LOC108713903 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108713903
Entrez Gene ID	108713903
Full Name	girdin-like
Gene Type	protein-coding
Organism	Xenopus laevis(African clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018257613.1	XP_018113102.1	girdin-like

Pathways from BioSystems
Gene Ontology

The following LOC108713903 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108713903 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
OAf28362	XM_018257613.1 Latest version!	Xenopus laevis girdin-like (LOC108713903), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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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)

LOC108713903 ( XM_018257613.1 ) cDNA ORF clone, Xenopus laevis(African clawed frog) -> XP_018113102.1 Xenopus laevis girdin-like (LOC108713903), mRNA.

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CloneID	OAf28362
Clone ID Related Accession (Same CDS sequence)	XM_018257613.1
Accession Version	XM_018257613.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6261bp) 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	girdin-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030730.1) 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##

ATGGACACTT GCGATGGTCG GAGCCTTGAA CAGCTGATGG ATGGAGCATT AATCACATGG 
ATTCGGACCT TTGAACAGAC ATATAATTTA GAATATGGGA CACTTTATAC TACCAGGGAC 
CTGCGCAAAG AGTACATGCA GCTATCAGAA GGGGACATGC TGCACTTCAT TATGAGTATT 
ATTGACCCAC GTCCATATCA CGGAGAGCGA GATCTGCACA GCCTGAGAAA ACGACTTCGA 
GCCTATTACC AGGATGGGCT TCAACAACTG ATCTTAATGC CGCTCCCTGA TACAACCTTA 
ATATCCCAGG ATCAAATCAC AGTGTGCTCT GTGCAAGAGA TGGAAAAACT TTTATCACTG 
ATGTTGGGAG CTGCAGTTCA GTGTGAAAGA CGTGAACAAA TTATCACAGG GATCCGGAAC 
CTGATCCTGG ATTCACAGAT CAAGTTGGCA GAGAAAATAC AAGAGATGAC TCAGGACACA 
CAGAAGATAA TAGCTTTCCC TGGGTCTGAG CTTTCTCATC TTTCCCACTC TGACCTTCAG 
GAGGCTGTTC ACATGCTAAG TACCCACCTG AGAGACATTC TGAGACAAAG GGATGATGCC 
CAGGAGCGTC TGTCTCTCTT TCGCTGTGAA CAGCAGAACA ACAACAATGC ACCAGGAGAC 
CCAGTGATCA GAGGGATACA CCACAATATG ACATCTGATC CACATAGTTG GAAGAATCGC 
