LOC108698936 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108698936
Entrez Gene ID	108698936
Full Name	tenascin XB L homeolog
Synonyms	hxbl,tenascin-X,tenx,tn-x,tnx,tnxb1,tnxb2,tnxbs,xbs
General protein information	Preferred Names tenascin XB L homeolog Names tenascin-X-like
Gene Type	protein-coding
Organism	Xenopus laevis(African clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018230798.1	XP_018086287.1	tenascin-X-like

Pathways from BioSystems
Gene Ontology

The following LOC108698936 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108698936 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
OAf42470	XM_018230798.1 Latest version!	Xenopus laevis tenascin-X-like (LOC108698936), 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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** 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)

LOC108698936 ( XM_018230798.1 ) cDNA ORF clone, Xenopus laevis(African clawed frog) -> XP_018086287.1 Xenopus laevis tenascin-X-like (LOC108698936), mRNA.

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CloneID	OAf42470
Clone ID Related Accession (Same CDS sequence)	XM_018230798.1
Accession Version	XM_018230798.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9027bp) 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	1474214400000
Organism	Xenopus laevis(African clawed frog)
Product	tenascin-X-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030738.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus laevis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 43% of CDS bases ##RefSeq-Attributes-END##

ATGGGAGAAC ATTGCCAGCT GAAAACCTGT CCTGAAGATT GTAATGACCA AGGTCGATGC 
AAAGATGGTC AATGCGTCTG CTTTCCTGGA TACTTTGGAA TTGATTGTGG CTCAAAGTCC 
TGTCCTAATA ATTGTCAAAA TCATGGACGC TGTGAAAAAG GAGTTTGTAT TTGTGATTCT 
GGGTATTCTG GAGTTGACTG TAGTTCCAGA ACCTGCCCCA AAAACTGTTT CAATAGAGGT 
CGATGTAAAA ATGGAGTTTG TATATGTGAT CCTGATTATA CCGGTCTAGA CTGCAGCATG 
AAAACTTGCC TCAACGACTG TCAAGACCAT GGTCGTTGTG AAGATGGAAT GTGTGTGTGT 
TATCCTGGAT TCACTGGAGT GGATTGTAGT TCCAGAACTT GTCTCAATGA CTGCCAGAAT 
AATGGCAGAT GTGAAGATGG AGTTTGTGTT TGTGATTCTG GGTTTTCTGG ACCAGATTGT 
GGGTTTATGA GCTGCCCAGA AGATTGTAAT GAGCAGGGCC GATGTGTGTC AGGAGTCTGT 
ATATGTGATA GTGGTTTTAT TGGGCCAGAC TGTGGAACTA GGGTCTGTTC TCCTGAATGT 
GAGAGGCGTG GACGTTGTGA GGATGGTGAG TGCATCTGTA ACCCTGGATT TACTGGGCCA 
GACTGTGAGA TAAAAACATG TCCTAATGAT TGTCATAAAC AAGGAATGTG TGTTGATGGA 
AAATGTGTTT GTGATTCTGA ATATACAGGA TTAGACTGCC AGTTTAAAAG TTGCCCGAAT 
AAATGCCACA ACCGGGGTAG GTGTGAAGAT GGAATCTGCA TTTGTAATTC TGGATATTCC 
GGGTCAGATT GTGGGTCAAA AACTTGCCCA AAGAACTGCA GTGGGAATGG GCAGTGTGTA 
AAGGGCAAAT GTATATGTGA TCCCGGATTT ATTGGGCCAG TTTGTGGAAC CAGAGCCTGT 
TCAGCTGGTT GTAGCAATCA TGGGCGCTGT GTGAGAGGGA TCTGTGTCTG CTCTCCAGGG 
TACACTGGGG TGGATTGTGC ATCCAGGCTA TGCCCCAAAA ACTGCAATAA CCGAGGCAGG 
TGTGAAAATG GAGTATGTAT ATGTGATCCT GAATATACAG GCCTTGATTG TGGATCTAGG 
AATTGCCCCA ACAACTGCAA CAGTAAGGGG CAATGTGATG ATGGTGTCTG CATTTGTGAT 
