adamts13 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	adamts13
Entrez Gene ID	100485801
Full Name	ADAM metallopeptidase with thrombospondin type 1 motif 13
General protein information	Preferred Names ADAM metallopeptidase with thrombospondin type 1 motif 13 Names A disintegrin and metalloproteinase with thrombospondin motifs 13
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018090100.1	XP_017945589.1	A disintegrin and metalloproteinase with thrombospondin motifs 13
XM_031891563.1	XP_031747423.1	A disintegrin and metalloproteinase with thrombospondin motifs 13 isoform X2
XM_031891564.1	XP_031747424.1	A disintegrin and metalloproteinase with thrombospondin motifs 13 isoform X3
XM_031891562.1	XP_031747422.1	A disintegrin and metalloproteinase with thrombospondin motifs 13 isoform X1

Pathways from BioSystems

Homologies

Homo sapiens (human)	ADAMTS13	NP_620594.1
Danio rerio (zebrafish)	adamts13	XP_002663267.3
Mus musculus (house mouse)	Adamts13	NP_001001322.1
Canis lupus familiaris (dog)	ADAMTS13	NP_001229641.1
Bos taurus (cattle)	ADAMTS13	XP_002691670.2
Rattus norvegicus (Norway rat)	LOC102554393	XP_006233941.1
Pan troglodytes (chimpanzee)	ADAMTS13	XP_003312433.1
Gallus gallus (chicken)	ADAMTS13	XP_415435.4
Xenopus tropicalis (tropical clawed frog)	adamts13	XP_002942962.2

Gene Ontology

The following adamts13 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the adamts13 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)
OXa41171	XM_018090100.1 Latest version!	Xenopus tropicalis ADAM metallopeptidase with thrombospondin type 1 motif 13 (adamts13), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OXa64884	XM_031891562.1 Latest version!	Xenopus tropicalis ADAM metallopeptidase with thrombospondin type 1 motif 13 (adamts13), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa64885	XM_031891563.1 Latest version!	Xenopus tropicalis ADAM metallopeptidase with thrombospondin type 1 motif 13 (adamts13), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa64886	XM_031891564.1 Latest version!	Xenopus tropicalis ADAM metallopeptidase with thrombospondin type 1 motif 13 (adamts13), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

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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)

adamts13 ( XM_018090100.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017945589.1 Xenopus tropicalis ADAM metallopeptidase with thrombospondin type 1 motif 13 (adamts13), mRNA.

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CloneID	OXa41171
Clone ID Related Accession (Same CDS sequence)	XM_018090100.1
Accession Version	XM_018090100.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5550bp) 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	1473177600000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	A disintegrin and metalloproteinase with thrombospondin motifs 13
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_016683569.1) 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 :: Xenopus tropicalis Annotation Release 103 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## ##RefSeq-Attributes-START## ab initio :: 9% of CDS bases ##RefSeq-Attributes-END##

ATGGAAGACG CCCCTTGGAA GCTACAGGAT AACAGAAGGA AGGACATCAT CCGGATCTTG 
GGGATTGTCC ACCATCAAGA AGTGAAGGAA CTCTACTGTT ACTTCTGCTG TAATTCCAAC 
ACCAACGTGT ACCCAACCAG GGCAGGAATT GATATCCATC AGGACCGGTT TGGGTTCCCT 
TATGGGCTGG CCGATATCAT CTGCACAGAA CCTCCGGACT GTAGAGCGGA ATTTGTGTCG 
GTTCATTGGT CTCCTTCTGA AGTCGTCCAC AATCTCACCA GCTTCAGAAT CAGAAATAGG 
GATCCCGGCC AATTTACTGC CAACTTCACC GTCTGCATCT CCACCATGTT TGGGAATTAC 
AGCAACGTCC TGCAGTTCAT CCAGACCATT GAAATGTATA AGATACTGGG TGCCAAAAAA 
GTCATGGTCT GCCTGAACAA CTGTAGCCGA CAGATGGAGG AGGTCCTTCA GTACTACATC 
AGGACGATTA AAAATGGATT AAACAAGAGT CAAAGATATA AAAGGTTGAT ATTCTCCATT 
TTTTGTTTTC CAAAGAAGTT CTTGCACCAT CTAGAACCTG AAGAACTATA TGGATACTTC 
GGTGCAACAT CTGTCCTAGA ATCCAATGTG GTGGACCTGG CTGAGCTGAC CTGCTCCTGT 
GAGTCCCCTG AGTTGCCACC CCTATGTTTA GCTTTGCGTT GCATCCTTCA GGGGACAGAG 
GGGACATTTG TCTTCAGGTT CCCTGTTGGT TCCGGACCCA TCATTACGGA ACGTGTTGTC 
AACACATCTC TGCAAAGGCT CAAACATTTC CCAGAGGGCT GCGGGGTTCC GGGTTTCATT 
CTATATCCAG ACGAAACCAA AGCAGTGATC AGCTACTGTG AAGGAGAACT TCGTGGATTC 
ATCGTCTCTG ATGGACACTT GCTCTCCATA CAACCGTTGA AGAAGAGGCA TGAGCAAGAC 
CACAAATCCC GAAGTTCTCA TATTATCTCC AGAGTAGGGA AATCACCCCC TGCCAGTGGT 
GGACCAAGGC CTGCCCCTTT GCCCAACCGA ATTAGCAAAC GAGCAGTTGG TGGTGTGAAG 
CATTTGGAGC TCCTAGTGGT AGTGGGTCAT GACGTCTACC AGTTCCACCA AGAGGACACT 
GAGCGATACG TCCTGACCAA CCTTAACATT GGGGTTGAGT TGCTGAGAGA TGTCTCACTT 
GGAACCGCAT TCCGTGTCCA TCTTGTGAAG CTAATTATCC TGACCGAACC GGAGGCAGAT 
ATCCAAATTA CCACCAACCT CACCTCCTCG TTGATCAGCC TTTGCAAATG GAGCCACAAG 
GTGAACCCTC CAGATGACTC CGACCCTCAA CATGCAGACC TTGTTCTCTA TGTGACCAGA 
TTTGATCTTG AATTACCAGA TGGCAACAAA CAGGTGCGAG GAGTCACCCA GCTGGGCGGG 
GCCTGCTCGT CTGTTTGGAG TTGCGTCATT ACTGAGGACA CCGGCTTTGA TCTGGGAGTC 
ACCATGGCAC ATGAGATTGG ACACAGTTTT GGAATCAACC ACGACGGAAC GGGGAACAGC 
TGCAGCAAAA GTGGGAACAT CATGGCATCG GAGGGGTACC ACAATAACGT CCACCTCACC 
TGGTCTGAAT GCAGCCGGGA ACAGTTCCTC AGATTCCTCA GCAGCGGCAT GGCAAGCTGT 
GTTGATGACT TGCCAGCAAT GGACAGTAGT ATTCCCGGCT GGAAGCCCGG TCTGTATTAT 
GGAGCAGATG AGCAGTGTCA GATTGCCTTC GGCAGCTCTG CCCTGGCATG CACTTTCTCC 
AGAAATGACC TGGATTCCTG CAGTGTCCTC TCATGCCACA TAAACCAACA CGATCGTACG 
AGTTGCAACA GACTTCTGGT CCCCCTTCTA GATGGCACAG AGTGTGGGGA GAACAAGTGG 
TGCCACAAGG GCCGTTGCAG TTCACTCGAA GAGCTGAATC CGGTTTCCGT AGTGCACGGA 
GGATGGTCCA GTTGGGGGTC TTTCTCCTCA TGTTCCCGCA GCTGTGGTGG GGGAGTCGTG 
ATGAGGAAAA GGCAGTGTAA CAACCCTAGA CCTGCATTTG GTGGACGCGC CTGTGAGGGA 
TCCAATCTAC AGGCTGAAAT GTGTAACACT CAGGTCTGTA GCAGCACCCA GATCGGTTTC 
ATGAATGAGC AATGTTCTGA TACAGACACC AAACCTCTCT ATCTCAGCCC AGGAATTCCA 
AGTTTTTACA AGTGGACCTC AGCCGTTGGC TTTGTCGATG GGAAAGCGCT GTGTCAATAC 
ATGTGTCGAG CCCAGGGGAA GAGTTTCATC GTAGCACGAG GGAAGAGTTT TTTGGATGGG 
ACCCGGTGTG AGACAAATAA GGAGGCCAAT GCTAAGTTGG GTCTCTGTGT AGCTGGCAGT 
TGCAGGGTCT TTGGCTGTGA TGGAGTGATG GGATCTGGGA TGGTGAAGGA TCAATGTGGT 
GTGTGTGGAG GAGATAACAG CACGTGCAAT AGAATCCATG GCTCTTTCTC TGAAGGGAAA 
GCCGGAGAGT ATGTCTCCTT CTTGACTCTT CCACCAGGCT CCACATCTTT AAAAGTGACA 
AATCAAAAGC CCGTTTTTAC GCATTTGGGG ATTAAGGTGA ACGATGAGTA CTTGGTAGCG 
GGAAAGGGAA GTATTTCTCT CAATGTAACC TACCCATCAG TCCTAGAGGA CCAGACAATA 
GAATACCGGT TGTTTCTGAA TGCAGACAAG CTTCCACATC TGGAGCAAAT CCATATAGAG 
GGTCCCACCA CAAAAGAACT TGAGATACAG GTTTACAGGA AATATGGCCA GGAATATGGA 
GATGCTACAA ACCCCGACAT CATTTATAGT TACCATATAC CCAAGAAGGA CATAGAATAT 
AAATGGTTCC CTGTGCCAGG ACCCTGTTCA GCAAGCTGTG ATGGGGGTTT TCACTTGGTG 
TCTTACGAAT GTTCCGAACA TGATCTGAAC CAGTTGGTCC AATCCAGCCT CTGCAATGAT 
TCTGCACGCC CGTCTTCATT CCATGAACCA TGTGGCATAG ATCCATGTCC TCCTAGGTGG 
GATGTGAAGG AAAGTTCCCC ATGCACAGTG TCCTGTGGTG GTGGGGTGGT TCTAAGAACT 
CTACATTGTG TTCAAATGCA ACAAGGCATT GAGACCATTC TATTTGATGC CTACTGCGAC 
CACTCAACCC GTCCAGAAGC CTTTGTTGCC TGTGGCTTAG AACCCTGTCC TGCCAGATGG 
GAAGCGTCGG AGGCTGGTCT CTGCCCGGTG GTGTGTGGCT CAGGTCTGGC TTTGAGAAAT 
GTCTCCTGTG TTCAGTCTCA TGCTGGATTG GAAGTTGCGG TGGAAGAATC AAACTGTTTA 
GGTCAAGAAA AGCCAACGAC TCAGGTGGAA TGCGTAGTCA GTGTGTGTCC TGTCGGCTGG 
GACATGCAGA TGGACTCTTC ATTGAGGTTG AGTGAACGTT CCTCTCGTGA AGAAACTGCT 
GAGAAACATA CAGAAGTCTA CGTGTGGAGC CCACGGGTCG GACCATGCTC AGTGAGCTGT 
GGAACAGGAA TATCTGAGCT TAGCTACATC TGTGTGGATT TCTACACCAA GACTGAAACC 
GCGGAGGAGA ACTGCAACCA AACTCTGAAG CCAGAACCAC GGCCAAACGT CTGCAACCTT 
GGAACGTGCC CACCGCTGTG GGAAGTGAAG GAGCTCGGTC CATGTCCCGT GACCTGTGGA 
GGAGCAACGA TTCCACTCGC TGTGATCTGT GTTAGGAGAG ATGGAAATAT CTCCTATTCC 
CTTCCTCACT CCAAGTGCAG CCGAATCCCT CGTCCCCGTG CCAGCAAACC TTGTGGGATG 
GAACCCTGCC CAGTCCGGTG GCGCTATAAA ACAGGATCTT GCAGTGTGAG CTGCGGCGGG 
GGCATCTTGC AGAGAGTCCT CTACTGCTCC AGGTATCCCC AAAAAGGAGA GAGTGAGGAG 
CAGATTGTAT CCGATCTAGA ATGCCAACAC TTGCCTCATC CAGAAGGACA GGAACCCTGC 
AACCAGCAGC TTTGCCCACC CAGGTGGAAG GTAGCAGAGG CAACTCCATG CTCAGCAGCC 
TGTGGATATG GCATCTCCAA GCAGAGAGTA GTGTGTGTGC AGACAGTAGA AGGGGCAGAG 
AAGGAGATGG ACCTGGACTC TTGTGTCCTT CAAGAGAAGC CACCATCTCT CATCCCTTGC 
ATTGTCAATA ACTGCTTCTA CTCATGGGAA GTCAGCGCCT GGACTCAGTG CTCGGTCACC 
TGTGGGAACG GTATCCAAAG CCGTCAAGAT GTTTGCACCA ACCTAAAAAC CCGACAGCCG 
GTGAGCCCCA CCTTCTGTGG GAATGCCCCC AAACCCATCA CTATTCGCGG ATGCTCAGCC 
CAGACATGTA GGCCTGAAAC GACCACTCCG CAGGCTGCCT TGGCAAGTAC AGCTCTGGTC 
ACCCAGCTGC CGCCCAGCGA CGCCATCTTG AGGCCACAGT GGAGATCTGC TGTAACCCCT 
CGGGAACACA ACCTTGAGTA CAATCGACGT AGAGAACCAG GCAAAGCTGA GGAAGAAGAT 
GGTATCTGCG GGCAGCTGTT CCTCAACGCT ACAGGAGTGC TGAGTACCAC GGGGCTCAAT 
GAGAGAGACT GTATGTTCAC CATTGGGCGC CCCCTGGGGG AGGTGATTAT AGTCCGAGTG 
TTGTCCAGCA CTCTCAACTG CACAGCCGGG GAGCTGCTGC TGTTCTTCGG GCGGGTCATG 
TGGCGCAAGA CGTGCGCTCG CCTCTCGGGG GTGACCCTGC TGTCTCGGTC GAACACTCTC 
TCTGTGAGAC AGCGCCAGGC TATAGACGGC AATGGGGTGG TACTGGAGTA CTGGAGCAAA 
CCGGCCGCCC AAAACTACTC CCAAGCATGC GATATCCAGC TTTATGGAAT GGGGGGAGAA 
ATCCGGAATC CCGTGCAGCC CTGGATGGAG GGGGGATCCC CAGCTTGTAG AGTCTTCATT 
GACGTGGCCC CCCAGTATTA CATTGCTATT CATGCTTTGT ACATGGACCT GGAACCCATG 
AGCAACCATA CGCACCCAAG TTCTATTCTG GTGGGTGATC GGGGGGCTGA TTCACTGCCG 
GCCCAGACCC TGGGCCCTGC ATCTCCCATA ACAATAACAA TCTCTAACCC CCCCTGTGTT 
TGTGTTCCCC CAGCGTGTGC GGTGGCCGGA CTGTGGAGCT GTGTCACAAT CAACCCCCTC 
AATATCGCAG CCGGGGTGCT AATGATGCTC AACGCGTTCA TCCTGTTCCT GTGTGAGGCT 
CCCTTTTGCT GCCAGTTTGT CGAGTTCGCC AATACGGTTT CTGAGAAGGC TGACAGGCTG 
AAAAGCTGGC AGAAAGCGGC GTTTTATTGT GGGATGGCGC TGCTTCCCAT CTTCATCAGC 
TTCACGTTTA CCACCTTGTT CGGCAATGCT ATCGCCTTTG CGTCGGGGGT TCTGTACGGT 
CTCTCCGCCT TGGGCAAGAA GGGGGACGCC ATTTCCTACG CGAAGCTACA GAAGCAGCAG 
CCGGACGAGG AGAAGCTGAC GGACCTATAG

