LOC108710813 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108710813
Entrez Gene ID	108710813
Full Name	von Willebrand factor L homeolog
Synonyms	f8vwf,vwd
General protein information	Preferred Names von Willebrand factor L homeolog Names von Willebrand factor-like
Gene Type	protein-coding
Organism	Xenopus laevis(African clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018251980.1	XP_018107469.1	von Willebrand factor-like

Pathways from BioSystems
Gene Ontology

The following LOC108710813 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108710813 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
OAf24185	XM_018251980.1 Latest version!	Xenopus laevis von Willebrand factor-like (LOC108710813), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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5 or more Clone	50% OFF
All Other ORF Clones
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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)

LOC108710813 ( XM_018251980.1 ) cDNA ORF clone, Xenopus laevis(African clawed frog) -> XP_018107469.1 Xenopus laevis von Willebrand factor-like (LOC108710813), mRNA.

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CloneID	OAf24185
Clone ID Related Accession (Same CDS sequence)	XM_018251980.1
Accession Version	XM_018251980.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8526bp) 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	2016-09-19
Organism	Xenopus laevis(African clawed frog)
Product	von Willebrand factor-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030728.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus laevis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGCCCC TACTGTTCTT GGCTCTGGGG TTGATCAACA CACTTGCTAC AGGCCCCCTG 
GTGACAGAGG GAAAATTAGA TTGGTTAGTG CTATCACGCT GTAGTCTTTT TGGGGAGAAT 
CACATTCAAA CATTCGATGG GACATTTTAT GATTTTTATG GAGATTGCAG TTACATGCTG 
GCCGGAGACT GCCACAAACA TTCCTTCTCA CTTCTAGCTG ATTACAGAAA TGGCAAGAAG 
AAAAGTGTTT CTATGTATCT TGGAGAATAC TTTGATATTC ATTTGTTTTT GGATGGAACA 
GCAACACAAG GCGAAAAACG CATTTCTATG CCGTATGCCT CAAATGGGAT ATTCCTGGAA 
TCTGAAGCCG GATATTATAA ACTTTCCAGT CAGGAACATG GGTTTATGGT GAAGATTGAT 
GCAAGTGGAA ATGTGCAAGT TGTTCTTCCC AGCAAGCAAT TTAACAAAAC ATGTGGCCTG 
TGCGGCAATT ACAATCAGTT TGCAGAAGAC GATTTCATGA TGCAAGAAGG AATATTGGCA 
GAAAATAGTT ATGACTTTGC TAATTCCTGG GCCTTGCATG GAGGGGCGAG AAGATGCAGG 
AGAATGTATC CACCAAGTAA CACCTGCAAC ATCTCATCTG AAACTGCAGA GAAGGACTTC 
ATGCAAAGAT GTCAGATGCT TAAGACGTCT TCAGCCTTCA TGCAGTGTCA TCATTTAGTT 
GACCCAGATC CGTACATAGC CATATGTGAA GATGATATGT GTGAGTGTGC CGAGGAGTTA 
AACTGTCCTT GTCAGACCTT CCTAGAGTAT GCAAGAACAT GTGCTCAACA TGGAGTCATT 
ACCAGTAACT GGCCAACACA TACTATATGC AAACCACAGT GTCCTTTTGG AATGGAATAC 
AATGAATGTG TATCCCCTTG TGTCAAGACT TGCCAAAGTC TAAACATCAA TGAAGTTTGC 
CAAGAGCAAT GTATTGATGG GTGCAGTTGC CCAGATGGAA AGGTTCTTGA TGGTGACAGA 
TGTATACCAG TTTCTGAGTG CTCCTGTATC CATTCTGGCA AACGATATCC TCCAGGATCA 
ACTATTCGAC GGGATTGCAA TTCATGTACA TGCCAAAATG GAGCTTGGGA ATGCAGCAAT 
GAAGATTGCC CAGGGGAGTG CTTTGTCACT GGACAATCTC ATTTTAAGAG CTTTGATAAC 