TCATTGCATG TTGCTGATTT ACAGAGTAAA TTGCGGCGCG CACGCCAAGA ACTAGAAGAA 
AAGGGGGAGG AGTTACTTGA TAACCAGCAG CATGTGGAGA TGCTGGAGGC GGAACTAAGA 
AAACTACATC AACAGGTTAG AGAGTTGTCT GCAATGGCAG CACTTTCTCG AGGATACAGA 
GATGAACTGG ATGCCCTAAG AGAGCGCTCC AGGCGTTCCG AGGCCCAAGT GAATGCTCTC 
AATGAAAAAT TACGTGCCAT GGAGATCTTT CAGCGTTCTT TGCAGGAAGA GAAAGAGTTC 
TCAAGGGCAT TGTTGGAGGA TAAAGAAGTA TTAGAGCACC AACTTGCAGC TGAGAGAGAA 
AGGTCTGAGA AACTGCGTTT GTGTGAGAAA GAAAAACATT CATTGGAGGA AACAATACAG 
AGACTGGAAA TGGAGAGGGA TTCTGAGTGC CAAAGAGTCC AATTTCTTCT CCATGATAAT 
CTTACTTTGG CCGAGGAGGT AAGAGTACTG AGGGAAGAGA CACAAAGGGG ATGGGAGAGA 
GTGTACGAGA GCCATGGAGA CACCATGTCA GTCTGGGAAA GAGAACATGA GGGTGAGGCA 
GACCAAGGCT GGGAAAGAAT GCAAGAAGCA GATCCTGACT TTTTAGATCT TAATTCAGAG 
CTATCACAGG CACTACTGCG TTTAGAGAAA GAAAATCAGA ACTTGCGGGA AAGACTTCAA 
GCTCTCTCTG GAGAAATTGT GGATCCCATG AACAAGGGGC AACATGTCCA GACAGATGGA 
GAGCAAGGTG GGAAGACACA GCCACAGATA AGGTCACCAG ACTTCTGTGT CAGAGAGGAG 
CCAGATGGAG GCAGCTTGGG AGAAAGAGAT CGTCAGGTAG AAGGGAATAG AAAGATACAA 
GATAAAATTG AAAAAGAGAA GTCACAAAGT ACAGAATGTA AAGAGACAGA TGAGAAGAAT 
GACTCACAGA GAAAACTTGA AGGAAGTGTT GAGGGCATTG AGCCCAGGCA GTTAGAAGGT 
ATACGTTCTG AGAGGCAGTC AAAGGAAGCA AAGTTCCAAC TCGCTGGAAA ACAATCATTT 
AACAAATTGT GTCAAGCTAG TGTTGACAAG GAGACACCAG CAGGCAGTAA TGTAGAAATA 
AAATCAAAAG AGCAACAGTC TTGTGGCAGA CAACTAGAGG AGCATTGTCA TAAAGTGCAA 
CTCCTGACAG GGTGTTTGGA AGAAATCTCT CTAGAACAGA AGTCAGATGA CAATTATTGG 
CAAAAAAAAC TGTCACGTGA GACAGAAGTA ATAAAGAGAC AACTAGAAAA GAGTGCTCTA 
GAGATTGACT TACTGAAAAG ACAGATGAAA GAAAAGCAAG AAGAGGTCCA GTACAAGCAG 
AGCCAACTTT CTGAAAGCAC AGAGGAGAAA ATTGCCCTAC AGAGAAAACT TCAAGATAAT 
GCTGAAAAAA TGCTGTCTCT GCAAAAACAG CTGGACAAGA GCATCAAAGA ATGTAATCTG 
TTGAAGCAAG AACATCAAGG TACAGAGAAG CAATCACATA AAAAGCAGCA TGAGGATGGT 
AATGAGGAAA TGCAAACACA GATGAAGAGG CTAGAAGAGA GTTCTAAAGA AATTCTGTCC 
CTTCAAAGAC AGTTGCAAGA CTTTCTTAAA AAAGAGGAGT CATTGCAGAA ACAACTTGAG 
GCCAATGATA AAATGGCAGA GACTCAGCAT AGACATTTGA CTGAGAGATC TGAAGAATTG 
ATATTATTAA AAACACAATT AGATGACATG GAGCAATCAC ATCACCGGCA GATGGAAGAC 
AGTGCTAAAG AGCTGGAGTC ACTAAAGGAT AAGCTAAAGG CATACCAAGA ACAGGAACAA 