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

RefSeq	XP_017945589.1
CDS	1..5550
Translation	MEDAPWKLQDNRRKDIIRILGIVHHQEVKELYCYFCCNSNTNVYPTRAGIDIHQDRFGFPYGLADIICTEPPDCRAEFVSVHWSPSEVVHNLTSFRIRNRDPGQFTANFTVCISTMFGNYSNVLQFIQTIEMYKILGAKKVMVCLNNCSRQMEEVLQYYIRTIKNGLNKSQRYKRLIFSIFCFPKKFLHHLEPEELYGYFGATSVLESNVVDLAELTCSCESPELPPLCLALRCILQGTEGTFVFRFPVGSGPIITERVVNTSLQRLKHFPEGCGVPGFILYPDETKAVISYCEGELRGFIVSDGHLLSIQPLKKRHEQDHKSRSSHIISRVGKSPPASGGPRPAPLPNRISKRAVGGVKHLELLVVVGHDVYQFHQEDTERYVLTNLNIGVELLRDVSLGTAFRVHLVKLIILTEPEADIQITTNLTSSLISLCKWSHKVNPPDDSDPQHADLVLYVTRFDLELPDGNKQVRGVTQLGGACSSVWSCVITEDTGFDLGVTMAHEIGHSFGINHDGTGNSCSKSGNIMASEGYHNNVHLTWSECSREQFLRFLSSGMASCVDDLPAMDSSIPGWKPGLYYGADEQCQIAFGSSALACTFSRNDLDSCSVLSCHINQHDRTSCNRLLVPLLDGTECGENKWCHKGRCSSLEELNPVSVVHGGWSSWGSFSSCSRSCGGGVVMRKRQCNNPRPAFGGRACEGSNLQAEMCNTQVCSSTQIGFMNEQCSDTDTKPLYLSPGIPSFYKWTSAVGFVDGKALCQYMCRAQGKSFIVARGKSFLDGTRCETNKEANAKLGLCVAGSCRVFGCDGVMGSGMVKDQCGVCGGDNSTCNRIHGSFSEGKAGEYVSFLTLPPGSTSLKVTNQKPVFTHLGIKVNDEYLVAGKGSISLNVTYPSVLEDQTIEYRLFLNADKLPHLEQIHIEGPTTKELEIQVYRKYGQEYGDATNPDIIYSYHIPKKDIEYKWFPVPGPCSASCDGGFHLVSYECSEHDLNQLVQSSLCNDSARPSSFHEPCGIDPCPPRWDVKESSPCTVSCGGGVVLRTLHCVQMQQGIETILFDAYCDHSTRPEAFVACGLEPCPARWEASEAGLCPVVCGSGLALRNVSCVQSHAGLEVAVEESNCLGQEKPTTQVECVVSVCPVGWDMQMDSSLRLSERSSREETAEKHTEVYVWSPRVGPCSVSCGTGISELSYICVDFYTKTETAEENCNQTLKPEPRPNVCNLGTCPPLWEVKELGPCPVTCGGATIPLAVICVRRDGNISYSLPHSKCSRIPRPRASKPCGMEPCPVRWRYKTGSCSVSCGGGILQRVLYCSRYPQKGESEEQIVSDLECQHLPHPEGQEPCNQQLCPPRWKVAEATPCSAACGYGISKQRVVCVQTVEGAEKEMDLDSCVLQEKPPSLIPCIVNNCFYSWEVSAWTQCSVTCGNGIQSRQDVCTNLKTRQPVSPTFCGNAPKPITIRGCSAQTCRPETTTPQAALASTALVTQLPPSDAILRPQWRSAVTPREHNLEYNRRREPGKAEEEDGICGQLFLNATGVLSTTGLNERDCMFTIGRPLGEVIIVRVLSSTLNCTAGELLLFFGRVMWRKTCARLSGVTLLSRSNTLSVRQRQAIDGNGVVLEYWSKPAAQNYSQACDIQLYGMGGEIRNPVQPWMEGGSPACRVFIDVAPQYYIAIHALYMDLEPMSNHTHPSSILVGDRGADSLPAQTLGPASPITITISNPPCVCVPPACAVAGLWSCVTINPLNIAAGVLMMLNAFILFLCEAPFCCQFVEFANTVSEKADRLKSWQKAAFYCGMALLPIFISFTFTTLFGNAIAFASGVLYGLSALGKKGDAISYAKLQKQQPDEEKLTDL

Target ORF information:

RefSeq Version	XM_018090100.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis ADAM metallopeptidase with thrombospondin type 1 motif 13 (adamts13), mRNA.

Target ORF information:

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

XM_018090100.1

ORF Insert Sequence:

ATGGAAGACG CCCCTTGGAA GCTACAGGAT AACAGAAGGA AGGACATCAT CCGGATCTTG 
GGGATTGTCC ACCATCAAGA AGTGAAGGAA CTCTACTGTT ACTTCTGCTG TAATTCCAAC 
ACCAACGTGT ACCCAACCAG GGCAGGAATT GATATCCATC AGGACCGGTT TGGGTTCCCT 
TATGGGCTGG CCGATATCAT CTGCACAGAA CCTCCGGACT GTAGAGCGGA ATTTGTGTCG 
GTTCATTGGT CTCCTTCTGA AGTCGTCCAC AATCTCACCA GCTTCAGAAT CAGAAATAGG 
GATCCCGGCC AATTTACTGC CAACTTCACC GTCTGCATCT CCACCATGTT TGGGAATTAC 
AGCAACGTCC TGCAGTTCAT CCAGACCATT GAAATGTATA AGATACTGGG TGCCAAAAAA 
GTCATGGTCT GCCTGAACAA CTGTAGCCGA CAGATGGAGG AGGTCCTTCA GTACTACATC 
AGGACGATTA AAAATGGATT AAACAAGAGT CAAAGATATA AAAGGTTGAT ATTCTCCATT 
TTTTGTTTTC CAAAGAAGTT CTTGCACCAT CTAGAACCTG AAGAACTATA TGGATACTTC 
GGTGCAACAT CTGTCCTAGA ATCCAATGTG GTGGACCTGG CTGAGCTGAC CTGCTCCTGT 
GAGTCCCCTG AGTTGCCACC CCTATGTTTA GCTTTGCGTT GCATCCTTCA GGGGACAGAG 
GGGACATTTG TCTTCAGGTT CCCTGTTGGT TCCGGACCCA TCATTACGGA ACGTGTTGTC 
AACACATCTC TGCAAAGGCT CAAACATTTC CCAGAGGGCT GCGGGGTTCC GGGTTTCATT 
CTATATCCAG ACGAAACCAA AGCAGTGATC AGCTACTGTG AAGGAGAACT TCGTGGATTC 
ATCGTCTCTG ATGGACACTT GCTCTCCATA CAACCGTTGA AGAAGAGGCA TGAGCAAGAC 
CACAAATCCC GAAGTTCTCA TATTATCTCC AGAGTAGGGA AATCACCCCC TGCCAGTGGT 
GGACCAAGGC CTGCCCCTTT GCCCAACCGA ATTAGCAAAC GAGCAGTTGG TGGTGTGAAG 
CATTTGGAGC TCCTAGTGGT AGTGGGTCAT GACGTCTACC AGTTCCACCA AGAGGACACT 
GAGCGATACG TCCTGACCAA CCTTAACATT GGGGTTGAGT TGCTGAGAGA TGTCTCACTT 
GGAACCGCAT TCCGTGTCCA TCTTGTGAAG CTAATTATCC TGACCGAACC GGAGGCAGAT 
ATCCAAATTA CCACCAACCT CACCTCCTCG TTGATCAGCC TTTGCAAATG GAGCCACAAG 
GTGAACCCTC CAGATGACTC CGACCCTCAA CATGCAGACC TTGTTCTCTA TGTGACCAGA 
TTTGATCTTG AATTACCAGA TGGCAACAAA CAGGTGCGAG GAGTCACCCA GCTGGGCGGG 
GCCTGCTCGT CTGTTTGGAG TTGCGTCATT ACTGAGGACA CCGGCTTTGA TCTGGGAGTC 
ACCATGGCAC ATGAGATTGG ACACAGTTTT GGAATCAACC ACGACGGAAC GGGGAACAGC 
TGCAGCAAAA GTGGGAACAT CATGGCATCG GAGGGGTACC ACAATAACGT CCACCTCACC 
TGGTCTGAAT GCAGCCGGGA ACAGTTCCTC AGATTCCTCA GCAGCGGCAT GGCAAGCTGT 
GTTGATGACT TGCCAGCAAT GGACAGTAGT ATTCCCGGCT GGAAGCCCGG TCTGTATTAT 
GGAGCAGATG AGCAGTGTCA GATTGCCTTC GGCAGCTCTG CCCTGGCATG CACTTTCTCC 
AGAAATGACC TGGATTCCTG CAGTGTCCTC TCATGCCACA TAAACCAACA CGATCGTACG 
AGTTGCAACA GACTTCTGGT CCCCCTTCTA GATGGCACAG AGTGTGGGGA GAACAAGTGG 
TGCCACAAGG GCCGTTGCAG TTCACTCGAA GAGCTGAATC CGGTTTCCGT AGTGCACGGA 
GGATGGTCCA GTTGGGGGTC TTTCTCCTCA TGTTCCCGCA GCTGTGGTGG GGGAGTCGTG 
ATGAGGAAAA GGCAGTGTAA CAACCCTAGA CCTGCATTTG GTGGACGCGC CTGTGAGGGA 
TCCAATCTAC AGGCTGAAAT GTGTAACACT CAGGTCTGTA GCAGCACCCA GATCGGTTTC 
ATGAATGAGC AATGTTCTGA TACAGACACC AAACCTCTCT ATCTCAGCCC AGGAATTCCA 
AGTTTTTACA AGTGGACCTC AGCCGTTGGC TTTGTCGATG GGAAAGCGCT GTGTCAATAC 
ATGTGTCGAG CCCAGGGGAA GAGTTTCATC GTAGCACGAG GGAAGAGTTT TTTGGATGGG 
ACCCGGTGTG AGACAAATAA GGAGGCCAAT GCTAAGTTGG GTCTCTGTGT AGCTGGCAGT 
TGCAGGGTCT TTGGCTGTGA TGGAGTGATG GGATCTGGGA TGGTGAAGGA TCAATGTGGT 
GTGTGTGGAG GAGATAACAG CACGTGCAAT AGAATCCATG GCTCTTTCTC TGAAGGGAAA 
GCCGGAGAGT ATGTCTCCTT CTTGACTCTT CCACCAGGCT CCACATCTTT AAAAGTGACA 
AATCAAAAGC CCGTTTTTAC GCATTTGGGG ATTAAGGTGA ACGATGAGTA CTTGGTAGCG 
GGAAAGGGAA GTATTTCTCT CAATGTAACC TACCCATCAG TCCTAGAGGA CCAGACAATA 
GAATACCGGT TGTTTCTGAA TGCAGACAAG CTTCCACATC TGGAGCAAAT CCATATAGAG 
GGTCCCACCA CAAAAGAACT TGAGATACAG GTTTACAGGA AATATGGCCA GGAATATGGA 
GATGCTACAA ACCCCGACAT CATTTATAGT TACCATATAC CCAAGAAGGA CATAGAATAT 
AAATGGTTCC CTGTGCCAGG ACCCTGTTCA GCAAGCTGTG ATGGGGGTTT TCACTTGGTG 
TCTTACGAAT GTTCCGAACA TGATCTGAAC CAGTTGGTCC AATCCAGCCT CTGCAATGAT 
TCTGCACGCC CGTCTTCATT CCATGAACCA TGTGGCATAG ATCCATGTCC TCCTAGGTGG 
GATGTGAAGG AAAGTTCCCC ATGCACAGTG TCCTGTGGTG GTGGGGTGGT TCTAAGAACT 
CTACATTGTG TTCAAATGCA ACAAGGCATT GAGACCATTC TATTTGATGC CTACTGCGAC 
CACTCAACCC GTCCAGAAGC CTTTGTTGCC TGTGGCTTAG AACCCTGTCC TGCCAGATGG 
GAAGCGTCGG AGGCTGGTCT CTGCCCGGTG GTGTGTGGCT CAGGTCTGGC TTTGAGAAAT 
GTCTCCTGTG TTCAGTCTCA TGCTGGATTG GAAGTTGCGG TGGAAGAATC AAACTGTTTA 
GGTCAAGAAA AGCCAACGAC TCAGGTGGAA TGCGTAGTCA GTGTGTGTCC TGTCGGCTGG 
GACATGCAGA TGGACTCTTC ATTGAGGTTG AGTGAACGTT CCTCTCGTGA AGAAACTGCT 
GAGAAACATA CAGAAGTCTA CGTGTGGAGC CCACGGGTCG GACCATGCTC AGTGAGCTGT 
GGAACAGGAA TATCTGAGCT TAGCTACATC TGTGTGGATT TCTACACCAA GACTGAAACC 
GCGGAGGAGA ACTGCAACCA AACTCTGAAG CCAGAACCAC GGCCAAACGT CTGCAACCTT 
GGAACGTGCC CACCGCTGTG GGAAGTGAAG GAGCTCGGTC CATGTCCCGT GACCTGTGGA 
GGAGCAACGA TTCCACTCGC TGTGATCTGT GTTAGGAGAG ATGGAAATAT CTCCTATTCC 
CTTCCTCACT CCAAGTGCAG CCGAATCCCT CGTCCCCGTG CCAGCAAACC TTGTGGGATG 
GAACCCTGCC CAGTCCGGTG GCGCTATAAA ACAGGATCTT GCAGTGTGAG CTGCGGCGGG 
GGCATCTTGC AGAGAGTCCT CTACTGCTCC AGGTATCCCC AAAAAGGAGA GAGTGAGGAG 
CAGATTGTAT CCGATCTAGA ATGCCAACAC TTGCCTCATC CAGAAGGACA GGAACCCTGC 
AACCAGCAGC TTTGCCCACC CAGGTGGAAG GTAGCAGAGG CAACTCCATG CTCAGCAGCC 
TGTGGATATG GCATCTCCAA GCAGAGAGTA GTGTGTGTGC AGACAGTAGA AGGGGCAGAG 
AAGGAGATGG ACCTGGACTC TTGTGTCCTT CAAGAGAAGC CACCATCTCT CATCCCTTGC 
ATTGTCAATA ACTGCTTCTA CTCATGGGAA GTCAGCGCCT GGACTCAGTG CTCGGTCACC 
TGTGGGAACG GTATCCAAAG CCGTCAAGAT GTTTGCACCA ACCTAAAAAC CCGACAGCCG 
GTGAGCCCCA CCTTCTGTGG GAATGCCCCC AAACCCATCA CTATTCGCGG ATGCTCAGCC 
CAGACATGTA GGCCTGAAAC GACCACTCCG CAGGCTGCCT TGGCAAGTAC AGCTCTGGTC 
ACCCAGCTGC CGCCCAGCGA CGCCATCTTG AGGCCACAGT GGAGATCTGC TGTAACCCCT 
CGGGAACACA ACCTTGAGTA CAATCGACGT AGAGAACCAG GCAAAGCTGA GGAAGAAGAT 
GGTATCTGCG GGCAGCTGTT CCTCAACGCT ACAGGAGTGC TGAGTACCAC GGGGCTCAAT 
GAGAGAGACT GTATGTTCAC CATTGGGCGC CCCCTGGGGG AGGTGATTAT AGTCCGAGTG 
TTGTCCAGCA CTCTCAACTG CACAGCCGGG GAGCTGCTGC TGTTCTTCGG GCGGGTCATG 
TGGCGCAAGA CGTGCGCTCG CCTCTCGGGG GTGACCCTGC TGTCTCGGTC GAACACTCTC 
TCTGTGAGAC AGCGCCAGGC TATAGACGGC AATGGGGTGG TACTGGAGTA CTGGAGCAAA 
CCGGCCGCCC AAAACTACTC CCAAGCATGC GATATCCAGC TTTATGGAAT GGGGGGAGAA 
ATCCGGAATC CCGTGCAGCC CTGGATGGAG GGGGGATCCC CAGCTTGTAG AGTCTTCATT 
GACGTGGCCC CCCAGTATTA CATTGCTATT CATGCTTTGT ACATGGACCT GGAACCCATG 
AGCAACCATA CGCACCCAAG TTCTATTCTG GTGGGTGATC GGGGGGCTGA TTCACTGCCG 
GCCCAGACCC TGGGCCCTGC ATCTCCCATA ACAATAACAA TCTCTAACCC CCCCTGTGTT 
TGTGTTCCCC CAGCGTGTGC GGTGGCCGGA CTGTGGAGCT GTGTCACAAT CAACCCCCTC 
AATATCGCAG CCGGGGTGCT AATGATGCTC AACGCGTTCA TCCTGTTCCT GTGTGAGGCT 
CCCTTTTGCT GCCAGTTTGT CGAGTTCGCC AATACGGTTT CTGAGAAGGC TGACAGGCTG 
AAAAGCTGGC AGAAAGCGGC GTTTTATTGT GGGATGGCGC TGCTTCCCAT CTTCATCAGC 
TTCACGTTTA CCACCTTGTT CGGCAATGCT ATCGCCTTTG CGTCGGGGGT TCTGTACGGT 
CTCTCCGCCT TGGGCAAGAA GGGGGACGCC ATTTCCTACG CGAAGCTACA GAAGCAGCAG 
CCGGACGAGG AGAAGCTGAC GGACCTATAG