AAACATTTTA CGTTTAGTGG AATCTGCCAA TACTTGCTTG CCACAGATGC AATGGACAGT 
ACATTTTCTA TTACTATAGA AACTGTGCAG TGTGCCGATG ATATTGATGC AGTGTGTACT 
CGCTCTGCTT CTTTGCGCCT ACTGGACATG CACAATATTA CAATTAAACT GAAGCACGGT 
GGTGGAGTCT CGTTGGATGG ACAAGATATT CTCCTCCCTT TGGTTCAAGG CTCTCTGCGC 
ATCCAGGGCA CTGTCATGTC AGCAGTTCGC CTTACTTACA AAGAAGATCT GCAGGTGGAC 
TGGGATGGTC ATGGAAAACT TTTGATCAAG CTCTCGCCAA TATACTCAGG TCTGATCGGT 
GGTCTTTGTG GGAACTACAA TGGCAATCAA GGAGATGACT TCCTTACGCC TTCTGGACTT 
ATAGAGACTA GCGTGGAAGA CTTTGGAAAT TCCTGGAAGC TAAATGGTGA CTGCACAGAT 
CTAATGAAAC AAGACACGGA TCCTTGTAAT CTCAATCCCA AGAGAGCCAG GTTCTCTGAA 
GAAGTATGCT TTGCTCTTAT GGATGCCGCA TTCCAATCAT GCCACAATGA AGTCAACCCT 
GCCCCATATC TGAAGAACTG CCGTTATGAT GTCTGCTCAT GCTCAAATGG GAATGAATGT 
ATGTGTTCTG CACTGTCAAC CTATGCAGCG GCCTGTTCTC GAAAGGGTGT TTTAATTGAT 
TGGAGAACAC CAGAATTCTG CCCAATACAG TGTTCGGAAA GGAAGATTTA TCAGCAGTGT 
GGCAGCCCGT GTAATCAAAC CTGCAGATCT TTGTCCCACC CTGATGTGGA CTGCAGGGAA 
TTCTGTATGG AAGGCTGCTA CTGTCCCCCT GGCCTGTACA CCAATGAATA TGGAGAATGT 
GTGCCCAAAT CTGAGTGTTC ATGTTATTAT GATGGGGAAC TTTTCCAGCC TGATGATGTA 
TTTTCCAATC ATCATACCAT GTGTTACTGT GAAAATGGGC TGATGCATTG CAGTACAAGC 
GAATTGCCAG GTGGCTATTT TCCTGAATCG TTCTTCAACC AACCACCAGC CAGAGTAAAA 
AGAAGTCTAG AGTGCACGCC TCCGTTAAAT AAGATTATAT GTCCTGCCGA CAATCCAAAG 
GCAACTGGAA TAGAATGTGC CAAAACTTGC CAAAATTATG AACTGGAATG TGTAAGCCAT 
GGCTGTATAT CTGGTTGCAC CTGCCCAGGG GGAATGGTCC GGCACAAATC CAAATGCGTG 
GTTCCCCAAA GATGCCCTTG TTTTCATGCC GGGAAGGAAT ATGCTCCTGG CTCCTCAGTG 
GAGATAGATT GCAACACTTG TGTTTGTCAA AACAGAAAAT GGCAATGCAC GGAAAATATA 
TGTGATGCAA CATGTTCAGT TATTGGAGTG TCGCACTATC TGACTTTTGA TGGGTTTAGG 
TACAAGTTTC CTGGTGACTG CCAATATGTA CTCGCTCAGG ATTATTGTGG TGGAGCAACA 
GGGACATTTC GAATACTTGT TGGAAATGAA GGTTGTGGAT TCTCTGGTGA AAAATGTACT 
AAAAGAATTA CAATTCTATT TAGAAATGGA GAAATTGAGC TGATTAATGA ACAGATTAAT 
ATTAAAAAGC CTCTCTCAGA TGAGACCGGA TTTGATGTCT TGAAGTCTGG TAACTACTTC 
ATTTTGCTCC TTGGAAATCA AATGTCTGTT ACCTGGGACA AAGGAATGAG AGTTTATGTG 
ACTTTGAAAG AAACCTACAG GGATAAAGTC TGTGGTTTGT GTGGAAACTT TGACGGAATT 
GAAAACAATG ATCTGATCAG TAGCAATAAT CAAATAGAAA TCGATCCCAT CAATTTCGGA 
AATTCTTGGA AAGTAAATCC TCTTTGTGCC GATGCTGCCA AGTTTGGTGC CGTTTCCCCA 
CTGTCAATCT GTAAAGACAA TTTGATGAAG CAGATGGCAG CAGAAAATGC CTGCAATATT 
CTTATGGGCG ATCTCTTTGC AGAATGTTCA AAAGTAGTAA ACCCAGAGCC GTACTGGGAG 
ATTTGCACAT ATGATACCTG TACATGTGAA TCAGTCGGGG ACTGCGCTTG TTTCTGTGAC 
TCTCTAGCTG CCTATGCCCA TGTCTGCGCT CAGAAAGGAA TCAATGTACA CTGGCGATCA 
TCCCATCTAT GCCCCCAAAG TTGTGAGGAG AAGAATCAGA AGGATCTTGA CTACGTGTGT 
GAATGGAGGT ACAACAGCTG TACCACTGCC TGTCCTATCA CATGTCAGCA CCCGGAGTCA 
GTGGACTGTC CACTTAAATG TGTAGAAGGC TGCCAAGCCT ATTGCCCTCC TGGGAAAATA 
CTAGATGAAG TGTCTGAATC TTGCATTGAC CCTAAGGACT GTCCAGTGTG CACAGTAGAA 
GGTCGTACAG TTCCACATGG GAAAAAAATT ATTTTAAACC GTGATGACCC TCAGCGATGT 
CAGTTATGCC ATTGTGAAGG AAAACATTTA CAGTGTAATG TGTGTGAGAT AAGTGGAATT 
ACAACTGCTG CCCCAACAAC TTTACCTGTG GATATAATGC CTACCACTGA GGTAGTAGAC 
ACCAGTATAT ATGAATGCAA TAAAATGATG GACCTGGTTT TCCTAGTCGA TGGAGCCTCG 