CTGGGATATA CTGGCCTTGA TTGTGCAACT AAATCCTGCT TTAATGATTG CCACCATAGG 
GGAAGATGTG TAGATGGTGT GTGTATTTGT GAGGCTGGAT ATACAGGTCT GGATTGTGGC 
ACTCTAAGCT GCCCTGAAGA CTGCCACAAC AGAGGTCAGT GTGAAAATGG AGTATGTGTC 
TGTGATCCTG GCTTTACTGG GTTAGATTGT GGTTCAAGGA GTTGTCCCAA TAATTGTAAT 
TACCGTGGTC AGTGTGAAGA TGGAGAGTGC ATTTGTGATT CTGGATATAC TGATCATGAC 
TGTGGCTCAA AAACATGTCC TAATAATTGT CAAAACCATG GCCGTTGTGA TAATGGGGAG 
TGCATCTGTG ATTCTGGATA TGCTGGTACA GACTGTGGAT TGAGACCCTG TCCAAACAAC 
TGCCACAACC AGGGACAGTG TGTAGATGGA GTTTGCATTT GTAACTCTGG ATACACCGAT 
CTAGACTGTG GGTTGAAAAC CTGTCCATAT GACTGCCATG ACAGAGGTCA ATGTGTAAAT 
GGTATATGTA TATGTGATTC TGGATATAGT GGTCTAGATT GTGGTTCTGC CTCATGCCCA 
AATAATTGTC AGAATCATGG AAAATGTGAT AATGGAGAGT GTGTTTGTGA TTCTGGGTAT 
ACTGGTGTGG ACTGTGGGAC TCAAGCCTGT CCAGAAAACT GTCACATACA TGGCCGATGT 
GAGCAAGGGG TCTGTATCTG CCAGCCTGGA TATACAGGGT TGGATTGTAG TTCTAAATCC 
TGTCCAAAGA ACTGTAATGG CAATGGGCAG TGTATAAACG GAAAATGTAA CTGTGACTTT 
GGATTTGCTG GACCGGTTTG TGGAAGCAGA ACTTGCCCAG GGAACTGTGG CGGACGAGGA 
AAATGCATAA ATGGGGTCTG TATGTGCAAA AAAGGATATG AAGGAGCTGA CTGCAGCATG 
GTTGTCACAG AACTTGTAGC AGTTACTGGG CTACATGTAA CATCGGTGGA AGAATCTTCA 
GTAACCATCG AATGGGACCT CCCACAGACT CCTCCAGATT TATATGTCAT ATCATTTAAA 
GCAAAGAAGG AGAATGGCCT ATTAAACAAC ACAGTGGATG GCTCTCTCAC TTCATTTGTT 
CAGACTGGTC TGGCCTCAGG AGAGGAGTAT CTTGTGTCTA TACAACCCCA GAAGGGCCTA 
AGTGTTGGGC CTGATACCAC TGTAACTGCT ACTACAAGCA TTGAGACTCC TCAGGGACTC 
CGAGTGACAG AAATCACCAC CACCTCTTTC CTTTTAAGAT GGGAACGGCC CCAGTCTTTC 
CCTGATCGGT ACATAGTGAC ACTAGTGTCC CCAAGCGGGA AGGAGAAAAA GCTGAAAGCC 
CCTGGGAAGG GTGATAGGGT GAGGGTTACT GGACTGGAAG AGGGGACAAT TTACAAAGTG 
ATATTGAGAG CAGAAAGGGG ACAGGAACAA AGCAGAGGGA TGGAGACCAC TGCAAATACA 
GCTATTGACA GGGAGCGAAA AAATATAGAT GATGAAGAGG CCCGCAAGAA GAAAGGAAAG 
GTAGTGACCC CCCAACGGGT CGGTCAACTT GAAAAGCCAC GATTTTCCGA AGATCATTAC 
GGTACTGCAA CAACTGGGCA AGTTCATACT GGAGGTGGAG AAGGCAGTTC AAAAACAAGG 
GAGATAACAG AGTATATTGC TGAAGACCAA ACACAAAAGG GCATACTAAA CACCACTAGA 
AGAACTATCA AAACCACCAT TATTACTACA TACCACATTC AGAATCAAAA GGAAGGAGGT 
GTGGTGGATA TATTTGATGA TACTAAAGAT ATCAAATATT CACAGCAAAG GACAAAGCAT 
CTAACAGATA GGGAAAAAAT AAGCAGCGAG TTGGAAGAGG GTGATTTAGG AGAGATTACA 
GAAAAGACTG ATACAACAAG GGCTGATGTT AAAAAGCTTG TACCTGAGAG CAAAGTGCAA 
AGTTGGATCA CCAGAGGAAA AATTATAGAT GCATCTTCTG GAGAGAGACC GCCAATCCGT 
CTGATACAGG AGAGTAACAT AACATCAGTT AATTTAGATA ATACGCAGGG AGCTGGACGA 
GTTGGTTTCT CTCAAACTGA CCCCATGAGG CAAAAAACAA GTGATCAATC TGTGGAGGTG 
GTCACTGGGA TCAAAGTTAA TTTAGAGAGT ACAGAGTCAA AAACATTCTC CCATGACAAA 
TTACCTTTCA CTATAAATGA GAAGCTAAAG AAGGAGAGAG GTTCAGGCGG TGCACCAGAT 
AATAGATATG AAATGAGCGC ATCTCAAGAA TATAGTGATA TATCAACAAA AGCACATGCG 
GAGGGCAGAA ACTCTAGAAA AGATAATATA GGGTGGGAGG AAGAGAAATT ATTTAATCAG 
ACAGTGGAAG AGAAAAGTGG GAAAAGAAGG CTAGAAGCAG GAATAAAAGA TCAGAAACAA 
AATAAGATGG AAAAGGCATT TTCTGGAGGT TTACACATAA AGGCCGTAAT TGAGAACTTA 
CCAACAAAAC TATCAGTTTA CAATGGGACC TTCATACAAC GTCTCGAAAG TTACCTGCGT 