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

adamts13 ( XM_031891562.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031747422.1 Xenopus tropicalis ADAM metallopeptidase with thrombospondin type 1 motif 13 (adamts13), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa64884
Clone ID Related Accession (Same CDS sequence)	XM_031891562.1
Accession Version	XM_031891562.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4782bp) 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	1576512000000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	A disintegrin and metalloproteinase with thrombospondin motifs 13 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.2) 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 Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACCCGGC CGGTCCGTCT GTGGGTAGCC CTTGGCTTGC TCCTTTCTCC TGTACTGTGT 
GCGACAAAGA AGTTCTTGCA CCATCTAGAA CCTGAAGAAC TATATGGATA CTTCGGTGCA 
ACATCTGTCC TAGAATCCAA TGTGGTGGAC CTGGCTGAGC TGACCTGCTC CTGTGAGTCC 
CCTGAGTTGC CACCCCTATG TTTAGCTTTG CGTTGCATCC TTCAGGGGAC AGAGGGGACA 
TTTGTCTTCA GGTTCCCTGT TGGTTCCGGA CCCATCATTA CGGAACGTGT TGTCAACACA 
TCTCTGCAAA GGCTCAAACA TTTCCCAGAG GGCTGCGGGG TTCCGGGTTT CATTCTATAT 
CCAGACGAAA CCAAAGCAGT GATCAGCTAC TGTGAAGGAG AACTTCGTGG ATTCATCGTC 
TCTGATGGAC ACTTGCTCTC CATACAACCG TTGAAGAAGA GGCATGAGCA AGACCACAAA 
TCCCGAAGTT CTCATATTAT CTCCAGAGTA GGGAAATCAC CCCCTGCCAG TGGTGGACCA 
AGGCCTGCCC CTTTGCCCAA CCGAATTAGC AAACGAGCAG TTGGTGGTGT GAAGCATTTG 
GAGCTCCTAG TGGTAGTGGG TCATGACGTC TACCAGTTCC ACCAAGAGGA CACTGAGCGA 
TACGTCCTGA CCAACCTTAA CATTGGGGTT GAGTTGCTGA GAGATGTCTC ACTTGGAACC 
GCATTCCGTG TCCATCTTGT GAAGCTAATT ATCCTGACCG AACCGGAGGC AGATATCCAA 
ATTACCACCA ACCTCACCTC CTCGTTGATC AGCCTTTGCA AATGGAGCCA CAAGGTGAAC 
CCTCCAGATG ACTCCGACCC TCAACATGCA GACCTTGTTC TCTATGTGAC CAGATTTGAT 
CTTGAATTAC CAGATGGCAA CAAACAGGTG CGAGGAGTCA CCCAGCTGGG CGGGGCCTGC 
TCGTCTGTTT GGAGTTGCGT CATTACTGAG GACACCGGCT TTGATCTGGG AGTCACCATG 
GCACATGAGA TTGGACACAG TTTTGGAATC AACCACGACG GAACGGGGAA CAGCTGCAGC 
AAAAGTGGGA ACATCATGGC ATCGGAGGGG TACCACAATA ACGTCCACCT CACCTGGTCT 
GAATGCAGCC GGGAACAGTT CCTCAGATTC CTCAGCAGCG GCATGGCAAG CTGTGTTGAT 
GACTTGCCAG CAATGGACAG TAGTATTCCC GGCTGGAAGC CCGGTCTGTA TTATGGAGCA 
GATGAGCAGT GTCAGATTGC CTTCGGCAGC TCTGCCCTGG CATGCACTTT CTCCAGAAAT 
GACCTGGATT CCTGCAGTGT CCTCTCATGC CACATAAACC AACACGATCG TACGAGTTGC 
AACAGACTTC TGGTCCCCCT TCTAGATGGC ACAGAGTGTG GGGAGAACAA GTGGTGCCAC 
AAGGGCCGTT GCAGTTCACT CGAAGAGCTG AATCCGGTTT CCGTAGTGCA CGGAGGATGG 
TCCAGTTGGG GGTCTTTCTC CTCATGTTCC CGCAGCTGTG GTGGGGGAGT CGTGATGAGG 
AAAAGGCAGT GTAACAACCC TAGACCTGCA TTTGGTGGAC GCGCCTGTGA GGGATCCAAT 
CTACAGGCTG AAATGTGTAA CACTCAGGTC TGTAGCAGCA CCCAGATCGG TTTCATGAAT 
GAGCAATGTT CTGATACAGA CACCAAACCT CTCTATCTCA GCCCAGGAAT TCCAAGTTTT 
TACAAGTGGA CCTCAGCCGT TGGCTTTGTC GATGGGAAAG CGCTGTGTCA ATACATGTGT 
CGAGCCCAGG GGAAGAGTTT CATCGTAGCA CGAGGGAAGA GTTTTTTGGA TGGGACCCGG 
TGTGAGACAA ATAAGGAGGC CAATGCTAAG TTGGGTCTCT GTGTAGCTGG CAGTTGCAGG 
GTCTTTGGCT GTGATGGAGT GATGGGATCT GGGATGGTGA AGGATCAATG TGGTGTGTGT 
GGAGGAGATA ACAGCACGTG CAATAGAATC CATGGCTCTT TCTCTGAAGG GAAAGCCGGA 
GAGTATGTCT CCTTCTTGAC TCTTCCACCA GGCTCCACAT CTTTAAAAGT GACAAATCAA 
AAGCCCGTTT TTACGCATTT GGGGATTAAG GTGAACGATG AGTACTTGGT AGCGGGAAAG 
GGAAGTATTT CTCTCAATGT AACCTACCCA TCAGTCCTAG AGGACCAGAC AATAGAATAC 
CGGTTGTTTC TGAATGCAGA CAAGCTTCCA CATCTGGAGC AAATCCATAT AGAGGGTCCC 
ACCACAAAAG AACTTGAGAT ACAGGTTTAC AGGAAATATG GCCAGGAATA TGGAGATGCT 
ACAAACCCCG ACATCATTTA TAGTTACCAT ATACCCAAGA AGGACATAGA ATATAAATGG 
TTCCCTGTGC CAGGACCCTG TTCAGCAAGC TGTGATGGGG GTTTTCACTT GGTGTCTTAC 
GAATGTTCCG AACATGATCT GAACCAGTTG GTCCAATCCA GCCTCTGCAA TGATTCTGCA 
CGCCCGTCTT CATTCCATGA ACCATGTGGC ATAGATCCAT GTCCTCCTAG GTGGGATGTG 
AAGGAAAGTT CCCCATGCAC AGTGTCCTGT GGTGGTGGGG TGGTTCTAAG AACTCTACAT 
TGTGTTCAAA TGCAACAAGG CATTGAGACC ATTCTATTTG ATGCCTACTG CGACCACTCA 
ACCCGTCCAG AAGCCTTTGT TGCCTGTGGC TTAGAACCCT GTCCTGCCAG ATGGGAAGCG 
TCGGAGGCTG GTCTCTGCCC GGTGGTGTGT GGCTCAGGTC TGGCTTTGAG AAATGTCTCC 
TGTGTTCAGT CTCATGCTGG ATTGGAAGTT GCGGTGGAAG AATCAAACTG TTTAGGTCAA 
GAAAAGCCAA CGACTCAGGT GGAATGCGTA GTCAGTGTGT GTCCTGTCGG CTGGGACATG 
CAGATGGACT CTTCATTGAG GTTGAGTGAA CGTTCCTCTC GTGAAGAAAC TGCTGAGAAA 
CATACAGAAG TCTACGTGTG GAGCCCACGG GTCGGACCAT GCTCAGTGAG CTGTGGAACA 
GGAATATCTG AGCTTAGCTA CATCTGTGTG GATTTCTACA CCAAGACTGA AACCGCGGAG 
GAGAACTGCA ACCAAACTCT GAAGCCAGAA CCACGGCCAA ACGTCTGCAA CCTTGGAACG 
TGCCCACCGC TGTGGGAAGT GAAGGAGCTC GGTCCATGTC CCGTGACCTG TGGAGGAGCA 
ACGATTCCAC TCGCTGTGAT CTGTGTTAGG AGAGATGGAA ATATCTCCTA TTCCCTTCCT 
CACTCCAAGT GCAGCCGAAT CCCTCGTCCC CGTGCCAGCA AACCTTGTGG GATGGAACCC 
TGCCCAGTCC GGTGGCGCTA TAAAACAGGA TCTTGCAGTG TGAGCTGCGG CGGGGGCATC 
TTGCAGAGAG TCCTCTACTG CTCCAGGTAT CCCCAAAAAG GAGAGAGTGA GGAGCAGATT 
GTATCCGATC TAGAATGCCA ACACTTGCCT CATCCAGAAG GACAGGAACC CTGCAACCAG 
CAGCTTTGCC CACCCAGGTG GAAGGTAGCA GAGGCAACTC CATGCTCAGC AGCCTGTGGA 
TATGGCATCT CCAAGCAGAG AGTAGTGTGT GTGCAGACAG TAGAAGGGGC AGAGAAGGAG 
ATGGACCTGG ACTCTTGTGT CCTTCAAGAG AAGCCACCAT CTCTCATCCC TTGCATTGTC 
AATAACTGCT TCTACTCATG GGAAGTCAGC GCCTGGACTC AGTGCTCGGT CACCTGTGGG 
AACGGTATCC AAAGCCGTCA AGATGTTTGC ACCAACCTAA AAACCCGACA GCCGGTGAGC 
CCCACCTTCT GTGGGAATGC CCCCAAACCC ATCACTATTC GCGGATGCTC AGCCCAGACA 
TGTAGGCCTG AAACGACCAC TCCGCAGGCT GCCTTGGCAA GTACAGCTCT GGTCACCCAG 
CTGCCGCCCA GCGACGCCAT CTTGAGGCCA CAGTGGAGAT CTGCTGTAAC CCCTCGGGAA 
CACAACCTTG AGTACAATCG ACGTAGAGAA CCAGGCAAAG CTGAGGAAGA AGATGGTAGT 
ACCAGTATCT GCGGGCAGCT GTTCCTCAAC GCTACAGGAG TGCTGAGTAC CACGGGGCTC 
AATGAGAGAG ACTGTATGTT CACCATTGGG CGCCCCCTGG GGGAGGTGAT TATAGTCCGA 
GTGTTGTCCA GCACTCTCAA CTGCACAGCC GGGGAGCTGC TGCTGTTCTT CGGGCGGGTC 
ATGTGGCGCA AGACGTGCGC TCGCCTCTCG GGGGTGACCC TGCTGTCTCG GTCGAACACT 
CTCTCTGTGA GACAGCGCCA GGCTATAGAC GGCAATGGGG TGGTACTGGA GTACTGGAGC 
AAACCGGCCG CCCAAAACTA CTCCCAAGCA TGCGATATCC AGCTTTATGG AATGGGGGGA 
GAAATCCGGA ATCCCGTGCA GCCCTGGATG GAGGGGGGAT CCCCAGCTTG TAGAGTCTTC 
ATTGACGTGG CCCCCCAGTA TTACATTGCT ATTCATGCTT TGTACATGGA CCTGGAACCC 
ATGAGCAACC ATACGCACCC AAGTTCTATT CTGATTCGGG ACATGAAATC GCTCAAATCC 
ACGGGATTCC ATGGGAACCA CTTGTTCTAC TGGGAGTCGG CGGGGAGTCG GGCGGAAATA 
GAATTTCATG GCGATTTCTC TAAGGACCGA GTCAGTTTCC GGGCGCAGTA CTGGGCGCGG 
GCACCGAGGC TACAGGGCAG GGGGCGCCCC CCGGTGGAAT GA

