT CAGCCTTATC 
TCAACTGCTG AGAGGCTGGA AGAGTTGGCA GGGCAGTTTC AGCAGCACTA CATAAATCAA 
AGAAAACATC ATCAGGTGTG CCTGACAGAG GAGACTGTGA GGAATGGAAC AGGTTATGGG 
TAG

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

VWA3B ( XM_019485113.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019340658.1 Alligator mississippiensis von Willebrand factor A domain containing 3B (VWA3B), transcript variant X6, mRNA.

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CloneID	OAl53789
Clone ID Related Accession (Same CDS sequence)	XM_019485113.1
Accession Version	XM_019485113.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3843bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	von Willebrand factor A domain-containing protein 3B isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017709042.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACTAGCA AGCCCTGCAA GAAGCTTGCC TGGAATGACT TGGTTACTTC TGATGTAAAA 
CATGGAGAAC AAGAAAAAAC TGATTCTCAC ATTGTGGCCA AGGGAAAATC TACAGAAAAA 
GACATGAAAC TTAGGAGAAT TCAGTGGGAC TTGGATGTAC AACCTCTCAT TTCATCTTCT 
AAGTGGCTTC AACTTTATGG GCTTAAGAGA AACAAGCTAT CCCTTTCTCA GATTTTATCA 
CAAATTGGAT TTCAGCACAG GGAAGATTAT GTGTCCACCT TGGGGAAACT CGTGGCTTCA 
CGGTATGCAG ATGGTCTTTT TCCTCAGTAC ATGAGAGCCC AGGATGGCAG AGTATATAAT 
CTGACCGCCA AAAAGGAGCT AATTCTTAAT TTTGTGGACT GTCTAATTGG AGCTATCGAG 
CTGTACAAGC AGAGAATGGA ATGGTTAACC AGTGAAAGCC GGCAGATATT TGGAGTGATT 
CAGGAACAAT GCATTGTCAT TGTTTTGGAT TTTGGCGCCA CGTCTGGGAT TGAGTTTGAT 
CGGTGCCGTG ATGCACTTTC TTTGGTCCTC TTGGAACAAG TGACCCACCT TGCCAAATTT 
AACCTCATTC GGGCTGCTCA AGATCCTATC AAGTGGCAGC AGAAAGCCGT TCCAGTGACT 
GAATGTTTTG TAGAGTTTGC TGTTAACTGG CTCTGGGAGC TTGACCGTAC GCCAGCTCTC 
AGCCACACCA GCTCCACTGA GGCCCTGATG GAGGCTGTAA GTGATGAGAT GGTTGAAGCA 
GTTTATTATT TTGCTGTGGG TGAGGTTCCT GAGGATATGA AACATCTACT CCTTCAGAAG 
TTTTCTGACA GTCCTTTCCC AATCCATCCA GTATCTTTTA ATGCCAGGGA AGAAGATACT 
ATTGTTTTCT TGAAGGAGCT GGGTCGCCTG ACCTCGGGCA GATTCCATGC ATTTGCTGAG 
AGAACTGATT ATACAAATGT CATCGAACCT GTCATAAAGA GTGAGGAGGA TGGAGAAAGT 
CTAACTAGCT GGAATACAAG AAAATTGAAA GGAAGGGTGC CTCTAGTTGC TGGTGTCAGA 
GAAGATGTCT TTCTGGTCTG GAAGGAATTG GAAGAGGCCA GGAGTACACT GAGGCAAGTT 
CAGAGTATTT TAACAGTGTC CAACCAGCCT ATTTCTGGAG AAGCATTCAA AACGAATCAT 
CCAGTGCCTG AGCCAAAACC TGAGGATTAT GTAAATTCAA AAGATTGGTT GCAGAAATAT 
GGCCTGAAAG CTCAGAAGCT AACATTATAT GATGCACTTG CTGACTGTAC TTTTCGCCAT 
GTTGATGGCA TTGTTGACAT AAAAGCCAAG CCAGAAGATG AATCTTTACA AACTGATGCT 
GAAACAAAGA AGAAAGTAAT CCACGCAAAA TACTGTGACA AATTTATACA TACCTACTGG 
AAAGATGGCT CTATGGTTCA TGTGTATGTC ACTGTGGAAA AGTACAAGCA GTATGAAGAG 
AAAATGAGGA ATGCTCTTCA ACAAATGGAA GGAAGGATTA AGTGGCTCCA GCGAGGGAGC 