TCGACTTCTT ACCCACTAAG AATTAATCAA ACAGTGGAAT CTGTGGCTAG AGCAATCTTC 
CTTTACTTAG TGAAGTATAA ACCCAATAGT TTTACAGGAA TGGTATATGA TCGTCTTCCA 
GAAAAGACTC CAGGTGCACC AGGAAATATG GATCCTTTTG GAGCAAGTAG ACTTCAGGGT 
AATATGGGGA GTGTTATGGT GGGTAACAAA TCAGATCAAA CAAAAGAGGT AGAAGTTCTC 
AAACCAAAGG ATAGAAGTGA GTATAGTTCT TCATCTGATC TTCATGAAGT TAATATGAAA 
CTCCTGAGAG AAGACCTTCT GAAAGCCAAA ATAACTCATA TGGACATTGA AGACGTGCAG 
GTTGAAAATC CCACTCCAAC TAATGACAAA GAAATTACCC CCCAAACGCA ACATTACCAC 
AGTAAAAAAA TTCCACCAAA ACAGCTAAGA CCAGAGAATG AGAGATCTGA AATAAAGGAG 
GGGGAGATAA AAAATGAACA CCACATTTCA AGAAGTAAGA TTGATGACAG AGTGTCTTTA 
CCGCAAGTGA GAGAGGGTGA GGGAAAAGAA AATAAAGAAA AGGCAACGAT ATTTAACCAT 
ACACATGGGT TTGCTGGTCG ATCACCACAT CCTACATTGA TTAAAATTTC TGGTCCAGGC 
ATTTATGACA GACCAACTAT TCTACAGAGT ACTCCTACAA GTCTTGTTGT ATCCCTAGAT 
GGTATTGGGG TTCTATCTGA CAAGGTGATG ATTCATTATC GTCCATTTCA AACCATCATG 
ACTGATATTC CACACCAAAT GGAGGTTGGT AAAGGAGTTG GAAAAGTGGT GATCAGGGAT 
CTAGAACCAG GGACCACCTA CCGCCTTGAC ATTCATGGGC TATTGAGGGG GCAGTCTTCC 
AAGTCTTACA CATTGATAGC TGACACAGTT TCTCCGCGGC CCCGTGTACC AGCTCAAATG 
GGAGCACTGC AAGTTCGGAA TGTTACAAGT GAAAGTATCA CGTTAGTTTG GAAGGCCAAG 
ATTAGGGTTT ATGATTCATT CTTAGTGCGC TACGAGGAGG TAACCGAGGG TGTCAGTCCA 
CAAGAAATAT CTGTTCCAGG AGATCAACGG GAGGTGACTT TAAGAGGACT TACTCAAGAT 
ACCAGATATG CAGTATTGCT CTATGGAATA AAGGGAGGAA AGTTGTCACG GCCTTTGAGA 
GAGGAAGTAA CAACAGAACC GCTCCCTGAT AGAGGCACTC CGCCTCGCCT CTCTCCTCTC 
TTGGTGTCTG AAGTCCACAC AAACTCTGCA CTTTTATCAT GGGAACCTCT AGATGGTGAT 
TTTGATGCAT ATATATTGCG GTATGGACCT CCTGAGGGCC CCATGCAAGA GGAAACCCTG 
AGAGGAGACC AGACATCTTT CCTTATTGAT GGATTGGTTG CAGGAGTTAA TTACTCAGTT 
GAGCTGCTTG GCATTTGGGG AGAAAGTTAC ACAGAGCCTC AGGTTACGAA TGTGCTGACA 
GAAAAACCAC AACCTCCTCG CTTGGAGTCC CTCACTCTGT CTGATGTACG AAGTGAATCT 
TTACATCTCT CTTGGGATGT CCAGGGTGGA GAGTTTGATT CCTTTCTCCT TTTGTACCGA 
GATGGAGAGG GAAAACCACA GGAAATAACG CTAGATAAAA ATTTGCGCTC TTTCACTATC 
ATAGACTTGA AGCCTGGAAA AAAGTATAAA TTTGTCTTGT ATGGCATGTC AGGGGAGAAG 
AGAAGCAAAC CAGTGTCAGC AGAGGGGAGC ACAGAAAAAC TTCAACCACC TAGACTAGAG 
TCTCTGTCTG TGTCTGATGT CCACAGTGAC TCTGTACTAC TTTCGTGGGT GGTTCAGGGT 
GGTAAATTTG ACTCATTTCT TCTAAATTAT CGGGATGCTG AGGGCAAACC CAAGGAGGTT 
GCTTTTGAAG GGGAACAGCG CAGTGTCCCA GTCGGGGAAC TGAAACCTGG AAAGAAATAT 
AAATTTATCC TTTATGGGAT TTCAGGAGGA AAGAAAAGCA AAGCAGTGAT AGCAGAGGCC 
ACCACAAAAC CGCTCCCTGA GAAAGGTACT CTGCCTCGCC TCTCTCCTCT CTTGGTGTCT 
GAAGTCCACA CAAACTCTGC GCTTCTATCA TGGCAAGCGC TAGATGGTAA TTTTGATGCA 
TATATATTGC GGTATGGACC TCCTGGGGGC CCCATGCAAG AGGAAACCCT GAGAGGAGAC 
CAGACATCTT TCCTTATTGA TGAATTGGTT GCAGCAGTTA ATTACTCAGT TGAGCTGCTT 
GGCATTTGGG GAGAACGTTA CACTGCGCCT CAGGTTACGA GTGTGCTGAC AGAACCGCTC 
CCTGAGAAAG GTACTCTGCC TCGCCTCTCT CCTCTCTTGG TGTCTGAAGT CCACACAAAC 
TCTGCGCTTC TATCATGGCA AGCGCTAGAT GGTAATTTTG ATGCATATAT ATTGCGGTAT 
GGACCTCCTG GGGGCCCCAT GCAAGAGGAA ACCCTGAGAG GAGACCAGAC ATCTTTCCTT 
ATTGATGAAT TGGTTGCAGC AGTTAATTAC TCAGTTGAGC TGCTTGGCAT TTGGGGAGAA 
CGTTACACTG CGCCTCAGGT TACGAGTGTG CTGACAGAAA AACGACAACC TCCTCGCTTG 
