LOC108711267 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108711267
Entrez Gene ID	108711267
Full Name	TRPM8 channel-associated factor homolog
Gene Type	protein-coding
Organism	Xenopus laevis(African clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018252849.1	XP_018108338.1	TRPM8 channel-associated factor homolog

Pathways from BioSystems
Gene Ontology

The following LOC108711267 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108711267 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
OAf24843	XM_018252849.1 Latest version!	Xenopus laevis TRPM8 channel-associated factor homolog (LOC108711267), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

LOC108711267 ( XM_018252849.1 ) cDNA ORF clone, Xenopus laevis(African clawed frog) -> XP_018108338.1 Xenopus laevis TRPM8 channel-associated factor homolog (LOC108711267), mRNA.

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CloneID	OAf24843
Clone ID Related Accession (Same CDS sequence)	XM_018252849.1
Accession Version	XM_018252849.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4587bp) 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	TRPM8 channel-associated factor homolog
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030728.1) annotated using gene prediction method: Gnomon. 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##

ATGACATTTG ATGAAGATTA CAGTTGCCTA GTTCATGGTG TTGGTTTCCT GGATTTCACT 
GGAAACCCCT TTCCTTGTAA ATTGCTGATA ACAGGAGACA CTGCATTCCC TGTGGTGGTC 
ACTCCTAGAA AGGATGTGCT CGTTGCTGCC GCTCGATATG GAAAAGGAAG GATGGTGGTC 
ATGGCTCATG AGAGTTACCT GAACATGAAG GAGTTTAAGG ACTTTTTACA AAATGTAATA 
GCCTGGCTTT GCCCAACCCC TGATTCTATC ATTGGGATAC ACAACAAACT ACATCTAATT 
GCTGAGATTA TCAGTACTGC TGGTCACAAA ATTAAAAAAA CTAATAGCTT GATTGAGGGC 
CTGGGAGTGT TCTGTACCAA TGGTTATGAT GACAGCCAAG CTCAGCAGAT CATTTCATTT 
GTGCGAGAGG GGGGAGGCCT GCTGATTGGA GCTCAGGCTT GGTCATGGTG TCAAGCTCAC 
AAACAGGAAA ATGTTCTACA CAATTTTCCA GGAAACAAAA TAACATCTGT TTCTGGGGTG 
TACTTCATCA GCGGCACTGG AGAGAAAGGA AAATTCTCTT TGACTGAAAA TATGCCATGG 
AGTTCCATAT ACACACATTT TGACTTCTCA GTGGATCTCA AGCATCTCTT GGATGGTGTA 
TCGAATTTTG AAATTGTTGG GCAGACAGTA CCTTCAGATT TACTCCTTCA TGGGACATTA 