AGAGGACTCT TTGGCAACGT GCTTGAAGAT CACATCTGTA TTCTCATCGA TACATCTCAG 
TCTATGATAG ACAAACTGCC ATTGGTGAAA GAGAAAATAT TTCAGCTCAT GCAGGAGCAG 
CTTAGACACA AAAGCAGCTT TAACTTTGTG AAATTTGATG CTCAAGCAGC AGCTTGGCAA 
GACAAACTTG CTGAAGTTAA TGAAGAGAAT TTGCAGGATG CTTGGCTATG GATAAAAGGA 
CTTGAGGTTG GAAGTTCTAC CAATACACTC AGTGCTCTTC AAATTGCTCT TGCTGATCAT 
GATGCTGAAG CCATTTATCT TCTTACGGAT GGGAGGCCTG ATCAGCCACC AAAATCAATT 
TTGGCTCAAG TTCATCTTCA TCATAAGGTT CCTATTCATA CCATATCTTT CAACTGTGAT 
GATACAGAGG CTAATAAATT TTTGCATGAA TTGTCTACTG AGACAGGTGG ACGGTTTCAT 
TATTATAACA TTTATTTGAG GGATCCTGAA TCTCCAGAGC CAATTGTGAG TGAAGATATA 
TGCCTTTTAA AAAGAGAAAT TGAACAGGGG AAGAAAGATC TAGAGAAAGT GAAGGCTTTC 
CATGCTGAAT GTTTGATGAT AGATTGGTGT AATGGAGAAA AAGAGCCTGA AAACAATCCT 
CACAAGCAGA CTTTTACTAC TTCATCTATA ACCATGCACA TCCAGGAGCT GAATGCTTCT 
CCCACCAGTA GACCACAGTG TACATTAGAA GAGCCAACAT TGACTGCACA CCACCAGATA 
CTAAATACAT GGCAAACTTG TAATGACAGT CCAGCCATAA GGAAAAAGGC ACTGTATGCA 
GAACAAACAA AGACTAGTCT GCTCAGAACT CGAGGTTATG GAATAAAGTC TTGTAAAGGA 
AGTCCAGATG AGAAGATATC TCCTGAAAGA AAGGATTTTC ACCTCAAAAA CACACTGAAC 
CCTGCAGCCA GTTTTAAAGA AATGAATACC CAAAAGGTGA CAAAAAGAAC ATCTAAAGAT 
TCTCTAGATA TCTCTTCATC TCGTTGGCTA AAGACTCATG GTTTAGTTGC TAGGCGACTC 
ACCATAATGG ATGCCTTAGC CCCCACAGCT GTTCCTCACA GTACTAAATA CATCCCAGTT 
CTGGAAAAAC ATGTTGTTTC TAAAGTCTTT GATGAGGTGT TCCCCCTTGC CCACATTAGT 
AATGGCAAGC AACAAATCAC ATTAATTAAT CCTCAAGCAG TGAATCTTGA TACTTACAAA 
GAGAAGCTGG AACAAGCAGT TAAATTTTAT GAAAGGCGCC TCAATCTAAT TACTTGGAGA 
GCACTATCTC AAGAAGAAAG AGACAAGTTT GAGCAGGACA AGCCAGTCCG CTACATGGAA 
CATAAGGAAG CCTTGCTAGA GTCTTTAGAA AATCTAGGTT GGCCTGTTTC CTATGAAGAT 
GTGATGCTGT TGGAAGATGA AATTCTGGCA GGGTTAACAT ATATCCAACA GGCCTCTGAT 
CTTCAGGAAG CTGCCAAAAA GGACATTCAG AGGACCGCTG CTTCACCTGT CAACCACAGT 
AAAAAGTTTC AGAATCTTAA AGAAGAGAGT ATAAGGTCAC AAACTAAAAA AGGAAAAGTG 
TTTGAAACGC TCAAAGGCCA AAAGGTGATT GCAAGATCAG ACCTCACAGG ATTATATTTC 
CCAGGGACAG TGATGAAAAG TATCAGTTCC ACCCGTGCAC TTGTTGACTT CAGCTATGGA 
GAGACGCACA TTGTACCAAT TAAATTCATT ATTATTGTGG GGGGTGCTAT GCCTTGCCCA 
TCTTTGCAGG TTGGGGACTA TGTGTTCTCC AGAACTGGGA TACAGATGGG AGATTATTAT 
TATGCACCTG CTGTTGTCAT AGCAACACCA AATAGAGTTC AAGCAGATGA TAAACTCTAC 
ACAGTTTTGA TGTACAACAA TAGGAAAGAA CACTGTATAC GAAGTGGGCT TGTTAAAGTC 
AGCCAAGCTA AATATGCTTC TTCCTGCCGA TATATAAAAA TGGCCCAGGT GGTGGATTAC 
ATGATCCCAA ACAAACAAAT TGTGAAGCCC ATTGATCAGT TGTCACTGGA AGAAGAAGAA 
AAGAAAAGAA GTGGAAGGGA AGATGGAGGG AAAAAGAAAA AAAAAGGGAC AACAGAGAGC 
AGAAGGAATC CAAGAGAGGA GATGTCAGAC TCAGAGGAAC TTTTGTTTAT TCCCAGAAGG 
AGGGAAGTAA AAGGCAAAGG AAGGAATTCA CTGCCTCATG ACAAAGTTGG AATTGAAGGT 
TAA