GAGTACCTCA CTCTGTCTGA TGTGCGAAGT GAATCTTTAC ATCTCTCTTG GGATGTCCAG 
GGTGGAGAGT TTGATTCCTT TCTACTTTTG TACCGTGATG GAGAAGGAAA ACCACAGGAA 
AAAACTGTAG ATAAAGAGTT GCGCGCTTTC ACCGTCAGAG ACTTGAAGCC TGGGAAAAAG 
TATAAATTTG TCTTGTATGG CATGTCAGGG GAGAAGAGAA GCAAACCAGT GTCAGCAGAG 
GGGGGCACAG AAAAACTTCA ACCACCACAA CTAGAGTCTC TGTCTGTGTC TGATGTCCAC 
AGTCACTCTG TACTACTTTC GTGGGTGGTT CAGGGTGGTA AATTTGACTC ATTTCTTCTA 
AATTATCGGG ATGCTGAGGG CAAACCCAAG GAGGTTGCTT TGGAAGGGGA ACAGCGCAGT 
GTCCCAGTCG GGGAACTGAA ACCTGGAAAG AAATATAAAT TTGTGTTGTA TGGGATTTCA 
GGAGGAAAGA AAAGCAAAGC AGCGATAGCA GAGACCACCA CAAAACCACA TGAAAAATTA 
GTGCCCTCTT CTCCTGCAAC TCCTACTATG CCTCGTCTGA TTGACCTGCA AGCCAATGAA 
ATAGGGAAAG ATTCAGTAAA TTTGTCATGG AAAGTGGAGG GTGAGTCTTC TTTTGACTGG 
ATCGTGGTAC AGTATGGGGA GCCTGATGGT AGAGTGAGAG AGGAGCAGGT TCCAGGAGGG 
GACACGAGCA CCACAGTCAC AGGACTGCTG CCATCCAGGC GATACAAGTT TAATCTATAT 
GGCATCAAAG GGGAGAGACG AAGCAAACCT TTATCCATTG AGATTGAAAC AGATTTCCTG 
GAGGCTATTG GTCAACCTAC TTCTTTCCTG AATGATCTTT ATGTTTCTCC ACGTGGTCCT 
CATTCCATCT TACTTTCTTG GGAAGCTCCA GAAGGCTTTG ACTCATTTGT TATTAATTAT 
AGCATTGAGG GTCATGAGAA GCCTCAGAAA AAGGCATCTG TAGATGGAAC TGCACGTACT 
CTCTTGCTTA CTGACCTCCA GCCTGACACC CTATATAAAG TAATACTACA TGGAATTAGA 
AAAGGGAAGG AGCAGAACAG TCTGAAAGCC ACTGGACGTA CAGGATCTCT GGACCTTGAA 
CCCCCTAAAA ACTTGAGATT TAATGATGTA GAAGAAACAT CTTTCACTGT CATTTGGGAT 
CCCCCCAACC CTGAAACCAC CACATTCAAA GTATCATATC AACTTGCAAA GGGGGGAGAA 
CCTGAAAGTG TCAGTGTAGT TGGAGACAGC AAATCTCTGC AGAGACTAAA CTCTGGAACA 
CATTATGAAG TTACAGTGGT ATCTGTACGG GGGTTTGAGG AAAGTCAACC GCTGACAGGC 
TACATCACTA CAGGTGGAGG TGGTCCACGT TCTCTGCGTG CTCTTGATGT GACTGAAGAA 
TCAGCACTTT TACGGTGGGA ACCAGAAATG GGATCCGTAG ACAGATATTT AGTGACATAC 
AGGGCAGAGA ATGTATCTTA TTTAGTGCTT TCAGTGACCT TAGAAGTGTC AAGTGATCAG 
ACTGAGCTTC CTATAACTGG TTTGAACCCA CACACTGAAT ACTATGCAAG TGTGCAAAGC 
CTCCATGGAT CAAAGCTGAG CTCACCAACC TCTACCTCTT TCACTACTGG TGCTGATACT 
CCACGGGAGC TCCTTGCCAA TAAGATCACA GCTCATAGTG CCCTGTTGAC GTGGAAACCA 
CCTCAGGCTG TTCCTGATGC GTATCGACTT ATATATCAAA CACAAGATGG TGAAATGAAG 
GAGTTCATTT TACCAGCCAA CATGTCCTCC TTTACTCTGA GTCATCTCAC ACCATCCACC 
CCATATAAAG TTCAGCTTCA TGCCTTGCGT GGTGCTTCCA GTTCTGCACC CATTTCCACC 
TCCTTCACTA CAGGTCGGAT AAGATTTCCA TTTCCCCAAA ATTGTTGGGA AAAGCTGATG 
AATGGAGAAG TGCAGAGTGG TCTCTTCACA ATATATATGG GAGGATCAAA GGATGATCCA 
TTGCTGGTGT ACTGTGACAT GGAGACTGAT GGAGGTGGCT GGATAGTTTT TCAGAGGAGA 
ATGGATGGAA AAACTAATTT TTGGAGAGAC TGGAATGAAT ATAAGATGGG ATTTGGTAAC 
TTTACTTCAG AGTTCTGGCT GGGTAACACT GCTCTGCATC GTCTCTCATC TTTGGCACCT 
TATGAGTTAC GTGTAGATCT CCGGGCAGGA GCTGAGTCTG CCCATGCTGT GTATGAAGAT 
TTTCGTATTG AGCCTGAAGA TAAACACTTT AGGCTGCGAA TTGGAGAATA CAGAGGAACT 
GCAGGGGACT CTCTGAGCTA TCACAACAAT ATGATTTTCT CTACAAGGGA TCGAGATGCC 
CAGAAAAGAA TATTACCTTG TGCCATTTCA TATCGTGGAG CTTGGTGGTA TAAAAACTGC 
CACTATGCCA ATCTTAATGG GATATATGGC AACAACAAAG ACCATCAAGG TATGAACTGG 
TACACATGGA AAGGCTTTGA ATTTTCTATT CCATTCACTG AGATGAAGAT GCGGCCACAG 
AGAGCAGGCA ACTGGCGCCG TCTCTAA