AAACTCTCTG CAGAAGAGTT TGAAGTTGTA AAGGACTTTA TTGTGGGAAT TATGGAAAAA 
ATTCACATCT CACAAAAGAA AATACGTGTT TCTGTTGTCC ATTATTATTC TGCTACAACA 
GACAGATCAT TTGGTCTTAA GGATAACAAG AGGCTCTCAG AGCTAGTTAA AAAGGTCAAG 
AGTATGAAAT ATGTTGGAAG TTTGACATCT TCTGCCCCTG AAGCACTTAA ATATGCTTCC 
CACTATGTGT TTGGGGAAGC TCCAAGGGAC AATGCACCCA AGTTTGCCAT GCTGTTAACA 
GCTAGCAAAT CCAGCAAAAG TGTGGGAAGT ATAATGAAAG CAATCAATAA AAGAAAGATC 
ACTGTGATTC CAGTTGGATT GGGACCAGAT ATCAGTATGG AAGAAATAAA TATTATACAA 
AAGATGTCGC CCAAGAATAA ACCATATATT TTTGGAAGTG TGTATGAATT GCTCCATCAC 
AGAGATGAAA TAATTCATTA TTTGTGTGAC CTTGTGCCAG AGCCACCTAA ACCAACAATT 
CCTTCTACCA AGAAGCATGC TGCTACTGAA AAACCAGTAC AGAAAGTAAC AATAGTCCCT 
GTTGAGAAAG TACCAACAAC ACAAGTTCCT GTGGTTGAAC ACACAACACA GTCTTCTTGG 
GACAAAACTG TAGACCTTGT TTTCATCATT GAAGGTTCTG ATAAAGTAGG GGAGCTTAAC 
TTTAACAAGA GCAAGATCTT CCTTGAGAAG ATGATTCAGA AAATGCATAT AAGCGAAGAA 
ACAATACATA TAACCATTAT CCAGTTTTCT TTTACTGTGA CTATAGAGTA TAGTTTCTCA 
GCGAAACAGA CAAAGCAAGA CATCATCCAA AGAATAAGGG AGATTGAGTA TCGGGGTGGC 
AATGCTACCA ACACAGGGAA AGCCATCAAC TATGTCTCTG AGCACACGTT CACAACTAAC 
ACTGGAAGCA GAGACGAAGT GCCACACCTT GTCTACATGG TGACAAGTAA CCCTGCCACT 
GACATCATCA CTAAGGGACC TAATGACATA AACATAATAC CTATAGCTGT GGGTCCTAAT 
ATAGATATAC ATGAACTTGA GCTCATTACT AACTCAATGG ATGAAATCAT ATTAATTGAA 
GATTATGATG TGCTTATATC AGATGCCCCA ATACTGGTGT TAGACAAATG CTGCTCACGA 
AAAGTTTTAT CAACAACACT GTTACCACCA ACTACGACTC CAGCAACTCA ACCAATAGCA 
GATAAGTGTA GAAAACCTAT GGATGTGATC TTTATCTTGG ATGGAAGTTC TAATGTCAGA 
GCATCACAAT TTGAAGAGAT GAAAACATTT GTTAAGGCTT TTATTAATAA AGTTAACATT 
GGAGTCGAGG CAACAAAGAT ATCTGTCCTT CAGTATGGAT GGACAAACAT TCTGGACATT 
GCATGGACAG ATCCCCAGGC GAAGGAATAT CTTCTGAAAG CAGTAGATAA CATTCAAAAA 
ATAGAGGACG GACCAGCAAA AATTGGTGAG GCATTGCTCT TTGGTGTTCG AACTGCCACA 
TCAGAGGTGC ACGGAGCGAG ACCTGGTTCC ACCAAAATTG TAGTCATCGT TATTACAGAC 
GTATCCCTGG ATCAAGTGAC TGAGGCTGCC AACAGTGCAG TGATTAACAG GGTATCAGTG 
TTTCCCATTG GTATTGGAAC CAGATATGAT GATCAGCAGC TGAAGGTGCT AGCTGGTCCG 
TCTGCTAATA AGAAGATTAC AAAGCTGCAA ATTATTGAAA ATCTGCCAAC TATGGTCACC 
TTGAGCAGTG AATTTATCAA CAAAGTTTGC ACTGAGTTTG TCACAGTTTG CATTGATGAA 
GAGGGCACTC AAAGAAAGCC TGGAGACAAG TGGATGTTGA CTGATAAATG CCACAGTGTG 
ACTTGCCTGC CAGATGGTAA AACCCTTCTG GAGAGCCACA AGGTTAATTG TGAGAAGATA 
CCCAAACCTA TGTGCCATAA CAACCTGCCA GCAATGAAAA TAGAGGAGAC ATGCGGATGC 
CGGTGGACTT GCCCATGCAT GTGTATGGGA AGTTCCACTA GACATATTGT GACGTTTGAT 
GGCTTGGATT TTAAACTCAT GGGTGCCTGT TCATACGTGC TCTTCCATGA TAATGTACAT 
GATGTAAAAG TTATCCTTCA CAATGGGGAA TGCAACTCAA CAAATCATCA AACATGCATG 
AAGTCAGTTG AAGTGAAACA CAATAAATAT TCTATACTAC TTTCATCTAA CATGCAGGTT 
TCTGTCAATG GAGAATATGT TCAACTTCCT TATGCAAATG ATAACTTCAA AGTCACACTG 
TATGGAGAAA TTGTGCATGA GATAACAATT CCTCAATTAG GATTTGTATT TACATTTACA 
CCAGCAAACA ATGAGTTTAT GCTTCAGCTC AACCCAACTG CATTCTCTTT AAAAACCTCC 
GGCCTTTGTG GCATCTGTGA CCAGAATACA GTGAACGACT TCACTTTGAC TGATGGGTCA 
GTGACTACAG AAAGCAGTAA ATTCATAAAG GACTGGACCG TTGTCGACAG TCTGGGCAGA 
ACATGCGAAA CCAAACTGGA CGAAGCGTGT ACACAACCCA TCAGTTCCAA ATGTAAAATT 
ATGTTTTCCA AAACATTTGA GGAATGCCAT GCAGTATTTC CACCCAAACC GTACTTTACA 