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

RefSeq	XP_019340658.1
CDS	127..3969
Translation	MTSKPCKKLAWNDLVTSDVKHGEQEKTDSHIVAKGKSTEKDMKLRRIQWDLDVQPLISSSKWLQLYGLKRNKLSLSQILSQIGFQHREDYVSTLGKLVASRYADGLFPQYMRAQDGRVYNLTAKKELILNFVDCLIGAIELYKQRMEWLTSESRQIFGVIQEQCIVIVLDFGATSGIEFDRCRDALSLVLLEQVTHLAKFNLIRAAQDPIKWQQKAVPVTECFVEFAVNWLWELDRTPALSHTSSTEALMEAVSDEMVEAVYYFAVGEVPEDMKHLLLQKFSDSPFPIHPVSFNAREEDTIVFLKELGRLTSGRFHAFAERTDYTNVIEPVIKSEEDGESLTSWNTRKLKGRVPLVAGVREDVFLVWKELEEARSTLRQVQSILTVSNQPISGEAFKTNHPVPEPKPEDYVNSKDWLQKYGLKAQKLTLYDALADCTFRHVDGIVDIKAKPEDESLQTDAETKKKVIHAKYCDKFIHTYWKDGSMVHVYVTVEKYKQYEEKMRNALQQMEGRIKWLQRGSRGLFGNVLEDHICILIDTSQSMIDKLPLVKEKIFQLMQEQLRHKSSFNFVKFDAQAAAWQDKLAEVNEENLQDAWLWIKGLEVGSSTNTLSALQIALADHDAEAIYLLTDGRPDQPPKSILAQVHLHHKVPIHTISFNCDDTEANKFLHELSTETGGRFHYYNIYLRDPESPEPIVSEDICLLKREIEQGKKDLEKVKAFHAECLMIDWCNGEKEPENNPHKQTFTTSSITMHIQELNASPTSRPQCTLEEPTLTAHHQILNTWQTCNDSPAIRKKALYAEQTKTSLLRTRGYGIKSCKGSPDEKISPERKDFHLKNTLNPAASFKEMNTQKVTKRTSKDSLDISSSRWLKTHGLVARRLTIMDALAPTAVPHSTKYIPVLEKHVVSKVFDEVFPLAHISNGKQQITLINPQAVNLDTYKEKLEQAVKFYERRLNLITWRALSQEERDKFEQDKPVRYMEHKEALLESLENLGWPVSYEDVMLLEDEILAGLTYIQQASDLQEAAKKDIQRTAASPVNHSKKFQNLKEESIRSQTKKGKVFETLKGQKVIARSDLTGLYFPGTVMKSISSTRALVDFSYGETHIVPIKFIIIVGGAMPCPSLQVGDYVFSRTGIQMGDYYYAPAVVIATPNRVQADDKLYTVLMYNNRKEHCIRSGLVKVSQAKYASSCRYIKMAQVVDYMIPNKQIVKPIDQLSLEEEEKKRSGREDGGKKKKKGTTESRRNPREEMSDSEELLFIPRRREVKGKGRNSLPHDKVGIEG

Target ORF information:

RefSeq Version	XM_019485113.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis von Willebrand factor A domain containing 3B (VWA3B), transcript variant X6, mRNA.

Target ORF information:

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

XM_019485113.1

ORF Insert Sequence:

ATGACTAGCA AGCCCTGCAA GAAGCTTGCC TGGAATGACT TGGTTACTTC TGATGTAAAA 
CATGGAGAAC AAGAAAAAAC TGATTCTCAC ATTGTGGCCA AGGGAAAATC TACAGAAAAA 
GACATGAAAC TTAGGAGAAT TCAGTGGGAC TTGGATGTAC AACCTCTCAT TTCATCTTCT 
AAGTGGCTTC AACTTTATGG GCTTAAGAGA AACAAGCTAT CCCTTTCTCA GATTTTATCA 
CAAATTGGAT TTCAGCACAG GGAAGATTAT GTGTCCACCT TGGGGAAACT CGTGGCTTCA 
CGGTATGCAG ATGGTCTTTT TCCTCAGTAC ATGAGAGCCC AGGATGGCAG AGTATATAAT 
CTGACCGCCA AAAAGGAGCT AATTCTTAAT TTTGTGGACT GTCTAATTGG AGCTATCGAG 
CTGTACAAGC AGAGAATGGA ATGGTTAACC AGTGAAAGCC GGCAGATATT TGGAGTGATT 
CAGGAACAAT GCATTGTCAT TGTTTTGGAT TTTGGCGCCA CGTCTGGGAT TGAGTTTGAT 
CGGTGCCGTG ATGCACTTTC TTTGGTCCTC TTGGAACAAG TGACCCACCT TGCCAAATTT 
AACCTCATTC GGGCTGCTCA AGATCCTATC AAGTGGCAGC AGAAAGCCGT TCCAGTGACT 
GAATGTTTTG TAGAGTTTGC TGTTAACTGG CTCTGGGAGC TTGACCGTAC GCCAGCTCTC 
AGCCACACCA GCTCCACTGA GGCCCTGATG GAGGCTGTAA GTGATGAGAT GGTTGAAGCA 
GTTTATTATT TTGCTGTGGG TGAGGTTCCT GAGGATATGA AACATCTACT CCTTCAGAAG 
TTTTCTGACA GTCCTTTCCC AATCCATCCA GTATCTTTTA ATGCCAGGGA AGAAGATACT 
ATTGTTTTCT TGAAGGAGCT GGGTCGCCTG ACCTCGGGCA GATTCCATGC ATTTGCTGAG 
AGAACTGATT ATACAAATGT CATCGAACCT GTCATAAAGA GTGAGGAGGA TGGAGAAAGT 
CTAACTAGCT GGAATACAAG AAAATTGAAA GGAAGGGTGC CTCTAGTTGC TGGTGTCAGA 
GAAGATGTCT TTCTGGTCTG GAAGGAATTG GAAGAGGCCA GGAGTACACT GAGGCAAGTT 
CAGAGTATTT TAACAGTGTC CAACCAGCCT ATTTCTGGAG AAGCATTCAA AACGAATCAT 
CCAGTGCCTG AGCCAAAACC TGAGGATTAT GTAAATTCAA AAGATTGGTT GCAGAAATAT 
GGCCTGAAAG CTCAGAAGCT AACATTATAT GATGCACTTG CTGACTGTAC TTTTCGCCAT 
GTTGATGGCA TTGTTGACAT AAAAGCCAAG CCAGAAGATG AATCTTTACA AACTGATGCT 
GAAACAAAGA AGAAAGTAAT CCACGCAAAA TACTGTGACA AATTTATACA TACCTACTGG 
AAAGATGGCT CTATGGTTCA TGTGTATGTC ACTGTGGAAA AGTACAAGCA GTATGAAGAG 
AAAATGAGGA ATGCTCTTCA ACAAATGGAA GGAAGGATTA AGTGGCTCCA GCGAGGGAGC 
AGAGGACTCT TTGGCAACGT GCTTGAAGAT CACATCTGTA TTCTCATCGA TACATCTCAG 
TCTATGATAG ACAAACTGCC ATTGGTGAAA GAGAAAATAT TTCAGCTCAT GCAGGAGCAG 
CTTAGACACA AAAGCAGCTT TAACTTTGTG AAATTTGATG CTCAAGCAGC AGCTTGGCAA 
GACAAACTTG CTGAAGTTAA TGAAGAGAAT TTGCAGGATG CTTGGCTATG GATAAAAGGA 
CTTGAGGTTG GAAGTTCTAC CAATACACTC AGTGCTCTTC AAATTGCTCT TGCTGATCAT 
GATGCTGAAG CCATTTATCT TCTTACGGAT GGGAGGCCTG ATCAGCCACC AAAATCAATT 