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

RefSeq	XP_018086287.1
CDS	192..9218
Translation	MGEHCQLKTCPEDCNDQGRCKDGQCVCFPGYFGIDCGSKSCPNNCQNHGRCEKGVCICDSGYSGVDCSSRTCPKNCFNRGRCKNGVCICDPDYTGLDCSMKTCLNDCQDHGRCEDGMCVCYPGFTGVDCSSRTCLNDCQNNGRCEDGVCVCDSGFSGPDCGFMSCPEDCNEQGRCVSGVCICDSGFIGPDCGTRVCSPECERRGRCEDGECICNPGFTGPDCEIKTCPNDCHKQGMCVDGKCVCDSEYTGLDCQFKSCPNKCHNRGRCEDGICICNSGYSGSDCGSKTCPKNCSGNGQCVKGKCICDPGFIGPVCGTRACSAGCSNHGRCVRGICVCSPGYTGVDCASRLCPKNCNNRGRCENGVCICDPEYTGLDCGSRNCPNNCNSKGQCDDGVCICDLGYTGLDCATKSCFNDCHHRGRCVDGVCICEAGYTGLDCGTLSCPEDCHNRGQCENGVCVCDPGFTGLDCGSRSCPNNCNYRGQCEDGECICDSGYTDHDCGSKTCPNNCQNHGRCDNGECICDSGYAGTDCGLRPCPNNCHNQGQCVDGVCICNSGYTDLDCGLKTCPYDCHDRGQCVNGICICDSGYSGLDCGSASCPNNCQNHGKCDNGECVCDSGYTGVDCGTQACPENCHIHGRCEQGVCICQPGYTGLDCSSKSCPKNCNGNGQCINGKCNCDFGFAGPVCGSRTCPGNCGGRGKCINGVCMCKKGYEGADCSMVVTELVAVTGLHVTSVEESSVTIEWDLPQTPPDLYVISFKAKKENGLLNNTVDGSLTSFVQTGLASGEEYLVSIQPQKGLSVGPDTTVTATTSIETPQGLRVTEITTTSFLLRWERPQSFPDRYIVTLVSPSGKEKKLKAPGKGDRVRVTGLEEGTIYKVILRAERGQEQSRGMETTANTAIDRERKNIDDEEARKKKGKVVTPQRVGQLEKPRFSEDHYGTATTGQVHTGGGEGSSKTREITEYIAEDQTQKGILNTTRRTIKTTIITTYHIQNQKEGGVVDIFDDTKDIKYSQQRTKHLTDREKISSELEEGDLGEITEKTDTTRADVKKLVPESKVQSWITRGKIIDASSGERPPIRLIQESNITSVNLDNTQGAGRVGFSQTDPMRQKTSDQSVEVVTGIKVNLESTESKTFSHDKLPFTINEKLKKERGSGGAPDNRYEMSASQEYSDISTKAHAEGRNSRKDNIGWEEEKLFNQTVEEKSGKRRLEAGIKDQKQNKMEKAFSGGLHIKAVIENLPTKLSVYNGTFIQRLESYLRSTSYPLRINQTVESVARAIFLYLVKYKPNSFTGMVYDRLPEKTPGAPGNMDPFGASRLQGNMGSVMVGNKSDQTKEVEVLKPKDRSEYSSSSDLHEVNMKLLREDLLKAKITHMDIEDVQVENPTPTNDKEITPQTQHYHSKKIPPKQLRPENERSEIKEGEIKNEHHISRSKIDDRVSLPQVREGEGKENKEKATIFNHTHGFAGRSPHPTLIKISGPGIYDRPTILQSTPTSLVVSLDGIGVLSDKVMIHYRPFQTIMTDIPHQMEVGKGVGKVVIRDLEPGTTYRLDIHGLLRGQSSKSYTLIADTVSPRPRVPAQMGALQVRNVTSESITLVWKAKIRVYDSFLVRYEEVTEGVSPQEISVPGDQREVTLRGLTQDTRYAVLLYGIKGGKLSRPLREEVTTEPLPDRGTPPRLSPLLVSEVHTNSALLSWEPLDGDFDAYILRYGPPEGPMQEETLRGDQTSFLIDGLVAGVNYSVELLGIWGESYTEPQVTNVLTEKPQPPRLESLTLSDVRSESLHLSWDVQGGEFDSFLLLYRDGEGKPQEITLDKNLRSFTIIDLKPGKKYKFVLYGMSGEKRSKPVSAEGSTEKLQPPRLESLSVSDVHSDSVLLSWVVQGGKFDSFLLNYRDAEGKPKEVAFEGEQRSVPVGELKPGKKYKFILYGISGGKKSKAVIAEATTKPLPEKGTLPRLSPLLVSEVHTNSALLSWQALDGNFDAYILRYGPPGGPMQEETLRGDQTSFLIDELVAAVNYSVELLGIWGERYTAPQVTSVLTEPLPEKGTLPRLSPLLVSEVHTNSALLSWQALDGNFDAYILRYGPPGGPMQEETLRGDQTSFLIDELVAAVNYSVELLGIWGERYTAPQVTSVLTEKRQPPRLEYLTLSDVRSESLHLSWDVQGGEFDSFLLLYRDGEGKPQEKTVDKELRAFTVRDLKPGKKYKFVLYGMSGEKRSKPVSAEGGTEKLQPPQLESLSVSDVHSHSVLLSWVVQGGKFDSFLLNYRDAEGKPKEVALEGEQRSVPVGELKPGKKYKFVLYGISGGKKSKAAIAETTTKPHEKLVPSSPATPTMPRLIDLQANEIGKDSVNLSWKVEGESSFDWIVVQYGEPDGRVREEQVPGGDTSTTVTGLLPSRRYKFNLYGIKGERRSKPLSIEIETDFLEAIGQPTSFLNDLYVSPRGPHSILLSWEAPEGFDSFVINYSIEGHEKPQKKASVDGTARTLLLTDLQPDTLYKVILHGIRKGKEQNSLKATGRTGSLDLEPPKNLRFNDVEETSFTVIWDPPNPETTTFKVSYQLAKGGEPESVSVVGDSKSLQRLNSGTHYEVTVVSVRGFEESQPLTGYITTGGGGPRSLRALDVTEESALLRWEPEMGSVDRYLVTYRAENVSYLVLSVTLEVSSDQTELPITGLNPHTEYYASVQSLHGSKLSSPTSTSFTTGADTPRELLANKITAHSALLTWKPPQAVPDAYRLIYQTQDGEMKEFILPANMSSFTLSHLTPSTPYKVQLHALRGASSSAPISTSFTTGRIRFPFPQNCWEKLMNGEVQSGLFTIYMGGSKDDPLLVYCDMETDGGGWIVFQRRMDGKTNFWRDWNEYKMGFGNFTSEFWLGNTALHRLSSLAPYELRVDLRAGAESAHAVYEDFRIEPEDKHFRLRIGEYRGTAGDSLSYHNNMIFSTRDRDAQKRILPCAISYRGAWWYKNCHYANLNGIYGNNKDHQGMNWYTWKGFEFSIPFTEMKMRPQRAGNWRRL

Target ORF information:

RefSeq Version	XM_018230798.1
Organism	Xenopus laevis(African clawed frog)
Definition	Xenopus laevis tenascin-X-like (LOC108698936), mRNA.

Target ORF information:

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

XM_018230798.1

ORF Insert Sequence:

ATGGGAGAAC ATTGCCAGCT GAAAACCTGT CCTGAAGATT GTAATGACCA AGGTCGATGC 
AAAGATGGTC AATGCGTCTG CTTTCCTGGA TACTTTGGAA TTGATTGTGG CTCAAAGTCC 
TGTCCTAATA ATTGTCAAAA TCATGGACGC TGTGAAAAAG GAGTTTGTAT TTGTGATTCT 
GGGTATTCTG GAGTTGACTG TAGTTCCAGA ACCTGCCCCA AAAACTGTTT CAATAGAGGT 
CGATGTAAAA ATGGAGTTTG TATATGTGAT CCTGATTATA CCGGTCTAGA CTGCAGCATG 
AAAACTTGCC TCAACGACTG TCAAGACCAT GGTCGTTGTG AAGATGGAAT GTGTGTGTGT 
TATCCTGGAT TCACTGGAGT GGATTGTAGT TCCAGAACTT GTCTCAATGA CTGCCAGAAT 
AATGGCAGAT GTGAAGATGG AGTTTGTGTT TGTGATTCTG GGTTTTCTGG ACCAGATTGT 
GGGTTTATGA GCTGCCCAGA AGATTGTAAT GAGCAGGGCC GATGTGTGTC AGGAGTCTGT 
ATATGTGATA GTGGTTTTAT TGGGCCAGAC TGTGGAACTA GGGTCTGTTC TCCTGAATGT 
GAGAGGCGTG GACGTTGTGA GGATGGTGAG TGCATCTGTA ACCCTGGATT TACTGGGCCA 
GACTGTGAGA TAAAAACATG TCCTAATGAT TGTCATAAAC AAGGAATGTG TGTTGATGGA 
AAATGTGTTT GTGATTCTGA ATATACAGGA TTAGACTGCC AGTTTAAAAG TTGCCCGAAT 
AAATGCCACA ACCGGGGTAG GTGTGAAGAT GGAATCTGCA TTTGTAATTC TGGATATTCC 
GGGTCAGATT GTGGGTCAAA AACTTGCCCA AAGAACTGCA GTGGGAATGG GCAGTGTGTA 
AAGGGCAAAT GTATATGTGA TCCCGGATTT ATTGGGCCAG TTTGTGGAAC CAGAGCCTGT 
TCAGCTGGTT GTAGCAATCA TGGGCGCTGT GTGAGAGGGA TCTGTGTCTG CTCTCCAGGG 
TACACTGGGG TGGATTGTGC ATCCAGGCTA TGCCCCAAAA ACTGCAATAA CCGAGGCAGG 
TGTGAAAATG GAGTATGTAT ATGTGATCCT GAATATACAG GCCTTGATTG TGGATCTAGG 
AATTGCCCCA ACAACTGCAA CAGTAAGGGG CAATGTGATG ATGGTGTCTG CATTTGTGAT 
CTGGGATATA CTGGCCTTGA TTGTGCAACT AAATCCTGCT TTAATGATTG CCACCATAGG 
GGAAGATGTG TAGATGGTGT GTGTATTTGT GAGGCTGGAT ATACAGGTCT GGATTGTGGC 
ACTCTAAGCT GCCCTGAAGA CTGCCACAAC AGAGGTCAGT GTGAAAATGG AGTATGTGTC 
TGTGATCCTG GCTTTACTGG GTTAGATTGT GGTTCAAGGA GTTGTCCCAA TAATTGTAAT 
TACCGTGGTC AGTGTGAAGA TGGAGAGTGC ATTTGTGATT CTGGATATAC TGATCATGAC 
TGTGGCTCAA AAACATGTCC TAATAATTGT CAAAACCATG GCCGTTGTGA TAATGGGGAG 
TGCATCTGTG ATTCTGGATA TGCTGGTACA GACTGTGGAT TGAGACCCTG TCCAAACAAC 
TGCCACAACC AGGGACAGTG TGTAGATGGA GTTTGCATTT GTAACTCTGG ATACACCGAT 
CTAGACTGTG GGTTGAAAAC CTGTCCATAT GACTGCCATG ACAGAGGTCA ATGTGTAAAT 
GGTATATGTA TATGTGATTC TGGATATAGT GGTCTAGATT GTGGTTCTGC CTCATGCCCA 
AATAATTGTC AGAATCATGG AAAATGTGAT AATGGAGAGT GTGTTTGTGA TTCTGGGTAT 
ACTGGTGTGG ACTGTGGGAC TCAAGCCTGT CCAGAAAACT GTCACATACA TGGCCGATGT 
GAGCAAGGGG TCTGTATCTG CCAGCCTGGA TATACAGGGT TGGATTGTAG TTCTAAATCC 
TGTCCAAAGA ACTGTAATGG CAATGGGCAG TGTATAAACG GAAAATGTAA CTGTGACTTT 
GGATTTGCTG GACCGGTTTG TGGAAGCAGA ACTTGCCCAG GGAACTGTGG CGGACGAGGA 
AAATGCATAA ATGGGGTCTG TATGTGCAAA AAAGGATATG AAGGAGCTGA CTGCAGCATG 
GTTGTCACAG AACTTGTAGC AGTTACTGGG CTACATGTAA CATCGGTGGA AGAATCTTCA 
GTAACCATCG AATGGGACCT CCCACAGACT CCTCCAGATT TATATGTCAT ATCATTTAAA 
GCAAAGAAGG AGAATGGCCT ATTAAACAAC ACAGTGGATG GCTCTCTCAC TTCATTTGTT 
CAGACTGGTC TGGCCTCAGG AGAGGAGTAT CTTGTGTCTA TACAACCCCA GAAGGGCCTA 
AGTGTTGGGC CTGATACCAC TGTAACTGCT ACTACAAGCA TTGAGACTCC TCAGGGACTC 
CGAGTGACAG AAATCACCAC CACCTCTTTC CTTTTAAGAT GGGAACGGCC CCAGTCTTTC 
CCTGATCGGT ACATAGTGAC ACTAGTGTCC CCAAGCGGGA AGGAGAAAAA GCTGAAAGCC 
CCTGGGAAGG GTGATAGGGT GAGGGTTACT GGACTGGAAG AGGGGACAAT TTACAAAGTG 
ATATTGAGAG CAGAAAGGGG ACAGGAACAA AGCAGAGGGA TGGAGACCAC TGCAAATACA 
GCTATTGACA GGGAGCGAAA AAATATAGAT GATGAAGAGG CCCGCAAGAA GAAAGGAAAG 
GTAGTGACCC CCCAACGGGT CGGTCAACTT GAAAAGCCAC GATTTTCCGA AGATCATTAC 
GGTACTGCAA CAACTGGGCA AGTTCATACT GGAGGTGGAG AAGGCAGTTC AAAAACAAGG 
GAGATAACAG AGTATATTGC TGAAGACCAA ACACAAAAGG GCATACTAAA CACCACTAGA 
AGAACTATCA AAACCACCAT TATTACTACA TACCACATTC AGAATCAAAA GGAAGGAGGT 
GTGGTGGATA TATTTGATGA TACTAAAGAT ATCAAATATT CACAGCAAAG GACAAAGCAT 