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

RefSeq	XP_031747422.1
CDS	104..4885
Translation	MTRPVRLWVALGLLLSPVLCATKKFLHHLEPEELYGYFGATSVLESNVVDLAELTCSCESPELPPLCLALRCILQGTEGTFVFRFPVGSGPIITERVVNTSLQRLKHFPEGCGVPGFILYPDETKAVISYCEGELRGFIVSDGHLLSIQPLKKRHEQDHKSRSSHIISRVGKSPPASGGPRPAPLPNRISKRAVGGVKHLELLVVVGHDVYQFHQEDTERYVLTNLNIGVELLRDVSLGTAFRVHLVKLIILTEPEADIQITTNLTSSLISLCKWSHKVNPPDDSDPQHADLVLYVTRFDLELPDGNKQVRGVTQLGGACSSVWSCVITEDTGFDLGVTMAHEIGHSFGINHDGTGNSCSKSGNIMASEGYHNNVHLTWSECSREQFLRFLSSGMASCVDDLPAMDSSIPGWKPGLYYGADEQCQIAFGSSALACTFSRNDLDSCSVLSCHINQHDRTSCNRLLVPLLDGTECGENKWCHKGRCSSLEELNPVSVVHGGWSSWGSFSSCSRSCGGGVVMRKRQCNNPRPAFGGRACEGSNLQAEMCNTQVCSSTQIGFMNEQCSDTDTKPLYLSPGIPSFYKWTSAVGFVDGKALCQYMCRAQGKSFIVARGKSFLDGTRCETNKEANAKLGLCVAGSCRVFGCDGVMGSGMVKDQCGVCGGDNSTCNRIHGSFSEGKAGEYVSFLTLPPGSTSLKVTNQKPVFTHLGIKVNDEYLVAGKGSISLNVTYPSVLEDQTIEYRLFLNADKLPHLEQIHIEGPTTKELEIQVYRKYGQEYGDATNPDIIYSYHIPKKDIEYKWFPVPGPCSASCDGGFHLVSYECSEHDLNQLVQSSLCNDSARPSSFHEPCGIDPCPPRWDVKESSPCTVSCGGGVVLRTLHCVQMQQGIETILFDAYCDHSTRPEAFVACGLEPCPARWEASEAGLCPVVCGSGLALRNVSCVQSHAGLEVAVEESNCLGQEKPTTQVECVVSVCPVGWDMQMDSSLRLSERSSREETAEKHTEVYVWSPRVGPCSVSCGTGISELSYICVDFYTKTETAEENCNQTLKPEPRPNVCNLGTCPPLWEVKELGPCPVTCGGATIPLAVICVRRDGNISYSLPHSKCSRIPRPRASKPCGMEPCPVRWRYKTGSCSVSCGGGILQRVLYCSRYPQKGESEEQIVSDLECQHLPHPEGQEPCNQQLCPPRWKVAEATPCSAACGYGISKQRVVCVQTVEGAEKEMDLDSCVLQEKPPSLIPCIVNNCFYSWEVSAWTQCSVTCGNGIQSRQDVCTNLKTRQPVSPTFCGNAPKPITIRGCSAQTCRPETTTPQAALASTALVTQLPPSDAILRPQWRSAVTPREHNLEYNRRREPGKAEEEDGSTSICGQLFLNATGVLSTTGLNERDCMFTIGRPLGEVIIVRVLSSTLNCTAGELLLFFGRVMWRKTCARLSGVTLLSRSNTLSVRQRQAIDGNGVVLEYWSKPAAQNYSQACDIQLYGMGGEIRNPVQPWMEGGSPACRVFIDVAPQYYIAIHALYMDLEPMSNHTHPSSILIRDMKSLKSTGFHGNHLFYWESAGSRAEIEFHGDFSKDRVSFRAQYWARAPRLQGRGRPPVE

Target ORF information:

RefSeq Version	XM_031891562.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis ADAM metallopeptidase with thrombospondin type 1 motif 13 (adamts13), transcript variant X1, mRNA.

Target ORF information:

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

XM_031891562.1

ORF Insert Sequence:

ATGACCCGGC CGGTCCGTCT GTGGGTAGCC CTTGGCTTGC TCCTTTCTCC TGTACTGTGT 
GCGACAAAGA AGTTCTTGCA CCATCTAGAA CCTGAAGAAC TATATGGATA CTTCGGTGCA 
ACATCTGTCC TAGAATCCAA TGTGGTGGAC CTGGCTGAGC TGACCTGCTC CTGTGAGTCC 
CCTGAGTTGC CACCCCTATG TTTAGCTTTG CGTTGCATCC TTCAGGGGAC AGAGGGGACA 
TTTGTCTTCA GGTTCCCTGT TGGTTCCGGA CCCATCATTA CGGAACGTGT TGTCAACACA 
TCTCTGCAAA GGCTCAAACA TTTCCCAGAG GGCTGCGGGG TTCCGGGTTT CATTCTATAT 
CCAGACGAAA CCAAAGCAGT GATCAGCTAC TGTGAAGGAG AACTTCGTGG ATTCATCGTC 
TCTGATGGAC ACTTGCTCTC CATACAACCG TTGAAGAAGA GGCATGAGCA AGACCACAAA 
TCCCGAAGTT CTCATATTAT CTCCAGAGTA GGGAAATCAC CCCCTGCCAG TGGTGGACCA 
AGGCCTGCCC CTTTGCCCAA CCGAATTAGC AAACGAGCAG TTGGTGGTGT GAAGCATTTG 
GAGCTCCTAG TGGTAGTGGG TCATGACGTC TACCAGTTCC ACCAAGAGGA CACTGAGCGA 
TACGTCCTGA CCAACCTTAA CATTGGGGTT GAGTTGCTGA GAGATGTCTC ACTTGGAACC 
GCATTCCGTG TCCATCTTGT GAAGCTAATT ATCCTGACCG AACCGGAGGC AGATATCCAA 
ATTACCACCA ACCTCACCTC CTCGTTGATC AGCCTTTGCA AATGGAGCCA CAAGGTGAAC 
CCTCCAGATG ACTCCGACCC TCAACATGCA GACCTTGTTC TCTATGTGAC CAGATTTGAT 
CTTGAATTAC CAGATGGCAA CAAACAGGTG CGAGGAGTCA CCCAGCTGGG CGGGGCCTGC 
TCGTCTGTTT GGAGTTGCGT CATTACTGAG GACACCGGCT TTGATCTGGG AGTCACCATG 
GCACATGAGA TTGGACACAG TTTTGGAATC AACCACGACG GAACGGGGAA CAGCTGCAGC 
AAAAGTGGGA ACATCATGGC ATCGGAGGGG TACCACAATA ACGTCCACCT CACCTGGTCT 
GAATGCAGCC GGGAACAGTT CCTCAGATTC CTCAGCAGCG GCATGGCAAG CTGTGTTGAT 
GACTTGCCAG CAATGGACAG TAGTATTCCC GGCTGGAAGC CCGGTCTGTA TTATGGAGCA 
GATGAGCAGT GTCAGATTGC CTTCGGCAGC TCTGCCCTGG CATGCACTTT CTCCAGAAAT 
GACCTGGATT CCTGCAGTGT CCTCTCATGC CACATAAACC AACACGATCG TACGAGTTGC 
AACAGACTTC TGGTCCCCCT TCTAGATGGC ACAGAGTGTG GGGAGAACAA GTGGTGCCAC 
AAGGGCCGTT GCAGTTCACT CGAAGAGCTG AATCCGGTTT CCGTAGTGCA CGGAGGATGG 
TCCAGTTGGG GGTCTTTCTC CTCATGTTCC CGCAGCTGTG GTGGGGGAGT CGTGATGAGG 
AAAAGGCAGT GTAACAACCC TAGACCTGCA TTTGGTGGAC GCGCCTGTGA GGGATCCAAT 
CTACAGGCTG AAATGTGTAA CACTCAGGTC TGTAGCAGCA CCCAGATCGG TTTCATGAAT 
GAGCAATGTT CTGATACAGA CACCAAACCT CTCTATCTCA GCCCAGGAAT TCCAAGTTTT 
TACAAGTGGA CCTCAGCCGT TGGCTTTGTC GATGGGAAAG CGCTGTGTCA ATACATGTGT 
CGAGCCCAGG GGAAGAGTTT CATCGTAGCA CGAGGGAAGA GTTTTTTGGA TGGGACCCGG 
TGTGAGACAA ATAAGGAGGC CAATGCTAAG TTGGGTCTCT GTGTAGCTGG CAGTTGCAGG 
GTCTTTGGCT GTGATGGAGT GATGGGATCT GGGATGGTGA AGGATCAATG TGGTGTGTGT 
GGAGGAGATA ACAGCACGTG CAATAGAATC CATGGCTCTT TCTCTGAAGG GAAAGCCGGA 
GAGTATGTCT CCTTCTTGAC TCTTCCACCA GGCTCCACAT CTTTAAAAGT GACAAATCAA 
AAGCCCGTTT TTACGCATTT GGGGATTAAG GTGAACGATG AGTACTTGGT AGCGGGAAAG 
GGAAGTATTT CTCTCAATGT AACCTACCCA TCAGTCCTAG AGGACCAGAC AATAGAATAC 
CGGTTGTTTC TGAATGCAGA CAAGCTTCCA CATCTGGAGC AAATCCATAT AGAGGGTCCC 
ACCACAAAAG AACTTGAGAT ACAGGTTTAC AGGAAATATG GCCAGGAATA TGGAGATGCT 
ACAAACCCCG ACATCATTTA TAGTTACCAT ATACCCAAGA AGGACATAGA ATATAAATGG 
TTCCCTGTGC CAGGACCCTG TTCAGCAAGC TGTGATGGGG GTTTTCACTT GGTGTCTTAC 
GAATGTTCCG AACATGATCT GAACCAGTTG GTCCAATCCA GCCTCTGCAA TGATTCTGCA 
CGCCCGTCTT CATTCCATGA ACCATGTGGC ATAGATCCAT GTCCTCCTAG GTGGGATGTG 
AAGGAAAGTT CCCCATGCAC AGTGTCCTGT GGTGGTGGGG TGGTTCTAAG AACTCTACAT 
TGTGTTCAAA TGCAACAAGG CATTGAGACC ATTCTATTTG ATGCCTACTG CGACCACTCA 
ACCCGTCCAG AAGCCTTTGT TGCCTGTGGC TTAGAACCCT GTCCTGCCAG ATGGGAAGCG 
TCGGAGGCTG GTCTCTGCCC GGTGGTGTGT GGCTCAGGTC TGGCTTTGAG AAATGTCTCC 
TGTGTTCAGT CTCATGCTGG ATTGGAAGTT GCGGTGGAAG AATCAAACTG TTTAGGTCAA 
GAAAAGCCAA CGACTCAGGT GGAATGCGTA GTCAGTGTGT GTCCTGTCGG CTGGGACATG 
CAGATGGACT CTTCATTGAG GTTGAGTGAA CGTTCCTCTC GTGAAGAAAC TGCTGAGAAA 
CATACAGAAG TCTACGTGTG GAGCCCACGG GTCGGACCAT GCTCAGTGAG CTGTGGAACA 
GGAATATCTG AGCTTAGCTA CATCTGTGTG GATTTCTACA CCAAGACTGA AACCGCGGAG 
GAGAACTGCA ACCAAACTCT GAAGCCAGAA CCACGGCCAA ACGTCTGCAA CCTTGGAACG 
TGCCCACCGC TGTGGGAAGT GAAGGAGCTC GGTCCATGTC CCGTGACCTG TGGAGGAGCA 
ACGATTCCAC TCGCTGTGAT CTGTGTTAGG AGAGATGGAA ATATCTCCTA TTCCCTTCCT 
CACTCCAAGT GCAGCCGAAT CCCTCGTCCC CGTGCCAGCA AACCTTGTGG GATGGAACCC 
TGCCCAGTCC GGTGGCGCTA TAAAACAGGA TCTTGCAGTG TGAGCTGCGG CGGGGGCATC 
TTGCAGAGAG TCCTCTACTG CTCCAGGTAT CCCCAAAAAG GAGAGAGTGA GGAGCAGATT 
GTATCCGATC TAGAATGCCA ACACTTGCCT CATCCAGAAG GACAGGAACC CTGCAACCAG 
CAGCTTTGCC CACCCAGGTG GAAGGTAGCA GAGGCAACTC CATGCTCAGC AGCCTGTGGA 
TATGGCATCT CCAAGCAGAG AGTAGTGTGT GTGCAGACAG TAGAAGGGGC AGAGAAGGAG 
ATGGACCTGG ACTCTTGTGT CCTTCAAGAG AAGCCACCAT CTCTCATCCC TTGCATTGTC 
AATAACTGCT TCTACTCATG GGAAGTCAGC GCCTGGACTC AGTGCTCGGT CACCTGTGGG 
AACGGTATCC AAAGCCGTCA AGATGTTTGC ACCAACCTAA AAACCCGACA GCCGGTGAGC 
CCCACCTTCT GTGGGAATGC CCCCAAACCC ATCACTATTC GCGGATGCTC AGCCCAGACA 
TGTAGGCCTG AAACGACCAC TCCGCAGGCT GCCTTGGCAA GTACAGCTCT GGTCACCCAG 
CTGCCGCCCA GCGACGCCAT CTTGAGGCCA CAGTGGAGAT CTGCTGTAAC CCCTCGGGAA 
CACAACCTTG AGTACAATCG ACGTAGAGAA CCAGGCAAAG CTGAGGAAGA AGATGGTAGT 
ACCAGTATCT GCGGGCAGCT GTTCCTCAAC GCTACAGGAG TGCTGAGTAC CACGGGGCTC 
AATGAGAGAG ACTGTATGTT CACCATTGGG CGCCCCCTGG GGGAGGTGAT TATAGTCCGA 
GTGTTGTCCA GCACTCTCAA CTGCACAGCC GGGGAGCTGC TGCTGTTCTT CGGGCGGGTC 
ATGTGGCGCA AGACGTGCGC TCGCCTCTCG GGGGTGACCC TGCTGTCTCG GTCGAACACT 
CTCTCTGTGA GACAGCGCCA GGCTATAGAC GGCAATGGGG TGGTACTGGA GTACTGGAGC 
AAACCGGCCG CCCAAAACTA CTCCCAAGCA TGCGATATCC AGCTTTATGG AATGGGGGGA 
GAAATCCGGA ATCCCGTGCA GCCCTGGATG GAGGGGGGAT CCCCAGCTTG TAGAGTCTTC 
ATTGACGTGG CCCCCCAGTA TTACATTGCT ATTCATGCTT TGTACATGGA CCTGGAACCC 
ATGAGCAACC ATACGCACCC AAGTTCTATT CTGATTCGGG ACATGAAATC GCTCAAATCC 
ACGGGATTCC ATGGGAACCA CTTGTTCTAC TGGGAGTCGG CGGGGAGTCG GGCGGAAATA 
GAATTTCATG GCGATTTCTC TAAGGACCGA GTCAGTTTCC GGGCGCAGTA CTGGGCGCGG 
GCACCGAGGC TACAGGGCAG GGGGCGCCCC CCGGTGGAAT GA