TTGGCTCAAG TTCATCTTCA TCATAAGGTT CCTATTCATA CCATATCTTT CAACTGTGAT 
GATACAGAGG CTAATAAATT TTTGCATGAA TTGTCTACTG AGACAGGTGG ACGGTTTCAT 
TATTATAACA TTTATTTGAG GGATCCTGAA TCTCCAGAGC CAATTGTGAG TGAAGATATA 
TGCCTTTTAA AAAGAGAAAT TGAACAGGGG AAGAAAGATC TAGAGAAAGT GAAGGCTTTC 
CATGCTGAAT GTTTGATGAT AGATTGGTGT AATGGAGAAA AAGAGCCTGA AAACAATCCT 
CACAAGCAGA CTTTTACTAC TTCATCTATA ACCATGCACA TCCAGGAGCT GAATGCTTCT 
CCCACCAGTA GACCACAGTG TACATTAGAA GAGCCAACAT TGACTGCACA CCACCAGATA 
CTAAATACAT GGCAAACTTG TAATGACAGT CCAGCCATAA GGAAAAAGGC ACTGTATGCA 
GAACAAACAA AGACTAGTCT GCTCAGAACT CGAGGTTATG GAATAAAGTC TTGTAAAGGA 
AGTCCAGATG AGAAGATATC TCCTGAAAGA AAGGATTTTC ACCTCAAAAA CACACTGAAC 
CCTGCAGCCA GTTTTAAAGA AATGAATACC CAAAAGGTGA CAAAAAGAAC ATCTAAAGAT 
TCTCTAGATA TCTCTTCATC TCGTTGGCTA AAGACTCATG GTTTAGTTGC TAGGCGACTC 
ACCATAATGG ATGCCTTAGC CCCCACAGCT GTTCCTCACA GTACTAAATA CATCCCAGTT 
CTGGAAAAAC ATGTTGTTTC TAAAGTCTTT GATGAGGTGT TCCCCCTTGC CCACATTAGT 
AATGGCAAGC AACAAATCAC ATTAATTAAT CCTCAAGCAG TGAATCTTGA TACTTACAAA 
GAGAAGCTGG AACAAGCAGT TAAATTTTAT GAAAGGCGCC TCAATCTAAT TACTTGGAGA 
GCACTATCTC AAGAAGAAAG AGACAAGTTT GAGCAGGACA AGCCAGTCCG CTACATGGAA 
CATAAGGAAG CCTTGCTAGA GTCTTTAGAA AATCTAGGTT GGCCTGTTTC CTATGAAGAT 
GTGATGCTGT TGGAAGATGA AATTCTGGCA GGGTTAACAT ATATCCAACA GGCCTCTGAT 
CTTCAGGAAG CTGCCAAAAA GGACATTCAG AGGACCGCTG CTTCACCTGT CAACCACAGT 
AAAAAGTTTC AGAATCTTAA AGAAGAGAGT ATAAGGTCAC AAACTAAAAA AGGAAAAGTG 
TTTGAAACGC TCAAAGGCCA AAAGGTGATT GCAAGATCAG ACCTCACAGG ATTATATTTC 
CCAGGGACAG TGATGAAAAG TATCAGTTCC ACCCGTGCAC TTGTTGACTT CAGCTATGGA 
GAGACGCACA TTGTACCAAT TAAATTCATT ATTATTGTGG GGGGTGCTAT GCCTTGCCCA 
TCTTTGCAGG TTGGGGACTA TGTGTTCTCC AGAACTGGGA TACAGATGGG AGATTATTAT 
TATGCACCTG CTGTTGTCAT AGCAACACCA AATAGAGTTC AAGCAGATGA TAAACTCTAC 
ACAGTTTTGA TGTACAACAA TAGGAAAGAA CACTGTATAC GAAGTGGGCT TGTTAAAGTC 
AGCCAAGCTA AATATGCTTC TTCCTGCCGA TATATAAAAA TGGCCCAGGT GGTGGATTAC 
ATGATCCCAA ACAAACAAAT TGTGAAGCCC ATTGATCAGT TGTCACTGGA AGAAGAAGAA 
AAGAAAAGAA GTGGAAGGGA AGATGGAGGG AAAAAGAAAA AAAAAGGGAC AACAGAGAGC 
AGAAGGAATC CAAGAGAGGA GATGTCAGAC TCAGAGGAAC TTTTGTTTAT TCCCAGAAGG 
AGGGAAGTAA AAGGCAAAGG AAGGAATTCA CTGCCTCATG ACAAAGTTGG AATTGAAGGT 
TAA