ATGCTAAACA GGAAACTCCA AGAAATCACT GGCGAGTTAA AGTCCCTGAA AAGACAACTT 
GAAGAGAATA ACGAGGAAAA ACACTGTCAA CAAAGACAGC TTCAAGAAAG TGTTATGGAA 
GTAGAAGCAC TACAGAAACA GTTGCTAAAG ACATTGGAGT CAAAAGAACT GGAGACTCAG 
CTGAAAGAAA GTGCTGAAGA AATACAGCTA CTAGGTAAAC AGTTAAAAGA GAGCAGAGAT 
GCCGAGGCAT TGAGGAGACA GTTACAAGAA ACAAAGGGAC AATCATTCAA GAAACAGCTT 
CAAGAGAATG CAGAGGAGAT ACAGTCACTA AAAAATCAAC TAAATGAAAG AACAGCAGAG 
ACTATTACAC ACGAGATGCA GCTGACAGAA AGAGAAAGCT TGGAGAAGTC ACTCAAGGGA 
CAGTTGGAAG AGAGAACTCT GCATATTCAG TCACTTCAAA ACCAACTAGA GAAGAAAACT 
GAAGAAGAAG AGTCACTAAA GAGAAGGCTA GAAGACAATA CAAGAGAGAA ACAACTACAA 
CAAAGTCAGT TAGATGTGAG CATTAAGGAA ATAGAGACAT TGAAGAGACA ACTAAAGGAG 
TCTGATAATG ACCAGATAAA ATATTCTGCT GATCACATAG AATCTCTTAA GAGATTAGAA 
GAAAGGGAAA AAGTTGAGCA GCTGTTAAAG AGAGAGTTGC AAGTGAGTGC TGAAGAAGTG 
CAGTCTCTGA AGAAACAACT GAATGATAGA CAAGAGAAAT CTCTCAGCAG AGACCTTGAG 
GAAAAAGAGG TGCTACTGAG ACAGCTGCAG CAAACAAATG ATTCAATGAA GAAACAACTG 
GACGAAAAAT CGAAATACAT TGAAGATCTC ACTATACGGC TTGAAGTGAA TAGTGAAAAG 
GAAGGCACTT TACAGACAAG GCTTGAAGAA ATTGAGACAC TAAAGGGGAA GCTAAAGGAG 
GCCAGTAATG AACTACAATC ACAGAAAATC CTCCTGGAAA CAAACAAAGT AACAGAAGAT 
TCATTAAACA GAAAACTACT GGACAGTTCA GATGAAATAC AGTCATTAAA GAGGCTCTTG 
GAGGAGGAAA AAGCACAATG CAAGCAGAAA CAAGAGTACG AGGAAATGAA GGAATCTCCA 
CTGGGACAGG ATAATGACCT AGGAGAGCTG CATTCATTAA AGAGACAGTT GCAAGAGAGC 
AATGAAGAAA TGCAGTCACT AATGAGGCAG CTGGAAAAGA GTGCAGCAGA GGTACAAACT 
GTAAAGAGGC AGTTTCAAGA AAGTGCAGAG AAAATACAGT TACAGAAAAG ACATCTGGAG 
GAGAGTGTGG GTGAGAGTCT GTCCCTTAAG AGACAACTGG AAGAAAGAGT AGGACGGGAG 
CAGTCTTTGA AGAGACAGCT GGATGAATGC ACTGCCAAAG TCCAACTACT CAAGAAACAG 
CACAAAGAAC ATGCTGAAGA AAACACTAAG TGGAAGAGTC AGTTGGAAGA GAAAGAAAAA 
GAGATGCAAC ATATGAAGAG GCAACTCAAT GAAACAATAA GAGATTCACT TGAAAAAGAG 
TCATGTAAGA GTGCTGAGAT CCAGTCATTA AAGAGAGAAT TGGAAGAAAG TAGAGAATCA 
TTAACAGCAC AGTCGTTTAA AAGTGAACTT CAGGAAAGCA ATAATAAAAT AGAAACTTTA 
CAGAGACGGT TGCAAGAAAG AGAAGATGAG ATTGAAACAT TGGAAAGAAA GCTCCAGGAA 
AGTGCAGATG AGGTAGACCT GCAGAAGAAG CAACTAGATG AAAGCTTAGT TAAGGCACGG 
TCACTAACAA AACAACTAAA TGACAAGGAA GGCTATGAGC TGATACTTAA GAGACAGGTA 