GTATGTGAAG AAGCGAGCTG TCATGCTCAA GATATCTGTG AGGTCATTGC TGCATATACG 
CACGTGTGTA GAATTAATGG AGTCTGCATC AACTGGAGGA CCCCAGATTT CTGCCCGATG 
GAATGCCCAA GATCTATGGT ATATCATCAC TGCCACGTGG GGTGCAATAA GGAATGTGGA 
AAAACACCCA ATGGAACGCT CTGCTCGGAT TCCCAATCAG AAGGCTGTTT TTGCCCTGAG 
GGAGATGTAA TGTTTAATGG GAAATGTGTC AATAAAAAAG TCTGCTCCCA GTGCACAGAC 
AGTTATGGAG AGGAACACCA GCTTTTAGAG ACCTGGGTCC CTACAAATGA TCCCTGCTCC 
ATTTGTATGT GTCTTGAAGA CCGGATGATT AATTGCAAAG CAATGCCATG CCCAACAGTC 
AAACCTCTCA CTTGCGGCCC CTGTGAAATT CCGAGACTGA AAAAGACTTC TGACCAATGC 
TGTCCTGATT ATGAGTGTGT TTGTGATCTT ACAACATGTG AAGTGAATCC TGTGCCACAT 
TGCGAGAACG GCCTTTTACC TGTCCTTACA AACCCAGGGA ACTGCAGACC CAAGTATGAG 
TGTGCTTGCA GAATAGAAGA ATGTCCGAAC TACAAGAACC TGATCTGCCC AGCTCACAAA 
AAGCTTTCGC TGCAGAAGAC CGAATGCTGT GACAAGTACG AATGTGTTTG CAGCTGTATA 
AACTCTACGG TCCTTTGTCC AACCGGATAT AGTTCATCAA TCTCAACCAA CGACTGTGGC 
TGTACAAGTG TTACTTGCAT CCCAGACAAG GTCTGTTTAT ATAAGAATGA TATTCACCCA 
GTTGGAAGTG TGTGGGAAGA TGGGTGCAGA TCCTGCACAT GCACTGATAA GAAAGATTCC 
ATAACAGGGC TTCACATGGC AGAGTGTCTC CGACTAAGAT GTAATACCAA CTGCGGTCCA 
GGCTTTACAT ACATGAAGAA AGCAGAGGAA TGCTGTGGAA AGTGCAAAAA AACAGTGTGC 
GAGCAGAAAA TCAGTCCAAG AGGGCAAGGA GACATTGATT TCTCTGGAGA AACAACCCGC 
TGGTATAATG TTGGTGCCAT GTGGAATTCT CCTACAGAAC CATGCATTGT AAACGAGTGT 
GTCAAAGTGA ATGATGAGGT TTTCATTCTT CAAAAGAATG TAAGCTGCTC TGAAATCAGT 
ACTTCCAAGT GCCCGACTGG ATATGAGCTG ATCTGCATGC AAGGAACAGA ATGCTGCCCT 
ATATGCCAGT GCGAGCCTAT TCCCGGCTGT CCTTACAATG GAAGTATTAT TGCGCCAAAC 
ACAGGAATAA TGATAGATGA ATGTTCAAGC TGTGAATGTA CCACGCCAAA AGGGTTAATT 
ATGAGTTACA AACTGACATG CAAGAAAAGG ACTTGCCCGG CATGCCCTAA GAATTACATT 
TTGAAAAAAG AAGAGGGATC GTGCTGTGGA AAGTGTATCC AAACTTCTTG TTCTGTGAAA 
CTGAAAAATG GAACCATAAT TTATGTTAAG CCAAATGAAA CTGTGAGAGA TGGATGTGAC 
AGTCATTCCT GTAAAATAAA TAATCTCGGT GAGTTCACCA GAGAGAAGAG AATAACCAGC 
TGCCCACCCT TGAACCGAGA AAAATGTCTG GCTGATGGGG GTAAAATTAA AGAACTGGAT 
GATTCTTGCT GTGAAACTTG TGTGGAGCCA GAGTGCAAGC AAGTAACTGC AATGATAACT 
TATGTTCAGG TTAATGACTG TACATCTGAC AGACAACTTA ACCTTCACTA TTGCGAGGGC 
AAGTGCACCA GCAAGTCAAG CTATGACATT GAAACACACA GCATGAAGGA CCAGTGTATC 
TGCTGTACTG CTACCCAGAC AGAAGCCATG AAAGTGCCAC TCCGCTGTGC CAATGGCACT 
GTGATTGAAC ATGAAGTTCT GCAAGCAAGA AGCTGTGAAT GTATGTCCCA TAAATGTACT 
CAATAA

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

RefSeq	XP_018107469.1
CDS	1002..9527
Translation	MKPLLFLALGLINTLATGPLVTEGKLDWLVLSRCSLFGENHIQTFDGTFYDFYGDCSYMLAGDCHKHSFSLLADYRNGKKKSVSMYLGEYFDIHLFLDGTATQGEKRISMPYASNGIFLESEAGYYKLSSQEHGFMVKIDASGNVQVVLPSKQFNKTCGLCGNYNQFAEDDFMMQEGILAENSYDFANSWALHGGARRCRRMYPPSNTCNISSETAEKDFMQRCQMLKTSSAFMQCHHLVDPDPYIAICEDDMCECAEELNCPCQTFLEYARTCAQHGVITSNWPTHTICKPQCPFGMEYNECVSPCVKTCQSLNINEVCQEQCIDGCSCPDGKVLDGDRCIPVSECSCIHSGKRYPPGSTIRRDCNSCTCQNGAWECSNEDCPGECFVTGQSHFKSFDNKHFTFSGICQYLLATDAMDSTFSITIETVQCADDIDAVCTRSASLRLLDMHNITIKLKHGGGVSLDGQDILLPLVQGSLRIQGTVMSAVRLTYKEDLQVDWDGHGKLLIKLSPIYSGLIGGLCGNYNGNQGDDFLTPSGLIETSVEDFGNSWKLNGDCTDLMKQDTDPCNLNPKRARFSEEVCFALMDAAFQSCHNEVNPAPYLKNCRYDVCSCSNGNECMCSALSTYAAACSRKGVLIDWRTPEFCPIQCSERKIYQQCGSPCNQTCRSLSHPDVDCREFCMEGCYCPPGLYTNEYGECVPKSECSCYYDGELFQPDDVFSNHHTMCYCENGLMHCSTSELPGGYFPESFFNQPPARVKRSLECTPPLNKIICPADNPKATGIECAKTCQNYELECVSHGCISGCTCPGGMVRHKSKCVVPQRCPCFHAGKEYAPGSSVEIDCNTCVCQNRKWQCTENICDATCSVIGVSHYLTFDGFRYKFPGDCQYVLAQDYCGGATGTFRILVGNEGCGFSGEKCTKRITILFRNGEIELINEQINIKKPLSDETGFDVLKSGNYFILLLGNQMSVTWDKGMRVYVTLKETYRDKVCGLCGNFDGIENNDLISSNNQIEIDPINFGNSWKVNPLCADAAKFGAVSPLSICKDNLMKQMAAENACNILMGDLFAECSKVVNPEPYWEICTYDTCTCESVGDCACFCDSLAAYAHVCAQKGINVHWRSSHLCPQSCEEKNQKDLDYVCEWRYNSCTTACPITCQHPESVDCPLKCVEGCQAYCPPGKILDEVSESCIDPKDCPVCTVEGRTVPHGKKIILNRDDPQRCQLCHCEGKHLQCNVCEISGITTAAPTTLPVDIMPTTEVVDTSIYECNKMMDLVFLVDGASKLSAEEFEVVKDFIVGIMEKIHISQKKIRVSVVHYYSATTDRSFGLKDNKRLSELVKKVKSMKYVGSLTSSAPEALKYASHYVFGEAPRDNAPKFAMLLTASKSSKSVGSIMKAINKRKITVIPVGLGPDISMEEINIIQKMSPKNKPYIFGSVYELLHHRDEIIHYLCDLVPEPPKPTIPSTKKHAATEKPVQKVTIVPVEKVPTTQVPVVEHTTQSSWDKTVDLVFIIEGSDKVGELNFNKSKIFLEKMIQKMHISEETIHITIIQFSFTVTIEYSFSAKQTKQDIIQRIREIEYRGGNATNTGKAINYVSEHTFTTNTGSRDEVPHLVYMVTSNPATDIITKGPNDINIIPIAVGPNIDIHELELITNSMDEIILIEDYDVLISDAPILVLDKCCSRKVLSTTLLPPTTTPATQPIADKCRKPMDVIFILDGSSNVRASQFEEMKTFVKAFINKVNIGVEATKISVLQYGWTNILDIAWTDPQAKEYLLKAVDNIQKIEDGPAKIGEALLFGVRTATSEVHGARPGSTKIVVIVITDVSLDQVTEAANSAVINRVSVFPIGIGTRYDDQQLKVLAGPSANKKITKLQIIENLPTMVTLSSEFINKVCTEFVTVCIDEEGTQRKPGDKWMLTDKCHSVTCLPDGKTLLESHKVNCEKIPKPMCHNNLPAMKIEETCGCRWTCPCMCMGSSTRHIVTFDGLDFKLMGACSYVLFHDNVHDVKVILHNGECNSTNHQTCMKSVEVKHNKYSILLSSNMQVSVNGEYVQLPYANDNFKVTLYGEIVHEITIPQLGFVFTFTPANNEFMLQLNPTAFSLKTSGLCGICDQNTVNDFTLTDGSVTTESSKFIKDWTVVDSLGRTCETKLDEACTQPISSKCKIMFSKTFEECHAVFPPKPYFTVCEEASCHAQDICEVIAAYTHVCRINGVCINWRTPDFCPMECPRSMVYHHCHVGCNKECGKTPNGTLCSDSQSEGCFCPEGDVMFNGKCVNKKVCSQCTDSYGEEHQLLETWVPTNDPCSICMCLEDRMINCKAMPCPTVKPLTCGPCEIPRLKKTSDQCCPDYECVCDLTTCEVNPVPHCENGLLPVLTNPGNCRPKYECACRIEECPNYKNLICPAHKKLSLQKTECCDKYECVCSCINSTVLCPTGYSSSISTNDCGCTSVTCIPDKVCLYKNDIHPVGSVWEDGCRSCTCTDKKDSITGLHMAECLRLRCNTNCGPGFTYMKKAEECCGKCKKTVCEQKISPRGQGDIDFSGETTRWYNVGAMWNSPTEPCIVNECVKVNDEVFILQKNVSCSEISTSKCPTGYELICMQGTECCPICQCEPIPGCPYNGSIIAPNTGIMIDECSSCECTTPKGLIMSYKLTCKKRTCPACPKNYILKKEEGSCCGKCIQTSCSVKLKNGTIIYVKPNETVRDGCDSHSCKINNLGEFTREKRITSCPPLNREKCLADGGKIKELDDSCCETCVEPECKQVTAMITYVQVNDCTSDRQLNLHYCEGKCTSKSSYDIETHSMKDQCICCTATQTEAMKVPLRCANGTVIEHEVLQARSCECMSHKCTQ

Target ORF information:

RefSeq Version	XM_018251980.1
Organism	Xenopus laevis(African clawed frog)
Definition	Xenopus laevis von Willebrand factor-like (LOC108710813), mRNA.

Target ORF information:

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

XM_018251980.1

ORF Insert Sequence:

ATGAAGCCCC TACTGTTCTT GGCTCTGGGG TTGATCAACA CACTTGCTAC AGGCCCCCTG 
GTGACAGAGG GAAAATTAGA TTGGTTAGTG CTATCACGCT GTAGTCTTTT TGGGGAGAAT 
CACATTCAAA CATTCGATGG GACATTTTAT GATTTTTATG GAGATTGCAG TTACATGCTG 
GCCGGAGACT GCCACAAACA TTCCTTCTCA CTTCTAGCTG ATTACAGAAA TGGCAAGAAG 
AAAAGTGTTT CTATGTATCT TGGAGAATAC TTTGATATTC ATTTGTTTTT GGATGGAACA 
GCAACACAAG GCGAAAAACG CATTTCTATG CCGTATGCCT CAAATGGGAT ATTCCTGGAA 
TCTGAAGCCG GATATTATAA ACTTTCCAGT CAGGAACATG GGTTTATGGT GAAGATTGAT 
GCAAGTGGAA ATGTGCAAGT TGTTCTTCCC AGCAAGCAAT TTAACAAAAC ATGTGGCCTG 