CTAACAGATA GGGAAAAAAT AAGCAGCGAG TTGGAAGAGG GTGATTTAGG AGAGATTACA 
GAAAAGACTG ATACAACAAG GGCTGATGTT AAAAAGCTTG TACCTGAGAG CAAAGTGCAA 
AGTTGGATCA CCAGAGGAAA AATTATAGAT GCATCTTCTG GAGAGAGACC GCCAATCCGT 
CTGATACAGG AGAGTAACAT AACATCAGTT AATTTAGATA ATACGCAGGG AGCTGGACGA 
GTTGGTTTCT CTCAAACTGA CCCCATGAGG CAAAAAACAA GTGATCAATC TGTGGAGGTG 
GTCACTGGGA TCAAAGTTAA TTTAGAGAGT ACAGAGTCAA AAACATTCTC CCATGACAAA 
TTACCTTTCA CTATAAATGA GAAGCTAAAG AAGGAGAGAG GTTCAGGCGG TGCACCAGAT 
AATAGATATG AAATGAGCGC ATCTCAAGAA TATAGTGATA TATCAACAAA AGCACATGCG 
GAGGGCAGAA ACTCTAGAAA AGATAATATA GGGTGGGAGG AAGAGAAATT ATTTAATCAG 
ACAGTGGAAG AGAAAAGTGG GAAAAGAAGG CTAGAAGCAG GAATAAAAGA TCAGAAACAA 
AATAAGATGG AAAAGGCATT TTCTGGAGGT TTACACATAA AGGCCGTAAT TGAGAACTTA 
CCAACAAAAC TATCAGTTTA CAATGGGACC TTCATACAAC GTCTCGAAAG TTACCTGCGT 
TCGACTTCTT ACCCACTAAG AATTAATCAA ACAGTGGAAT CTGTGGCTAG AGCAATCTTC 
CTTTACTTAG TGAAGTATAA ACCCAATAGT TTTACAGGAA TGGTATATGA TCGTCTTCCA 
GAAAAGACTC CAGGTGCACC AGGAAATATG GATCCTTTTG GAGCAAGTAG ACTTCAGGGT 
AATATGGGGA GTGTTATGGT GGGTAACAAA TCAGATCAAA CAAAAGAGGT AGAAGTTCTC 
AAACCAAAGG ATAGAAGTGA GTATAGTTCT TCATCTGATC TTCATGAAGT TAATATGAAA 
CTCCTGAGAG AAGACCTTCT GAAAGCCAAA ATAACTCATA TGGACATTGA AGACGTGCAG 
GTTGAAAATC CCACTCCAAC TAATGACAAA GAAATTACCC CCCAAACGCA ACATTACCAC 
AGTAAAAAAA TTCCACCAAA ACAGCTAAGA CCAGAGAATG AGAGATCTGA AATAAAGGAG 
GGGGAGATAA AAAATGAACA CCACATTTCA AGAAGTAAGA TTGATGACAG AGTGTCTTTA 
CCGCAAGTGA GAGAGGGTGA GGGAAAAGAA AATAAAGAAA AGGCAACGAT ATTTAACCAT 
ACACATGGGT TTGCTGGTCG ATCACCACAT CCTACATTGA TTAAAATTTC TGGTCCAGGC 
ATTTATGACA GACCAACTAT TCTACAGAGT ACTCCTACAA GTCTTGTTGT ATCCCTAGAT 
GGTATTGGGG TTCTATCTGA CAAGGTGATG ATTCATTATC GTCCATTTCA AACCATCATG 
ACTGATATTC CACACCAAAT GGAGGTTGGT AAAGGAGTTG GAAAAGTGGT GATCAGGGAT 
CTAGAACCAG GGACCACCTA CCGCCTTGAC ATTCATGGGC TATTGAGGGG GCAGTCTTCC 
AAGTCTTACA CATTGATAGC TGACACAGTT TCTCCGCGGC CCCGTGTACC AGCTCAAATG 
GGAGCACTGC AAGTTCGGAA TGTTACAAGT GAAAGTATCA CGTTAGTTTG GAAGGCCAAG 
ATTAGGGTTT ATGATTCATT CTTAGTGCGC TACGAGGAGG TAACCGAGGG TGTCAGTCCA 
CAAGAAATAT CTGTTCCAGG AGATCAACGG GAGGTGACTT TAAGAGGACT TACTCAAGAT 
ACCAGATATG CAGTATTGCT CTATGGAATA AAGGGAGGAA AGTTGTCACG GCCTTTGAGA 
GAGGAAGTAA CAACAGAACC GCTCCCTGAT AGAGGCACTC CGCCTCGCCT CTCTCCTCTC 
TTGGTGTCTG AAGTCCACAC AAACTCTGCA CTTTTATCAT GGGAACCTCT AGATGGTGAT 
TTTGATGCAT ATATATTGCG GTATGGACCT CCTGAGGGCC CCATGCAAGA GGAAACCCTG 
AGAGGAGACC AGACATCTTT CCTTATTGAT GGATTGGTTG CAGGAGTTAA TTACTCAGTT 
GAGCTGCTTG GCATTTGGGG AGAAAGTTAC ACAGAGCCTC AGGTTACGAA TGTGCTGACA 
GAAAAACCAC AACCTCCTCG CTTGGAGTCC CTCACTCTGT CTGATGTACG AAGTGAATCT 
TTACATCTCT CTTGGGATGT CCAGGGTGGA GAGTTTGATT CCTTTCTCCT TTTGTACCGA 
GATGGAGAGG GAAAACCACA GGAAATAACG CTAGATAAAA ATTTGCGCTC TTTCACTATC 
ATAGACTTGA AGCCTGGAAA AAAGTATAAA TTTGTCTTGT ATGGCATGTC AGGGGAGAAG 
AGAAGCAAAC CAGTGTCAGC AGAGGGGAGC ACAGAAAAAC TTCAACCACC TAGACTAGAG 
TCTCTGTCTG TGTCTGATGT CCACAGTGAC TCTGTACTAC TTTCGTGGGT GGTTCAGGGT 
GGTAAATTTG ACTCATTTCT TCTAAATTAT CGGGATGCTG AGGGCAAACC CAAGGAGGTT 
GCTTTTGAAG GGGAACAGCG CAGTGTCCCA GTCGGGGAAC TGAAACCTGG AAAGAAATAT 
AAATTTATCC TTTATGGGAT TTCAGGAGGA AAGAAAAGCA AAGCAGTGAT AGCAGAGGCC 
ACCACAAAAC CGCTCCCTGA GAAAGGTACT CTGCCTCGCC TCTCTCCTCT CTTGGTGTCT 
GAAGTCCACA CAAACTCTGC GCTTCTATCA TGGCAAGCGC TAGATGGTAA TTTTGATGCA 
TATATATTGC GGTATGGACC TCCTGGGGGC CCCATGCAAG AGGAAACCCT GAGAGGAGAC 
CAGACATCTT TCCTTATTGA TGAATTGGTT GCAGCAGTTA ATTACTCAGT TGAGCTGCTT 
GGCATTTGGG GAGAACGTTA CACTGCGCCT CAGGTTACGA GTGTGCTGAC AGAACCGCTC 
CCTGAGAAAG GTACTCTGCC TCGCCTCTCT CCTCTCTTGG TGTCTGAAGT CCACACAAAC 