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

adamts13 ( XM_031891563.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031747423.1 Xenopus tropicalis ADAM metallopeptidase with thrombospondin type 1 motif 13 (adamts13), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OXa64885
Clone ID Related Accession (Same CDS sequence)	XM_031891563.1
Accession Version	XM_031891563.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4779bp) 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	1576512000000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	A disintegrin and metalloproteinase with thrombospondin motifs 13 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.2) 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 Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACCCGGC CGGTCCGTCT GTGGGTAGCC CTTGGCTTGC TCCTTTCTCC TGTACTGTGT 
GCGACAAAGA AGTTCTTGCA CCATCTAGAA CCTGAAGAAC TATATGGATA CTTCGGTGCA 
ACATCTGTCC TAGAATCCAA TGTGGTGGAC CTGGCTGAGC TGACCTGCTC CTGTGAGTCC 
CCTGAGTTGC CACCCCTATG TTTAGCTTTG CGTTGCATCC TTCAGGGGAC AGAGGGGACA 
TTTGTCTTCA GGTTCCCTGT TGGTTCCGGA CCCATCATTA CGGAACGTGT TGTCAACACA 
TCTCTGCAAA GGCTCAAACA TTTCCCAGAG GGCTGCGGGG TTCCGGGTTT CATTCTATAT 
CCAGACGAAA CCAAAGCAGT GATCAGCTAC TGTGAAGGAG AACTTCGTGG ATTCATCGTC 
TCTGATGGAC ACTTGCTCTC CATACAACCG TTGAAGAAGA GGCATGAGCA AGACCACAAA 
TCCCGAAGTT CTCATATTAT CTCCAGAGTA GGGAAATCAC CCCCTGCCAG TGGTGGACCA 
AGGCCTGCCC CTTTGCCCAA CCGAATTAGC AAACGAGCAG TTGGTGGTGT GAAGCATTTG 
GAGCTCCTAG TGGTAGTGGG TCATGACGTC TACCAGTTCC ACCAAGAGGA CACTGAGCGA 
TACGTCCTGA CCAACCTTAA CATTGGGGTT GAGTTGCTGA GAGATGTCTC ACTTGGAACC 
GCATTCCGTG TCCATCTTGT GAAGCTAATT ATCCTGACCG AACCGGAGGC AGATATCCAA 
ATTACCACCA ACCTCACCTC CTCGTTGATC AGCCTTTGCA AATGGAGCCA CAAGGTGAAC 
CCTCCAGATG ACTCCGACCC TCAACATGCA GACCTTGTTC TCTATGTGAC CAGATTTGAT 
CTTGAATTAC CAGATGGCAA CAAACAGGTG CGAGGAGTCA CCCAGCTGGG CGGGGCCTGC 
TCGTCTGTTT GGAGTTGCGT CATTACTGAG GACACCGGCT TTGATCTGGG AGTCACCATG 
GCACATGAGA TTGGACACAG TTTTGGAATC AACCACGACG GAACGGGGAA CAGCTGCAGC 
AAAAGTGGGA ACATCATGGC ATCGGAGGGG TACCACAATA ACGTCCACCT CACCTGGTCT 
GAATGCAGCC GGGAACAGTT CCTCAGATTC CTCAGCAGCG GCATGGCAAG CTGTGTTGAT 
GACTTGCCAG CAATGGACAG TAGTATTCCC GGCTGGAAGC CCGGTCTGTA TTATGGAGCA 
GATGAGCAGT GTCAGATTGC CTTCGGCAGC TCTGCCCTGG CATGCACTTT CTCCAGAAAT 
GACCTGGATT CCTGCAGTGT CCTCTCATGC CACATAAACC AACACGATCG TACGAGTTGC 
AACAGACTTC TGGTCCCCCT TCTAGATGGC ACAGAGTGTG GGGAGAACAA GTGGTGCCAC 
AAGGGCCGTT GCAGTTCACT CGAAGAGCTG AATCCGGTTT CCGTAGTGCA CGGAGGATGG 
TCCAGTTGGG GGTCTTTCTC CTCATGTTCC CGCAGCTGTG GTGGGGGAGT CGTGATGAGG 
AAAAGGCAGT GTAACAACCC TAGACCTGCA TTTGGTGGAC GCGCCTGTGA GGGATCCAAT 
CTACAGGCTG AAATGTGTAA CACTCAGGTC TGTAGCAGCA CCCAGATCGG TTTCATGAAT 
GAGCAATGTT CTGATACAGA CACCAAACCT CTCTATCTCA GCCCAGGAAT TCCAAGTTTT 
TACAAGTGGA CCTCAGCCGT TGGCTTTGTC GATGGGAAAG CGCTGTGTCA ATACATGTGT 
CGAGCCCAGG GGAAGAGTTT CATCGTAGCA CGAGGGAAGA GTTTTTTGGA TGGGACCCGG 
TGTGAGACAA ATAAGGAGGC CAATGCTAAG TTGGGTCTCT GTGTAGCTGG CAGTTGCAGG 
GTCTTTGGCT GTGATGGAGT GATGGGATCT GGGATGGTGA AGGATCAATG TGGTGTGTGT 
GGAGGAGATA ACAGCACGTG CAATAGAATC CATGGCTCTT TCTCTGAAGG GAAAGCCGGA 
GAGTATGTCT CCTTCTTGAC TCTTCCACCA GGCTCCACAT CTTTAAAAGT GACAAATCAA 
AAGCCCGTTT TTACGCATTT GGGGATTAAG GTGAACGATG AGTACTTGGT AGCGGGAAAG 
GGAAGTATTT CTCTCAATGT AACCTACCCA TCAGTCCTAG AGGACCAGAC AATAGAATAC 
CGGTTGTTTC TGAATGCAGA CAAGCTTCCA CATCTGGAGC AAATCCATAT AGAGGGTCCC 
ACCACAAAAG AACTTGAGAT ACAGGTTTAC AGGAAATATG GCCAGGAATA TGGAGATGCT 
ACAAACCCCG ACATCATTTA TAGTTACCAT ATACCCAAGA AGGACATAGA ATATAAATGG 
TTCCCTGTGC CAGGACCCTG TTCAGCAAGC TGTGATGGGG GTTTTCACTT GGTGTCTTAC 
GAATGTTCCG AACATGATCT GAACCAGTTG GTCCAATCCA GCCTCTGCAA TGATTCTGCA 
CGCCCGTCTT CATTCCATGA ACCATGTGGC ATAGATCCAT GTCCTCCTAG GTGGGATGTG 
AAGGAAAGTT CCCCATGCAC AGTGTCCTGT GGTGGTGGGG TGGTTCTAAG AACTCTACAT 
TGTGTTCAAA TGCAACAAGG CATTGAGACC ATTCTATTTG ATGCCTACTG CGACCACTCA 
ACCCGTCCAG AAGCCTTTGT TGCCTGTGGC TTAGAACCCT GTCCTGCCAG ATGGGAAGCG 
TCGGAGGCTG GTCTCTGCCC GGTGGTGTGT GGCTCAGGTC TGGCTTTGAG AAATGTCTCC 
TGTGTTCAGT CTCATGCTGG ATTGGAAGTT GCGGTGGAAG AATCAAACTG TTTAGGTCAA 
GAAAAGCCAA CGACTCAGGT GGAATGCGTA GTCAGTGTGT GTCCTGTCGG CTGGGACATG 
ATGGACTCTT CATTGAGGTT GAGTGAACGT TCCTCTCGTG AAGAAACTGC TGAGAAACAT 
ACAGAAGTCT ACGTGTGGAG CCCACGGGTC GGACCATGCT CAGTGAGCTG TGGAACAGGA 
ATATCTGAGC TTAGCTACAT CTGTGTGGAT TTCTACACCA AGACTGAAAC CGCGGAGGAG 
AACTGCAACC AAACTCTGAA GCCAGAACCA CGGCCAAACG TCTGCAACCT TGGAACGTGC 
CCACCGCTGT GGGAAGTGAA GGAGCTCGGT CCATGTCCCG TGACCTGTGG AGGAGCAACG 
ATTCCACTCG CTGTGATCTG TGTTAGGAGA GATGGAAATA TCTCCTATTC CCTTCCTCAC 
TCCAAGTGCA GCCGAATCCC TCGTCCCCGT GCCAGCAAAC CTTGTGGGAT GGAACCCTGC 
CCAGTCCGGT GGCGCTATAA AACAGGATCT TGCAGTGTGA GCTGCGGCGG GGGCATCTTG 
CAGAGAGTCC TCTACTGCTC CAGGTATCCC CAAAAAGGAG AGAGTGAGGA GCAGATTGTA 
TCCGATCTAG AATGCCAACA CTTGCCTCAT CCAGAAGGAC AGGAACCCTG CAACCAGCAG 
CTTTGCCCAC CCAGGTGGAA GGTAGCAGAG GCAACTCCAT GCTCAGCAGC CTGTGGATAT 
GGCATCTCCA AGCAGAGAGT AGTGTGTGTG CAGACAGTAG AAGGGGCAGA GAAGGAGATG 
GACCTGGACT CTTGTGTCCT TCAAGAGAAG CCACCATCTC TCATCCCTTG CATTGTCAAT 
AACTGCTTCT ACTCATGGGA AGTCAGCGCC TGGACTCAGT GCTCGGTCAC CTGTGGGAAC 
GGTATCCAAA GCCGTCAAGA TGTTTGCACC AACCTAAAAA CCCGACAGCC GGTGAGCCCC 
ACCTTCTGTG GGAATGCCCC CAAACCCATC ACTATTCGCG GATGCTCAGC CCAGACATGT 
AGGCCTGAAA CGACCACTCC GCAGGCTGCC TTGGCAAGTA CAGCTCTGGT CACCCAGCTG 
CCGCCCAGCG ACGCCATCTT GAGGCCACAG TGGAGATCTG CTGTAACCCC TCGGGAACAC 
AACCTTGAGT ACAATCGACG TAGAGAACCA GGCAAAGCTG AGGAAGAAGA TGGTAGTACC 
AGTATCTGCG GGCAGCTGTT CCTCAACGCT ACAGGAGTGC TGAGTACCAC GGGGCTCAAT 
GAGAGAGACT GTATGTTCAC CATTGGGCGC CCCCTGGGGG AGGTGATTAT AGTCCGAGTG 
TTGTCCAGCA CTCTCAACTG CACAGCCGGG GAGCTGCTGC TGTTCTTCGG GCGGGTCATG 
TGGCGCAAGA CGTGCGCTCG CCTCTCGGGG GTGACCCTGC TGTCTCGGTC GAACACTCTC 
TCTGTGAGAC AGCGCCAGGC TATAGACGGC AATGGGGTGG TACTGGAGTA CTGGAGCAAA 
CCGGCCGCCC AAAACTACTC CCAAGCATGC GATATCCAGC TTTATGGAAT GGGGGGAGAA 
ATCCGGAATC CCGTGCAGCC CTGGATGGAG GGGGGATCCC CAGCTTGTAG AGTCTTCATT 
GACGTGGCCC CCCAGTATTA CATTGCTATT CATGCTTTGT ACATGGACCT GGAACCCATG 
AGCAACCATA CGCACCCAAG TTCTATTCTG ATTCGGGACA TGAAATCGCT CAAATCCACG 
GGATTCCATG GGAACCACTT GTTCTACTGG GAGTCGGCGG GGAGTCGGGC GGAAATAGAA 
TTTCATGGCG ATTTCTCTAA GGACCGAGTC AGTTTCCGGG CGCAGTACTG GGCGCGGGCA 
CCGAGGCTAC AGGGCAGGGG GCGCCCCCCG GTGGAATGA