TGCGGCAATT ACAATCAGTT TGCAGAAGAC GATTTCATGA TGCAAGAAGG AATATTGGCA 
GAAAATAGTT ATGACTTTGC TAATTCCTGG GCCTTGCATG GAGGGGCGAG AAGATGCAGG 
AGAATGTATC CACCAAGTAA CACCTGCAAC ATCTCATCTG AAACTGCAGA GAAGGACTTC 
ATGCAAAGAT GTCAGATGCT TAAGACGTCT TCAGCCTTCA TGCAGTGTCA TCATTTAGTT 
GACCCAGATC CGTACATAGC CATATGTGAA GATGATATGT GTGAGTGTGC CGAGGAGTTA 
AACTGTCCTT GTCAGACCTT CCTAGAGTAT GCAAGAACAT GTGCTCAACA TGGAGTCATT 
ACCAGTAACT GGCCAACACA TACTATATGC AAACCACAGT GTCCTTTTGG AATGGAATAC 
AATGAATGTG TATCCCCTTG TGTCAAGACT TGCCAAAGTC TAAACATCAA TGAAGTTTGC 
CAAGAGCAAT GTATTGATGG GTGCAGTTGC CCAGATGGAA AGGTTCTTGA TGGTGACAGA 
TGTATACCAG TTTCTGAGTG CTCCTGTATC CATTCTGGCA AACGATATCC TCCAGGATCA 
ACTATTCGAC GGGATTGCAA TTCATGTACA TGCCAAAATG GAGCTTGGGA ATGCAGCAAT 
GAAGATTGCC CAGGGGAGTG CTTTGTCACT GGACAATCTC ATTTTAAGAG CTTTGATAAC 
AAACATTTTA CGTTTAGTGG AATCTGCCAA TACTTGCTTG CCACAGATGC AATGGACAGT 
ACATTTTCTA TTACTATAGA AACTGTGCAG TGTGCCGATG ATATTGATGC AGTGTGTACT 
CGCTCTGCTT CTTTGCGCCT ACTGGACATG CACAATATTA CAATTAAACT GAAGCACGGT 
GGTGGAGTCT CGTTGGATGG ACAAGATATT CTCCTCCCTT TGGTTCAAGG CTCTCTGCGC 
ATCCAGGGCA CTGTCATGTC AGCAGTTCGC CTTACTTACA AAGAAGATCT GCAGGTGGAC 
TGGGATGGTC ATGGAAAACT TTTGATCAAG CTCTCGCCAA TATACTCAGG TCTGATCGGT 
GGTCTTTGTG GGAACTACAA TGGCAATCAA GGAGATGACT TCCTTACGCC TTCTGGACTT 
ATAGAGACTA GCGTGGAAGA CTTTGGAAAT TCCTGGAAGC TAAATGGTGA CTGCACAGAT 
CTAATGAAAC AAGACACGGA TCCTTGTAAT CTCAATCCCA AGAGAGCCAG GTTCTCTGAA 
GAAGTATGCT TTGCTCTTAT GGATGCCGCA TTCCAATCAT GCCACAATGA AGTCAACCCT 
GCCCCATATC TGAAGAACTG CCGTTATGAT GTCTGCTCAT GCTCAAATGG GAATGAATGT 
ATGTGTTCTG CACTGTCAAC CTATGCAGCG GCCTGTTCTC GAAAGGGTGT TTTAATTGAT 
TGGAGAACAC CAGAATTCTG CCCAATACAG TGTTCGGAAA GGAAGATTTA TCAGCAGTGT 
GGCAGCCCGT GTAATCAAAC CTGCAGATCT TTGTCCCACC CTGATGTGGA CTGCAGGGAA 
TTCTGTATGG AAGGCTGCTA CTGTCCCCCT GGCCTGTACA CCAATGAATA TGGAGAATGT 
GTGCCCAAAT CTGAGTGTTC ATGTTATTAT GATGGGGAAC TTTTCCAGCC TGATGATGTA 
TTTTCCAATC ATCATACCAT GTGTTACTGT GAAAATGGGC TGATGCATTG CAGTACAAGC 
GAATTGCCAG GTGGCTATTT TCCTGAATCG TTCTTCAACC AACCACCAGC CAGAGTAAAA 
AGAAGTCTAG AGTGCACGCC TCCGTTAAAT AAGATTATAT GTCCTGCCGA CAATCCAAAG 
GCAACTGGAA TAGAATGTGC CAAAACTTGC CAAAATTATG AACTGGAATG TGTAAGCCAT 
GGCTGTATAT CTGGTTGCAC CTGCCCAGGG GGAATGGTCC GGCACAAATC CAAATGCGTG 
GTTCCCCAAA GATGCCCTTG TTTTCATGCC GGGAAGGAAT ATGCTCCTGG CTCCTCAGTG 
GAGATAGATT GCAACACTTG TGTTTGTCAA AACAGAAAAT GGCAATGCAC GGAAAATATA 
TGTGATGCAA CATGTTCAGT TATTGGAGTG TCGCACTATC TGACTTTTGA TGGGTTTAGG 
TACAAGTTTC CTGGTGACTG CCAATATGTA CTCGCTCAGG ATTATTGTGG TGGAGCAACA 
GGGACATTTC GAATACTTGT TGGAAATGAA GGTTGTGGAT TCTCTGGTGA AAAATGTACT 
AAAAGAATTA CAATTCTATT TAGAAATGGA GAAATTGAGC TGATTAATGA ACAGATTAAT 
ATTAAAAAGC CTCTCTCAGA TGAGACCGGA TTTGATGTCT TGAAGTCTGG TAACTACTTC 
ATTTTGCTCC TTGGAAATCA AATGTCTGTT ACCTGGGACA AAGGAATGAG AGTTTATGTG 
ACTTTGAAAG AAACCTACAG GGATAAAGTC TGTGGTTTGT GTGGAAACTT TGACGGAATT 
GAAAACAATG ATCTGATCAG TAGCAATAAT CAAATAGAAA TCGATCCCAT CAATTTCGGA 
AATTCTTGGA AAGTAAATCC TCTTTGTGCC GATGCTGCCA AGTTTGGTGC CGTTTCCCCA 
CTGTCAATCT GTAAAGACAA TTTGATGAAG CAGATGGCAG CAGAAAATGC CTGCAATATT 
