igsf10 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	igsf10
Entrez Gene ID	100494018
Full Name	immunoglobulin superfamily member 10
General protein information	Preferred Names immunoglobulin superfamily member 10 Names immunoglobulin superfamily member 10
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012963663.1	XP_012819117.1	immunoglobulin superfamily member 10
XM_012963663.2	XP_012819117.2	immunoglobulin superfamily member 10

Pathways from BioSystems

Homologies

Macaca mulatta (Rhesus monkey)	LOC709661	XP_002808383.1
Rattus norvegicus (Norway rat)	Igsf10	NP_942063.1
Xenopus tropicalis (tropical clawed frog)	igsf10	XP_002941152.2
Bos taurus (cattle)	IGSF10	NP_001193714.1
Pan troglodytes (chimpanzee)	IGSF10	XP_526351.3
Gallus gallus (chicken)	IGSF10	XP_422837.4
Homo sapiens (human)	IGSF10	NP_849144.2
Canis lupus familiaris (dog)	IGSF10	XP_534308.3
Mus musculus (house mouse)	Igsf10	NP_001156356.1

Gene Ontology

The following igsf10 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the igsf10 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
OXa35847	XM_012963663.1 Latest version!	Xenopus tropicalis immunoglobulin superfamily member 10 (igsf10), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OXa58834	XM_012963663.2 Latest version!	Xenopus tropicalis immunoglobulin superfamily member 10 (igsf10), 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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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*Business Day

** 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)

igsf10 ( XM_012963663.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012819117.1 Xenopus tropicalis immunoglobulin superfamily member 10 (igsf10), mRNA.

Price & Availability↑

CloneID	OXa35847
Clone ID Related Accession (Same CDS sequence)	XM_012963663.1
Accession Version	XM_012963663.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8655bp) 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	immunoglobulin superfamily member 10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.1) 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 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##

ATGAAACCGA TAGACAGAAG TTATCCGTGT CTACTTGGAT TTCTTGTGAC TTTTTGCCTT 
TCATTTCTCT CTAAGTGCAG CTTTGCCTGC CCTAATCCCT GTGCCTGCTA TGTTCCAACA 
GAGGTACATT GCACATTTAG GTATCTAACT GCCATCCCTA AGCAGATCAA TCCAGATGTG 
GAACGCATAA ATTTAGGATA TAACAGCATT ATCAAGCTTG AAGAAATGGA TTTCTCTGGT 
TTACAGAAAC TGGAGCTCCT AATGTTGCAT AGCAATGAGA TCCGGGCAAT TCATGAAAGA 
GCTTTAAATG ACCTGTCTTC ACTGCAGGTT TTGAAAATGA GCTACAATAA AGTGAAATCA 
TTCCATAAAA ATACATTTCA TGGACTTAAG AATCTGGTGA GGCTACACAT GGATCACAAT 
AAACTAGACT TCATAAATCC TGAATCATTT TATGGACTCA CATCACTAAA ACTGGTCCAT 
TTGGAAGGAA ACCTGCTCAC ACAACTTCAC ACAGACACGT TTCTGACTTT GCGATATATA 
CATATATTCA AAACGTCATC TATAAAACAA GTATATCTTT CTGACAACCA GCTTTCGTCA 
CTACCTGAAG ATATGTTCTC CTATATGACT GAATTAGAAG GAATTTATCT CCATGGAAAT 
CCTTGGTCTT GTGATTGTAA ACTAGAGTGG CTAAGAGATT GGGCACAGCA GTCTAGAGAC 
ATTATAAAAT GCAAGAAGGA TCGTTCAGGT CAACAATGTC CTCTTTGCGC TTCTCCAAGA 
ACAAATAATG CAAAAACACT TACTGAAATA TCATCTGAAG ATCTGGCATG TATTAAACCA 
ACCATAGGTG AAACCTTTAA ATTAAAAAAT ACTACTGCAA CAGAAGAAGG AGGATCTATT 
GCGGTATCTC CTAAAGATTT TGTAGCACCT ATGGGCTCTC TTATCCTAAA CATGACTGAC 
CAATATGGAA ATGAAGCAAA TTTGGCTTGC AGTGTTCAAA GACCAACAAA CATGTCCCAG 
ATATCAATGG ATACAAAATC AGATTACTCA GCACTGAGGA CTACATTCTT TTCTTTTCTT 
GTTTGCAACA TAGATTATGA TCATATTCAA AAGTTATGGG GTATACTAGC AATGTACAGT 
GATTCTCCAA TGAAACTCAA AAGAGACCTT TTGCTAACCC GAACACCATT TATTAGTTAC 
AAATACAAAC AATCTGCATC AAATGATGAA GTCTTTACTG ATATTGAAGC AGAAATTAGA 
ACTGAACCAA GCTGGTTGAT GCAGGATTTG GTTGTATTAC AATTAGATAG AACAGCAACA 
ACTCTCAGCA CATTGCACAT AAGGTATATG GTTGATGTCT ATATTACATT GCCAAGTGTT 
CCTGAAAAAC TTTTTAAAAC TGGTTGGGTC ATGATAACAA AGAATAACCA AACAAAAACG 
GAATACTCAG CAGTAATTGG AGGAACCGTA GAAATGGATT GTGAAGTTTT AGGTGAACCA 
ACTCCTGCTA TTGAGTGGAT TCTTCCTGAT GGTAGTAAAA TTAGAGCACC ATATGCAAGT 
CAAGAGGGGA GAATAACAAT CACAAAAAAT GGAAAATTTA TACTCAAGTC TGCTGACAAT 
TTTGACACTG GCATTTATCA TTGCATTGCT ACTAATTATA TTGATGCAGA TGTTCTATCC 
TTCAGAATTA CTGTTGTCAG TAGTGATGTT GAAGAACAAT TTGTCAATGG AGTTGAGCTT 
TCAGTAAGTA ATGGAGATTA CATTAACCTA CCATGTGGGT CTAGTGGTGT TCCTGATGCA 
TCTGTAAGCT GGATTTTGCC AGATCACTCA GTGCTGTATG AACCTTCAAG GAACAAAATT 
ATTTTAGCTA ATGGGACCTT AAAAATACAA GGCATATCAG AAAGAGACAG TGGCCATTTT 
AGATGTTTAG CAGCTAATCA GTATGGACTA GATATACTGA CACACAGAGT ACTAGTTAAA 
GAAAGACAAA TTAATGTTAT AATAAAAGAA ACAGAGAATG ATGATGGATC TGGAAATGAA 
GATAATGAAG AACTCAATAA ACAGTCAGCT ATGGGAAGAG TTACAGTACA AAAGAAAACT 
CCAGTGCACA TCGAATCTGG ACATGTTTTA AGTAGAAAAA CACACAGGAA TATAGGCATT 
CATAGAAGAA AGAAAATAAG CAGACGGCTA AGGGGGCAAA GACGAAAATT TACTCAGATT 
AACAGGAAGA TTGATCCTGT ACGTTGGACA GAAATCTTGG AAAAAACAAA ACAAAACTCA 
AAAAAACCCA AAGTAGAAAC CAAAATTTTT GAAAGTTCTT TAAAAGAAGA ATATACTATT 
GGAAGGGCAT CAGGTGATCT GGAGGAATCC TCTGGTGAAG AACTTCTTCC AGTAAAAGAA 
AAGTTCTTCA TATTAACAAC CAGACATTCA GCCATTACCA AATTAAATGT AGTTCCTACA 
ACTAAAACAG TTACAGACTC TAAAACATTA CAGACACAAC CAACAAAAAA ACCGTCATCA 
GTGAGTACAC CTAGAGCCGA AACAGAAACC ATGGAGAATC TGATGGCAAA TACCGTTAGT 
GCTCCATCTG AACCAACAAC CCATAGTTTG TTAAATAATA CATCCATGGA ACTCATTTCA 
AAACCCCAAC CTACTTCTAG TGGCTTGTAT GCAACACCAA AGGATCTTAC AACTACATCT 
TTATTAGGAA ATGCAGCAAT TTTTCACCAT GGAAAGCCCC AAGATCCTAA GAAAGAATTA 
ACAACCACAT TTAATTCTCT AACGGTTACA CCACAAACAG TAATTACCAG TCCATCATCT 
ACCAGTAGTA ACATATATAC CACATCCCCA TCACCAGCAA CTCCAGCAAC ACCTAGTTAT 
TTTCAAGCTA AATCTCAGCA AAGTATCACA GAATACATTG TGCCAGAGTA TTTGCATTTT 
TCTACACAAG GTATAAATTC TAATCCAAGC ACTACTTCTA ATTATTTTAA TTTTCCCTCA 
CGAAATGTTT TGAAGAAAAC CCCAGTATCT AATATTTCTA GTAGTTCAGT TCCAACTATT 
ATAATTAACC TAACAACACC TTCTAACAAA TTTTCTTTGA CACCAAAAGA TAAGTTAACC 
TATCAGCCCA CTACATCAAG TTACTTACAA GAAACATCTC AGAATGTAAT AAACAAACCA 
CAGAGAACAG CACATGAAAA AGTTCCTTCT AGACCCAAAG CTATCTTACC CTATCAGCCC 
ACAACTTCAA GTTACTTACA AGGAACCTCT CAAAATGTTA TAAGCAAGCC ACAGTCAGCT 
CCATATCTGA AACTACCTTT TACAACCAAA GTTCCTTATC AAACTACACC TAGCTCACTA 