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

RefSeq	XP_031747423.1
CDS	104..4882
Translation	MTRPVRLWVALGLLLSPVLCATKKFLHHLEPEELYGYFGATSVLESNVVDLAELTCSCESPELPPLCLALRCILQGTEGTFVFRFPVGSGPIITERVVNTSLQRLKHFPEGCGVPGFILYPDETKAVISYCEGELRGFIVSDGHLLSIQPLKKRHEQDHKSRSSHIISRVGKSPPASGGPRPAPLPNRISKRAVGGVKHLELLVVVGHDVYQFHQEDTERYVLTNLNIGVELLRDVSLGTAFRVHLVKLIILTEPEADIQITTNLTSSLISLCKWSHKVNPPDDSDPQHADLVLYVTRFDLELPDGNKQVRGVTQLGGACSSVWSCVITEDTGFDLGVTMAHEIGHSFGINHDGTGNSCSKSGNIMASEGYHNNVHLTWSECSREQFLRFLSSGMASCVDDLPAMDSSIPGWKPGLYYGADEQCQIAFGSSALACTFSRNDLDSCSVLSCHINQHDRTSCNRLLVPLLDGTECGENKWCHKGRCSSLEELNPVSVVHGGWSSWGSFSSCSRSCGGGVVMRKRQCNNPRPAFGGRACEGSNLQAEMCNTQVCSSTQIGFMNEQCSDTDTKPLYLSPGIPSFYKWTSAVGFVDGKALCQYMCRAQGKSFIVARGKSFLDGTRCETNKEANAKLGLCVAGSCRVFGCDGVMGSGMVKDQCGVCGGDNSTCNRIHGSFSEGKAGEYVSFLTLPPGSTSLKVTNQKPVFTHLGIKVNDEYLVAGKGSISLNVTYPSVLEDQTIEYRLFLNADKLPHLEQIHIEGPTTKELEIQVYRKYGQEYGDATNPDIIYSYHIPKKDIEYKWFPVPGPCSASCDGGFHLVSYECSEHDLNQLVQSSLCNDSARPSSFHEPCGIDPCPPRWDVKESSPCTVSCGGGVVLRTLHCVQMQQGIETILFDAYCDHSTRPEAFVACGLEPCPARWEASEAGLCPVVCGSGLALRNVSCVQSHAGLEVAVEESNCLGQEKPTTQVECVVSVCPVGWDMMDSSLRLSERSSREETAEKHTEVYVWSPRVGPCSVSCGTGISELSYICVDFYTKTETAEENCNQTLKPEPRPNVCNLGTCPPLWEVKELGPCPVTCGGATIPLAVICVRRDGNISYSLPHSKCSRIPRPRASKPCGMEPCPVRWRYKTGSCSVSCGGGILQRVLYCSRYPQKGESEEQIVSDLECQHLPHPEGQEPCNQQLCPPRWKVAEATPCSAACGYGISKQRVVCVQTVEGAEKEMDLDSCVLQEKPPSLIPCIVNNCFYSWEVSAWTQCSVTCGNGIQSRQDVCTNLKTRQPVSPTFCGNAPKPITIRGCSAQTCRPETTTPQAALASTALVTQLPPSDAILRPQWRSAVTPREHNLEYNRRREPGKAEEEDGSTSICGQLFLNATGVLSTTGLNERDCMFTIGRPLGEVIIVRVLSSTLNCTAGELLLFFGRVMWRKTCARLSGVTLLSRSNTLSVRQRQAIDGNGVVLEYWSKPAAQNYSQACDIQLYGMGGEIRNPVQPWMEGGSPACRVFIDVAPQYYIAIHALYMDLEPMSNHTHPSSILIRDMKSLKSTGFHGNHLFYWESAGSRAEIEFHGDFSKDRVSFRAQYWARAPRLQGRGRPPVE

Target ORF information:

RefSeq Version	XM_031891563.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis ADAM metallopeptidase with thrombospondin type 1 motif 13 (adamts13), transcript variant X2, mRNA.

Target ORF information:

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

XM_031891563.1

ORF Insert Sequence:

ATGACCCGGC CGGTCCGTCT GTGGGTAGCC CTTGGCTTGC TCCTTTCTCC TGTACTGTGT 
GCGACAAAGA AGTTCTTGCA CCATCTAGAA CCTGAAGAAC TATATGGATA CTTCGGTGCA 
ACATCTGTCC TAGAATCCAA TGTGGTGGAC CTGGCTGAGC TGACCTGCTC CTGTGAGTCC 
CCTGAGTTGC CACCCCTATG TTTAGCTTTG CGTTGCATCC TTCAGGGGAC AGAGGGGACA 
TTTGTCTTCA GGTTCCCTGT TGGTTCCGGA CCCATCATTA CGGAACGTGT TGTCAACACA 
TCTCTGCAAA GGCTCAAACA TTTCCCAGAG GGCTGCGGGG TTCCGGGTTT CATTCTATAT 
CCAGACGAAA CCAAAGCAGT GATCAGCTAC TGTGAAGGAG AACTTCGTGG ATTCATCGTC 
TCTGATGGAC ACTTGCTCTC CATACAACCG TTGAAGAAGA GGCATGAGCA AGACCACAAA 
TCCCGAAGTT CTCATATTAT CTCCAGAGTA GGGAAATCAC CCCCTGCCAG TGGTGGACCA 
AGGCCTGCCC CTTTGCCCAA CCGAATTAGC AAACGAGCAG TTGGTGGTGT GAAGCATTTG 
GAGCTCCTAG TGGTAGTGGG TCATGACGTC TACCAGTTCC ACCAAGAGGA CACTGAGCGA 
TACGTCCTGA CCAACCTTAA CATTGGGGTT GAGTTGCTGA GAGATGTCTC ACTTGGAACC 
GCATTCCGTG TCCATCTTGT GAAGCTAATT ATCCTGACCG AACCGGAGGC AGATATCCAA 
ATTACCACCA ACCTCACCTC CTCGTTGATC AGCCTTTGCA AATGGAGCCA CAAGGTGAAC 
CCTCCAGATG ACTCCGACCC TCAACATGCA GACCTTGTTC TCTATGTGAC CAGATTTGAT 
CTTGAATTAC CAGATGGCAA CAAACAGGTG CGAGGAGTCA CCCAGCTGGG CGGGGCCTGC 
TCGTCTGTTT GGAGTTGCGT CATTACTGAG GACACCGGCT TTGATCTGGG AGTCACCATG 
GCACATGAGA TTGGACACAG TTTTGGAATC AACCACGACG GAACGGGGAA CAGCTGCAGC 
AAAAGTGGGA ACATCATGGC ATCGGAGGGG TACCACAATA ACGTCCACCT CACCTGGTCT 
GAATGCAGCC GGGAACAGTT CCTCAGATTC CTCAGCAGCG GCATGGCAAG CTGTGTTGAT 
GACTTGCCAG CAATGGACAG TAGTATTCCC GGCTGGAAGC CCGGTCTGTA TTATGGAGCA 
GATGAGCAGT GTCAGATTGC CTTCGGCAGC TCTGCCCTGG CATGCACTTT CTCCAGAAAT 
GACCTGGATT CCTGCAGTGT CCTCTCATGC CACATAAACC AACACGATCG TACGAGTTGC 
AACAGACTTC TGGTCCCCCT TCTAGATGGC ACAGAGTGTG GGGAGAACAA GTGGTGCCAC 
AAGGGCCGTT GCAGTTCACT CGAAGAGCTG AATCCGGTTT CCGTAGTGCA CGGAGGATGG 
TCCAGTTGGG GGTCTTTCTC CTCATGTTCC CGCAGCTGTG GTGGGGGAGT CGTGATGAGG 
AAAAGGCAGT GTAACAACCC TAGACCTGCA TTTGGTGGAC GCGCCTGTGA GGGATCCAAT 
CTACAGGCTG AAATGTGTAA CACTCAGGTC TGTAGCAGCA CCCAGATCGG TTTCATGAAT 
GAGCAATGTT CTGATACAGA CACCAAACCT CTCTATCTCA GCCCAGGAAT TCCAAGTTTT 
TACAAGTGGA CCTCAGCCGT TGGCTTTGTC GATGGGAAAG CGCTGTGTCA ATACATGTGT 
CGAGCCCAGG GGAAGAGTTT CATCGTAGCA CGAGGGAAGA GTTTTTTGGA TGGGACCCGG 
TGTGAGACAA ATAAGGAGGC CAATGCTAAG TTGGGTCTCT GTGTAGCTGG CAGTTGCAGG 
GTCTTTGGCT GTGATGGAGT GATGGGATCT GGGATGGTGA AGGATCAATG TGGTGTGTGT 
GGAGGAGATA ACAGCACGTG CAATAGAATC CATGGCTCTT TCTCTGAAGG GAAAGCCGGA 
GAGTATGTCT CCTTCTTGAC TCTTCCACCA GGCTCCACAT CTTTAAAAGT GACAAATCAA 
AAGCCCGTTT TTACGCATTT GGGGATTAAG GTGAACGATG AGTACTTGGT AGCGGGAAAG 
GGAAGTATTT CTCTCAATGT AACCTACCCA TCAGTCCTAG AGGACCAGAC AATAGAATAC 
CGGTTGTTTC TGAATGCAGA CAAGCTTCCA CATCTGGAGC AAATCCATAT AGAGGGTCCC 
ACCACAAAAG AACTTGAGAT ACAGGTTTAC AGGAAATATG GCCAGGAATA TGGAGATGCT 
ACAAACCCCG ACATCATTTA TAGTTACCAT ATACCCAAGA AGGACATAGA ATATAAATGG 
TTCCCTGTGC CAGGACCCTG TTCAGCAAGC TGTGATGGGG GTTTTCACTT GGTGTCTTAC 
GAATGTTCCG AACATGATCT GAACCAGTTG GTCCAATCCA GCCTCTGCAA TGATTCTGCA 
CGCCCGTCTT CATTCCATGA ACCATGTGGC ATAGATCCAT GTCCTCCTAG GTGGGATGTG 
AAGGAAAGTT CCCCATGCAC AGTGTCCTGT GGTGGTGGGG TGGTTCTAAG AACTCTACAT 
TGTGTTCAAA TGCAACAAGG CATTGAGACC ATTCTATTTG ATGCCTACTG CGACCACTCA 
ACCCGTCCAG AAGCCTTTGT TGCCTGTGGC TTAGAACCCT GTCCTGCCAG ATGGGAAGCG 
TCGGAGGCTG GTCTCTGCCC GGTGGTGTGT GGCTCAGGTC TGGCTTTGAG AAATGTCTCC 
TGTGTTCAGT CTCATGCTGG ATTGGAAGTT GCGGTGGAAG AATCAAACTG TTTAGGTCAA 
GAAAAGCCAA CGACTCAGGT GGAATGCGTA GTCAGTGTGT GTCCTGTCGG CTGGGACATG 
ATGGACTCTT CATTGAGGTT GAGTGAACGT TCCTCTCGTG AAGAAACTGC TGAGAAACAT 
ACAGAAGTCT ACGTGTGGAG CCCACGGGTC GGACCATGCT CAGTGAGCTG TGGAACAGGA 
ATATCTGAGC TTAGCTACAT CTGTGTGGAT TTCTACACCA AGACTGAAAC CGCGGAGGAG 
AACTGCAACC AAACTCTGAA GCCAGAACCA CGGCCAAACG TCTGCAACCT TGGAACGTGC 
CCACCGCTGT GGGAAGTGAA GGAGCTCGGT CCATGTCCCG TGACCTGTGG AGGAGCAACG 
ATTCCACTCG CTGTGATCTG TGTTAGGAGA GATGGAAATA TCTCCTATTC CCTTCCTCAC 
TCCAAGTGCA GCCGAATCCC TCGTCCCCGT GCCAGCAAAC CTTGTGGGAT GGAACCCTGC 
CCAGTCCGGT GGCGCTATAA AACAGGATCT TGCAGTGTGA GCTGCGGCGG GGGCATCTTG 
CAGAGAGTCC TCTACTGCTC CAGGTATCCC CAAAAAGGAG AGAGTGAGGA GCAGATTGTA 
TCCGATCTAG AATGCCAACA CTTGCCTCAT CCAGAAGGAC AGGAACCCTG CAACCAGCAG 
CTTTGCCCAC CCAGGTGGAA GGTAGCAGAG GCAACTCCAT GCTCAGCAGC CTGTGGATAT 
GGCATCTCCA AGCAGAGAGT AGTGTGTGTG CAGACAGTAG AAGGGGCAGA GAAGGAGATG 
GACCTGGACT CTTGTGTCCT TCAAGAGAAG CCACCATCTC TCATCCCTTG CATTGTCAAT 
AACTGCTTCT ACTCATGGGA AGTCAGCGCC TGGACTCAGT GCTCGGTCAC CTGTGGGAAC 
GGTATCCAAA GCCGTCAAGA TGTTTGCACC AACCTAAAAA CCCGACAGCC GGTGAGCCCC 
ACCTTCTGTG GGAATGCCCC CAAACCCATC ACTATTCGCG GATGCTCAGC CCAGACATGT 
AGGCCTGAAA CGACCACTCC GCAGGCTGCC TTGGCAAGTA CAGCTCTGGT CACCCAGCTG 
CCGCCCAGCG ACGCCATCTT GAGGCCACAG TGGAGATCTG CTGTAACCCC TCGGGAACAC 
AACCTTGAGT ACAATCGACG TAGAGAACCA GGCAAAGCTG AGGAAGAAGA TGGTAGTACC 
AGTATCTGCG GGCAGCTGTT CCTCAACGCT ACAGGAGTGC TGAGTACCAC GGGGCTCAAT 
GAGAGAGACT GTATGTTCAC CATTGGGCGC CCCCTGGGGG AGGTGATTAT AGTCCGAGTG 
TTGTCCAGCA CTCTCAACTG CACAGCCGGG GAGCTGCTGC TGTTCTTCGG GCGGGTCATG 
TGGCGCAAGA CGTGCGCTCG CCTCTCGGGG GTGACCCTGC TGTCTCGGTC GAACACTCTC 
TCTGTGAGAC AGCGCCAGGC TATAGACGGC AATGGGGTGG TACTGGAGTA CTGGAGCAAA 
CCGGCCGCCC AAAACTACTC CCAAGCATGC GATATCCAGC TTTATGGAAT GGGGGGAGAA 
ATCCGGAATC CCGTGCAGCC CTGGATGGAG GGGGGATCCC CAGCTTGTAG AGTCTTCATT 
GACGTGGCCC CCCAGTATTA CATTGCTATT CATGCTTTGT ACATGGACCT GGAACCCATG 
AGCAACCATA CGCACCCAAG TTCTATTCTG ATTCGGGACA TGAAATCGCT CAAATCCACG 
GGATTCCATG GGAACCACTT GTTCTACTGG GAGTCGGCGG GGAGTCGGGC GGAAATAGAA 
TTTCATGGCG ATTTCTCTAA GGACCGAGTC AGTTTCCGGG CGCAGTACTG GGCGCGGGCA 
CCGAGGCTAC AGGGCAGGGG GCGCCCCCCG GTGGAATGA

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

adamts13 ( XM_031891564.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031747424.1 Xenopus tropicalis ADAM metallopeptidase with thrombospondin type 1 motif 13 (adamts13), transcript variant X3, mRNA.