CTTATGGGCG ATCTCTTTGC AGAATGTTCA AAAGTAGTAA ACCCAGAGCC GTACTGGGAG 
ATTTGCACAT ATGATACCTG TACATGTGAA TCAGTCGGGG ACTGCGCTTG TTTCTGTGAC 
TCTCTAGCTG CCTATGCCCA TGTCTGCGCT CAGAAAGGAA TCAATGTACA CTGGCGATCA 
TCCCATCTAT GCCCCCAAAG TTGTGAGGAG AAGAATCAGA AGGATCTTGA CTACGTGTGT 
GAATGGAGGT ACAACAGCTG TACCACTGCC TGTCCTATCA CATGTCAGCA CCCGGAGTCA 
GTGGACTGTC CACTTAAATG TGTAGAAGGC TGCCAAGCCT ATTGCCCTCC TGGGAAAATA 
CTAGATGAAG TGTCTGAATC TTGCATTGAC CCTAAGGACT GTCCAGTGTG CACAGTAGAA 
GGTCGTACAG TTCCACATGG GAAAAAAATT ATTTTAAACC GTGATGACCC TCAGCGATGT 
CAGTTATGCC ATTGTGAAGG AAAACATTTA CAGTGTAATG TGTGTGAGAT AAGTGGAATT 
ACAACTGCTG CCCCAACAAC TTTACCTGTG GATATAATGC CTACCACTGA GGTAGTAGAC 
ACCAGTATAT ATGAATGCAA TAAAATGATG GACCTGGTTT TCCTAGTCGA TGGAGCCTCG 
AAACTCTCTG CAGAAGAGTT TGAAGTTGTA AAGGACTTTA TTGTGGGAAT TATGGAAAAA 
ATTCACATCT CACAAAAGAA AATACGTGTT TCTGTTGTCC ATTATTATTC TGCTACAACA 
GACAGATCAT TTGGTCTTAA GGATAACAAG AGGCTCTCAG AGCTAGTTAA AAAGGTCAAG 
AGTATGAAAT ATGTTGGAAG TTTGACATCT TCTGCCCCTG AAGCACTTAA ATATGCTTCC 
CACTATGTGT TTGGGGAAGC TCCAAGGGAC AATGCACCCA AGTTTGCCAT GCTGTTAACA 
GCTAGCAAAT CCAGCAAAAG TGTGGGAAGT ATAATGAAAG CAATCAATAA AAGAAAGATC 
ACTGTGATTC CAGTTGGATT GGGACCAGAT ATCAGTATGG AAGAAATAAA TATTATACAA 
AAGATGTCGC CCAAGAATAA ACCATATATT TTTGGAAGTG TGTATGAATT GCTCCATCAC 
AGAGATGAAA TAATTCATTA TTTGTGTGAC CTTGTGCCAG AGCCACCTAA ACCAACAATT 
CCTTCTACCA AGAAGCATGC TGCTACTGAA AAACCAGTAC AGAAAGTAAC AATAGTCCCT 
GTTGAGAAAG TACCAACAAC ACAAGTTCCT GTGGTTGAAC ACACAACACA GTCTTCTTGG 
GACAAAACTG TAGACCTTGT TTTCATCATT GAAGGTTCTG ATAAAGTAGG GGAGCTTAAC 
TTTAACAAGA GCAAGATCTT CCTTGAGAAG ATGATTCAGA AAATGCATAT AAGCGAAGAA 
ACAATACATA TAACCATTAT CCAGTTTTCT TTTACTGTGA CTATAGAGTA TAGTTTCTCA 
GCGAAACAGA CAAAGCAAGA CATCATCCAA AGAATAAGGG AGATTGAGTA TCGGGGTGGC 
AATGCTACCA ACACAGGGAA AGCCATCAAC TATGTCTCTG AGCACACGTT CACAACTAAC 
ACTGGAAGCA GAGACGAAGT GCCACACCTT GTCTACATGG TGACAAGTAA CCCTGCCACT 
GACATCATCA CTAAGGGACC TAATGACATA AACATAATAC CTATAGCTGT GGGTCCTAAT 
ATAGATATAC ATGAACTTGA GCTCATTACT AACTCAATGG ATGAAATCAT ATTAATTGAA 
GATTATGATG TGCTTATATC AGATGCCCCA ATACTGGTGT TAGACAAATG CTGCTCACGA 
AAAGTTTTAT CAACAACACT GTTACCACCA ACTACGACTC CAGCAACTCA ACCAATAGCA 
GATAAGTGTA GAAAACCTAT GGATGTGATC TTTATCTTGG ATGGAAGTTC TAATGTCAGA 
GCATCACAAT TTGAAGAGAT GAAAACATTT GTTAAGGCTT TTATTAATAA AGTTAACATT 
GGAGTCGAGG CAACAAAGAT ATCTGTCCTT CAGTATGGAT GGACAAACAT TCTGGACATT 
GCATGGACAG ATCCCCAGGC GAAGGAATAT CTTCTGAAAG CAGTAGATAA CATTCAAAAA 
ATAGAGGACG GACCAGCAAA AATTGGTGAG GCATTGCTCT TTGGTGTTCG AACTGCCACA 
TCAGAGGTGC ACGGAGCGAG ACCTGGTTCC ACCAAAATTG TAGTCATCGT TATTACAGAC 
GTATCCCTGG ATCAAGTGAC TGAGGCTGCC AACAGTGCAG TGATTAACAG GGTATCAGTG 
TTTCCCATTG GTATTGGAAC CAGATATGAT GATCAGCAGC TGAAGGTGCT AGCTGGTCCG 
TCTGCTAATA AGAAGATTAC AAAGCTGCAA ATTATTGAAA ATCTGCCAAC TATGGTCACC 
TTGAGCAGTG AATTTATCAA CAAAGTTTGC ACTGAGTTTG TCACAGTTTG CATTGATGAA 
GAGGGCACTC AAAGAAAGCC TGGAGACAAG TGGATGTTGA CTGATAAATG CCACAGTGTG 
ACTTGCCTGC CAGATGGTAA AACCCTTCTG GAGAGCCACA AGGTTAATTG TGAGAAGATA 