TATGAAACAT CTCAATATAT TTTAAGCAAA CCTCAAACAA CACCATCTAA TAAATTGTCT 
TCTTCACCCA AGGTTTTGGT AACCACTACA TCTAGCTATT TAAAGGAAAC TCCTATTCCA 
TTAAATAAAC CATTTGTCAG TACAACACCA GCAAAACCAA AAGACAAAAT CCAATCTACA 
CCACATTCAC AGATCTCTAA TGGAGAACAG GATCTTATCA CTGAAGTTTC TCAAAAGGAA 
TTAAATATTG TTTCTGCTTT GATAACTAAT ACAGAAAGTC ATAGTTTTGG TCATTCCTCA 
ACCAGTATGC AGGCAAAGAC AGACATACCT GAAACAACAT CTAAACCTTC CAAGGAAAAT 
GTACCATATT CAAAGAGCAA AACGATAACG CAAACAAAAA TTCCAACTAA AAAGGTCCCT 
AATTTCACAG AGACAAAAAA TGGCGCTTCT TCAACCAAGT CAAGTACTAA ACTTTTTCTT 
TCAGAAACAG AAATTGGTCC CATCTACTTT CACACTACAC AAAAAATTAT CTCACCACAA 
CTGCCAGCAG GCTCCCAAAT CATTACACAC CAACAGATTC AGATAGTAAA AGACGTCACA 
CCATTTATGC CAACAGTAAA ACGTTACGGA CGGAGAAGAA TTCCTGGCAG AAGAAGAATT 
GTAAGACCAG ACCGCATTCC AAATATCAAG TCTCACTACT TTTCACTTAT GAAGTCAAAT 
TTAAGAAACT ATACTCAAGA AGCAACAACA ACCTATTCTA CAAGTTTAGA ACCAAGTAAA 
CAGAAACAAA TGTTACATTC TACATCTAAT CCAAGAATGT CTTCTATTCC ACATACCACT 
GAGCATGCTT TGACCACAAC TGCATCTGAT CAATATGTTC ATAAGACCTC TACTCAACAA 
TATCAAACAA AAAAAGTTAA TACAACCATC ACAAATAATC GTGAAATATT TGCTCAGTTT 
GATAATCAAA TTACACTTGA CAAAGAAAGC ATGTCAACCT TACCTACTCA GAAAGTTTAC 
ACCACAACAA AAACATACAT GACAACAAAT GTTCCAGCAA CAATGCTGCC TGAGGCAAAT 
GGAGAATACT TTCACTCTAC ACCAGCTCAA TCCACCACAA AACCTAGAAC TAGTTCCAAA 
ATATTAAGGA GAAAAATTCC TTGGCACAAG CTGTTTGGAA ACAACTCAAA CATTCAAAAA 
GAGATATTAA AGAAATTAAG AAAAAATACT GAGCTAGCAT CAGCACGTAC AACAGTAAGG 
CCACCTTTAA TTGTTACTTC ACCCGTTTTA AAAGCATTTA CATCTACAGA AGCAACTCCC 
TTGTCTACTA GCAATTTAAA ATACAGTACA TCAAGAACAG TGACAAGCAG CCCTATAACG 
CAGACTGAGA CAACTCTAAT ACCAGACATG AATGTGACAG ACGTCTTTCA TTTAACCAAA 
TCTAATACTG CTACCACATC AGGATTTCAA ATTATTACAC CTACTTCAAA AACTAAACAT 
TTTACATCTC CAACATCATC TTTAACTACA GACAAGGCAG CCAAGCGAAA ATTCTTAAGA 
AAGAGACCAA GGAAGAAAAC TATTTCTAAC AAACCCATAA ATTTGGACAT GTGGAAATTA 
GCAAGATCCA GAATGTCTAA TGGCACTAAA TTAAGGTATT CAGAATTAAA GGATAACACA 
GGCAGTAGTA GGGGCAGTTA TCAAGAAGAA ATAACCAAAT CTCAGGGAGT TACTCAACTT 
CCACAACTTT TAATGAATAC TAGTAATTAT CCACATACTG CATTTTACTC TAGCAAAGCA 
AATGATATTC TGCTACCCAC AATAAAAAAT ATTTGGAATA AAACTTCAAA TCCCCTGAAA 
GCATTCATAG ATGAAAAGTC TAAAATCAAA GATACCAAAA ACTGGTTTCC TGAATTACTG 
GAAAAAAAGT ATTTTACTAG TTATAATCAG GCAGTGACTA CTAATAGCCA ATTTAAAGAT 
ACTTTTATGA CCACTCAACA AGAGACAAAG AACACTGTAT CCTATGACCA GAAGATTTTA 
ACAAGCACTT TGGTTCCTAC CTTAAAAACC TACGAGTTGA CTGCCAAAGC AGTCCAGAAA 
TCCACCCAAG GGCCATCTCT ATACGCAGTG GAAAAAAGGA CCCAGGGTCA GGAAAAAAGG 
CCTAATCAGG AATCATCAGA AACAACTGTA AGTATTAGAA CAAATTTAAC TGAAAAGGTA 
AAACATTCTG AAAACAATGC TCCTTCATTG GCTCCACAAC AGCATGGCAA GAAAACTGGA 
TTAGAAAAGC CAGTGAGTAT GACAACAACT ACAGTTAGTA CAAGTTTTTC TACACAAAAC 
AGTAGATCAA AGCCAAGAAT AATTGGAGGA AAAGCAGCAA GTTTCACTGT ACTGGCTAAT 
TCGGATGCTT TTATCCCATG TGAAGCCAGT GGGAATCCAT CACCAACAAT TCTTTGGACT 
AAAGTGTCAT CAGGTACTTT TGTATCGAAA ACAAGAAGAG TAAACAAAAT GGAGGTTTTT 
ATGAATGGAA CCCTCAGCAT CCCAAGTGTT GGCATACAGG ATGGTGGACA GTATCTTTGT 
GTGGCCAATA ATCAACTTGG CTCAGATCGT CTGCTTGTCA CACTTTCGGT GATAACTTAC 
CCTCCAAGGA TCTTGCAGGG GAGATCAAGA GAGATTACAG TACACTCAGG AAATTCTGTC 
AATGTAAATT GTCAGGCTGA AGGTAGCCCT TTTCCCACAA TTACATGGAC TTTGAAAAAT 
GAGACCATTC CCTTTGGAAC TTCTACTAGC AATCGTAAGA TATTTGTACA ACCGGACGGC 
ACTCTCATAA TTAAAGATGT TACAGTATAT GATCGGGGGA TATATAGGTG CTTAGCAACC 
AACCTAGCAG GAGAGGATAC CTTTACAGTA AGGATTCAAG TGATTGCTGC TCCTCCAGTT 
ATTGTGGAAG AAAAACGACA GACTGTTTTA GCTGGTCCTG GGGAGAATCT AAAGATTCCT 
TGCACAGCTA AAGGAAATCC TCAACCTACA GTTCACTGGG TAGCTTTTGA TGGTACAAAA 
ATTAAACCAT TGCAATATGT AAATGCAAAA CTGTTCCTTT TTTCTAATGG GACACTATAC 
ATAAGAAATG TGGCCTCAAC AGACCGTGGA AATTATGAAT GTATTGCAAC CAGTTCAACT 
GGGTCTGAAA GAAGAGTGGT TAATCTCATA GTTGAGCAAA GTGATACTTT CCCTAAAATA 
ACTGATGCAT CTCCTAAAGC TACTGAGATG AACTTTGGAG ACAAACTCAT GCTGAACTGC 
ACTGCAACGG GGGAACCAAA GCCAAGGATA ATATGGCGAT TGCCTTCAAA AGCAGTAGTG 
GATCAGTTGC ACAGAATGGG AAGCCGAATT CAGGTGTTTC CAAATGGAAC ATTATTTGTA 
GATTCTGTGA ACGATAAAGA TGCAGGAGAC TATCTATGTG TGGCAAGGAA TAAAATGGGG 
GATGATGTTA TATTGATGAA AGTCAGCGTG ACAATGAAAC CAGCAAAAAT TATTCAAAAA 
CAACCGCTTG CAAAGCAAGT GCCGTATGGA AAAGATTTCA AAGTGGACTG CAAGGCTTCA 
GGATCTCCAC TTCCTGACAT ATCTTGGAGC TTGCCAGATG GTACCATGAT AAATAATATT 
CTCCAAGCTG ATGATAGTGG AAGGAGAAAA CGGAGATACA TTCTCTTTGA CAATGGAACT 
TTGTACCTAA ACAAAGTAGG CATAGCTGAA GAAGGTGATT ATACTTGCTA TGCTGAAAAT 
CAATTAGGAA GAGATGAAAT GAAGGTTCAC ATAACTGTGG TTACAGCTGC TCCACTCATT 
AAATTAAACA TGAAGACGAG ATATGCAGCA ATGGCTGGAG AAAGTGTGAT CTTGGATTGT 
GAGGCAAATG GAGAACCAAA ACCAAAAATA TTTTGGTTGC TTCCCTCGAG TGATATGATA 
GCAATATCTC ATGACAGATA TTTATTGCAT GAAAATGGAT CTCTGACAGT GAGCCAAGTC 
AAATTATTAG ATGCAGGGGA ATACATGTGT GTAGCGCGCA ACCCTGCAGG TGATGACACA 
AAGCTTCTCA GATTGGAGGT GCATCCAAAA CCCCCAATTA TCAATGGTTT ATATTCAAAC 
AAAAGTATAA TTAAGGACAC TGCAATTAAA CACTCTAGAA AATTAATCGA CTGTAAAGCT 
GAAGGGGCTG CCCCACTTCA GGTGATGTGG ATTATGCCAG ATAACATTTA TCTAACCGCA 
CCATACCATG GGAGTAGGAT ATTGGTTCAC CAAAATGGAA CTTTAGAAAT TCGGAACATA 
AGGCCTTCGG ATACTGCCGA ATTTACTTGT GTTGCTCGTA ATGATGGAGG TGAAAGCATG 
CTTGTTGTTC AGCTGGAAGT ATTAGAAATG CTTAGACGGC CAATGTTTAA AAATCCATTT 
AATGAGAAAT TTATTGCTAA GTCAAGCAAA ATGGCGATAT TAAATTGCTT TGCTGAGGGA 
AATCCTACTC CAGAGATAAT TTGGCTTCTG CCAAATGGCA CACGGTTTTT AAACGGGCCG 
TCAATTTCTA AATACCATGC AGGAAGCAAT GGAACTTTTA TTATTTACAG CCCCACCAAA 
GACGATGCAG GAAAATATCG TTGTGCAGCT AGAAATAAAG TGGGATATAT TGAGAAACTT 
ATTATTTTGG AGGTTGGTCA AAAGCCTAAT ATCCTTACAC ATCCCAGAGG GCCCATTAAG 
AGCATCATTG GAGAAGCATT GTCTTTACAC TGTCTTTCTG ATGGAATGCC TAGACCAAGT 
GTTACCTGGA TACTGCCAAG TGGATATGCT ATTGAGAGAC CACAAGTCCA AGGGAGATAC 
AAATTACTTG AGAATGGAAC TTTGGTCATT CAAGAAACAG CACTGCATGA CCGTGGAAAC 
TACCAGTGTA AGGCCAAAAA TTATGCAGGT GAGACAGCTA TTACTGTTAC AGTTGTGGTT 
GTAGCATATC CTCCAAGGAT TACAAACAAG CCTCCACAGA CTATCCATAC AAGGGCAGGG 
TCTGCTGTAC GTCTCAACTG CATGGCCATT GGCATACCCA AGCCAGACAT ATTCTGGGAA 
TTGCCAGACC TCTCTGTATT GTCAACAGCA AGTCAAGGAA GCCTTACTGG AACAGAACTT 
CTTCATCCTC AAGGCACATT GGTTATTCAG AACCCTCAGT CTTCTGATTC TGGAATATAT 
AAATGCATAG CGAAAAATTC CCTTGGAACT GATATGAGTA AAACATACTT AAATGTGATC 
TCACAGCGTA ATTAA