GAAGAGGTTA GTCTGTGGGC AGAAGACCTG CAGAGACAAC TGAATAATAA TAGCACTGCA 
AAGGTTTCCT CTCGCAAGAG ACAGATGCCA GAGAGCACTG GAGAAGGAGC GTTACACAAG 
AAACAGATGG AAGGAGACAA AGCAGAATGT CTGTCCCCTA AAACACCACA GAGAGAAGGA 
GAAACACCTT TAACAAAGGA GAAGTTACAA GTTAATGTTC AAGAAATAAC AACCCAAACC 
AAAGAGTCAG ATGGAGAGGG GCATGAACAA TCAACTACCA TTAGCAATAA CTGTACTGAA 
TCTAAAAACA ACTCACCAGT CCTTTTCATG CCCAAAGCTG ATGGCAATTC CTTATATACA 
TTTGTTCATA CCTCTTCCCC CTTCTCAGCG TCTAGCTTGA TTTCCCTCCC TGCCTCCACT 
TCGGATACCC CATCCTTTAC TGCATCTACA CCACCTTCAT TCCCCCTTCG TGTTTTAACC 
CCAAACTCAT TACCCTTCCA TGTAGCTAAG CCCTTGCAAT TACCTGTCTC TCACTCCATT 
TCTGTCCCTG AATCTTGCCC AACCACTGAA TCTGCCCCAT TGGCAGTCAC AACTGCACCC 
TCAGAACCTG CCCCTGTATC TGCCATACTA CCCACTCATT CATCCCAATC TATACAAACC 
ACCACATTCC CTTTCCCTTC TATATCATCC CTCCTTCCCA GTCCTGATAC CACACTGTCC 
CTGCTGGTAC TGGAGCTGCA GGGAGTGCGA AGAGAACGGG CAGAAATGCA GGGACGCTAC 
GATTCCCTGC TTAAGGACCT GCAGAGACAA GAGGGAGATT TAGAGAGAGC CCAGAGAGAA 
CTGAGGCGTA GCCGGAGTGC ACTGAGAATA CTTAGACAAG AACATCAAGA GCTTCAGGAG 
AGGTTTTCTC AGTTGACTGT GCAGGGAGAG CAAACACAGC AAGAACTTAA AAGAAAAGTG 
CAGGAGCAAG AGGGAACAAT ACATGAATCC CATTTGGAAA ACCAGAATCT GCAAGTAGAA 
CTGCAAAGGC TGAAAGAAGA GCTATCTCAC ATGGGCAAGA CCTTAGACGA GAGATCTTCA 
GATCTTCGGG AGATGAAGAA GCAGCTAGGA ACAGAACAGA GAGAGAAAGA CAACTTGGAA 
AGAGAGCGTA GTGAGCTGCG AGAGCAAGTA CAGCGCCTAG AAATCAGCAG CACAGCACTC 
ACCGAACAAT GTCAGGTGTT ATCCCAGGTG AAACTCACCC TTCAAGACCA AAACAATCTC 
TTGCTGTCAC AGATACACAG TCTCAGTCGG GATAACAGAG AGCTGTTAGA GCGCAGCTTG 
CAGAGTGGAG AGCTGAGACA GGAGGAGGAA AGACGCTACA GGGAGAAACT AACAGAACTT 
AAACACGAAA AACAGAAACT ATTAGATAAA ATCATGGATC AGTACAGAGT TTTGGAACCA 
GCACCCGTTC CACACAGCCG GAAAAGCAAT TGGATAACAG ATAAGATGAA GCGACTACTC 
AGAGCAAAAG ACAGACCCCC ACGAGGGCCA GGGGATACCT CCCGCATCTT AAACCCCCCT 
GCTGAACCAC CACTGGACCC AGAGAAAACA CCCAAAAGTA CAGTAACACT CCGTCGTAGC 
AGAAGCTCAG TCACACCTTC AAGTCCATCT CTCCCAGGCA GTCCTATTCG GGCACGTCAT 
GCAAAATTAA GCTCAACAAT TCGTAGCAGC GAATCATTTA GCAGTCATGA TACCACCCCC 
CGGGAGAAAT TTCGACTGAG GCGCAGGGGA CAGGTCCATG AAAGTGAGGG GGAGGAGCCT 
GTAGGTGGAG AGACTGAATG A