ACATTTCCAA TTGGGCAAAC TGACAACAAA CAGTGTTTTC TAGCTGGTGC CTATTATGGC 
AAAGGGCGTG TACTTGTGGC AGCTCATGAG AGTTTCCTCA CCAAGCCAGA ACTAAAAACT 
TTCATTCTAA ATGCGCTTTC ATGGCTTGAT CTAGGCCAGA AAAGAAAAAT TGGTGTTCAC 
AAAGACCTGG GAAACTTTGC TGAGTTTTTG CAGAATGAAA ACATCTCCTG CCAGGTATCT 
GACTTCACCT CTGAGATGAG TGTTTACTGC TGCCAGTCCT TTAGCAATAA TGAAGTGGAT 
GATATCCATC AGTTTGTTGC AGAAGGGGGT GGTCTCTTCT TTTCTAACCA TGCCTGGAAT 
TGGTCCTATC AAAATGTGGA CAAAAATGTC CTCATTGACT ACCCAGGAAA CAAAGTACTG 
AATAAGTTTG GCATTAGTGT CCTGGAGAGA ACCATCCCTC AAGGCAATTA TAAGGCAGCT 
TATTCTGGTG GTGCTGCTAA CCAGTATCAC TTCCTTGAAA CCATTTCACA GCTGAAAATT 
CAAGATGAGC CAAAAGTTCA GTTAAGCACC TGGCTCTTTA AACTCACACT GGATATCAAC 
GCTTTCAAAA AGCTTCCAGT TTGTCCACTC AATACTGCTT TTCAGTTACA GTATAAAGAA 
TTATTGGAAG ATTGTGATAC TTCTAAGACT AGCAAGCCAA AGCACAAAAC TAGCAGTGCC 
AAACAGGCAT TAATCCTGTG CTTAACACAT GAAGCTGAAG TCCTGGGGCA GGAGCGGGAC 
CTAAATAATT ATGTGGAGAA GGAACCTTCA ATCACAGTGC AGATTGATGC TACAAACCCA 
GGTAAAAATA CCCACAGAAT CACTGGTCTC TACGTAGATC CTAAAAAGAT GGCAGTTCTT 
GAGTTTCCAG ATTCAGCTGT TCATCAGGGT CTTCAGGTGC AAATTGGATG CCATTCGGAT 
AGTGTGTATG CTGAAGAATA TTGTCATGCT CCCGTCATGC ACACAATATA TGTTCTTGAT 
CAGAGGGTTC CAGTATCCTG TTTATGGGGT GGCCCCCTAC ACATAATTGT GAAGGCTAAA 
AGCAACTTGG GTAAAATCGA TGTAAAGGTT TATGGAGCAG TACCAACCTC AACTGCTGTA 
AAGAAAAAAA TTACTCCTAA TGAAGATTAC CAATTTCTGA TCCGTGGTGT TGGCTGTTTG 
GATTTCTCTG GGGATGCTAC ACCCTGCAAG CTGCTGCTAA CAGGAAGTGC TGCACTTCCT 
GTATTAGTGA CTCCTAGAAA TGATGTGCTC ATCGCTGCCT CTCGTTATGG AAAAGGAAAA 
TTGGTGGCAA TCGCCCATGA AAATTATCTG AACATGAAAG AGTTTATGGT TTTTATTCAA 
AATGCAGTAT CCTGGCTTTG TCCAAATTCA GAAGCCATCA TTGGGGTACA CAGTTCCTTT 
GGGCAGCTAT CTGAAACACT CAGTGTCTCT GGCCATAAAG TCCAAATCAG TTCAAGCCTG 
ACTGAGGGCC TGGGAGTGTT CTGTACTAGC GGATATGATG ACAGCCAGGC TCAGGAGATC 
ATCTCCTTTG TGCGACAGGG GGGAGGCCTG CTGATCGGGG CTCAGGCTTG TGAATGGTCC 
AACTGCCACA CAGATGAAAA TGTCCTTCAG CATTTTCCAG GAAACAAAAT AGCATCTGTT 
TCAGGAGTGT ACTTCACTAA AGGCTATGGA GAAAAGGGAA CTTTCATTTT GAGTGAAGAT 
ATGCCATCAT GTCCTATATA TACAGATTTA AACTCATCGA AGGACCTAAA ACATCTCCTG 
AATGGTGTGC CACAATTTGA CATCAGTGGG TCGACTGCCC TTTCAGATCT TCTCCTCCAT 
GGAGCTTTGT CATTTCCAAT TGGATTAACT GACAAGAAAC AATGTTTTCT GGCAGCTGCA 