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CloneID	OXa64886
Clone ID Related Accession (Same CDS sequence)	XM_031891564.1
Accession Version	XM_031891564.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4773bp) 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	1576512000000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	A disintegrin and metalloproteinase with thrombospondin motifs 13 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.2) 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 Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACCCGGC CGGTCCGTCT GTGGGTAGCC CTTGGCTTGC TCCTTTCTCC TGTACTGTGT 
GCGACAAAGA AGTTCTTGCA CCATCTAGAA CCTGAAGAAC TATATGGATA CTTCGGTGCA 
ACATCTGTCC TAGAATCCAA TGTGGTGGAC CTGGCTGAGC TGACCTGCTC CTGTGAGTCC 
CCTGAGTTGC CACCCCTATG TTTAGCTTTG CGTTGCATCC TTCAGGGGAC AGAGGGGACA 
TTTGTCTTCA GGTTCCCTGT TGGTTCCGGA CCCATCATTA CGGAACGTGT TGTCAACACA 
TCTCTGCAAA GGCTCAAACA TTTCCCAGAG GGCTGCGGGG TTCCGGGTTT CATTCTATAT 
CCAGACGAAA CCAAAGCAGT GATCAGCTAC TGTGAAGGAG AACTTCGTGG ATTCATCGTC 
TCTGATGGAC ACTTGCTCTC CATACAACCG TTGAAGAAGA GGCATGAGCA AGACCACAAA 
TCCCGAAGTT CTCATATTAT CTCCAGAGTA GGGAAATCAC CCCCTGCCAG TGGTGGACCA 
AGGCCTGCCC CTTTGCCCAA CCGAATTAGC AAACGAGCAG TTGGTGGTGT GAAGCATTTG 
GAGCTCCTAG TGGTAGTGGG TCATGACGTC TACCAGTTCC ACCAAGAGGA CACTGAGCGA 
TACGTCCTGA CCAACCTTAA CATTGGGGTT GAGTTGCTGA GAGATGTCTC ACTTGGAACC 
GCATTCCGTG TCCATCTTGT GAAGCTAATT ATCCTGACCG AACCGGAGGC AGATATCCAA 
ATTACCACCA ACCTCACCTC CTCGTTGATC AGCCTTTGCA AATGGAGCCA CAAGGTGAAC 
CCTCCAGATG ACTCCGACCC TCAACATGCA GACCTTGTTC TCTATGTGAC CAGATTTGAT 
CTTGAATTAC CAGATGGCAA CAAACAGGTG CGAGGAGTCA CCCAGCTGGG CGGGGCCTGC 
TCGTCTGTTT GGAGTTGCGT CATTACTGAG GACACCGGCT TTGATCTGGG AGTCACCATG 
GCACATGAGA TTGGACACAG TTTTGGAATC AACCACGACG GAACGGGGAA CAGCTGCAGC 
AAAAGTGGGA ACATCATGGC ATCGGAGGGG TACCACAATA ACGTCCACCT CACCTGGTCT 
GAATGCAGCC GGGAACAGTT CCTCAGATTC CTCAGCAGCG GCATGGCAAG CTGTGTTGAT 
GACTTGCCAG CAATGGACAG TAGTATTCCC GGCTGGAAGC CCGGTCTGTA TTATGGAGCA 
GATGAGCAGT GTCAGATTGC CTTCGGCAGC TCTGCCCTGG CATGCACTTT CTCCAGAAAT 
GACCTGGATT CCTGCAGTGT CCTCTCATGC CACATAAACC AACACGATCG TACGAGTTGC 
AACAGACTTC TGGTCCCCCT TCTAGATGGC ACAGAGTGTG GGGAGAACAA GTGGTGCCAC 
AAGGGCCGTT GCAGTTCACT CGAAGAGCTG AATCCGGTTT CCGTAGTGCA CGGAGGATGG 
TCCAGTTGGG GGTCTTTCTC CTCATGTTCC CGCAGCTGTG GTGGGGGAGT CGTGATGAGG 
AAAAGGCAGT GTAACAACCC TAGACCTGCA TTTGGTGGAC GCGCCTGTGA GGGATCCAAT 
CTACAGGCTG AAATGTGTAA CACTCAGGTC TGTAGCAGCA CCCAGATCGG TTTCATGAAT 
GAGCAATGTT CTGATACAGA CACCAAACCT CTCTATCTCA GCCCAGGAAT TCCAAGTTTT 
TACAAGTGGA CCTCAGCCGT TGGCTTTGTC GATGGGAAAG CGCTGTGTCA ATACATGTGT 
CGAGCCCAGG GGAAGAGTTT CATCGTAGCA CGAGGGAAGA GTTTTTTGGA TGGGACCCGG 
TGTGAGACAA ATAAGGAGGC CAATGCTAAG TTGGGTCTCT GTGTAGCTGG CAGTTGCAGG 
GTCTTTGGCT GTGATGGAGT GATGGGATCT GGGATGGTGA AGGATCAATG TGGTGTGTGT 
GGAGGAGATA ACAGCACGTG CAATAGAATC CATGGCTCTT TCTCTGAAGG GAAAGCCGGA 
GAGTATGTCT CCTTCTTGAC TCTTCCACCA GGCTCCACAT CTTTAAAAGT GACAAATCAA 
AAGCCCGTTT TTACGCATTT GGGGATTAAG GTGAACGATG AGTACTTGGT AGCGGGAAAG 
GGAAGTATTT CTCTCAATGT AACCTACCCA TCAGTCCTAG AGGACCAGAC AATAGAATAC 
CGGTTGTTTC TGAATGCAGA CAAGCTTCCA CATCTGGAGC AAATCCATAT AGAGGGTCCC 
ACCACAAAAG AACTTGAGAT ACAGGTTTAC AGGAAATATG GCCAGGAATA TGGAGATGCT 
ACAAACCCCG ACATCATTTA TAGTTACCAT ATACCCAAGA AGGACATAGA ATATAAATGG 
TTCCCTGTGC CAGGACCCTG TTCAGCAAGC TGTGATGGGG GTTTTCACTT GGTGTCTTAC 
GAATGTTCCG AACATGATCT GAACCAGTTG GTCCAATCCA GCCTCTGCAA TGATTCTGCA 
CGCCCGTCTT CATTCCATGA ACCATGTGGC ATAGATCCAT GTCCTCCTAG GTGGGATGTG 
AAGGAAAGTT CCCCATGCAC AGTGTCCTGT GGTGGTGGGG TGGTTCTAAG AACTCTACAT 
TGTGTTCAAA TGCAACAAGG CATTGAGACC ATTCTATTTG ATGCCTACTG CGACCACTCA 
ACCCGTCCAG AAGCCTTTGT TGCCTGTGGC TTAGAACCCT GTCCTGCCAG ATGGGAAGCG 
TCGGAGGCTG GTCTCTGCCC GGTGGTGTGT GGCTCAGGTC TGGCTTTGAG AAATGTCTCC 
TGTGTTCAGT CTCATGCTGG ATTGGAAGTT GCGGTGGAAG AATCAAACTG TTTAGGTCAA 
GAAAAGCCAA CGACTCAGGT GGAATGCGTA GTCAGTGTGT GTCCTGTCGG CTGGGACATG 
CAGATGGACT CTTCATTGAG GTTGAGTGAA CGTTCCTCTC GTGAAGAAAC TGCTGAGAAA 
CATACAGAAG TCTACGTGTG GAGCCCACGG GTCGGACCAT GCTCAGTGAG CTGTGGAACA 
GGAATATCTG AGCTTAGCTA CATCTGTGTG GATTTCTACA CCAAGACTGA AACCGCGGAG 
GAGAACTGCA ACCAAACTCT GAAGCCAGAA CCACGGCCAA ACGTCTGCAA CCTTGGAACG 
TGCCCACCGC TGTGGGAAGT GAAGGAGCTC GGTCCATGTC CCGTGACCTG TGGAGGAGCA 
ACGATTCCAC TCGCTGTGAT CTGTGTTAGG AGAGATGGAA ATATCTCCTA TTCCCTTCCT 
CACTCCAAGT GCAGCCGAAT CCCTCGTCCC CGTGCCAGCA AACCTTGTGG GATGGAACCC 
TGCCCAGTCC GGTGGCGCTA TAAAACAGGA TCTTGCAGTG TGAGCTGCGG CGGGGGCATC 
TTGCAGAGAG TCCTCTACTG CTCCAGGTAT CCCCAAAAAG GAGAGAGTGA GGAGCAGATT 
GTATCCGATC TAGAATGCCA ACACTTGCCT CATCCAGAAG GACAGGAACC CTGCAACCAG 
CAGCTTTGCC CACCCAGGTG GAAGGTAGCA GAGGCAACTC CATGCTCAGC AGCCTGTGGA 
TATGGCATCT CCAAGCAGAG AGTAGTGTGT GTGCAGACAG TAGAAGGGGC AGAGAAGGAG 
ATGGACCTGG ACTCTTGTGT CCTTCAAGAG AAGCCACCAT CTCTCATCCC TTGCATTGTC 
AATAACTGCT TCTACTCATG GGAAGTCAGC GCCTGGACTC AGTGCTCGGT CACCTGTGGG 
AACGGTATCC AAAGCCGTCA AGATGTTTGC ACCAACCTAA AAACCCGACA GCCGGTGAGC 
CCCACCTTCT GTGGGAATGC CCCCAAACCC ATCACTATTC GCGGATGCTC AGCCCAGACA 
TGTAGGCCTG AAACGACCAC TCCGCAGGCT GCCTTGGCAA GTACAGCTCT GGTCACCCAG 
CTGCCGCCCA GCGACGCCAT CTTGAGGCCA CAGTGGAGAT CTGCTGTAAC CCCTCGGGAA 
CACAACCTTG AGTACAATCG ACGTAGAGAA CCAGGCAAAG CTGAGGAAGA AGATGGTATC 
TGCGGGCAGC TGTTCCTCAA CGCTACAGGA GTGCTGAGTA CCACGGGGCT CAATGAGAGA 
GACTGTATGT TCACCATTGG GCGCCCCCTG GGGGAGGTGA TTATAGTCCG AGTGTTGTCC 
AGCACTCTCA ACTGCACAGC CGGGGAGCTG CTGCTGTTCT TCGGGCGGGT CATGTGGCGC 
AAGACGTGCG CTCGCCTCTC GGGGGTGACC CTGCTGTCTC GGTCGAACAC TCTCTCTGTG 
AGACAGCGCC AGGCTATAGA CGGCAATGGG GTGGTACTGG AGTACTGGAG CAAACCGGCC 
GCCCAAAACT ACTCCCAAGC ATGCGATATC CAGCTTTATG GAATGGGGGG AGAAATCCGG 
AATCCCGTGC AGCCCTGGAT GGAGGGGGGA TCCCCAGCTT GTAGAGTCTT CATTGACGTG 
GCCCCCCAGT ATTACATTGC TATTCATGCT TTGTACATGG ACCTGGAACC CATGAGCAAC 
CATACGCACC CAAGTTCTAT TCTGATTCGG GACATGAAAT CGCTCAAATC CACGGGATTC 
CATGGGAACC ACTTGTTCTA CTGGGAGTCG GCGGGGAGTC GGGCGGAAAT AGAATTTCAT 
GGCGATTTCT CTAAGGACCG AGTCAGTTTC CGGGCGCAGT ACTGGGCGCG GGCACCGAGG 
CTACAGGGCA GGGGGCGCCC CCCGGTGGAA TGA