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

RefSeq	XP_012819117.1
CDS	441..9095
Translation	MKPIDRSYPCLLGFLVTFCLSFLSKCSFACPNPCACYVPTEVHCTFRYLTAIPKQINPDVERINLGYNSIIKLEEMDFSGLQKLELLMLHSNEIRAIHERALNDLSSLQVLKMSYNKVKSFHKNTFHGLKNLVRLHMDHNKLDFINPESFYGLTSLKLVHLEGNLLTQLHTDTFLTLRYIHIFKTSSIKQVYLSDNQLSSLPEDMFSYMTELEGIYLHGNPWSCDCKLEWLRDWAQQSRDIIKCKKDRSGQQCPLCASPRTNNAKTLTEISSEDLACIKPTIGETFKLKNTTATEEGGSIAVSPKDFVAPMGSLILNMTDQYGNEANLACSVQRPTNMSQISMDTKSDYSALRTTFFSFLVCNIDYDHIQKLWGILAMYSDSPMKLKRDLLLTRTPFISYKYKQSASNDEVFTDIEAEIRTEPSWLMQDLVVLQLDRTATTLSTLHIRYMVDVYITLPSVPEKLFKTGWVMITKNNQTKTEYSAVIGGTVEMDCEVLGEPTPAIEWILPDGSKIRAPYASQEGRITITKNGKFILKSADNFDTGIYHCIATNYIDADVLSFRITVVSSDVEEQFVNGVELSVSNGDYINLPCGSSGVPDASVSWILPDHSVLYEPSRNKIILANGTLKIQGISERDSGHFRCLAANQYGLDILTHRVLVKERQINVIIKETENDDGSGNEDNEELNKQSAMGRVTVQKKTPVHIESGHVLSRKTHRNIGIHRRKKISRRLRGQRRKFTQINRKIDPVRWTEILEKTKQNSKKPKVETKIFESSLKEEYTIGRASGDLEESSGEELLPVKEKFFILTTRHSAITKLNVVPTTKTVTDSKTLQTQPTKKPSSVSTPRAETETMENLMANTVSAPSEPTTHSLLNNTSMELISKPQPTSSGLYATPKDLTTTSLLGNAAIFHHGKPQDPKKELTTTFNSLTVTPQTVITSPSSTSSNIYTTSPSPATPATPSYFQAKSQQSITEYIVPEYLHFSTQGINSNPSTTSNYFNFPSRNVLKKTPVSNISSSSVPTIIINLTTPSNKFSLTPKDKLTYQPTTSSYLQETSQNVINKPQRTAHEKVPSRPKAILPYQPTTSSYLQGTSQNVISKPQSAPYLKLPFTTKVPYQTTPSSLYETSQYILSKPQTTPSNKLSSSPKVLVTTTSSYLKETPIPLNKPFVSTTPAKPKDKIQSTPHSQISNGEQDLITEVSQKELNIVSALITNTESHSFGHSSTSMQAKTDIPETTSKPSKENVPYSKSKTITQTKIPTKKVPNFTETKNGASSTKSSTKLFLSETEIGPIYFHTTQKIISPQLPAGSQIITHQQIQIVKDVTPFMPTVKRYGRRRIPGRRRIVRPDRIPNIKSHYFSLMKSNLRNYTQEATTTYSTSLEPSKQKQMLHSTSNPRMSSIPHTTEHALTTTASDQYVHKTSTQQYQTKKVNTTITNNREIFAQFDNQITLDKESMSTLPTQKVYTTTKTYMTTNVPATMLPEANGEYFHSTPAQSTTKPRTSSKILRRKIPWHKLFGNNSNIQKEILKKLRKNTELASARTTVRPPLIVTSPVLKAFTSTEATPLSTSNLKYSTSRTVTSSPITQTETTLIPDMNVTDVFHLTKSNTATTSGFQIITPTSKTKHFTSPTSSLTTDKAAKRKFLRKRPRKKTISNKPINLDMWKLARSRMSNGTKLRYSELKDNTGSSRGSYQEEITKSQGVTQLPQLLMNTSNYPHTAFYSSKANDILLPTIKNIWNKTSNPLKAFIDEKSKIKDTKNWFPELLEKKYFTSYNQAVTTNSQFKDTFMTTQQETKNTVSYDQKILTSTLVPTLKTYELTAKAVQKSTQGPSLYAVEKRTQGQEKRPNQESSETTVSIRTNLTEKVKHSENNAPSLAPQQHGKKTGLEKPVSMTTTTVSTSFSTQNSRSKPRIIGGKAASFTVLANSDAFIPCEASGNPSPTILWTKVSSGTFVSKTRRVNKMEVFMNGTLSIPSVGIQDGGQYLCVANNQLGSDRLLVTLSVITYPPRILQGRSREITVHSGNSVNVNCQAEGSPFPTITWTLKNETIPFGTSTSNRKIFVQPDGTLIIKDVTVYDRGIYRCLATNLAGEDTFTVRIQVIAAPPVIVEEKRQTVLAGPGENLKIPCTAKGNPQPTVHWVAFDGTKIKPLQYVNAKLFLFSNGTLYIRNVASTDRGNYECIATSSTGSERRVVNLIVEQSDTFPKITDASPKATEMNFGDKLMLNCTATGEPKPRIIWRLPSKAVVDQLHRMGSRIQVFPNGTLFVDSVNDKDAGDYLCVARNKMGDDVILMKVSVTMKPAKIIQKQPLAKQVPYGKDFKVDCKASGSPLPDISWSLPDGTMINNILQADDSGRRKRRYILFDNGTLYLNKVGIAEEGDYTCYAENQLGRDEMKVHITVVTAAPLIKLNMKTRYAAMAGESVILDCEANGEPKPKIFWLLPSSDMIAISHDRYLLHENGSLTVSQVKLLDAGEYMCVARNPAGDDTKLLRLEVHPKPPIINGLYSNKSIIKDTAIKHSRKLIDCKAEGAAPLQVMWIMPDNIYLTAPYHGSRILVHQNGTLEIRNIRPSDTAEFTCVARNDGGESMLVVQLEVLEMLRRPMFKNPFNEKFIAKSSKMAILNCFAEGNPTPEIIWLLPNGTRFLNGPSISKYHAGSNGTFIIYSPTKDDAGKYRCAARNKVGYIEKLIILEVGQKPNILTHPRGPIKSIIGEALSLHCLSDGMPRPSVTWILPSGYAIERPQVQGRYKLLENGTLVIQETALHDRGNYQCKAKNYAGETAITVTVVVVAYPPRITNKPPQTIHTRAGSAVRLNCMAIGIPKPDIFWELPDLSVLSTASQGSLTGTELLHPQGTLVIQNPQSSDSGIYKCIAKNSLGTDMSKTYLNVISQRN

Target ORF information:

RefSeq Version	XM_012963663.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis immunoglobulin superfamily member 10 (igsf10), mRNA.

Target ORF information:

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

XM_012963663.1

ORF Insert Sequence:

ATGAAACCGA TAGACAGAAG TTATCCGTGT CTACTTGGAT TTCTTGTGAC TTTTTGCCTT 
TCATTTCTCT CTAAGTGCAG CTTTGCCTGC CCTAATCCCT GTGCCTGCTA TGTTCCAACA 
GAGGTACATT GCACATTTAG GTATCTAACT GCCATCCCTA AGCAGATCAA TCCAGATGTG 
GAACGCATAA ATTTAGGATA TAACAGCATT ATCAAGCTTG AAGAAATGGA TTTCTCTGGT 
TTACAGAAAC TGGAGCTCCT AATGTTGCAT AGCAATGAGA TCCGGGCAAT TCATGAAAGA 
GCTTTAAATG ACCTGTCTTC ACTGCAGGTT TTGAAAATGA GCTACAATAA AGTGAAATCA 
TTCCATAAAA ATACATTTCA TGGACTTAAG AATCTGGTGA GGCTACACAT GGATCACAAT 
AAACTAGACT TCATAAATCC TGAATCATTT TATGGACTCA CATCACTAAA ACTGGTCCAT 
TTGGAAGGAA ACCTGCTCAC ACAACTTCAC ACAGACACGT TTCTGACTTT GCGATATATA 
CATATATTCA AAACGTCATC TATAAAACAA GTATATCTTT CTGACAACCA GCTTTCGTCA 
CTACCTGAAG ATATGTTCTC CTATATGACT GAATTAGAAG GAATTTATCT CCATGGAAAT 
CCTTGGTCTT GTGATTGTAA ACTAGAGTGG CTAAGAGATT GGGCACAGCA GTCTAGAGAC 
ATTATAAAAT GCAAGAAGGA TCGTTCAGGT CAACAATGTC CTCTTTGCGC TTCTCCAAGA 
ACAAATAATG CAAAAACACT TACTGAAATA TCATCTGAAG ATCTGGCATG TATTAAACCA 
ACCATAGGTG AAACCTTTAA ATTAAAAAAT ACTACTGCAA CAGAAGAAGG AGGATCTATT 
GCGGTATCTC CTAAAGATTT TGTAGCACCT ATGGGCTCTC TTATCCTAAA CATGACTGAC 
CAATATGGAA ATGAAGCAAA TTTGGCTTGC AGTGTTCAAA GACCAACAAA CATGTCCCAG 
ATATCAATGG ATACAAAATC AGATTACTCA GCACTGAGGA CTACATTCTT TTCTTTTCTT 
GTTTGCAACA TAGATTATGA TCATATTCAA AAGTTATGGG GTATACTAGC AATGTACAGT 
GATTCTCCAA TGAAACTCAA AAGAGACCTT TTGCTAACCC GAACACCATT TATTAGTTAC 
AAATACAAAC AATCTGCATC AAATGATGAA GTCTTTACTG ATATTGAAGC AGAAATTAGA 
ACTGAACCAA GCTGGTTGAT GCAGGATTTG GTTGTATTAC AATTAGATAG AACAGCAACA 
ACTCTCAGCA CATTGCACAT AAGGTATATG GTTGATGTCT ATATTACATT GCCAAGTGTT 
CCTGAAAAAC TTTTTAAAAC TGGTTGGGTC ATGATAACAA AGAATAACCA AACAAAAACG 
GAATACTCAG CAGTAATTGG AGGAACCGTA GAAATGGATT GTGAAGTTTT AGGTGAACCA 
ACTCCTGCTA TTGAGTGGAT TCTTCCTGAT GGTAGTAAAA TTAGAGCACC ATATGCAAGT 
CAAGAGGGGA GAATAACAAT CACAAAAAAT GGAAAATTTA TACTCAAGTC TGCTGACAAT 
TTTGACACTG GCATTTATCA TTGCATTGCT ACTAATTATA TTGATGCAGA TGTTCTATCC 
TTCAGAATTA CTGTTGTCAG TAGTGATGTT GAAGAACAAT TTGTCAATGG AGTTGAGCTT 
TCAGTAAGTA ATGGAGATTA CATTAACCTA CCATGTGGGT CTAGTGGTGT TCCTGATGCA 
TCTGTAAGCT GGATTTTGCC AGATCACTCA GTGCTGTATG AACCTTCAAG GAACAAAATT 
ATTTTAGCTA ATGGGACCTT AAAAATACAA GGCATATCAG AAAGAGACAG TGGCCATTTT 
AGATGTTTAG CAGCTAATCA GTATGGACTA GATATACTGA CACACAGAGT ACTAGTTAAA 
GAAAGACAAA TTAATGTTAT AATAAAAGAA ACAGAGAATG ATGATGGATC TGGAAATGAA 
GATAATGAAG AACTCAATAA ACAGTCAGCT ATGGGAAGAG TTACAGTACA AAAGAAAACT 
CCAGTGCACA TCGAATCTGG ACATGTTTTA AGTAGAAAAA CACACAGGAA TATAGGCATT 
CATAGAAGAA AGAAAATAAG CAGACGGCTA AGGGGGCAAA GACGAAAATT TACTCAGATT 
AACAGGAAGA TTGATCCTGT ACGTTGGACA GAAATCTTGG AAAAAACAAA ACAAAACTCA 
AAAAAACCCA AAGTAGAAAC CAAAATTTTT GAAAGTTCTT TAAAAGAAGA ATATACTATT 
GGAAGGGCAT CAGGTGATCT GGAGGAATCC TCTGGTGAAG AACTTCTTCC AGTAAAAGAA 
AAGTTCTTCA TATTAACAAC CAGACATTCA GCCATTACCA AATTAAATGT AGTTCCTACA 
ACTAAAACAG TTACAGACTC TAAAACATTA CAGACACAAC CAACAAAAAA ACCGTCATCA 
GTGAGTACAC CTAGAGCCGA AACAGAAACC ATGGAGAATC TGATGGCAAA TACCGTTAGT 
GCTCCATCTG AACCAACAAC CCATAGTTTG TTAAATAATA CATCCATGGA ACTCATTTCA 
AAACCCCAAC CTACTTCTAG TGGCTTGTAT GCAACACCAA AGGATCTTAC AACTACATCT 
TTATTAGGAA ATGCAGCAAT TTTTCACCAT GGAAAGCCCC AAGATCCTAA GAAAGAATTA 
ACAACCACAT TTAATTCTCT AACGGTTACA CCACAAACAG TAATTACCAG TCCATCATCT 
ACCAGTAGTA ACATATATAC CACATCCCCA TCACCAGCAA CTCCAGCAAC ACCTAGTTAT 
TTTCAAGCTA AATCTCAGCA AAGTATCACA GAATACATTG TGCCAGAGTA TTTGCATTTT 
TCTACACAAG GTATAAATTC TAATCCAAGC ACTACTTCTA ATTATTTTAA TTTTCCCTCA 
CGAAATGTTT TGAAGAAAAC CCCAGTATCT AATATTTCTA GTAGTTCAGT TCCAACTATT 
ATAATTAACC TAACAACACC TTCTAACAAA TTTTCTTTGA CACCAAAAGA TAAGTTAACC 
TATCAGCCCA CTACATCAAG TTACTTACAA GAAACATCTC AGAATGTAAT AAACAAACCA 
CAGAGAACAG CACATGAAAA AGTTCCTTCT AGACCCAAAG CTATCTTACC CTATCAGCCC 
ACAACTTCAA GTTACTTACA AGGAACCTCT CAAAATGTTA TAAGCAAGCC ACAGTCAGCT 
CCATATCTGA AACTACCTTT TACAACCAAA GTTCCTTATC AAACTACACC TAGCTCACTA 
TATGAAACAT CTCAATATAT TTTAAGCAAA CCTCAAACAA CACCATCTAA TAAATTGTCT 
TCTTCACCCA AGGTTTTGGT AACCACTACA TCTAGCTATT TAAAGGAAAC TCCTATTCCA 
TTAAATAAAC CATTTGTCAG TACAACACCA GCAAAACCAA AAGACAAAAT CCAATCTACA 
CCACATTCAC AGATCTCTAA TGGAGAACAG GATCTTATCA CTGAAGTTTC TCAAAAGGAA 
TTAAATATTG TTTCTGCTTT GATAACTAAT ACAGAAAGTC ATAGTTTTGG TCATTCCTCA 
ACCAGTATGC AGGCAAAGAC AGACATACCT GAAACAACAT CTAAACCTTC CAAGGAAAAT 
GTACCATATT CAAAGAGCAA AACGATAACG CAAACAAAAA TTCCAACTAA AAAGGTCCCT 
AATTTCACAG AGACAAAAAA TGGCGCTTCT TCAACCAAGT CAAGTACTAA ACTTTTTCTT 
TCAGAAACAG AAATTGGTCC CATCTACTTT CACACTACAC AAAAAATTAT CTCACCACAA 
CTGCCAGCAG GCTCCCAAAT CATTACACAC CAACAGATTC AGATAGTAAA AGACGTCACA 
CCATTTATGC CAACAGTAAA ACGTTACGGA CGGAGAAGAA TTCCTGGCAG AAGAAGAATT 
GTAAGACCAG ACCGCATTCC AAATATCAAG TCTCACTACT TTTCACTTAT GAAGTCAAAT 
TTAAGAAACT ATACTCAAGA AGCAACAACA ACCTATTCTA CAAGTTTAGA ACCAAGTAAA 
CAGAAACAAA TGTTACATTC TACATCTAAT CCAAGAATGT CTTCTATTCC ACATACCACT 
GAGCATGCTT TGACCACAAC TGCATCTGAT CAATATGTTC ATAAGACCTC TACTCAACAA 
TATCAAACAA AAAAAGTTAA TACAACCATC ACAAATAATC GTGAAATATT TGCTCAGTTT 
GATAATCAAA TTACACTTGA CAAAGAAAGC ATGTCAACCT TACCTACTCA GAAAGTTTAC 
ACCACAACAA AAACATACAT GACAACAAAT GTTCCAGCAA CAATGCTGCC TGAGGCAAAT 
GGAGAATACT TTCACTCTAC ACCAGCTCAA TCCACCACAA AACCTAGAAC TAGTTCCAAA 
ATATTAAGGA GAAAAATTCC TTGGCACAAG CTGTTTGGAA ACAACTCAAA CATTCAAAAA 
GAGATATTAA AGAAATTAAG AAAAAATACT GAGCTAGCAT CAGCACGTAC AACAGTAAGG 
CCACCTTTAA TTGTTACTTC ACCCGTTTTA AAAGCATTTA CATCTACAGA AGCAACTCCC 
TTGTCTACTA GCAATTTAAA ATACAGTACA TCAAGAACAG TGACAAGCAG CCCTATAACG 
CAGACTGAGA CAACTCTAAT ACCAGACATG AATGTGACAG ACGTCTTTCA TTTAACCAAA 
TCTAATACTG CTACCACATC AGGATTTCAA ATTATTACAC CTACTTCAAA AACTAAACAT 
TTTACATCTC CAACATCATC TTTAACTACA GACAAGGCAG CCAAGCGAAA ATTCTTAAGA 
AAGAGACCAA GGAAGAAAAC TATTTCTAAC AAACCCATAA ATTTGGACAT GTGGAAATTA 
GCAAGATCCA GAATGTCTAA TGGCACTAAA TTAAGGTATT CAGAATTAAA GGATAACACA 
GGCAGTAGTA GGGGCAGTTA TCAAGAAGAA ATAACCAAAT CTCAGGGAGT TACTCAACTT 
CCACAACTTT TAATGAATAC TAGTAATTAT CCACATACTG CATTTTACTC TAGCAAAGCA 
AATGATATTC TGCTACCCAC AATAAAAAAT ATTTGGAATA AAACTTCAAA TCCCCTGAAA 
GCATTCATAG ATGAAAAGTC TAAAATCAAA GATACCAAAA ACTGGTTTCC TGAATTACTG 
GAAAAAAAGT ATTTTACTAG TTATAATCAG GCAGTGACTA CTAATAGCCA ATTTAAAGAT 
ACTTTTATGA CCACTCAACA AGAGACAAAG AACACTGTAT CCTATGACCA GAAGATTTTA 
ACAAGCACTT TGGTTCCTAC CTTAAAAACC TACGAGTTGA CTGCCAAAGC AGTCCAGAAA 
TCCACCCAAG GGCCATCTCT ATACGCAGTG GAAAAAAGGA CCCAGGGTCA GGAAAAAAGG 
CCTAATCAGG AATCATCAGA AACAACTGTA AGTATTAGAA CAAATTTAAC TGAAAAGGTA 
AAACATTCTG AAAACAATGC TCCTTCATTG GCTCCACAAC AGCATGGCAA GAAAACTGGA 
TTAGAAAAGC CAGTGAGTAT GACAACAACT ACAGTTAGTA CAAGTTTTTC TACACAAAAC 
AGTAGATCAA AGCCAAGAAT AATTGGAGGA AAAGCAGCAA GTTTCACTGT ACTGGCTAAT 
TCGGATGCTT TTATCCCATG TGAAGCCAGT GGGAATCCAT CACCAACAAT TCTTTGGACT 
AAAGTGTCAT CAGGTACTTT TGTATCGAAA ACAAGAAGAG TAAACAAAAT GGAGGTTTTT 
ATGAATGGAA CCCTCAGCAT CCCAAGTGTT GGCATACAGG ATGGTGGACA GTATCTTTGT 
GTGGCCAATA ATCAACTTGG CTCAGATCGT CTGCTTGTCA CACTTTCGGT GATAACTTAC 
CCTCCAAGGA TCTTGCAGGG GAGATCAAGA GAGATTACAG TACACTCAGG AAATTCTGTC 
AATGTAAATT GTCAGGCTGA AGGTAGCCCT TTTCCCACAA TTACATGGAC TTTGAAAAAT 
GAGACCATTC CCTTTGGAAC TTCTACTAGC AATCGTAAGA TATTTGTACA ACCGGACGGC 
ACTCTCATAA TTAAAGATGT TACAGTATAT GATCGGGGGA TATATAGGTG CTTAGCAACC 
AACCTAGCAG GAGAGGATAC CTTTACAGTA AGGATTCAAG TGATTGCTGC TCCTCCAGTT 
ATTGTGGAAG AAAAACGACA GACTGTTTTA GCTGGTCCTG GGGAGAATCT AAAGATTCCT 
TGCACAGCTA AAGGAAATCC TCAACCTACA GTTCACTGGG TAGCTTTTGA TGGTACAAAA 
ATTAAACCAT TGCAATATGT AAATGCAAAA CTGTTCCTTT TTTCTAATGG GACACTATAC 
ATAAGAAATG TGGCCTCAAC AGACCGTGGA AATTATGAAT GTATTGCAAC CAGTTCAACT 
GGGTCTGAAA GAAGAGTGGT TAATCTCATA GTTGAGCAAA GTGATACTTT CCCTAAAATA 
ACTGATGCAT CTCCTAAAGC TACTGAGATG AACTTTGGAG ACAAACTCAT GCTGAACTGC 
ACTGCAACGG GGGAACCAAA GCCAAGGATA ATATGGCGAT TGCCTTCAAA AGCAGTAGTG 
GATCAGTTGC ACAGAATGGG AAGCCGAATT CAGGTGTTTC CAAATGGAAC ATTATTTGTA 
GATTCTGTGA ACGATAAAGA TGCAGGAGAC TATCTATGTG TGGCAAGGAA TAAAATGGGG 
GATGATGTTA TATTGATGAA AGTCAGCGTG ACAATGAAAC CAGCAAAAAT TATTCAAAAA 
CAACCGCTTG CAAAGCAAGT GCCGTATGGA AAAGATTTCA AAGTGGACTG CAAGGCTTCA 
GGATCTCCAC TTCCTGACAT ATCTTGGAGC TTGCCAGATG GTACCATGAT AAATAATATT 
CTCCAAGCTG ATGATAGTGG AAGGAGAAAA CGGAGATACA TTCTCTTTGA CAATGGAACT 
TTGTACCTAA ACAAAGTAGG CATAGCTGAA GAAGGTGATT ATACTTGCTA TGCTGAAAAT 
CAATTAGGAA GAGATGAAAT GAAGGTTCAC ATAACTGTGG TTACAGCTGC TCCACTCATT 
AAATTAAACA TGAAGACGAG ATATGCAGCA ATGGCTGGAG AAAGTGTGAT CTTGGATTGT 
GAGGCAAATG GAGAACCAAA ACCAAAAATA TTTTGGTTGC TTCCCTCGAG TGATATGATA 
GCAATATCTC ATGACAGATA TTTATTGCAT GAAAATGGAT CTCTGACAGT GAGCCAAGTC 
AAATTATTAG ATGCAGGGGA ATACATGTGT GTAGCGCGCA ACCCTGCAGG TGATGACACA 
AAGCTTCTCA GATTGGAGGT GCATCCAAAA CCCCCAATTA TCAATGGTTT ATATTCAAAC 
AAAAGTATAA TTAAGGACAC TGCAATTAAA CACTCTAGAA AATTAATCGA CTGTAAAGCT 
GAAGGGGCTG CCCCACTTCA GGTGATGTGG ATTATGCCAG ATAACATTTA TCTAACCGCA 
CCATACCATG GGAGTAGGAT ATTGGTTCAC CAAAATGGAA CTTTAGAAAT TCGGAACATA 
AGGCCTTCGG ATACTGCCGA ATTTACTTGT GTTGCTCGTA ATGATGGAGG TGAAAGCATG 
CTTGTTGTTC AGCTGGAAGT ATTAGAAATG CTTAGACGGC CAATGTTTAA AAATCCATTT 
AATGAGAAAT TTATTGCTAA GTCAAGCAAA ATGGCGATAT TAAATTGCTT TGCTGAGGGA 
AATCCTACTC CAGAGATAAT TTGGCTTCTG CCAAATGGCA CACGGTTTTT AAACGGGCCG 
TCAATTTCTA AATACCATGC AGGAAGCAAT GGAACTTTTA TTATTTACAG CCCCACCAAA 
GACGATGCAG GAAAATATCG TTGTGCAGCT AGAAATAAAG TGGGATATAT TGAGAAACTT 
ATTATTTTGG AGGTTGGTCA AAAGCCTAAT ATCCTTACAC ATCCCAGAGG GCCCATTAAG 
AGCATCATTG GAGAAGCATT GTCTTTACAC TGTCTTTCTG ATGGAATGCC TAGACCAAGT 
GTTACCTGGA TACTGCCAAG TGGATATGCT ATTGAGAGAC CACAAGTCCA AGGGAGATAC 
AAATTACTTG AGAATGGAAC TTTGGTCATT CAAGAAACAG CACTGCATGA CCGTGGAAAC 
TACCAGTGTA AGGCCAAAAA TTATGCAGGT GAGACAGCTA TTACTGTTAC AGTTGTGGTT 
GTAGCATATC CTCCAAGGAT TACAAACAAG CCTCCACAGA CTATCCATAC AAGGGCAGGG 
TCTGCTGTAC GTCTCAACTG CATGGCCATT GGCATACCCA AGCCAGACAT ATTCTGGGAA 
TTGCCAGACC TCTCTGTATT GTCAACAGCA AGTCAAGGAA GCCTTACTGG AACAGAACTT 
CTTCATCCTC AAGGCACATT GGTTATTCAG AACCCTCAGT CTTCTGATTC TGGAATATAT 
AAATGCATAG CGAAAAATTC CCTTGGAACT GATATGAGTA AAACATACTT AAATGTGATC 
TCACAGCGTA ATTAA

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

igsf10 ( XM_012963663.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012819117.2 Xenopus tropicalis immunoglobulin superfamily member 10 (igsf10), mRNA.