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

RefSeq	XP_018113102.1
CDS	1525..7785
Translation	MDTCDGRSLEQLMDGALITWIRTFEQTYNLEYGTLYTTRDLRKEYMQLSEGDMLHFIMSIIDPRPYHGERDLHSLRKRLRAYYQDGLQQLILMPLPDTTLISQDQITVCSVQEMEKLLSLMLGAAVQCERREQIITGIRNLILDSQIKLAEKIQEMTQDTQKIIAFPGSELSHLSHSDLQEAVHMLSTHLRDILRQRDDAQERLSLFRCEQQNNNNAPGDPVIRGIHHNMTSDPHSWKNRSLHVADLQSKLRRARQELEEKGEELLDNQQHVEMLEAELRKLHQQVRELSAMAALSRGYRDELDALRERSRRSEAQVNALNEKLRAMEIFQRSLQEEKEFSRALLEDKEVLEHQLAAERERSEKLRLCEKEKHSLEETIQRLEMERDSECQRVQFLLHDNLTLAEEVRVLREETQRGWERVYESHGDTMSVWEREHEGEADQGWERMQEADPDFLDLNSELSQALLRLEKENQNLRERLQALSGEIVDPMNKGQHVQTDGEQGGKTQPQIRSPDFCVREEPDGGSLGERDRQVEGNRKIQDKIEKEKSQSTECKETDEKNDSQRKLEGSVEGIEPRQLEGIRSERQSKEAKFQLAGKQSFNKLCQASVDKETPAGSNVEIKSKEQQSCGRQLEEHCHKVQLLTGCLEEISLEQKSDDNYWQKKLSRETEVIKRQLEKSALEIDLLKRQMKEKQEEVQYKQSQLSESTEEKIALQRKLQDNAEKMLSLQKQLDKSIKECNLLKQEHQGTEKQSHKKQHEDGNEEMQTQMKRLEESSKEILSLQRQLQDFLKKEESLQKQLEANDKMAETQHRHLTERSEELILLKTQLDDMEQSHHRQMEDSAKELESLKDKLKAYQEQEQMLNRKLQEITGELKSLKRQLEENNEEKHCQQRQLQESVMEVEALQKQLLKTLESKELETQLKESAEEIQLLGKQLKESRDAEALRRQLQETKGQSFKKQLQENAEEIQSLKNQLNERTAETITHEMQLTERESLEKSLKGQLEERTLHIQSLQNQLEKKTEEEESLKRRLEDNTREKQLQQSQLDVSIKEIETLKRQLKESDNDQIKYSADHIESLKRLEEREKVEQLLKRELQVSAEEVQSLKKQLNDRQEKSLSRDLEEKEVLLRQLQQTNDSMKKQLDEKSKYIEDLTIRLEVNSEKEGTLQTRLEEIETLKGKLKEASNELQSQKILLETNKVTEDSLNRKLLDSSDEIQSLKRLLEEEKAQCKQKQEYEEMKESPLGQDNDLGELHSLKRQLQESNEEMQSLMRQLEKSAAEVQTVKRQFQESAEKIQLQKRHLEESVGESLSLKRQLEERVGREQSLKRQLDECTAKVQLLKKQHKEHAEENTKWKSQLEEKEKEMQHMKRQLNETIRDSLEKESCKSAEIQSLKRELEESRESLTAQSFKSELQESNNKIETLQRRLQEREDEIETLERKLQESADEVDLQKKQLDESLVKARSLTKQLNDKEGYELILKRQVEEVSLWAEDLQRQLNNNSTAKVSSRKRQMPESTGEGALHKKQMEGDKAECLSPKTPQREGETPLTKEKLQVNVQEITTQTKESDGEGHEQSTTISNNCTESKNNSPVLFMPKADGNSLYTFVHTSSPFSASSLISLPASTSDTPSFTASTPPSFPLRVLTPNSLPFHVAKPLQLPVSHSISVPESCPTTESAPLAVTTAPSEPAPVSAILPTHSSQSIQTTTFPFPSISSLLPSPDTTLSLLVLELQGVRRERAEMQGRYDSLLKDLQRQEGDLERAQRELRRSRSALRILRQEHQELQERFSQLTVQGEQTQQELKRKVQEQEGTIHESHLENQNLQVELQRLKEELSHMGKTLDERSSDLREMKKQLGTEQREKDNLERERSELREQVQRLEISSTALTEQCQVLSQVKLTLQDQNNLLLSQIHSLSRDNRELLERSLQSGELRQEEERRYREKLTELKHEKQKLLDKIMDQYRVLEPAPVPHSRKSNWITDKMKRLLRAKDRPPRGPGDTSRILNPPAEPPLDPEKTPKSTVTLRRSRSSVTPSSPSLPGSPIRARHAKLSSTIRSSESFSSHDTTPREKFRLRRRGQVHESEGEEPVGGETE

Target ORF information:

RefSeq Version	XM_018257613.1
Organism	Xenopus laevis(African clawed frog)
Definition	Xenopus laevis girdin-like (LOC108713903), mRNA.

Target ORF information:

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

XM_018257613.1

ORF Insert Sequence:

ATGGACACTT GCGATGGTCG GAGCCTTGAA CAGCTGATGG ATGGAGCATT AATCACATGG 
ATTCGGACCT TTGAACAGAC ATATAATTTA GAATATGGGA CACTTTATAC TACCAGGGAC 
CTGCGCAAAG AGTACATGCA GCTATCAGAA GGGGACATGC TGCACTTCAT TATGAGTATT 
ATTGACCCAC GTCCATATCA CGGAGAGCGA GATCTGCACA GCCTGAGAAA ACGACTTCGA 
GCCTATTACC AGGATGGGCT TCAACAACTG ATCTTAATGC CGCTCCCTGA TACAACCTTA 
ATATCCCAGG ATCAAATCAC AGTGTGCTCT GTGCAAGAGA TGGAAAAACT TTTATCACTG 
ATGTTGGGAG CTGCAGTTCA GTGTGAAAGA CGTGAACAAA TTATCACAGG GATCCGGAAC 
CTGATCCTGG ATTCACAGAT CAAGTTGGCA GAGAAAATAC AAGAGATGAC TCAGGACACA 
CAGAAGATAA TAGCTTTCCC TGGGTCTGAG CTTTCTCATC TTTCCCACTC TGACCTTCAG 
GAGGCTGTTC ACATGCTAAG TACCCACCTG AGAGACATTC TGAGACAAAG GGATGATGCC 
CAGGAGCGTC TGTCTCTCTT TCGCTGTGAA CAGCAGAACA ACAACAATGC ACCAGGAGAC 
CCAGTGATCA GAGGGATACA CCACAATATG ACATCTGATC CACATAGTTG GAAGAATCGC 
TCATTGCATG TTGCTGATTT ACAGAGTAAA TTGCGGCGCG CACGCCAAGA ACTAGAAGAA 
AAGGGGGAGG AGTTACTTGA TAACCAGCAG CATGTGGAGA TGCTGGAGGC GGAACTAAGA 
AAACTACATC AACAGGTTAG AGAGTTGTCT GCAATGGCAG CACTTTCTCG AGGATACAGA 
GATGAACTGG ATGCCCTAAG AGAGCGCTCC AGGCGTTCCG AGGCCCAAGT GAATGCTCTC 
AATGAAAAAT TACGTGCCAT GGAGATCTTT CAGCGTTCTT TGCAGGAAGA GAAAGAGTTC 
TCAAGGGCAT TGTTGGAGGA TAAAGAAGTA TTAGAGCACC AACTTGCAGC TGAGAGAGAA 
AGGTCTGAGA AACTGCGTTT GTGTGAGAAA GAAAAACATT CATTGGAGGA AACAATACAG 
AGACTGGAAA TGGAGAGGGA TTCTGAGTGC CAAAGAGTCC AATTTCTTCT CCATGATAAT 
CTTACTTTGG CCGAGGAGGT AAGAGTACTG AGGGAAGAGA CACAAAGGGG ATGGGAGAGA 
GTGTACGAGA GCCATGGAGA CACCATGTCA GTCTGGGAAA GAGAACATGA GGGTGAGGCA 
GACCAAGGCT GGGAAAGAAT GCAAGAAGCA GATCCTGACT TTTTAGATCT TAATTCAGAG 
CTATCACAGG CACTACTGCG TTTAGAGAAA GAAAATCAGA ACTTGCGGGA AAGACTTCAA 
GCTCTCTCTG GAGAAATTGT GGATCCCATG AACAAGGGGC AACATGTCCA GACAGATGGA 
GAGCAAGGTG GGAAGACACA GCCACAGATA AGGTCACCAG ACTTCTGTGT CAGAGAGGAG 
CCAGATGGAG GCAGCTTGGG AGAAAGAGAT CGTCAGGTAG AAGGGAATAG AAAGATACAA 
GATAAAATTG AAAAAGAGAA GTCACAAAGT ACAGAATGTA AAGAGACAGA TGAGAAGAAT 
GACTCACAGA GAAAACTTGA AGGAAGTGTT GAGGGCATTG AGCCCAGGCA GTTAGAAGGT 
ATACGTTCTG AGAGGCAGTC AAAGGAAGCA AAGTTCCAAC TCGCTGGAAA ACAATCATTT 
AACAAATTGT GTCAAGCTAG TGTTGACAAG GAGACACCAG CAGGCAGTAA TGTAGAAATA 
AAATCAAAAG AGCAACAGTC TTGTGGCAGA CAACTAGAGG AGCATTGTCA TAAAGTGCAA 
CTCCTGACAG GGTGTTTGGA AGAAATCTCT CTAGAACAGA AGTCAGATGA CAATTATTGG 
CAAAAAAAAC TGTCACGTGA GACAGAAGTA ATAAAGAGAC AACTAGAAAA GAGTGCTCTA 
GAGATTGACT TACTGAAAAG ACAGATGAAA GAAAAGCAAG AAGAGGTCCA GTACAAGCAG 
AGCCAACTTT CTGAAAGCAC AGAGGAGAAA ATTGCCCTAC AGAGAAAACT TCAAGATAAT 