TATTATGGCA AAGGACGTGT GGTGGTGGCC ACACATGAAG GTTTACTCTT CAAACCAGAG 
CTGACAACAT TTATCCTGAA TGTCCTGTCT TGGCTAGATG ATAGACCGGA CAGAAAAATT 
GGTGTTCATA AAAACTTGGG AAAACTTACT GAGCTTTTAA AAAAAGAAAA CATCCCCTGT 
AATATATCTA ACTTAGTCCC TGATCTAGGT GTCTACTGCT GCACATCCTA CAGTGATGCA 
GAAGCAAAGG CCATCCAAGA GTTTGTTGCA GAGGGGGGAG GACTTCTTAT TGCTGGCCAT 
GCATGGTATT GGTTTTCTCA GAATCCAGAC TGTAATGTCC TTACACACTA CCCTGGAAAC 
AAAATCCTGA ACAAATTTGG TATCAGTATT TTGAATAACA GGATCCCTAA AGGTAGTTAT 
AAATCTATCA ATCCTGATGA AGACATTGAT CAGTATAACC TTCCAAAAGC ATTTTACCAT 
CTAAAGAATG AATTGCAGAA TGAGTCTGAG TTAAAGCTGG CCCTGGCTGC TTGGTTGTTC 
AAAATCAGAC AGGACATCCC TCATTTTCTG AAGCTCCCAG CTAAACCTGT CACTAGATCT 
ATACAGAGTG ATTTTTTAGA TGTGATGCAG TCATGTGCTG TACCTGATGT CAGCAAGCAG 
TCTCCTGTAA ATAGCTGCTC CAAACAGGGG TTAATCCTGT GTTTAACCAA TGATTCTTAT 
GTCATGAGCC AAATGAATGA CCTAGTAAAG AATCTGGAGC AGGGAGATTC AGTCACAGTG 
GAGATTGATG CTACAAACGC AGGTACTGAT GCCTGGAGAA GCACTGGCCT CTACTTAGCT 
CCTAAGAAGG CAGCAGTTCT TGAGTTCCCT GCCTCAGCGG TGAAACAAGG TTTTCAGGTG 
CAGGTTGGCT GTCATTCGGA TGACCTGAGC TCTAAGGATG AGTATTGTCG TGCACCCATT 
GTTGTGCACA AAACGTATGT TATTAGTGAG AAGGTTTCAG TGTCCTGTTA TTGGGGAGGA 
CTTCTGTACA TCATTGTAAA AGCTAAAAGC AACTTGGGTA CAATACCAGT CAAAGTATAT 
GGAACAGAAC CAGCCCCAAC CTTTATAAAG GGTAAAACCA GTCTTGCAAA CTGGAGAGAA 
TCAATCTGCA ATTTGCCTGC TCCGTGGGCT GAGCTGATTA CAGAAAACAT TATCTTGACC 
ATACCCTCAG ATGCTATTCG CTCACTAAGT GACCCAGAAG CCCTGCTGTC TCTTTGGGAT 
AGGATGATGG TCGCTGTTAC TGAGCTTGCA GTCATTCCTG CAAAACTTCC ACGACCAGAG 
AGATTTGTAA CAGATGTGCA GCTTTCACTT GGTTGGATGC ACTCTGGTTA CCCGCTAATG 
TGCCATGTTC AATCTGCTAA AGAATTGACT GATGCTGATG CTATTCAGAG AACTGGAATC 
TGGGGGGCAA TCCACGAGCT TGGACACAAT CAGCAGCAAT CGAATTGGGA GTTCCCACCC 
CATACCACAG AAGCCACGTG TAACCTTTGG TCTGTGTATG TGCATGAAAC AGTTCTGGGA 
ATCCCACGGA ATCAAGCTCA CCCCCAACTA AAGCCAGAAA ACAGGACATC ACGTATCCAA 
AGTTATTTGC AGGATGGATC CAATTTAAAG GAATGGAGCA TGTGGACAGC ATTGGAAACC 
TATCTACAGT TGCAAGAAGG CTTTGGCTGG GAACCATTCA AGCAGCTATT CAAAGATTAC 
CAGAGCATGT TGGGCATCAG AAATGAAAAC AAATTTAAGA TGAACCTGTG GGCGGAGAAG 
TTCTCTGAAG CTGTGCAAAC CAATCTTGTT CCATTCTTTG AGTCCTGGGG CTGGCCCATT 
GAGGAAGCAA CTCGCAGTAA ATTGTCTGCA TTACCTGTAT GGGAGAAGGA TCCCATGAAG 
TCCTATCTTA GTGCAATTAA ATCATAA