TCTGCGCTTC TATCATGGCA AGCGCTAGAT GGTAATTTTG ATGCATATAT ATTGCGGTAT 
GGACCTCCTG GGGGCCCCAT GCAAGAGGAA ACCCTGAGAG GAGACCAGAC ATCTTTCCTT 
ATTGATGAAT TGGTTGCAGC AGTTAATTAC TCAGTTGAGC TGCTTGGCAT TTGGGGAGAA 
CGTTACACTG CGCCTCAGGT TACGAGTGTG CTGACAGAAA AACGACAACC TCCTCGCTTG 
GAGTACCTCA CTCTGTCTGA TGTGCGAAGT GAATCTTTAC ATCTCTCTTG GGATGTCCAG 
GGTGGAGAGT TTGATTCCTT TCTACTTTTG TACCGTGATG GAGAAGGAAA ACCACAGGAA 
AAAACTGTAG ATAAAGAGTT GCGCGCTTTC ACCGTCAGAG ACTTGAAGCC TGGGAAAAAG 
TATAAATTTG TCTTGTATGG CATGTCAGGG GAGAAGAGAA GCAAACCAGT GTCAGCAGAG 
GGGGGCACAG AAAAACTTCA ACCACCACAA CTAGAGTCTC TGTCTGTGTC TGATGTCCAC 
AGTCACTCTG TACTACTTTC GTGGGTGGTT CAGGGTGGTA AATTTGACTC ATTTCTTCTA 
AATTATCGGG ATGCTGAGGG CAAACCCAAG GAGGTTGCTT TGGAAGGGGA ACAGCGCAGT 
GTCCCAGTCG GGGAACTGAA ACCTGGAAAG AAATATAAAT TTGTGTTGTA TGGGATTTCA 
GGAGGAAAGA AAAGCAAAGC AGCGATAGCA GAGACCACCA CAAAACCACA TGAAAAATTA 
GTGCCCTCTT CTCCTGCAAC TCCTACTATG CCTCGTCTGA TTGACCTGCA AGCCAATGAA 
ATAGGGAAAG ATTCAGTAAA TTTGTCATGG AAAGTGGAGG GTGAGTCTTC TTTTGACTGG 
ATCGTGGTAC AGTATGGGGA GCCTGATGGT AGAGTGAGAG AGGAGCAGGT TCCAGGAGGG 
GACACGAGCA CCACAGTCAC AGGACTGCTG CCATCCAGGC GATACAAGTT TAATCTATAT 
GGCATCAAAG GGGAGAGACG AAGCAAACCT TTATCCATTG AGATTGAAAC AGATTTCCTG 
GAGGCTATTG GTCAACCTAC TTCTTTCCTG AATGATCTTT ATGTTTCTCC ACGTGGTCCT 
CATTCCATCT TACTTTCTTG GGAAGCTCCA GAAGGCTTTG ACTCATTTGT TATTAATTAT 
AGCATTGAGG GTCATGAGAA GCCTCAGAAA AAGGCATCTG TAGATGGAAC TGCACGTACT 
CTCTTGCTTA CTGACCTCCA GCCTGACACC CTATATAAAG TAATACTACA TGGAATTAGA 
AAAGGGAAGG AGCAGAACAG TCTGAAAGCC ACTGGACGTA CAGGATCTCT GGACCTTGAA 
CCCCCTAAAA ACTTGAGATT TAATGATGTA GAAGAAACAT CTTTCACTGT CATTTGGGAT 
CCCCCCAACC CTGAAACCAC CACATTCAAA GTATCATATC AACTTGCAAA GGGGGGAGAA 
CCTGAAAGTG TCAGTGTAGT TGGAGACAGC AAATCTCTGC AGAGACTAAA CTCTGGAACA 
CATTATGAAG TTACAGTGGT ATCTGTACGG GGGTTTGAGG AAAGTCAACC GCTGACAGGC 
TACATCACTA CAGGTGGAGG TGGTCCACGT TCTCTGCGTG CTCTTGATGT GACTGAAGAA 
TCAGCACTTT TACGGTGGGA ACCAGAAATG GGATCCGTAG ACAGATATTT AGTGACATAC 
AGGGCAGAGA ATGTATCTTA TTTAGTGCTT TCAGTGACCT TAGAAGTGTC AAGTGATCAG 
ACTGAGCTTC CTATAACTGG TTTGAACCCA CACACTGAAT ACTATGCAAG TGTGCAAAGC 
CTCCATGGAT CAAAGCTGAG CTCACCAACC TCTACCTCTT TCACTACTGG TGCTGATACT 
CCACGGGAGC TCCTTGCCAA TAAGATCACA GCTCATAGTG CCCTGTTGAC GTGGAAACCA 
CCTCAGGCTG TTCCTGATGC GTATCGACTT ATATATCAAA CACAAGATGG TGAAATGAAG 
GAGTTCATTT TACCAGCCAA CATGTCCTCC TTTACTCTGA GTCATCTCAC ACCATCCACC 
CCATATAAAG TTCAGCTTCA TGCCTTGCGT GGTGCTTCCA GTTCTGCACC CATTTCCACC 
TCCTTCACTA CAGGTCGGAT AAGATTTCCA TTTCCCCAAA ATTGTTGGGA AAAGCTGATG 
AATGGAGAAG TGCAGAGTGG TCTCTTCACA ATATATATGG GAGGATCAAA GGATGATCCA 
TTGCTGGTGT ACTGTGACAT GGAGACTGAT GGAGGTGGCT GGATAGTTTT TCAGAGGAGA 
ATGGATGGAA AAACTAATTT TTGGAGAGAC TGGAATGAAT ATAAGATGGG ATTTGGTAAC 
TTTACTTCAG AGTTCTGGCT GGGTAACACT GCTCTGCATC GTCTCTCATC TTTGGCACCT 
TATGAGTTAC GTGTAGATCT CCGGGCAGGA GCTGAGTCTG CCCATGCTGT GTATGAAGAT 
TTTCGTATTG AGCCTGAAGA TAAACACTTT AGGCTGCGAA TTGGAGAATA CAGAGGAACT 
GCAGGGGACT CTCTGAGCTA TCACAACAAT ATGATTTTCT CTACAAGGGA TCGAGATGCC 
CAGAAAAGAA TATTACCTTG TGCCATTTCA TATCGTGGAG CTTGGTGGTA TAAAAACTGC 
CACTATGCCA ATCTTAATGG GATATATGGC AACAACAAAG ACCATCAAGG TATGAACTGG 
TACACATGGA AAGGCTTTGA ATTTTCTATT CCATTCACTG AGATGAAGAT GCGGCCACAG 
AGAGCAGGCA ACTGGCGCCG TCTCTAA

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

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LOC108698936 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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