CCCAAACCTA TGTGCCATAA CAACCTGCCA GCAATGAAAA TAGAGGAGAC ATGCGGATGC 
CGGTGGACTT GCCCATGCAT GTGTATGGGA AGTTCCACTA GACATATTGT GACGTTTGAT 
GGCTTGGATT TTAAACTCAT GGGTGCCTGT TCATACGTGC TCTTCCATGA TAATGTACAT 
GATGTAAAAG TTATCCTTCA CAATGGGGAA TGCAACTCAA CAAATCATCA AACATGCATG 
AAGTCAGTTG AAGTGAAACA CAATAAATAT TCTATACTAC TTTCATCTAA CATGCAGGTT 
TCTGTCAATG GAGAATATGT TCAACTTCCT TATGCAAATG ATAACTTCAA AGTCACACTG 
TATGGAGAAA TTGTGCATGA GATAACAATT CCTCAATTAG GATTTGTATT TACATTTACA 
CCAGCAAACA ATGAGTTTAT GCTTCAGCTC AACCCAACTG CATTCTCTTT AAAAACCTCC 
GGCCTTTGTG GCATCTGTGA CCAGAATACA GTGAACGACT TCACTTTGAC TGATGGGTCA 
GTGACTACAG AAAGCAGTAA ATTCATAAAG GACTGGACCG TTGTCGACAG TCTGGGCAGA 
ACATGCGAAA CCAAACTGGA CGAAGCGTGT ACACAACCCA TCAGTTCCAA ATGTAAAATT 
ATGTTTTCCA AAACATTTGA GGAATGCCAT GCAGTATTTC CACCCAAACC GTACTTTACA 
GTATGTGAAG AAGCGAGCTG TCATGCTCAA GATATCTGTG AGGTCATTGC TGCATATACG 
CACGTGTGTA GAATTAATGG AGTCTGCATC AACTGGAGGA CCCCAGATTT CTGCCCGATG 
GAATGCCCAA GATCTATGGT ATATCATCAC TGCCACGTGG GGTGCAATAA GGAATGTGGA 
AAAACACCCA ATGGAACGCT CTGCTCGGAT TCCCAATCAG AAGGCTGTTT TTGCCCTGAG 
GGAGATGTAA TGTTTAATGG GAAATGTGTC AATAAAAAAG TCTGCTCCCA GTGCACAGAC 
AGTTATGGAG AGGAACACCA GCTTTTAGAG ACCTGGGTCC CTACAAATGA TCCCTGCTCC 
ATTTGTATGT GTCTTGAAGA CCGGATGATT AATTGCAAAG CAATGCCATG CCCAACAGTC 
AAACCTCTCA CTTGCGGCCC CTGTGAAATT CCGAGACTGA AAAAGACTTC TGACCAATGC 
TGTCCTGATT ATGAGTGTGT TTGTGATCTT ACAACATGTG AAGTGAATCC TGTGCCACAT 
TGCGAGAACG GCCTTTTACC TGTCCTTACA AACCCAGGGA ACTGCAGACC CAAGTATGAG 
TGTGCTTGCA GAATAGAAGA ATGTCCGAAC TACAAGAACC TGATCTGCCC AGCTCACAAA 
AAGCTTTCGC TGCAGAAGAC CGAATGCTGT GACAAGTACG AATGTGTTTG CAGCTGTATA 
AACTCTACGG TCCTTTGTCC AACCGGATAT AGTTCATCAA TCTCAACCAA CGACTGTGGC 
TGTACAAGTG TTACTTGCAT CCCAGACAAG GTCTGTTTAT ATAAGAATGA TATTCACCCA 
GTTGGAAGTG TGTGGGAAGA TGGGTGCAGA TCCTGCACAT GCACTGATAA GAAAGATTCC 
ATAACAGGGC TTCACATGGC AGAGTGTCTC CGACTAAGAT GTAATACCAA CTGCGGTCCA 
GGCTTTACAT ACATGAAGAA AGCAGAGGAA TGCTGTGGAA AGTGCAAAAA AACAGTGTGC 
GAGCAGAAAA TCAGTCCAAG AGGGCAAGGA GACATTGATT TCTCTGGAGA AACAACCCGC 
TGGTATAATG TTGGTGCCAT GTGGAATTCT CCTACAGAAC CATGCATTGT AAACGAGTGT 
GTCAAAGTGA ATGATGAGGT TTTCATTCTT CAAAAGAATG TAAGCTGCTC TGAAATCAGT 
ACTTCCAAGT GCCCGACTGG ATATGAGCTG ATCTGCATGC AAGGAACAGA ATGCTGCCCT 
ATATGCCAGT GCGAGCCTAT TCCCGGCTGT CCTTACAATG GAAGTATTAT TGCGCCAAAC 
ACAGGAATAA TGATAGATGA ATGTTCAAGC TGTGAATGTA CCACGCCAAA AGGGTTAATT 
ATGAGTTACA AACTGACATG CAAGAAAAGG ACTTGCCCGG CATGCCCTAA GAATTACATT 
TTGAAAAAAG AAGAGGGATC GTGCTGTGGA AAGTGTATCC AAACTTCTTG TTCTGTGAAA 
CTGAAAAATG GAACCATAAT TTATGTTAAG CCAAATGAAA CTGTGAGAGA TGGATGTGAC 
AGTCATTCCT GTAAAATAAA TAATCTCGGT GAGTTCACCA GAGAGAAGAG AATAACCAGC 
TGCCCACCCT TGAACCGAGA AAAATGTCTG GCTGATGGGG GTAAAATTAA AGAACTGGAT 
GATTCTTGCT GTGAAACTTG TGTGGAGCCA GAGTGCAAGC AAGTAACTGC AATGATAACT 
TATGTTCAGG TTAATGACTG TACATCTGAC AGACAACTTA ACCTTCACTA TTGCGAGGGC 
AAGTGCACCA GCAAGTCAAG CTATGACATT GAAACACACA GCATGAAGGA CCAGTGTATC 
TGCTGTACTG CTACCCAGAC AGAAGCCATG AAAGTGCCAC TCCGCTGTGC CAATGGCACT 
GTGATTGAAC ATGAAGTTCT GCAAGCAAGA AGCTGTGAAT GTATGTCCCA TAAATGTACT 
CAATAA