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CloneID	OXa58834
Clone ID Related Accession (Same CDS sequence)	XM_012963663.2
Accession Version	XM_012963663.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8655bp) 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	immunoglobulin superfamily member 10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012963663.1. ##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##

ATGAAACCGA TAGACAGAAG TTATCCGTGT CTACTTGGAT TTCTTGTGAC TTTTTGCCTT 
TCATTTCTCT CTAAGTGCAG CTTTGCCTGC CCTAATCCCT GTGCCTGCTA TGTTCCAACA 
GAGGTACATT GCACATTTAG GTATCTAACT GCCATCCCTA AGCAGATCAA TCCAGATGTG 
GAACGCATAA ATTTAGGATA TAACAGCATT ATCAAGCTTG AAGAAATGGA TTTCTCTGGT 
TTACAGAAAC TGGAGCTCCT AATGTTGCAT AGCAATGAGA TCCGGGCAAT TCATGAAAGA 
GCTTTAAATG ACCTGTCTTC ACTGCAGGTT TTGAAAATGA GCTACAATAA AGTGAAATCA 
TTCCATAAAA ATACATTTCA TGGACTTAAG AATCTGGTGA GGCTACACAT GGATCACAAT 
AAACTAGACT TCATAAATCC TGAATCATTT TATGGACTCA CATCACTAAA ACTGGTCCAT 
TTGGAAGGAA ACCTGCTCAC ACAACTTCAC ACAGACACGT TTCTGACTTT GCGATATATA 
CATATATTCA AAACGTCATC TATAAAACAA GTATATCTTT CTGACAACCA GCTTTCGTCA 
CTACCTGAAG ATATGTTCTC CTATATGACT GAATTAGAAG GAATTTATCT CCATGGAAAT 
CCTTGGTCTT GTGATTGTAA ACTAGAGTGG CTAAGAGATT GGGCACAGCA GTCTAGAGAC 
ATTATAAAAT GCAAGAAGGA TCGTTCAGGT CAACAATGTC CTCTTTGCGC TTCTCCAAGA 
ACAAATAATG CAAAAACACT TACTGAAATA TCATCTGAAG ATCTGGCATG TATTAAACCA 
ACCATAGGTG AAACCTTTAA ATTAAAAAAT ACTACTGCAA CAGAAGAAGG AGGATCTATT 
GCGGTATCTC CTAAAGATTT TGTAGCACCT ATGGGCTCTC TTATCCTAAA CATGACTGAC 
CAATATGGAA ATGAAGCAAA TTTGGCTTGC AGTGTTCAAA GACCAACAAA CATGTCCCAG 
ATATCAATGG ATACAAAATC AGATTACTCA GCACTGAGGA CTACATTCTT TTCTTTTCTT 
GTTTGCAACA TAGATTATGA TCATATTCAA AAGTTATGGG GTATACTAGC AATGTACAGT 
GATTCTCCAA TGAAACTCAA AAGAGACCTT TTGCTAACCC GAACACCATT TATTAGTTAC 
AAATACAAAC AATCTGCATC AAATGATGAA GTCTTTACTG ATATTGAAGC AGAAATTAGA 
ACTGAACCAA GCTGGTTGAT GCAGGATTTG GTTGTATTAC AATTAGATAG AACAGCAACA 
ACTCTCAGCA CATTGCACAT AAGGTATATG GTTGATGTCT ATATTACATT GCCAAGTGTT 
CCTGAAAAAC TTTTTAAAAC TGGTTGGGTC ATGATAACAA AGAATAACCA AACAAAAACG 
GAATACTCAG CAGTAATTGG AGGAACCGTA GAAATGGATT GTGAAGTTTT AGGTGAACCA 
ACTCCTGCTA TTGAGTGGAT TCTTCCTGAT GGTAGTAAAA TTAGAGCACC ATATGCAAGT 
CAAGAGGGGA GAATAACAAT CACAAAAAAT GGAAAATTTA TACTCAAGTC TGCTGACAAT 
TTTGACACTG GCATTTATCA TTGCATTGCT ACTAATTATA TTGATGCAGA TGTTCTATCC 
TTCAGAATTA CTGTTGTCAG TAGTGATGTT GAAGAACAAT TTGTCAATGG AGTTGAGCTT 
TCAGTAAGTA ATGGAGATTA CATTAACCTA CCATGTGGGT CTAGTGGTGT TCCTGATGCA 
TCTGTAAGCT GGATTTTGCC AGATCACTCA GTGCTGTATG AACCTTCAAG GAACAAAATT 
ATTTTAGCTA ATGGGACCTT AAAAATACAA GGCATATCAG AAAGAGACAG TGGCCATTTT 
AGATGTTTAG CAGCTAATCA GTATGGACTA GATATACTGA CACACAGAGT ACTAGTTAAA 
GAAAGACAAA TTAATGTTAT AATAAAAGAA ACAGAGAATG ATGATGGATC TGGAAATGAA 
GATAATGAAG AACTCAATAA ACAGTCAGCT ATGGGAAGAG TTACAGTACA AAAGAAAACT 
CCAGTGCACA TCGAATCTGG ACATGTTTTA AGTAGAAAAA CACACAGGAA TATAGGCATT 
CATAGAAGAA AGAAAATAAG CAGACGGCTA AGGGGGCAAA GACGAAAATT TACTCAGATT 
AACAGGAAGA TTGATCCTGT ACGTTGGACA GAAATCTTGG AAAAAACAAA ACAAAACTCA 
AAAAAACCCA AAGTAGAAAC CAAAATTTTT GAAAGTTCTT TAAAAGAAGA ATATACTATT 
GGAAGGGCAT CAGGTGATCT GGAGGAATCC TCTGGTGAAG AACTTCTTCC AGTAAAAGAA 
AAGTTCTTCA TATTAACAAC CAGACATTCA GCCATTACCA AATTAAATGT AGTTCCTACA 
ACTAAAACAG TTACAGACTC TAAAACATTA CAGACACAAC CAACAAAAAA ACCGTCATCA 
GTGAGTACAC CTAGAGCCGA AACAGAAACC ATGGAGAATC TGATGGCAAA TACCGTTAGT 
GCTCCATCTG AACCAACAAC CCATAGTTTG TTAAATAATA CATCCATGGA ACTCATTTCA 
AAACCCCAAC CTACTTCTAG TGGCTTGTAT GCAACACCAA AGGATCTTAC AACTACATCT 
TTATTAGGAA ATGCAGCAAT TTTTCACCAT GGAAAGCCCC AAGATCCTAA GAAAGAATTA 
ACAACCACAT TTAATTCTCT AACGGTTACA CCACAAACAG TAATTACCAG TCCATCATCT 
ACCAGTAGTA ACATATATAC CACATCCCCA TCACCAGCAA CTCCAGCAAC ACCTAGTTAT 
TTTCAAGCTA AATCTCAGCA AAGTATCACA GAATACATTG TGCCAGAGTA TTTGCATTTT 
TCTACACAAG GTATAAATTC TAATCCAAGC ACTACTTCTA ATTATTTTAA TTTTCCCTCA 
CGAAATGTTT TGAAGAAAAC CCCAGTATCT AATATTTCTA GTAGTTCAGT TCCAACTATT 
ATAATTAACC TAACAACACC TTCTAACAAA TTTTCTTTGA CACCAAAAGA TAAGTTAACC 
TATCAGCCCA CTACATCAAG TTACTTACAA GAAACATCTC AGAATGTAAT AAACAAACCA 
CAGAGAACAG CACATGAAAA AGTTCCTTCT AGACCCAAAG CTATCTTACC CTATCAGCCC 
ACAACTTCAA GTTACTTACA AGGAACCTCT CAAAATGTTA TAAGCAAGCC ACAGTCAGCT 
CCATATCTGA AACTACCTTT TACAACCAAA GTTCCTTATC AAACTACACC TAGCTCACTA 
TATGAAACAT CTCAATATAT TTTAAGCAAA CCTCAAACAA CACCATCTAA TAAATTGTCT 
TCTTCACCCA AGGTTTTGGT AACCACTACA TCTAGCTATT TAAAGGAAAC TCCTATTCCA 
TTAAATAAAC CATTTGTCAG TACAACACCA GCAAAACCAA AAGACAAAAT CCAATCTACA 
CCACATTCAC AGATCTCTAA TGGAGAACAG GATCTTATCA CTGAAGTTTC TCAAAAGGAA 
TTAAATATTG TTTCTGCTTT GATAACTAAT ACAGAAAGTC ATAGTTTTGG TCATTCCTCA 
ACCAGTATGC AGGCAAAGAC AGACATACCT GAAACAACAT CTAAACCTTC CAAGGAAAAT 
GTACCATATT CAAAGAGCAA AACGATAACG CAAACAAAAA TTCCAACTAA AAAGGTCCCT 
AATTTCACAG AGACAAAAAA TGGCGCTTCT TCAACCAAGT CAAGTACTAA ACTTTTTCTT 
TCAGAAACAG AAATTGGTCC CATCTACTTT CACACTACAC AAAAAATTAT CTCACCACAA 
CTGCCAGCAG GCTCCCAAAT CATTACACAC CAACAGATTC AGATAGTAAA AGACGTCACA 
CCATTTATGC CAACAGTAAA ACGTTACGGA CGGAGAAGAA TTCCTGGCAG AAGAAGAATT 
GTAAGACCAG ACCGCATTCC AAATATCAAG TCTCACTACT TTTCACTTAT GAAGTCAAAT 
TTAAGAAACT ATACTCAAGA AGCAACAACA ACCTATTCTA CAAGTTTAGA ACCAAGTAAA 