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

VWA3B ( XM_019485114.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019340659.1 Alligator mississippiensis von Willebrand factor A domain containing 3B (VWA3B), transcript variant X7, mRNA.

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CloneID	OAl53790
Clone ID Related Accession (Same CDS sequence)	XM_019485114.1
Accession Version	XM_019485114.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3312bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	von Willebrand factor A domain-containing protein 3B isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017709042.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAACATC TACTCCTTCA GAAGTTTTCT GACAGTCCTT TCCCAATCCA TCCAGTATCT 
TTTAATGCCA GGGAAGAAGA TACTATTGTT TTCTTGAAGG AGCTGGGTCG CCTGACCTCG 
GGCAGATTCC ATGCATTTGC TGAGAGAACT GATTATACAA ATGTCATCGA ACCTGTCATA 
AAGAGTGAGG AGGATGGAGA AAGTCTAACT AGCTGGAATA CAAGAAAATT GAAAGGAAGG 
GTGCCTCTAG TTGCTGGTGT CAGAGAAGAT GTCTTTCTGG TCTGGAAGGA ATTGGAAGAG 
GCCAGGAGTA CACTGAGGCA AGTTCAGAGT ATTTTAACAG TGTCCAACCA GCCTATTTCT 
GGAGAAGCAT TCAAAACGAA TCATCCAGTG CCTGAGCCAA AACCTGAGGA TTATGTAAAT 
TCAAAAGATT GGTTGCAGAA ATATGGCCTG AAAGCTCAGA AGCTAACATT ATATGATGCA 
CTTGCTGACT GTACTTTTCG CCATGTTGAT GGCATTGTTG ACATAAAAGC CAAGCCAGAA 
GATGAATCTT TACAAACTGA TGCTGAAACA AAGAAGAAAG TAATCCACGC AAAATACTGT 
GACAAATTTA TACATACCTA CTGGAAAGAT GGCTCTATGG TTCATGTGTA TGTCACTGTG 
GAAAAGTACA AGCAGTATGA AGAGAAAATG AGGAATGCTC TTCAACAAAT GGAAGGAAGG 
ATTAAGTGGC TCCAGCGAGG GAGCAGAGGA CTCTTTGGCA ACGTGCTTGA AGATCACATC 
TGTATTCTCA TCGATACATC TCAGTCTATG ATAGACAAAC TGCCATTGGT GAAAGAGAAA 
ATATTTCAGC TCATGCAGGA GCAGCTTAGA CACAAAAGCA GCTTTAACTT TGTGAAATTT 
GATGCTCAAG CAGCAGCTTG GCAAGACAAA CTTGCTGAAG TTAATGAAGA GAATTTGCAG 
GATGCTTGGC TATGGATAAA AGGACTTGAG GTTGGAAGTT CTACCAATAC ACTCAGTGCT 
CTTCAAATTG CTCTTGCTGA TCATGATGCT GAAGCCATTT ATCTTCTTAC GGATGGGAGG 
CCTGATCAGC CACCAAAATC AATTTTGGCT CAAGTTCATC TTCATCATAA GGTTCCTATT 
CATACCATAT CTTTCAACTG TGATGATACA GAGGCTAATA AATTTTTGCA TGAATTGTCT 
ACTGAGACAG GTGGACGGTT TCATTATTAT AACATTTATT TGAGGGATCC TGAATCTCCA 
GAGCCAATTG TGAGTGAAGA TATATGCCTT TTAAAAAGAG AAATTGAACA GGGGAAGAAA 
GATCTAGAGA AAGTGAAGGC TTTCCATGCT GAATGTTTGA TGATAGATTG GTGTAATGGA 
GAAAAAGAGC CTGAAAACAA TCCTCACAAG CAGACTTTTA CTACTTCATC TATAACCATG 
CACATCCAGG AGCTGAATGC TTCTCCCACC AGTAGACCAC AGTGTACATT AGAAGAGCCA 
ACATTGACTG CACACCACCA GATACTAAAT ACATGGCAAA CTTGTAATGA CAGTCCAGCC 
ATAAGGAAAA AGGCACTGTA TGCAGAACAA ACAAAGACTA GTCTGCTCAG AACTCGAGGT 
TATGGAATAA AGTCTTGTAA AGGAAGTCCA GATGAGAAGA TATCTCCTGA AAGAAAGGAT 
TTTCACCTCA AAAACACACT GAACCCTGCA GCCAGTTTTA AAGAAATGAA TACCCAAAAG 
GTGACAAAAA GAACATCTAA AGATTCTCTA GATATCTCTT CATCTCGTTG GCTAAAGACT 
CATGGTTTAG TTGCTAGGCG ACTCACCATA ATGGATGCCT TAGCCCCCAC AGCTGTTCCT 
CACAGTACTA AATACATCCC AGTTCTGGAA AAACATGTTG TTTCTAAAGT CTTTGATGAG 
GTGTTCCCCC TTGCCCACAT TAGTAATGGC AAGCAACAAA TCACATTAAT TAATCCTCAA 
GCAGTGAATC TTGATACTTA CAAAGAGAAG CTGGAACAAG CAGTTAAATT TTATGAAAGG 
CGCCTCAATC TAATTACTTG GAGAGCACTA TCTCAAGAAG AAAGAGACAA GTTTGAGCAG 
GACAAGCCAG TCCGCTACAT GGAACATAAG GAAGCCTTGC TAGAGTCTTT AGAAAATCTA 
GGTTGGCCTG TTTCCTATGA AGATGTGATG CTGTTGGAAG ATGAAATTCT GGCAGGGTTA 
ACATATATCC AACAGGCCTC TGATCTTCAG GAAGCTGCCA AAAAGGACAT TCAGAGGACC 
GCTGCTTCAC CTGTCAACCA CAGTAAAAAG TTTCAGAATC TTAAAGAAGA GAGTATAAGG 
TCACAAACTA AAAAAGGAAA AGTGTTTGAA ACGCTCAAAG GCCAAAAGGT GATTGCAAGA 
TCAGACCTCA CAGGATTATA TTTCCCAGGG ACAGTGATGA AAAGTATCAG TTCCACCCGT 
GCACTTGTTG ACTTCAGCTA TGGAGAGACG CACATTGTAC CAATTAAATT CATTATTATT 
GTGGGGGGTG CTATGCCTTG CCCATCTTTG CAGGTTGGGG ACTATGTGTT CTCCAGAACT 
GGGATACAGA TGGGAGATTA TTATTATGCA CCTGCTGTTG TCATAGCAAC ACCAAATAGA 
GTTCAAGCAG ATGATAAACT CTACACAGTT TTGATGTACA ACAATAGGAA AGAACACTGT 
ATACGAAGTG GGCTTGTTAA AGTCAGCCAA GCTAAATATG CTTCTTCCTG CCGATATATA 
AAAATGGCCC AGGTGGTGGA TTACATGATC CCAAACAAAC AAATTGTGAA GCCCATTGAT 
CAGTTGTCAC TGGAAGAAGA AGAAAAGAAA AGAAGTGGAA GGGAAGATGG AGGGAAAAAG 
AAAAAAAAAG GGACAACAGA GAGCAGAAGG AATCCAAGAG AGGAGATGTC AGACTCAGAG 
GAACTTTTGT TTATTCCCAG AAGGAGGGAA GTAAAAGGCA AAGGAAGGAA TTCACTGCCT 
CATGACAAAG TTGGAATTGA AGAATCTGCT TGCTTCTTTT TATCAACACA AGGCTCATCG 
GCATCTGGAA CTCTGCTGTC TCCAAGTACC TCAGCTCACA GCTCATCAAA GGATCTTTGT 
TGCTCTCACA CAGTTACTGT GGATCCAAAG AGTGCCTCAG AACCTGTTGA TGACAACATC 
AGCCTTATCT CAACTGCTGA GAGGCTGGAA GAGTTGGCAG GGCAGTTTCA GCAGCACTAC 
ATAAATCAAA GAAAACATCA TCAGGTGTGC CTGACAGAGG AGACTGTGAG GAATGGAACA 
GGTTATGGGT AG