GCTGAAAAAA TGCTGTCTCT GCAAAAACAG CTGGACAAGA GCATCAAAGA ATGTAATCTG 
TTGAAGCAAG AACATCAAGG TACAGAGAAG CAATCACATA AAAAGCAGCA TGAGGATGGT 
AATGAGGAAA TGCAAACACA GATGAAGAGG CTAGAAGAGA GTTCTAAAGA AATTCTGTCC 
CTTCAAAGAC AGTTGCAAGA CTTTCTTAAA AAAGAGGAGT CATTGCAGAA ACAACTTGAG 
GCCAATGATA AAATGGCAGA GACTCAGCAT AGACATTTGA CTGAGAGATC TGAAGAATTG 
ATATTATTAA AAACACAATT AGATGACATG GAGCAATCAC ATCACCGGCA GATGGAAGAC 
AGTGCTAAAG AGCTGGAGTC ACTAAAGGAT AAGCTAAAGG CATACCAAGA ACAGGAACAA 
ATGCTAAACA GGAAACTCCA AGAAATCACT GGCGAGTTAA AGTCCCTGAA AAGACAACTT 
GAAGAGAATA ACGAGGAAAA ACACTGTCAA CAAAGACAGC TTCAAGAAAG TGTTATGGAA 
GTAGAAGCAC TACAGAAACA GTTGCTAAAG ACATTGGAGT CAAAAGAACT GGAGACTCAG 
CTGAAAGAAA GTGCTGAAGA AATACAGCTA CTAGGTAAAC AGTTAAAAGA GAGCAGAGAT 
GCCGAGGCAT TGAGGAGACA GTTACAAGAA ACAAAGGGAC AATCATTCAA GAAACAGCTT 
CAAGAGAATG CAGAGGAGAT ACAGTCACTA AAAAATCAAC TAAATGAAAG AACAGCAGAG 
ACTATTACAC ACGAGATGCA GCTGACAGAA AGAGAAAGCT TGGAGAAGTC ACTCAAGGGA 
CAGTTGGAAG AGAGAACTCT GCATATTCAG TCACTTCAAA ACCAACTAGA GAAGAAAACT 
GAAGAAGAAG AGTCACTAAA GAGAAGGCTA GAAGACAATA CAAGAGAGAA ACAACTACAA 
CAAAGTCAGT TAGATGTGAG CATTAAGGAA ATAGAGACAT TGAAGAGACA ACTAAAGGAG 
TCTGATAATG ACCAGATAAA ATATTCTGCT GATCACATAG AATCTCTTAA GAGATTAGAA 
GAAAGGGAAA AAGTTGAGCA GCTGTTAAAG AGAGAGTTGC AAGTGAGTGC TGAAGAAGTG 
CAGTCTCTGA AGAAACAACT GAATGATAGA CAAGAGAAAT CTCTCAGCAG AGACCTTGAG 
GAAAAAGAGG TGCTACTGAG ACAGCTGCAG CAAACAAATG ATTCAATGAA GAAACAACTG 
GACGAAAAAT CGAAATACAT TGAAGATCTC ACTATACGGC TTGAAGTGAA TAGTGAAAAG 
GAAGGCACTT TACAGACAAG GCTTGAAGAA ATTGAGACAC TAAAGGGGAA GCTAAAGGAG 
GCCAGTAATG AACTACAATC ACAGAAAATC CTCCTGGAAA CAAACAAAGT AACAGAAGAT 
TCATTAAACA GAAAACTACT GGACAGTTCA GATGAAATAC AGTCATTAAA GAGGCTCTTG 
GAGGAGGAAA AAGCACAATG CAAGCAGAAA CAAGAGTACG AGGAAATGAA GGAATCTCCA 
CTGGGACAGG ATAATGACCT AGGAGAGCTG CATTCATTAA AGAGACAGTT GCAAGAGAGC 
AATGAAGAAA TGCAGTCACT AATGAGGCAG CTGGAAAAGA GTGCAGCAGA GGTACAAACT 
GTAAAGAGGC AGTTTCAAGA AAGTGCAGAG AAAATACAGT TACAGAAAAG ACATCTGGAG 
GAGAGTGTGG GTGAGAGTCT GTCCCTTAAG AGACAACTGG AAGAAAGAGT AGGACGGGAG 
CAGTCTTTGA AGAGACAGCT GGATGAATGC ACTGCCAAAG TCCAACTACT CAAGAAACAG 
CACAAAGAAC ATGCTGAAGA AAACACTAAG TGGAAGAGTC AGTTGGAAGA GAAAGAAAAA 
GAGATGCAAC ATATGAAGAG GCAACTCAAT GAAACAATAA GAGATTCACT TGAAAAAGAG 
TCATGTAAGA GTGCTGAGAT CCAGTCATTA AAGAGAGAAT TGGAAGAAAG TAGAGAATCA 
TTAACAGCAC AGTCGTTTAA AAGTGAACTT CAGGAAAGCA ATAATAAAAT AGAAACTTTA 
CAGAGACGGT TGCAAGAAAG AGAAGATGAG ATTGAAACAT TGGAAAGAAA GCTCCAGGAA 