CAGAAACAAA TGTTACATTC TACATCTAAT CCAAGAATGT CTTCTATTCC ACATACCACT 
GAGCATGCTT TGACCACAAC TGCATCTGAT CAATATGTTC ATAAGACCTC TACTCAACAA 
TATCAAACAA AAAAAGTTAA TACAACCATC ACAAATAATC GTGAAATATT TGCTCAGTTT 
GATAATCAAA TTACACTTGA CAAAGAAAGC ATGTCAACCT TACCTACTCA GAAAGTTTAC 
ACCACAACAA AAACATACAT GACAACAAAT GTTCCAGCAA CAATGCTGCC TGAGGCAAAT 
GGAGAATACT TTCACTCTAC ACCAGCTCAA TCCACCACAA AACCTAGAAC TAGTTCCAAA 
ATATTAAGGA GAAAAATTCC TTGGCACAAG CTGTTTGGAA ACAACTCAAA CATTCAAAAA 
GAGATATTAA AGAAATTAAG AAAAAATACT GAGCTAGCAT CAGCACGTAC AACAGTAAGG 
CCACCTTTAA TTGTTACTTC ACCCGTTTTA AAAGCATTTA CATCTACAGA AGCAACTCCC 
TTGTCTACTA GCAATTTAAA ATACAGTACA TCAAGAACAG TGACAAGCAG CCCTATAACG 
CAGACTGAGA CAACTCTAAT ACCAGACATG AATGTGACAG ACGTCTTTCA TTTAACCAAA 
TCTAATACTG CTACCACATC AGGATTTCAA ATTATTACAC CTACTTCAAA AACTAAACAT 
TTTACATCTC CAACATCATC TTTAACTACA GACAAGGCAG CCAAGCGAAA ATTCTTAAGA 
AAGAGACCAA GGAAGAAAAC TATTTCTAAC AAACCCATAA ATTTGGACAT GTGGAAATTA 
GCAAGATCCA GAATGTCTAA TGGCACTAAA TTAAGGTATT CAGAATTAAA GGATAACACA 
GGCAGTAGTA GGGGCAGTTA TCAAGAAGAA ATAACCAAAT CTCAGGGAGT TACTCAACTT 
CCACAACTTT TAATGAATAC TAGTAATTAT CCACATACTG CATTTTACTC TAGCAAAGCA 
AATGATATTC TGCTACCCAC AATAAAAAAT ATTTGGAATA AAACTTCAAA TCCCCTGAAA 
GCATTCATAG ATGAAAAGTC TAAAATCAAA GATACCAAAA ACTGGTTTCC TGAATTACTG 
GAAAAAAAGT ATTTTACTAG TTATAATCAG GCAGTGACTA CTAATAGCCA ATTTAAAGAT 
ACTTTTATGA CCACTCAACA AGAGACAAAG AACACTGTAT CCTATGACCA GAAGATTTTA 
ACAAGCACTT TGGTTCCTAC CTTAAAAACC TACGAGTTGA CTGCCAAAGC AGTCCAGAAA 
TCCACCCAAG GGCCATCTCT ATACGCAGTG GAAAAAAGGA CCCAGGGTCA GGAAAAAAGG 
CCTAATCAGG AATCATCAGA AACAACTGTA AGTATTAGAA CAAATTTAAC TGAAAAGGTA 
AAACATTCTG AAAACAATGC TCCTTCATTG GCTCCACAAC AGCATGGCAA GAAAACTGGA 
TTAGAAAAGC CAGTGACTAT GACAACAACT ACAGTTAGTA CAAGTTTTTC TACACAAAAC 
AGTAGATCAA AGCCAAGAAT AATTGGAGGA AAAGCAGCAA GTTTCACTGT ACTGGCTAAT 
TCGGATGCTT TTATCCCATG TGAAGCCAGT GGGAATCCAT CACCAACAAT TCTTTGGACT 
AAAGTGTCAT CAGGTACTTT TGTATCGAAA ACAAGAAGAG TAAACAAAAT GGAGGTTTTT 
ATGAATGGAA CCCTCAGCAT CCCAAGTGTT GGCATACAGG ATGGTGGACA GTATCTTTGT 
GTGGCCAATA ATCAACTTGG CTCAGATCGT CTGCTTGTCA CACTTTCGGT GATAACTTAC 
CCTCCAAGGA TCTTGCAGGG GAGATCAAGA GAGATTACAG TACACTCAGG AAATTCTGTC 
AATGTAAATT GTCAGGCTGA AGGTAGCCCT TTTCCCACAA TTACATGGAC TTTGAAAAAT 
GAGACCATTC CCTTTGGAAC TTCTACTAGC AATCGTAAGA TATTTGTACA ACCGGACGGC 
ACTCTCATAA TTAAAGATGT TACAGTATAT GATCGGGGGA TATATAGGTG CTTAGCAACC 
AACCTAGCAG GAGAGGATAC CTTTACAGTA AGGATTCAAG TGATTGCTGC TCCTCCAGTT 
ATTGTGGAAG AAAAACGACA GACTGTTTTA GCTGGTCCTG GGGAGAATCT AAAGATTCCT 
TGCACAGCTA AAGGAAATCC TCAACCTACA GTTCACTGGG TAGCTTTTGA TGGTACAAAA 
ATTAAACCAT TGCAATATGT AAATGCAAAA CTGTTCCTTT TTTCTAATGG GACACTATAC 
ATAAGAAATG TGGCCTCAAC AGACCGTGGA AATTATGAAT GTATTGCAAC CAGTTCAACT 
GGGTCTGAAA GAAGAGTGGT TAATCTCATA GTTGAGCAAA GTGATACTTT CCCTAAAATA 
ACTGATGCAT CTCCTAAAGC TACTGAGATG AACTTTGGAG ACAAACTCAT GCTGAACTGC 
ACTGCAACGG GGGAACCAAA GCCAAGGATA ATATGGCGAT TGCCTTCAAA AGCAGTAGTG 
GATCAGTTGC ACAGAATGGG AAGCCGAATT CAGGTGTTTC CAAATGGAAC ATTATTTGTA 
GATTCTGTGA ACGATAAAGA TGCAGGAGAC TATCTATGTG TGGCAAGGAA TAAAATGGGG 
GATGATGTTA TATTGATGAA AGTCAGCGTG ACAATGAAAC CAGCAAAAAT TATTCAAAAA 
CAACCGCTTG CAAAGCAAGT GCCGTATGGA AAAGATTTCA AAGTGGACTG CAAGGCTTCA 
GGATCTCCAC TTCCTGACAT ATCTTGGAGC TTGCCAGATG GTACCATGAT AAATAATATT 
CTCCAAGCTG ATGATAGTGG AAGGAGAAAA CGGAGATACA TTCTCTTTGA CAATGGAACT 
TTGTACCTAA ACAAAGTAGG CATAGCTGAA GAAGGTGATT ATACTTGCTA TGCTGAAAAT 
CAATTAGGAA GAGATGAAAT GAAGGTTCAC ATAACTGTGG TTACAGCTGC TCCACTCATT 
AAATTAAACA TGAAGACGAG ATATGCAGCA ATGGCTGGAG AAAGTGTGAT CTTGGATTGT 
GAGGCAAATG GAGAACCAAA ACCAAAAATA TTTTGGTTGC TTCCCTCGAG TGATATGATA 
GCAATATCTC ATGACAGATA TTTATTGCAT GAAAATGGAT CTCTGACAGT GAGCCAAGTC 
AAATTATTAG ATGCAGGGGA ATACATGTGT GTAGCGCGCA ACCCTGCAGG TGATGACACA 
AAGCTTCTCA GATTGGAGGT GCATCCAAAA CCCCCAATTA TCAATGGTTT ATATTCAAAC 
AAAAGTATAA TTAAGGACAC TGCAATTAAA CACTCTAGAA AATTAATCGA CTGTAAAGCT 
GAAGGGGCTG CCCCACTTCA GGTGATGTGG ATTATGCCAG ATAACATTTA TCTAACCGCA 
CCATACCATG GGAGTAGGAT ATTGGTTCAC CAAAATGGAA CTTTAGAAAT TCGGAACATA 
AGGCCTTCGG ATACTGCCGA ATTTACTTGT GTTGCTCGTA ATGATGGAGG TGAAAGCATG 
CTTGTTGTTC AGCTGGAAGT ATTAGAAATG CTTAGACGGC CAATGTTTAA AAATCCATTT 
AATGAGAAAT TTATTGCTAA GTCAAGCAAA ATGGCGATAT TAAATTGCTT TGCTGAGGGA 
AATCCTACTC CAGAGATAAT TTGGCTTCTG CCAAATGGCA CACGGTTTTT AAACGGGCCG 
TCAATTTCTA AATACCATGC AGGAAGCAAT GGAACTTTTA TTATTTACAG CCCCACCAAA 
GACGATGCAG GAAAATATCG TTGTGCGGCT AGAAATAAAG TGGGATATAT TGAGAAGCTT 
ATTATTTTGG AGGTTGGTCA AAAGCCTAAT ATCCTTACAC ATCCCAGAGG GCCCATTAAG 
AGCATCATTG GAGAAGCATT GTCTTTACAC TGTCTTTCTG ATGGAATGCC TAGACCAAGT 
GTTACCTGGA TACTGCCAAG TGGATATGCT ATTGAGAGAC CACAAGTCCA AGGGAGATAC 
AAATTACTTG AGAATGGAAC TTTGGTCATT CAAGAAACAG CACTGCATGA CCGTGGAAAC 
TACCAGTGTA AGGCCAAAAA TTATGCAGGT GAGACAGCTA TTACTGTTAC AGTTGTGGTT 
GTAGCATATC CTCCAAGGAT TACAAACAAG CCTCCACAGA CTATCCATAC AAGGGCAGGG 
TCTGCTGTAC GTCTCAACTG CATGGCCATT GGCATACCCA AGCCAGACAT ATTCTGGGAA 
TTGCCAGACC TCTCTGTATT GTCAACAGCA AGTCAAGGAA GCCTTACTGG AACAGAACTT 
CTTCATCCTC AAGGCACATT GGTTATTCAG AACCCTCAGT CTTCTGATTC TGGAATATAT 
AAATGCATAG CGAAAAATTC CCTTGGAACT GATATGAGTA AAACATACTT AAATGTGATC 
TCACAGCGTA ATTAA