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

RefSeq	XP_019340659.1
CDS	124..3435
Translation	MKHLLLQKFSDSPFPIHPVSFNAREEDTIVFLKELGRLTSGRFHAFAERTDYTNVIEPVIKSEEDGESLTSWNTRKLKGRVPLVAGVREDVFLVWKELEEARSTLRQVQSILTVSNQPISGEAFKTNHPVPEPKPEDYVNSKDWLQKYGLKAQKLTLYDALADCTFRHVDGIVDIKAKPEDESLQTDAETKKKVIHAKYCDKFIHTYWKDGSMVHVYVTVEKYKQYEEKMRNALQQMEGRIKWLQRGSRGLFGNVLEDHICILIDTSQSMIDKLPLVKEKIFQLMQEQLRHKSSFNFVKFDAQAAAWQDKLAEVNEENLQDAWLWIKGLEVGSSTNTLSALQIALADHDAEAIYLLTDGRPDQPPKSILAQVHLHHKVPIHTISFNCDDTEANKFLHELSTETGGRFHYYNIYLRDPESPEPIVSEDICLLKREIEQGKKDLEKVKAFHAECLMIDWCNGEKEPENNPHKQTFTTSSITMHIQELNASPTSRPQCTLEEPTLTAHHQILNTWQTCNDSPAIRKKALYAEQTKTSLLRTRGYGIKSCKGSPDEKISPERKDFHLKNTLNPAASFKEMNTQKVTKRTSKDSLDISSSRWLKTHGLVARRLTIMDALAPTAVPHSTKYIPVLEKHVVSKVFDEVFPLAHISNGKQQITLINPQAVNLDTYKEKLEQAVKFYERRLNLITWRALSQEERDKFEQDKPVRYMEHKEALLESLENLGWPVSYEDVMLLEDEILAGLTYIQQASDLQEAAKKDIQRTAASPVNHSKKFQNLKEESIRSQTKKGKVFETLKGQKVIARSDLTGLYFPGTVMKSISSTRALVDFSYGETHIVPIKFIIIVGGAMPCPSLQVGDYVFSRTGIQMGDYYYAPAVVIATPNRVQADDKLYTVLMYNNRKEHCIRSGLVKVSQAKYASSCRYIKMAQVVDYMIPNKQIVKPIDQLSLEEEEKKRSGREDGGKKKKKGTTESRRNPREEMSDSEELLFIPRRREVKGKGRNSLPHDKVGIEESACFFLSTQGSSASGTLLSPSTSAHSSSKDLCCSHTVTVDPKSASEPVDDNISLISTAERLEELAGQFQQHYINQRKHHQVCLTEETVRNGTGYG

Target ORF information:

RefSeq Version	XM_019485114.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis von Willebrand factor A domain containing 3B (VWA3B), transcript variant X7, mRNA.

Target ORF information:

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

XM_019485114.1

ORF Insert Sequence:

ATGAAACATC TACTCCTTCA GAAGTTTTCT GACAGTCCTT TCCCAATCCA TCCAGTATCT 
TTTAATGCCA GGGAAGAAGA TACTATTGTT TTCTTGAAGG AGCTGGGTCG CCTGACCTCG 
GGCAGATTCC ATGCATTTGC TGAGAGAACT GATTATACAA ATGTCATCGA ACCTGTCATA 
AAGAGTGAGG AGGATGGAGA AAGTCTAACT AGCTGGAATA CAAGAAAATT GAAAGGAAGG 
GTGCCTCTAG TTGCTGGTGT CAGAGAAGAT GTCTTTCTGG TCTGGAAGGA ATTGGAAGAG 
GCCAGGAGTA CACTGAGGCA AGTTCAGAGT ATTTTAACAG TGTCCAACCA GCCTATTTCT 
GGAGAAGCAT TCAAAACGAA TCATCCAGTG CCTGAGCCAA AACCTGAGGA TTATGTAAAT 
TCAAAAGATT GGTTGCAGAA ATATGGCCTG AAAGCTCAGA AGCTAACATT ATATGATGCA 
CTTGCTGACT GTACTTTTCG CCATGTTGAT GGCATTGTTG ACATAAAAGC CAAGCCAGAA 
GATGAATCTT TACAAACTGA TGCTGAAACA AAGAAGAAAG TAATCCACGC AAAATACTGT 
GACAAATTTA TACATACCTA CTGGAAAGAT GGCTCTATGG TTCATGTGTA TGTCACTGTG 
GAAAAGTACA AGCAGTATGA AGAGAAAATG AGGAATGCTC TTCAACAAAT GGAAGGAAGG 
ATTAAGTGGC TCCAGCGAGG GAGCAGAGGA CTCTTTGGCA ACGTGCTTGA AGATCACATC 
TGTATTCTCA TCGATACATC TCAGTCTATG ATAGACAAAC TGCCATTGGT GAAAGAGAAA 
ATATTTCAGC TCATGCAGGA GCAGCTTAGA CACAAAAGCA GCTTTAACTT TGTGAAATTT 
GATGCTCAAG CAGCAGCTTG GCAAGACAAA CTTGCTGAAG TTAATGAAGA GAATTTGCAG 
GATGCTTGGC TATGGATAAA AGGACTTGAG GTTGGAAGTT CTACCAATAC ACTCAGTGCT 
CTTCAAATTG CTCTTGCTGA TCATGATGCT GAAGCCATTT ATCTTCTTAC GGATGGGAGG 
CCTGATCAGC CACCAAAATC AATTTTGGCT CAAGTTCATC TTCATCATAA GGTTCCTATT 
CATACCATAT CTTTCAACTG TGATGATACA GAGGCTAATA AATTTTTGCA TGAATTGTCT 
ACTGAGACAG GTGGACGGTT TCATTATTAT AACATTTATT TGAGGGATCC TGAATCTCCA 
GAGCCAATTG TGAGTGAAGA TATATGCCTT TTAAAAAGAG AAATTGAACA GGGGAAGAAA 
GATCTAGAGA AAGTGAAGGC TTTCCATGCT GAATGTTTGA TGATAGATTG GTGTAATGGA 
GAAAAAGAGC CTGAAAACAA TCCTCACAAG CAGACTTTTA CTACTTCATC TATAACCATG 
CACATCCAGG AGCTGAATGC TTCTCCCACC AGTAGACCAC AGTGTACATT AGAAGAGCCA 
ACATTGACTG CACACCACCA GATACTAAAT ACATGGCAAA CTTGTAATGA CAGTCCAGCC 
ATAAGGAAAA AGGCACTGTA TGCAGAACAA ACAAAGACTA GTCTGCTCAG AACTCGAGGT 
TATGGAATAA AGTCTTGTAA AGGAAGTCCA GATGAGAAGA TATCTCCTGA AAGAAAGGAT 
TTTCACCTCA AAAACACACT GAACCCTGCA GCCAGTTTTA AAGAAATGAA TACCCAAAAG 
GTGACAAAAA GAACATCTAA AGATTCTCTA GATATCTCTT CATCTCGTTG GCTAAAGACT 
CATGGTTTAG TTGCTAGGCG ACTCACCATA ATGGATGCCT TAGCCCCCAC AGCTGTTCCT 
CACAGTACTA AATACATCCC AGTTCTGGAA AAACATGTTG TTTCTAAAGT CTTTGATGAG 
GTGTTCCCCC TTGCCCACAT TAGTAATGGC AAGCAACAAA TCACATTAAT TAATCCTCAA 
GCAGTGAATC TTGATACTTA CAAAGAGAAG CTGGAACAAG CAGTTAAATT TTATGAAAGG 
CGCCTCAATC TAATTACTTG GAGAGCACTA TCTCAAGAAG AAAGAGACAA GTTTGAGCAG 
GACAAGCCAG TCCGCTACAT GGAACATAAG GAAGCCTTGC TAGAGTCTTT AGAAAATCTA 
GGTTGGCCTG TTTCCTATGA AGATGTGATG CTGTTGGAAG ATGAAATTCT GGCAGGGTTA 
ACATATATCC AACAGGCCTC TGATCTTCAG GAAGCTGCCA AAAAGGACAT TCAGAGGACC 
GCTGCTTCAC CTGTCAACCA CAGTAAAAAG TTTCAGAATC TTAAAGAAGA GAGTATAAGG 
TCACAAACTA AAAAAGGAAA AGTGTTTGAA ACGCTCAAAG GCCAAAAGGT GATTGCAAGA 
TCAGACCTCA CAGGATTATA TTTCCCAGGG ACAGTGATGA AAAGTATCAG TTCCACCCGT 
GCACTTGTTG ACTTCAGCTA TGGAGAGACG CACATTGTAC CAATTAAATT CATTATTATT 
GTGGGGGGTG CTATGCCTTG CCCATCTTTG CAGGTTGGGG ACTATGTGTT CTCCAGAACT 
GGGATACAGA TGGGAGATTA TTATTATGCA CCTGCTGTTG TCATAGCAAC ACCAAATAGA 
GTTCAAGCAG ATGATAAACT CTACACAGTT TTGATGTACA ACAATAGGAA AGAACACTGT 
ATACGAAGTG GGCTTGTTAA AGTCAGCCAA GCTAAATATG CTTCTTCCTG CCGATATATA 
AAAATGGCCC AGGTGGTGGA TTACATGATC CCAAACAAAC AAATTGTGAA GCCCATTGAT 
CAGTTGTCAC TGGAAGAAGA AGAAAAGAAA AGAAGTGGAA GGGAAGATGG AGGGAAAAAG 
AAAAAAAAAG GGACAACAGA GAGCAGAAGG AATCCAAGAG AGGAGATGTC AGACTCAGAG 
GAACTTTTGT TTATTCCCAG AAGGAGGGAA GTAAAAGGCA AAGGAAGGAA TTCACTGCCT 
CATGACAAAG TTGGAATTGA AGAATCTGCT TGCTTCTTTT TATCAACACA AGGCTCATCG 
GCATCTGGAA CTCTGCTGTC TCCAAGTACC TCAGCTCACA GCTCATCAAA GGATCTTTGT 
TGCTCTCACA CAGTTACTGT GGATCCAAAG AGTGCCTCAG AACCTGTTGA TGACAACATC 
AGCCTTATCT CAACTGCTGA GAGGCTGGAA GAGTTGGCAG GGCAGTTTCA GCAGCACTAC 
ATAAATCAAA GAAAACATCA TCAGGTGTGC CTGACAGAGG AGACTGTGAG GAATGGAACA 
GGTTATGGGT AG

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

PubMed

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03-6811-6572

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VWA3B cDNA ORF clone, Alligator mississippiensis(American alligator)

Gene

Clones

gRNAs

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:

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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Services & Products

見積依頼

Eメール

電話

FAX

オンラインフォーム