AGTGCAGATG AGGTAGACCT GCAGAAGAAG CAACTAGATG AAAGCTTAGT TAAGGCACGG 
TCACTAACAA AACAACTAAA TGACAAGGAA GGCTATGAGC TGATACTTAA GAGACAGGTA 
GAAGAGGTTA GTCTGTGGGC AGAAGACCTG CAGAGACAAC TGAATAATAA TAGCACTGCA 
AAGGTTTCCT CTCGCAAGAG ACAGATGCCA GAGAGCACTG GAGAAGGAGC GTTACACAAG 
AAACAGATGG AAGGAGACAA AGCAGAATGT CTGTCCCCTA AAACACCACA GAGAGAAGGA 
GAAACACCTT TAACAAAGGA GAAGTTACAA GTTAATGTTC AAGAAATAAC AACCCAAACC 
AAAGAGTCAG ATGGAGAGGG GCATGAACAA TCAACTACCA TTAGCAATAA CTGTACTGAA 
TCTAAAAACA ACTCACCAGT CCTTTTCATG CCCAAAGCTG ATGGCAATTC CTTATATACA 
TTTGTTCATA CCTCTTCCCC CTTCTCAGCG TCTAGCTTGA TTTCCCTCCC TGCCTCCACT 
TCGGATACCC CATCCTTTAC TGCATCTACA CCACCTTCAT TCCCCCTTCG TGTTTTAACC 
CCAAACTCAT TACCCTTCCA TGTAGCTAAG CCCTTGCAAT TACCTGTCTC TCACTCCATT 
TCTGTCCCTG AATCTTGCCC AACCACTGAA TCTGCCCCAT TGGCAGTCAC AACTGCACCC 
TCAGAACCTG CCCCTGTATC TGCCATACTA CCCACTCATT CATCCCAATC TATACAAACC 
ACCACATTCC CTTTCCCTTC TATATCATCC CTCCTTCCCA GTCCTGATAC CACACTGTCC 
CTGCTGGTAC TGGAGCTGCA GGGAGTGCGA AGAGAACGGG CAGAAATGCA GGGACGCTAC 
GATTCCCTGC TTAAGGACCT GCAGAGACAA GAGGGAGATT TAGAGAGAGC CCAGAGAGAA 
CTGAGGCGTA GCCGGAGTGC ACTGAGAATA CTTAGACAAG AACATCAAGA GCTTCAGGAG 
AGGTTTTCTC AGTTGACTGT GCAGGGAGAG CAAACACAGC AAGAACTTAA AAGAAAAGTG 
CAGGAGCAAG AGGGAACAAT ACATGAATCC CATTTGGAAA ACCAGAATCT GCAAGTAGAA 
CTGCAAAGGC TGAAAGAAGA GCTATCTCAC ATGGGCAAGA CCTTAGACGA GAGATCTTCA 
GATCTTCGGG AGATGAAGAA GCAGCTAGGA ACAGAACAGA GAGAGAAAGA CAACTTGGAA 
AGAGAGCGTA GTGAGCTGCG AGAGCAAGTA CAGCGCCTAG AAATCAGCAG CACAGCACTC 
ACCGAACAAT GTCAGGTGTT ATCCCAGGTG AAACTCACCC TTCAAGACCA AAACAATCTC 
TTGCTGTCAC AGATACACAG TCTCAGTCGG GATAACAGAG AGCTGTTAGA GCGCAGCTTG 
CAGAGTGGAG AGCTGAGACA GGAGGAGGAA AGACGCTACA GGGAGAAACT AACAGAACTT 
AAACACGAAA AACAGAAACT ATTAGATAAA ATCATGGATC AGTACAGAGT TTTGGAACCA 
GCACCCGTTC CACACAGCCG GAAAAGCAAT TGGATAACAG ATAAGATGAA GCGACTACTC 
AGAGCAAAAG ACAGACCCCC ACGAGGGCCA GGGGATACCT CCCGCATCTT AAACCCCCCT 
GCTGAACCAC CACTGGACCC AGAGAAAACA CCCAAAAGTA CAGTAACACT CCGTCGTAGC 
AGAAGCTCAG TCACACCTTC AAGTCCATCT CTCCCAGGCA GTCCTATTCG GGCACGTCAT 
GCAAAATTAA GCTCAACAAT TCGTAGCAGC GAATCATTTA GCAGTCATGA TACCACCCCC 
CGGGAGAAAT TTCGACTGAG GCGCAGGGGA CAGGTCCATG AAAGTGAGGG GGAGGAGCCT 
GTAGGTGGAG AGACTGAATG A

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

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LOC108713903 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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