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

RefSeq	XP_031747424.1
CDS	104..4876
Translation	MTRPVRLWVALGLLLSPVLCATKKFLHHLEPEELYGYFGATSVLESNVVDLAELTCSCESPELPPLCLALRCILQGTEGTFVFRFPVGSGPIITERVVNTSLQRLKHFPEGCGVPGFILYPDETKAVISYCEGELRGFIVSDGHLLSIQPLKKRHEQDHKSRSSHIISRVGKSPPASGGPRPAPLPNRISKRAVGGVKHLELLVVVGHDVYQFHQEDTERYVLTNLNIGVELLRDVSLGTAFRVHLVKLIILTEPEADIQITTNLTSSLISLCKWSHKVNPPDDSDPQHADLVLYVTRFDLELPDGNKQVRGVTQLGGACSSVWSCVITEDTGFDLGVTMAHEIGHSFGINHDGTGNSCSKSGNIMASEGYHNNVHLTWSECSREQFLRFLSSGMASCVDDLPAMDSSIPGWKPGLYYGADEQCQIAFGSSALACTFSRNDLDSCSVLSCHINQHDRTSCNRLLVPLLDGTECGENKWCHKGRCSSLEELNPVSVVHGGWSSWGSFSSCSRSCGGGVVMRKRQCNNPRPAFGGRACEGSNLQAEMCNTQVCSSTQIGFMNEQCSDTDTKPLYLSPGIPSFYKWTSAVGFVDGKALCQYMCRAQGKSFIVARGKSFLDGTRCETNKEANAKLGLCVAGSCRVFGCDGVMGSGMVKDQCGVCGGDNSTCNRIHGSFSEGKAGEYVSFLTLPPGSTSLKVTNQKPVFTHLGIKVNDEYLVAGKGSISLNVTYPSVLEDQTIEYRLFLNADKLPHLEQIHIEGPTTKELEIQVYRKYGQEYGDATNPDIIYSYHIPKKDIEYKWFPVPGPCSASCDGGFHLVSYECSEHDLNQLVQSSLCNDSARPSSFHEPCGIDPCPPRWDVKESSPCTVSCGGGVVLRTLHCVQMQQGIETILFDAYCDHSTRPEAFVACGLEPCPARWEASEAGLCPVVCGSGLALRNVSCVQSHAGLEVAVEESNCLGQEKPTTQVECVVSVCPVGWDMQMDSSLRLSERSSREETAEKHTEVYVWSPRVGPCSVSCGTGISELSYICVDFYTKTETAEENCNQTLKPEPRPNVCNLGTCPPLWEVKELGPCPVTCGGATIPLAVICVRRDGNISYSLPHSKCSRIPRPRASKPCGMEPCPVRWRYKTGSCSVSCGGGILQRVLYCSRYPQKGESEEQIVSDLECQHLPHPEGQEPCNQQLCPPRWKVAEATPCSAACGYGISKQRVVCVQTVEGAEKEMDLDSCVLQEKPPSLIPCIVNNCFYSWEVSAWTQCSVTCGNGIQSRQDVCTNLKTRQPVSPTFCGNAPKPITIRGCSAQTCRPETTTPQAALASTALVTQLPPSDAILRPQWRSAVTPREHNLEYNRRREPGKAEEEDGICGQLFLNATGVLSTTGLNERDCMFTIGRPLGEVIIVRVLSSTLNCTAGELLLFFGRVMWRKTCARLSGVTLLSRSNTLSVRQRQAIDGNGVVLEYWSKPAAQNYSQACDIQLYGMGGEIRNPVQPWMEGGSPACRVFIDVAPQYYIAIHALYMDLEPMSNHTHPSSILIRDMKSLKSTGFHGNHLFYWESAGSRAEIEFHGDFSKDRVSFRAQYWARAPRLQGRGRPPVE

Target ORF information:

RefSeq Version	XM_031891564.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis ADAM metallopeptidase with thrombospondin type 1 motif 13 (adamts13), transcript variant X3, mRNA.

Target ORF information:

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

XM_031891564.1

ORF Insert Sequence:

ATGACCCGGC CGGTCCGTCT GTGGGTAGCC CTTGGCTTGC TCCTTTCTCC TGTACTGTGT 
GCGACAAAGA AGTTCTTGCA CCATCTAGAA CCTGAAGAAC TATATGGATA CTTCGGTGCA 
ACATCTGTCC TAGAATCCAA TGTGGTGGAC CTGGCTGAGC TGACCTGCTC CTGTGAGTCC 
CCTGAGTTGC CACCCCTATG TTTAGCTTTG CGTTGCATCC TTCAGGGGAC AGAGGGGACA 
TTTGTCTTCA GGTTCCCTGT TGGTTCCGGA CCCATCATTA CGGAACGTGT TGTCAACACA 
TCTCTGCAAA GGCTCAAACA TTTCCCAGAG GGCTGCGGGG TTCCGGGTTT CATTCTATAT 
CCAGACGAAA CCAAAGCAGT GATCAGCTAC TGTGAAGGAG AACTTCGTGG ATTCATCGTC 
TCTGATGGAC ACTTGCTCTC CATACAACCG TTGAAGAAGA GGCATGAGCA AGACCACAAA 
TCCCGAAGTT CTCATATTAT CTCCAGAGTA GGGAAATCAC CCCCTGCCAG TGGTGGACCA 
AGGCCTGCCC CTTTGCCCAA CCGAATTAGC AAACGAGCAG TTGGTGGTGT GAAGCATTTG 
GAGCTCCTAG TGGTAGTGGG TCATGACGTC TACCAGTTCC ACCAAGAGGA CACTGAGCGA 
TACGTCCTGA CCAACCTTAA CATTGGGGTT GAGTTGCTGA GAGATGTCTC ACTTGGAACC 
GCATTCCGTG TCCATCTTGT GAAGCTAATT ATCCTGACCG AACCGGAGGC AGATATCCAA 
ATTACCACCA ACCTCACCTC CTCGTTGATC AGCCTTTGCA AATGGAGCCA CAAGGTGAAC 
CCTCCAGATG ACTCCGACCC TCAACATGCA GACCTTGTTC TCTATGTGAC CAGATTTGAT 
CTTGAATTAC CAGATGGCAA CAAACAGGTG CGAGGAGTCA CCCAGCTGGG CGGGGCCTGC 
TCGTCTGTTT GGAGTTGCGT CATTACTGAG GACACCGGCT TTGATCTGGG AGTCACCATG 
GCACATGAGA TTGGACACAG TTTTGGAATC AACCACGACG GAACGGGGAA CAGCTGCAGC 
AAAAGTGGGA ACATCATGGC ATCGGAGGGG TACCACAATA ACGTCCACCT CACCTGGTCT 
GAATGCAGCC GGGAACAGTT CCTCAGATTC CTCAGCAGCG GCATGGCAAG CTGTGTTGAT 
GACTTGCCAG CAATGGACAG TAGTATTCCC GGCTGGAAGC CCGGTCTGTA TTATGGAGCA 
GATGAGCAGT GTCAGATTGC CTTCGGCAGC TCTGCCCTGG CATGCACTTT CTCCAGAAAT 
GACCTGGATT CCTGCAGTGT CCTCTCATGC CACATAAACC AACACGATCG TACGAGTTGC 
AACAGACTTC TGGTCCCCCT TCTAGATGGC ACAGAGTGTG GGGAGAACAA GTGGTGCCAC 
AAGGGCCGTT GCAGTTCACT CGAAGAGCTG AATCCGGTTT CCGTAGTGCA CGGAGGATGG 
TCCAGTTGGG GGTCTTTCTC CTCATGTTCC CGCAGCTGTG GTGGGGGAGT CGTGATGAGG 
AAAAGGCAGT GTAACAACCC TAGACCTGCA TTTGGTGGAC GCGCCTGTGA GGGATCCAAT 
CTACAGGCTG AAATGTGTAA CACTCAGGTC TGTAGCAGCA CCCAGATCGG TTTCATGAAT 
GAGCAATGTT CTGATACAGA CACCAAACCT CTCTATCTCA GCCCAGGAAT TCCAAGTTTT 
TACAAGTGGA CCTCAGCCGT TGGCTTTGTC GATGGGAAAG CGCTGTGTCA ATACATGTGT 
CGAGCCCAGG GGAAGAGTTT CATCGTAGCA CGAGGGAAGA GTTTTTTGGA TGGGACCCGG 
TGTGAGACAA ATAAGGAGGC CAATGCTAAG TTGGGTCTCT GTGTAGCTGG CAGTTGCAGG 
GTCTTTGGCT GTGATGGAGT GATGGGATCT GGGATGGTGA AGGATCAATG TGGTGTGTGT 
GGAGGAGATA ACAGCACGTG CAATAGAATC CATGGCTCTT TCTCTGAAGG GAAAGCCGGA 
GAGTATGTCT CCTTCTTGAC TCTTCCACCA GGCTCCACAT CTTTAAAAGT GACAAATCAA 
AAGCCCGTTT TTACGCATTT GGGGATTAAG GTGAACGATG AGTACTTGGT AGCGGGAAAG 
GGAAGTATTT CTCTCAATGT AACCTACCCA TCAGTCCTAG AGGACCAGAC AATAGAATAC 
CGGTTGTTTC TGAATGCAGA CAAGCTTCCA CATCTGGAGC AAATCCATAT AGAGGGTCCC 
ACCACAAAAG AACTTGAGAT ACAGGTTTAC AGGAAATATG GCCAGGAATA TGGAGATGCT 
ACAAACCCCG ACATCATTTA TAGTTACCAT ATACCCAAGA AGGACATAGA ATATAAATGG 
TTCCCTGTGC CAGGACCCTG TTCAGCAAGC TGTGATGGGG GTTTTCACTT GGTGTCTTAC 
GAATGTTCCG AACATGATCT GAACCAGTTG GTCCAATCCA GCCTCTGCAA TGATTCTGCA 
CGCCCGTCTT CATTCCATGA ACCATGTGGC ATAGATCCAT GTCCTCCTAG GTGGGATGTG 
AAGGAAAGTT CCCCATGCAC AGTGTCCTGT GGTGGTGGGG TGGTTCTAAG AACTCTACAT 
TGTGTTCAAA TGCAACAAGG CATTGAGACC ATTCTATTTG ATGCCTACTG CGACCACTCA 
ACCCGTCCAG AAGCCTTTGT TGCCTGTGGC TTAGAACCCT GTCCTGCCAG ATGGGAAGCG 
TCGGAGGCTG GTCTCTGCCC GGTGGTGTGT GGCTCAGGTC TGGCTTTGAG AAATGTCTCC 
TGTGTTCAGT CTCATGCTGG ATTGGAAGTT GCGGTGGAAG AATCAAACTG TTTAGGTCAA 
GAAAAGCCAA CGACTCAGGT GGAATGCGTA GTCAGTGTGT GTCCTGTCGG CTGGGACATG 
CAGATGGACT CTTCATTGAG GTTGAGTGAA CGTTCCTCTC GTGAAGAAAC TGCTGAGAAA 
CATACAGAAG TCTACGTGTG GAGCCCACGG GTCGGACCAT GCTCAGTGAG CTGTGGAACA 
GGAATATCTG AGCTTAGCTA CATCTGTGTG GATTTCTACA CCAAGACTGA AACCGCGGAG 
GAGAACTGCA ACCAAACTCT GAAGCCAGAA CCACGGCCAA ACGTCTGCAA CCTTGGAACG 
TGCCCACCGC TGTGGGAAGT GAAGGAGCTC GGTCCATGTC CCGTGACCTG TGGAGGAGCA 
ACGATTCCAC TCGCTGTGAT CTGTGTTAGG AGAGATGGAA ATATCTCCTA TTCCCTTCCT 
CACTCCAAGT GCAGCCGAAT CCCTCGTCCC CGTGCCAGCA AACCTTGTGG GATGGAACCC 
TGCCCAGTCC GGTGGCGCTA TAAAACAGGA TCTTGCAGTG TGAGCTGCGG CGGGGGCATC 
TTGCAGAGAG TCCTCTACTG CTCCAGGTAT CCCCAAAAAG GAGAGAGTGA GGAGCAGATT 
GTATCCGATC TAGAATGCCA ACACTTGCCT CATCCAGAAG GACAGGAACC CTGCAACCAG 
CAGCTTTGCC CACCCAGGTG GAAGGTAGCA GAGGCAACTC CATGCTCAGC AGCCTGTGGA 
TATGGCATCT CCAAGCAGAG AGTAGTGTGT GTGCAGACAG TAGAAGGGGC AGAGAAGGAG 
ATGGACCTGG ACTCTTGTGT CCTTCAAGAG AAGCCACCAT CTCTCATCCC TTGCATTGTC 
AATAACTGCT TCTACTCATG GGAAGTCAGC GCCTGGACTC AGTGCTCGGT CACCTGTGGG 
AACGGTATCC AAAGCCGTCA AGATGTTTGC ACCAACCTAA AAACCCGACA GCCGGTGAGC 
CCCACCTTCT GTGGGAATGC CCCCAAACCC ATCACTATTC GCGGATGCTC AGCCCAGACA 
TGTAGGCCTG AAACGACCAC TCCGCAGGCT GCCTTGGCAA GTACAGCTCT GGTCACCCAG 
CTGCCGCCCA GCGACGCCAT CTTGAGGCCA CAGTGGAGAT CTGCTGTAAC CCCTCGGGAA 
CACAACCTTG AGTACAATCG ACGTAGAGAA CCAGGCAAAG CTGAGGAAGA AGATGGTATC 
TGCGGGCAGC TGTTCCTCAA CGCTACAGGA GTGCTGAGTA CCACGGGGCT CAATGAGAGA 
GACTGTATGT TCACCATTGG GCGCCCCCTG GGGGAGGTGA TTATAGTCCG AGTGTTGTCC 
AGCACTCTCA ACTGCACAGC CGGGGAGCTG CTGCTGTTCT TCGGGCGGGT CATGTGGCGC 
AAGACGTGCG CTCGCCTCTC GGGGGTGACC CTGCTGTCTC GGTCGAACAC TCTCTCTGTG 
AGACAGCGCC AGGCTATAGA CGGCAATGGG GTGGTACTGG AGTACTGGAG CAAACCGGCC 
GCCCAAAACT ACTCCCAAGC ATGCGATATC CAGCTTTATG GAATGGGGGG AGAAATCCGG 
AATCCCGTGC AGCCCTGGAT GGAGGGGGGA TCCCCAGCTT GTAGAGTCTT CATTGACGTG 
GCCCCCCAGT ATTACATTGC TATTCATGCT TTGTACATGG ACCTGGAACC CATGAGCAAC 
CATACGCACC CAAGTTCTAT TCTGATTCGG GACATGAAAT CGCTCAAATC CACGGGATTC 
CATGGGAACC ACTTGTTCTA CTGGGAGTCG GCGGGGAGTC GGGCGGAAAT AGAATTTCAT 
GGCGATTTCT CTAAGGACCG AGTCAGTTTC CGGGCGCAGT ACTGGGCGCG GGCACCGAGG 
CTACAGGGCA GGGGGCGCCC CCCGGTGGAA TGA

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

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adamts13 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

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:

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