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

RefSeq	XP_012819117.2
CDS	445..9099
Translation	MKPIDRSYPCLLGFLVTFCLSFLSKCSFACPNPCACYVPTEVHCTFRYLTAIPKQINPDVERINLGYNSIIKLEEMDFSGLQKLELLMLHSNEIRAIHERALNDLSSLQVLKMSYNKVKSFHKNTFHGLKNLVRLHMDHNKLDFINPESFYGLTSLKLVHLEGNLLTQLHTDTFLTLRYIHIFKTSSIKQVYLSDNQLSSLPEDMFSYMTELEGIYLHGNPWSCDCKLEWLRDWAQQSRDIIKCKKDRSGQQCPLCASPRTNNAKTLTEISSEDLACIKPTIGETFKLKNTTATEEGGSIAVSPKDFVAPMGSLILNMTDQYGNEANLACSVQRPTNMSQISMDTKSDYSALRTTFFSFLVCNIDYDHIQKLWGILAMYSDSPMKLKRDLLLTRTPFISYKYKQSASNDEVFTDIEAEIRTEPSWLMQDLVVLQLDRTATTLSTLHIRYMVDVYITLPSVPEKLFKTGWVMITKNNQTKTEYSAVIGGTVEMDCEVLGEPTPAIEWILPDGSKIRAPYASQEGRITITKNGKFILKSADNFDTGIYHCIATNYIDADVLSFRITVVSSDVEEQFVNGVELSVSNGDYINLPCGSSGVPDASVSWILPDHSVLYEPSRNKIILANGTLKIQGISERDSGHFRCLAANQYGLDILTHRVLVKERQINVIIKETENDDGSGNEDNEELNKQSAMGRVTVQKKTPVHIESGHVLSRKTHRNIGIHRRKKISRRLRGQRRKFTQINRKIDPVRWTEILEKTKQNSKKPKVETKIFESSLKEEYTIGRASGDLEESSGEELLPVKEKFFILTTRHSAITKLNVVPTTKTVTDSKTLQTQPTKKPSSVSTPRAETETMENLMANTVSAPSEPTTHSLLNNTSMELISKPQPTSSGLYATPKDLTTTSLLGNAAIFHHGKPQDPKKELTTTFNSLTVTPQTVITSPSSTSSNIYTTSPSPATPATPSYFQAKSQQSITEYIVPEYLHFSTQGINSNPSTTSNYFNFPSRNVLKKTPVSNISSSSVPTIIINLTTPSNKFSLTPKDKLTYQPTTSSYLQETSQNVINKPQRTAHEKVPSRPKAILPYQPTTSSYLQGTSQNVISKPQSAPYLKLPFTTKVPYQTTPSSLYETSQYILSKPQTTPSNKLSSSPKVLVTTTSSYLKETPIPLNKPFVSTTPAKPKDKIQSTPHSQISNGEQDLITEVSQKELNIVSALITNTESHSFGHSSTSMQAKTDIPETTSKPSKENVPYSKSKTITQTKIPTKKVPNFTETKNGASSTKSSTKLFLSETEIGPIYFHTTQKIISPQLPAGSQIITHQQIQIVKDVTPFMPTVKRYGRRRIPGRRRIVRPDRIPNIKSHYFSLMKSNLRNYTQEATTTYSTSLEPSKQKQMLHSTSNPRMSSIPHTTEHALTTTASDQYVHKTSTQQYQTKKVNTTITNNREIFAQFDNQITLDKESMSTLPTQKVYTTTKTYMTTNVPATMLPEANGEYFHSTPAQSTTKPRTSSKILRRKIPWHKLFGNNSNIQKEILKKLRKNTELASARTTVRPPLIVTSPVLKAFTSTEATPLSTSNLKYSTSRTVTSSPITQTETTLIPDMNVTDVFHLTKSNTATTSGFQIITPTSKTKHFTSPTSSLTTDKAAKRKFLRKRPRKKTISNKPINLDMWKLARSRMSNGTKLRYSELKDNTGSSRGSYQEEITKSQGVTQLPQLLMNTSNYPHTAFYSSKANDILLPTIKNIWNKTSNPLKAFIDEKSKIKDTKNWFPELLEKKYFTSYNQAVTTNSQFKDTFMTTQQETKNTVSYDQKILTSTLVPTLKTYELTAKAVQKSTQGPSLYAVEKRTQGQEKRPNQESSETTVSIRTNLTEKVKHSENNAPSLAPQQHGKKTGLEKPVTMTTTTVSTSFSTQNSRSKPRIIGGKAASFTVLANSDAFIPCEASGNPSPTILWTKVSSGTFVSKTRRVNKMEVFMNGTLSIPSVGIQDGGQYLCVANNQLGSDRLLVTLSVITYPPRILQGRSREITVHSGNSVNVNCQAEGSPFPTITWTLKNETIPFGTSTSNRKIFVQPDGTLIIKDVTVYDRGIYRCLATNLAGEDTFTVRIQVIAAPPVIVEEKRQTVLAGPGENLKIPCTAKGNPQPTVHWVAFDGTKIKPLQYVNAKLFLFSNGTLYIRNVASTDRGNYECIATSSTGSERRVVNLIVEQSDTFPKITDASPKATEMNFGDKLMLNCTATGEPKPRIIWRLPSKAVVDQLHRMGSRIQVFPNGTLFVDSVNDKDAGDYLCVARNKMGDDVILMKVSVTMKPAKIIQKQPLAKQVPYGKDFKVDCKASGSPLPDISWSLPDGTMINNILQADDSGRRKRRYILFDNGTLYLNKVGIAEEGDYTCYAENQLGRDEMKVHITVVTAAPLIKLNMKTRYAAMAGESVILDCEANGEPKPKIFWLLPSSDMIAISHDRYLLHENGSLTVSQVKLLDAGEYMCVARNPAGDDTKLLRLEVHPKPPIINGLYSNKSIIKDTAIKHSRKLIDCKAEGAAPLQVMWIMPDNIYLTAPYHGSRILVHQNGTLEIRNIRPSDTAEFTCVARNDGGESMLVVQLEVLEMLRRPMFKNPFNEKFIAKSSKMAILNCFAEGNPTPEIIWLLPNGTRFLNGPSISKYHAGSNGTFIIYSPTKDDAGKYRCAARNKVGYIEKLIILEVGQKPNILTHPRGPIKSIIGEALSLHCLSDGMPRPSVTWILPSGYAIERPQVQGRYKLLENGTLVIQETALHDRGNYQCKAKNYAGETAITVTVVVVAYPPRITNKPPQTIHTRAGSAVRLNCMAIGIPKPDIFWELPDLSVLSTASQGSLTGTELLHPQGTLVIQNPQSSDSGIYKCIAKNSLGTDMSKTYLNVISQRN

Target ORF information:

RefSeq Version	XM_012963663.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis immunoglobulin superfamily member 10 (igsf10), mRNA.

Target ORF information:

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

XM_012963663.2

ORF Insert Sequence:

ATGAAACCGA TAGACAGAAG TTATCCGTGT CTACTTGGAT TTCTTGTGAC TTTTTGCCTT 
TCATTTCTCT CTAAGTGCAG CTTTGCCTGC CCTAATCCCT GTGCCTGCTA TGTTCCAACA 
GAGGTACATT GCACATTTAG GTATCTAACT GCCATCCCTA AGCAGATCAA TCCAGATGTG 
GAACGCATAA ATTTAGGATA TAACAGCATT ATCAAGCTTG AAGAAATGGA TTTCTCTGGT 
TTACAGAAAC TGGAGCTCCT AATGTTGCAT AGCAATGAGA TCCGGGCAAT TCATGAAAGA 
GCTTTAAATG ACCTGTCTTC ACTGCAGGTT TTGAAAATGA GCTACAATAA AGTGAAATCA 
TTCCATAAAA ATACATTTCA TGGACTTAAG AATCTGGTGA GGCTACACAT GGATCACAAT 
AAACTAGACT TCATAAATCC TGAATCATTT TATGGACTCA CATCACTAAA ACTGGTCCAT 
TTGGAAGGAA ACCTGCTCAC ACAACTTCAC ACAGACACGT TTCTGACTTT GCGATATATA 
CATATATTCA AAACGTCATC TATAAAACAA GTATATCTTT CTGACAACCA GCTTTCGTCA 
CTACCTGAAG ATATGTTCTC CTATATGACT GAATTAGAAG GAATTTATCT CCATGGAAAT 
CCTTGGTCTT GTGATTGTAA ACTAGAGTGG CTAAGAGATT GGGCACAGCA GTCTAGAGAC 
ATTATAAAAT GCAAGAAGGA TCGTTCAGGT CAACAATGTC CTCTTTGCGC TTCTCCAAGA 
ACAAATAATG CAAAAACACT TACTGAAATA TCATCTGAAG ATCTGGCATG TATTAAACCA 
ACCATAGGTG AAACCTTTAA ATTAAAAAAT ACTACTGCAA CAGAAGAAGG AGGATCTATT 
GCGGTATCTC CTAAAGATTT TGTAGCACCT ATGGGCTCTC TTATCCTAAA CATGACTGAC 
CAATATGGAA ATGAAGCAAA TTTGGCTTGC AGTGTTCAAA GACCAACAAA CATGTCCCAG 
ATATCAATGG ATACAAAATC AGATTACTCA GCACTGAGGA CTACATTCTT TTCTTTTCTT 
GTTTGCAACA TAGATTATGA TCATATTCAA AAGTTATGGG GTATACTAGC AATGTACAGT 
GATTCTCCAA TGAAACTCAA AAGAGACCTT TTGCTAACCC GAACACCATT TATTAGTTAC 
AAATACAAAC AATCTGCATC AAATGATGAA GTCTTTACTG ATATTGAAGC AGAAATTAGA 
ACTGAACCAA GCTGGTTGAT GCAGGATTTG GTTGTATTAC AATTAGATAG AACAGCAACA 
ACTCTCAGCA CATTGCACAT AAGGTATATG GTTGATGTCT ATATTACATT GCCAAGTGTT 
CCTGAAAAAC TTTTTAAAAC TGGTTGGGTC ATGATAACAA AGAATAACCA AACAAAAACG 
GAATACTCAG CAGTAATTGG AGGAACCGTA GAAATGGATT GTGAAGTTTT AGGTGAACCA 
ACTCCTGCTA TTGAGTGGAT TCTTCCTGAT GGTAGTAAAA TTAGAGCACC ATATGCAAGT 
CAAGAGGGGA GAATAACAAT CACAAAAAAT GGAAAATTTA TACTCAAGTC TGCTGACAAT 
TTTGACACTG GCATTTATCA TTGCATTGCT ACTAATTATA TTGATGCAGA TGTTCTATCC 
TTCAGAATTA CTGTTGTCAG TAGTGATGTT GAAGAACAAT TTGTCAATGG AGTTGAGCTT 
TCAGTAAGTA ATGGAGATTA CATTAACCTA CCATGTGGGT CTAGTGGTGT TCCTGATGCA 
TCTGTAAGCT GGATTTTGCC AGATCACTCA GTGCTGTATG AACCTTCAAG GAACAAAATT 
ATTTTAGCTA ATGGGACCTT AAAAATACAA GGCATATCAG AAAGAGACAG TGGCCATTTT 
AGATGTTTAG CAGCTAATCA GTATGGACTA GATATACTGA CACACAGAGT ACTAGTTAAA 
GAAAGACAAA TTAATGTTAT AATAAAAGAA ACAGAGAATG ATGATGGATC TGGAAATGAA 
GATAATGAAG AACTCAATAA ACAGTCAGCT ATGGGAAGAG TTACAGTACA AAAGAAAACT 
CCAGTGCACA TCGAATCTGG ACATGTTTTA AGTAGAAAAA CACACAGGAA TATAGGCATT 
CATAGAAGAA AGAAAATAAG CAGACGGCTA AGGGGGCAAA GACGAAAATT TACTCAGATT 
AACAGGAAGA TTGATCCTGT ACGTTGGACA GAAATCTTGG AAAAAACAAA ACAAAACTCA 
AAAAAACCCA AAGTAGAAAC CAAAATTTTT GAAAGTTCTT TAAAAGAAGA ATATACTATT 
GGAAGGGCAT CAGGTGATCT GGAGGAATCC TCTGGTGAAG AACTTCTTCC AGTAAAAGAA 
AAGTTCTTCA TATTAACAAC CAGACATTCA GCCATTACCA AATTAAATGT AGTTCCTACA 
ACTAAAACAG TTACAGACTC TAAAACATTA CAGACACAAC CAACAAAAAA ACCGTCATCA 
GTGAGTACAC CTAGAGCCGA AACAGAAACC ATGGAGAATC TGATGGCAAA TACCGTTAGT 
GCTCCATCTG AACCAACAAC CCATAGTTTG TTAAATAATA CATCCATGGA ACTCATTTCA 
AAACCCCAAC CTACTTCTAG TGGCTTGTAT GCAACACCAA AGGATCTTAC AACTACATCT 
TTATTAGGAA ATGCAGCAAT TTTTCACCAT GGAAAGCCCC AAGATCCTAA GAAAGAATTA 
ACAACCACAT TTAATTCTCT AACGGTTACA CCACAAACAG TAATTACCAG TCCATCATCT 
ACCAGTAGTA ACATATATAC CACATCCCCA TCACCAGCAA CTCCAGCAAC ACCTAGTTAT 
TTTCAAGCTA AATCTCAGCA AAGTATCACA GAATACATTG TGCCAGAGTA TTTGCATTTT 
TCTACACAAG GTATAAATTC TAATCCAAGC ACTACTTCTA ATTATTTTAA TTTTCCCTCA 
CGAAATGTTT TGAAGAAAAC CCCAGTATCT AATATTTCTA GTAGTTCAGT TCCAACTATT 
ATAATTAACC TAACAACACC TTCTAACAAA TTTTCTTTGA CACCAAAAGA TAAGTTAACC 
TATCAGCCCA CTACATCAAG TTACTTACAA GAAACATCTC AGAATGTAAT AAACAAACCA 
CAGAGAACAG CACATGAAAA AGTTCCTTCT AGACCCAAAG CTATCTTACC CTATCAGCCC 
ACAACTTCAA GTTACTTACA AGGAACCTCT CAAAATGTTA TAAGCAAGCC ACAGTCAGCT 
CCATATCTGA AACTACCTTT TACAACCAAA GTTCCTTATC AAACTACACC TAGCTCACTA 
TATGAAACAT CTCAATATAT TTTAAGCAAA CCTCAAACAA CACCATCTAA TAAATTGTCT 
TCTTCACCCA AGGTTTTGGT AACCACTACA TCTAGCTATT TAAAGGAAAC TCCTATTCCA 
TTAAATAAAC CATTTGTCAG TACAACACCA GCAAAACCAA AAGACAAAAT CCAATCTACA 
CCACATTCAC AGATCTCTAA TGGAGAACAG GATCTTATCA CTGAAGTTTC TCAAAAGGAA 
TTAAATATTG TTTCTGCTTT GATAACTAAT ACAGAAAGTC ATAGTTTTGG TCATTCCTCA 
ACCAGTATGC AGGCAAAGAC AGACATACCT GAAACAACAT CTAAACCTTC CAAGGAAAAT 
GTACCATATT CAAAGAGCAA AACGATAACG CAAACAAAAA TTCCAACTAA AAAGGTCCCT 
AATTTCACAG AGACAAAAAA TGGCGCTTCT TCAACCAAGT CAAGTACTAA ACTTTTTCTT 
TCAGAAACAG AAATTGGTCC CATCTACTTT CACACTACAC AAAAAATTAT CTCACCACAA 
CTGCCAGCAG GCTCCCAAAT CATTACACAC CAACAGATTC AGATAGTAAA AGACGTCACA 
CCATTTATGC CAACAGTAAA ACGTTACGGA CGGAGAAGAA TTCCTGGCAG AAGAAGAATT 
GTAAGACCAG ACCGCATTCC AAATATCAAG TCTCACTACT TTTCACTTAT GAAGTCAAAT 
TTAAGAAACT ATACTCAAGA AGCAACAACA ACCTATTCTA CAAGTTTAGA ACCAAGTAAA 
CAGAAACAAA TGTTACATTC TACATCTAAT CCAAGAATGT CTTCTATTCC ACATACCACT 
GAGCATGCTT TGACCACAAC TGCATCTGAT CAATATGTTC ATAAGACCTC TACTCAACAA 
TATCAAACAA AAAAAGTTAA TACAACCATC ACAAATAATC GTGAAATATT TGCTCAGTTT 
GATAATCAAA TTACACTTGA CAAAGAAAGC ATGTCAACCT TACCTACTCA GAAAGTTTAC 
ACCACAACAA AAACATACAT GACAACAAAT GTTCCAGCAA CAATGCTGCC TGAGGCAAAT 
GGAGAATACT TTCACTCTAC ACCAGCTCAA TCCACCACAA AACCTAGAAC TAGTTCCAAA 
ATATTAAGGA GAAAAATTCC TTGGCACAAG CTGTTTGGAA ACAACTCAAA CATTCAAAAA 
GAGATATTAA AGAAATTAAG AAAAAATACT GAGCTAGCAT CAGCACGTAC AACAGTAAGG 
CCACCTTTAA TTGTTACTTC ACCCGTTTTA AAAGCATTTA CATCTACAGA AGCAACTCCC 
TTGTCTACTA GCAATTTAAA ATACAGTACA TCAAGAACAG TGACAAGCAG CCCTATAACG 
CAGACTGAGA CAACTCTAAT ACCAGACATG AATGTGACAG ACGTCTTTCA TTTAACCAAA 
TCTAATACTG CTACCACATC AGGATTTCAA ATTATTACAC CTACTTCAAA AACTAAACAT 
TTTACATCTC CAACATCATC TTTAACTACA GACAAGGCAG CCAAGCGAAA ATTCTTAAGA 
AAGAGACCAA GGAAGAAAAC TATTTCTAAC AAACCCATAA ATTTGGACAT GTGGAAATTA 
GCAAGATCCA GAATGTCTAA TGGCACTAAA TTAAGGTATT CAGAATTAAA GGATAACACA 
GGCAGTAGTA GGGGCAGTTA TCAAGAAGAA ATAACCAAAT CTCAGGGAGT TACTCAACTT 
CCACAACTTT TAATGAATAC TAGTAATTAT CCACATACTG CATTTTACTC TAGCAAAGCA 
AATGATATTC TGCTACCCAC AATAAAAAAT ATTTGGAATA AAACTTCAAA TCCCCTGAAA 
GCATTCATAG ATGAAAAGTC TAAAATCAAA GATACCAAAA ACTGGTTTCC TGAATTACTG 
GAAAAAAAGT ATTTTACTAG TTATAATCAG GCAGTGACTA CTAATAGCCA ATTTAAAGAT 
ACTTTTATGA CCACTCAACA AGAGACAAAG AACACTGTAT CCTATGACCA GAAGATTTTA 
ACAAGCACTT TGGTTCCTAC CTTAAAAACC TACGAGTTGA CTGCCAAAGC AGTCCAGAAA 
TCCACCCAAG GGCCATCTCT ATACGCAGTG GAAAAAAGGA CCCAGGGTCA GGAAAAAAGG 
CCTAATCAGG AATCATCAGA AACAACTGTA AGTATTAGAA CAAATTTAAC TGAAAAGGTA 
AAACATTCTG AAAACAATGC TCCTTCATTG GCTCCACAAC AGCATGGCAA GAAAACTGGA 
TTAGAAAAGC CAGTGACTAT GACAACAACT ACAGTTAGTA CAAGTTTTTC TACACAAAAC 
AGTAGATCAA AGCCAAGAAT AATTGGAGGA AAAGCAGCAA GTTTCACTGT ACTGGCTAAT 
TCGGATGCTT TTATCCCATG TGAAGCCAGT GGGAATCCAT CACCAACAAT TCTTTGGACT 
AAAGTGTCAT CAGGTACTTT TGTATCGAAA ACAAGAAGAG TAAACAAAAT GGAGGTTTTT 
ATGAATGGAA CCCTCAGCAT CCCAAGTGTT GGCATACAGG ATGGTGGACA GTATCTTTGT 
GTGGCCAATA ATCAACTTGG CTCAGATCGT CTGCTTGTCA CACTTTCGGT GATAACTTAC 
CCTCCAAGGA TCTTGCAGGG GAGATCAAGA GAGATTACAG TACACTCAGG AAATTCTGTC 
AATGTAAATT GTCAGGCTGA AGGTAGCCCT TTTCCCACAA TTACATGGAC TTTGAAAAAT 
GAGACCATTC CCTTTGGAAC TTCTACTAGC AATCGTAAGA TATTTGTACA ACCGGACGGC 
ACTCTCATAA TTAAAGATGT TACAGTATAT GATCGGGGGA TATATAGGTG CTTAGCAACC 
AACCTAGCAG GAGAGGATAC CTTTACAGTA AGGATTCAAG TGATTGCTGC TCCTCCAGTT 
ATTGTGGAAG AAAAACGACA GACTGTTTTA GCTGGTCCTG GGGAGAATCT AAAGATTCCT 
TGCACAGCTA AAGGAAATCC TCAACCTACA GTTCACTGGG TAGCTTTTGA TGGTACAAAA 
ATTAAACCAT TGCAATATGT AAATGCAAAA CTGTTCCTTT TTTCTAATGG GACACTATAC 
ATAAGAAATG TGGCCTCAAC AGACCGTGGA AATTATGAAT GTATTGCAAC CAGTTCAACT 
GGGTCTGAAA GAAGAGTGGT TAATCTCATA GTTGAGCAAA GTGATACTTT CCCTAAAATA 
ACTGATGCAT CTCCTAAAGC TACTGAGATG AACTTTGGAG ACAAACTCAT GCTGAACTGC 
ACTGCAACGG GGGAACCAAA GCCAAGGATA ATATGGCGAT TGCCTTCAAA AGCAGTAGTG 
GATCAGTTGC ACAGAATGGG AAGCCGAATT CAGGTGTTTC CAAATGGAAC ATTATTTGTA 
GATTCTGTGA ACGATAAAGA TGCAGGAGAC TATCTATGTG TGGCAAGGAA TAAAATGGGG 
GATGATGTTA TATTGATGAA AGTCAGCGTG ACAATGAAAC CAGCAAAAAT TATTCAAAAA 
CAACCGCTTG CAAAGCAAGT GCCGTATGGA AAAGATTTCA AAGTGGACTG CAAGGCTTCA 
GGATCTCCAC TTCCTGACAT ATCTTGGAGC TTGCCAGATG GTACCATGAT AAATAATATT 
CTCCAAGCTG ATGATAGTGG AAGGAGAAAA CGGAGATACA TTCTCTTTGA CAATGGAACT 
TTGTACCTAA ACAAAGTAGG CATAGCTGAA GAAGGTGATT ATACTTGCTA TGCTGAAAAT 
CAATTAGGAA GAGATGAAAT GAAGGTTCAC ATAACTGTGG TTACAGCTGC TCCACTCATT 
AAATTAAACA TGAAGACGAG ATATGCAGCA ATGGCTGGAG AAAGTGTGAT CTTGGATTGT 
GAGGCAAATG GAGAACCAAA ACCAAAAATA TTTTGGTTGC TTCCCTCGAG TGATATGATA 
GCAATATCTC ATGACAGATA TTTATTGCAT GAAAATGGAT CTCTGACAGT GAGCCAAGTC 
AAATTATTAG ATGCAGGGGA ATACATGTGT GTAGCGCGCA ACCCTGCAGG TGATGACACA 
AAGCTTCTCA GATTGGAGGT GCATCCAAAA CCCCCAATTA TCAATGGTTT ATATTCAAAC 
AAAAGTATAA TTAAGGACAC TGCAATTAAA CACTCTAGAA AATTAATCGA CTGTAAAGCT 
GAAGGGGCTG CCCCACTTCA GGTGATGTGG ATTATGCCAG ATAACATTTA TCTAACCGCA 
CCATACCATG GGAGTAGGAT ATTGGTTCAC CAAAATGGAA CTTTAGAAAT TCGGAACATA 
AGGCCTTCGG ATACTGCCGA ATTTACTTGT GTTGCTCGTA ATGATGGAGG TGAAAGCATG 
CTTGTTGTTC AGCTGGAAGT ATTAGAAATG CTTAGACGGC CAATGTTTAA AAATCCATTT 
AATGAGAAAT TTATTGCTAA GTCAAGCAAA ATGGCGATAT TAAATTGCTT TGCTGAGGGA 
AATCCTACTC CAGAGATAAT TTGGCTTCTG CCAAATGGCA CACGGTTTTT AAACGGGCCG 
TCAATTTCTA AATACCATGC AGGAAGCAAT GGAACTTTTA TTATTTACAG CCCCACCAAA 
GACGATGCAG GAAAATATCG TTGTGCGGCT AGAAATAAAG TGGGATATAT TGAGAAGCTT 
ATTATTTTGG AGGTTGGTCA AAAGCCTAAT ATCCTTACAC ATCCCAGAGG GCCCATTAAG 
AGCATCATTG GAGAAGCATT GTCTTTACAC TGTCTTTCTG ATGGAATGCC TAGACCAAGT 
GTTACCTGGA TACTGCCAAG TGGATATGCT ATTGAGAGAC CACAAGTCCA AGGGAGATAC 
AAATTACTTG AGAATGGAAC TTTGGTCATT CAAGAAACAG CACTGCATGA CCGTGGAAAC 
TACCAGTGTA AGGCCAAAAA TTATGCAGGT GAGACAGCTA TTACTGTTAC AGTTGTGGTT 
GTAGCATATC CTCCAAGGAT TACAAACAAG CCTCCACAGA CTATCCATAC AAGGGCAGGG 
TCTGCTGTAC GTCTCAACTG CATGGCCATT GGCATACCCA AGCCAGACAT ATTCTGGGAA 
TTGCCAGACC TCTCTGTATT GTCAACAGCA AGTCAAGGAA GCCTTACTGG AACAGAACTT 
CTTCATCCTC AAGGCACATT GGTTATTCAG AACCCTCAGT CTTCTGATTC TGGAATATAT 
AAATGCATAG CGAAAAATTC CCTTGGAACT GATATGAGTA AAACATACTT AAATGTGATC 
TCACAGCGTA ATTAA

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

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igsf10 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:

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