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

RefSeq	XP_018108338.1
CDS	2..4588
Translation	MTFDEDYSCLVHGVGFLDFTGNPFPCKLLITGDTAFPVVVTPRKDVLVAAARYGKGRMVVMAHESYLNMKEFKDFLQNVIAWLCPTPDSIIGIHNKLHLIAEIISTAGHKIKKTNSLIEGLGVFCTNGYDDSQAQQIISFVREGGGLLIGAQAWSWCQAHKQENVLHNFPGNKITSVSGVYFISGTGEKGKFSLTENMPWSSIYTHFDFSVDLKHLLDGVSNFEIVGQTVPSDLLLHGTLTFPIGQTDNKQCFLAGAYYGKGRVLVAAHESFLTKPELKTFILNALSWLDLGQKRKIGVHKDLGNFAEFLQNENISCQVSDFTSEMSVYCCQSFSNNEVDDIHQFVAEGGGLFFSNHAWNWSYQNVDKNVLIDYPGNKVLNKFGISVLERTIPQGNYKAAYSGGAANQYHFLETISQLKIQDEPKVQLSTWLFKLTLDINAFKKLPVCPLNTAFQLQYKELLEDCDTSKTSKPKHKTSSAKQALILCLTHEAEVLGQERDLNNYVEKEPSITVQIDATNPGKNTHRITGLYVDPKKMAVLEFPDSAVHQGLQVQIGCHSDSVYAEEYCHAPVMHTIYVLDQRVPVSCLWGGPLHIIVKAKSNLGKIDVKVYGAVPTSTAVKKKITPNEDYQFLIRGVGCLDFSGDATPCKLLLTGSAALPVLVTPRNDVLIAASRYGKGKLVAIAHENYLNMKEFMVFIQNAVSWLCPNSEAIIGVHSSFGQLSETLSVSGHKVQISSSLTEGLGVFCTSGYDDSQAQEIISFVRQGGGLLIGAQACEWSNCHTDENVLQHFPGNKIASVSGVYFTKGYGEKGTFILSEDMPSCPIYTDLNSSKDLKHLLNGVPQFDISGSTALSDLLLHGALSFPIGLTDKKQCFLAAAYYGKGRVVVATHEGLLFKPELTTFILNVLSWLDDRPDRKIGVHKNLGKLTELLKKENIPCNISNLVPDLGVYCCTSYSDAEAKAIQEFVAEGGGLLIAGHAWYWFSQNPDCNVLTHYPGNKILNKFGISILNNRIPKGSYKSINPDEDIDQYNLPKAFYHLKNELQNESELKLALAAWLFKIRQDIPHFLKLPAKPVTRSIQSDFLDVMQSCAVPDVSKQSPVNSCSKQGLILCLTNDSYVMSQMNDLVKNLEQGDSVTVEIDATNAGTDAWRSTGLYLAPKKAAVLEFPASAVKQGFQVQVGCHSDDLSSKDEYCRAPIVVHKTYVISEKVSVSCYWGGLLYIIVKAKSNLGTIPVKVYGTEPAPTFIKGKTSLANWRESICNLPAPWAELITENIILTIPSDAIRSLSDPEALLSLWDRMMVAVTELAVIPAKLPRPERFVTDVQLSLGWMHSGYPLMCHVQSAKELTDADAIQRTGIWGAIHELGHNQQQSNWEFPPHTTEATCNLWSVYVHETVLGIPRNQAHPQLKPENRTSRIQSYLQDGSNLKEWSMWTALETYLQLQEGFGWEPFKQLFKDYQSMLGIRNENKFKMNLWAEKFSEAVQTNLVPFFESWGWPIEEATRSKLSALPVWEKDPMKSYLSAIKS

Target ORF information:

RefSeq Version	XM_018252849.1
Organism	Xenopus laevis(African clawed frog)
Definition	Xenopus laevis TRPM8 channel-associated factor homolog (LOC108711267), mRNA.

Target ORF information:

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

XM_018252849.1

ORF Insert Sequence:

ATGACATTTG ATGAAGATTA CAGTTGCCTA GTTCATGGTG TTGGTTTCCT GGATTTCACT 
GGAAACCCCT TTCCTTGTAA ATTGCTGATA ACAGGAGACA CTGCATTCCC TGTGGTGGTC 
ACTCCTAGAA AGGATGTGCT CGTTGCTGCC GCTCGATATG GAAAAGGAAG GATGGTGGTC 
ATGGCTCATG AGAGTTACCT GAACATGAAG GAGTTTAAGG ACTTTTTACA AAATGTAATA 
GCCTGGCTTT GCCCAACCCC TGATTCTATC ATTGGGATAC ACAACAAACT ACATCTAATT 
GCTGAGATTA TCAGTACTGC TGGTCACAAA ATTAAAAAAA CTAATAGCTT GATTGAGGGC 
CTGGGAGTGT TCTGTACCAA TGGTTATGAT GACAGCCAAG CTCAGCAGAT CATTTCATTT 
GTGCGAGAGG GGGGAGGCCT GCTGATTGGA GCTCAGGCTT GGTCATGGTG TCAAGCTCAC 
AAACAGGAAA ATGTTCTACA CAATTTTCCA GGAAACAAAA TAACATCTGT TTCTGGGGTG 
TACTTCATCA GCGGCACTGG AGAGAAAGGA AAATTCTCTT TGACTGAAAA TATGCCATGG 
AGTTCCATAT ACACACATTT TGACTTCTCA GTGGATCTCA AGCATCTCTT GGATGGTGTA 
TCGAATTTTG AAATTGTTGG GCAGACAGTA CCTTCAGATT TACTCCTTCA TGGGACATTA 
ACATTTCCAA TTGGGCAAAC TGACAACAAA CAGTGTTTTC TAGCTGGTGC CTATTATGGC 
AAAGGGCGTG TACTTGTGGC AGCTCATGAG AGTTTCCTCA CCAAGCCAGA ACTAAAAACT 
TTCATTCTAA ATGCGCTTTC ATGGCTTGAT CTAGGCCAGA AAAGAAAAAT TGGTGTTCAC 
AAAGACCTGG GAAACTTTGC TGAGTTTTTG CAGAATGAAA ACATCTCCTG CCAGGTATCT 
GACTTCACCT CTGAGATGAG TGTTTACTGC TGCCAGTCCT TTAGCAATAA TGAAGTGGAT 
GATATCCATC AGTTTGTTGC AGAAGGGGGT GGTCTCTTCT TTTCTAACCA TGCCTGGAAT 
TGGTCCTATC AAAATGTGGA CAAAAATGTC CTCATTGACT ACCCAGGAAA CAAAGTACTG 
AATAAGTTTG GCATTAGTGT CCTGGAGAGA ACCATCCCTC AAGGCAATTA TAAGGCAGCT 
TATTCTGGTG GTGCTGCTAA CCAGTATCAC TTCCTTGAAA CCATTTCACA GCTGAAAATT 
CAAGATGAGC CAAAAGTTCA GTTAAGCACC TGGCTCTTTA AACTCACACT GGATATCAAC 
GCTTTCAAAA AGCTTCCAGT TTGTCCACTC AATACTGCTT TTCAGTTACA GTATAAAGAA 
TTATTGGAAG ATTGTGATAC TTCTAAGACT AGCAAGCCAA AGCACAAAAC TAGCAGTGCC 
AAACAGGCAT TAATCCTGTG CTTAACACAT GAAGCTGAAG TCCTGGGGCA GGAGCGGGAC 
CTAAATAATT ATGTGGAGAA GGAACCTTCA ATCACAGTGC AGATTGATGC TACAAACCCA 
GGTAAAAATA CCCACAGAAT CACTGGTCTC TACGTAGATC CTAAAAAGAT GGCAGTTCTT 
GAGTTTCCAG ATTCAGCTGT TCATCAGGGT CTTCAGGTGC AAATTGGATG CCATTCGGAT 
AGTGTGTATG CTGAAGAATA TTGTCATGCT CCCGTCATGC ACACAATATA TGTTCTTGAT 
CAGAGGGTTC CAGTATCCTG TTTATGGGGT GGCCCCCTAC ACATAATTGT GAAGGCTAAA 
AGCAACTTGG GTAAAATCGA TGTAAAGGTT TATGGAGCAG TACCAACCTC AACTGCTGTA 
AAGAAAAAAA TTACTCCTAA TGAAGATTAC CAATTTCTGA TCCGTGGTGT TGGCTGTTTG 
GATTTCTCTG GGGATGCTAC ACCCTGCAAG CTGCTGCTAA CAGGAAGTGC TGCACTTCCT 
GTATTAGTGA CTCCTAGAAA TGATGTGCTC ATCGCTGCCT CTCGTTATGG AAAAGGAAAA 
TTGGTGGCAA TCGCCCATGA AAATTATCTG AACATGAAAG AGTTTATGGT TTTTATTCAA 
AATGCAGTAT CCTGGCTTTG TCCAAATTCA GAAGCCATCA TTGGGGTACA CAGTTCCTTT 
GGGCAGCTAT CTGAAACACT CAGTGTCTCT GGCCATAAAG TCCAAATCAG TTCAAGCCTG 
ACTGAGGGCC TGGGAGTGTT CTGTACTAGC GGATATGATG ACAGCCAGGC TCAGGAGATC 
ATCTCCTTTG TGCGACAGGG GGGAGGCCTG CTGATCGGGG CTCAGGCTTG TGAATGGTCC 
AACTGCCACA CAGATGAAAA TGTCCTTCAG CATTTTCCAG GAAACAAAAT AGCATCTGTT 
TCAGGAGTGT ACTTCACTAA AGGCTATGGA GAAAAGGGAA CTTTCATTTT GAGTGAAGAT 
ATGCCATCAT GTCCTATATA TACAGATTTA AACTCATCGA AGGACCTAAA ACATCTCCTG 
AATGGTGTGC CACAATTTGA CATCAGTGGG TCGACTGCCC TTTCAGATCT TCTCCTCCAT 
GGAGCTTTGT CATTTCCAAT TGGATTAACT GACAAGAAAC AATGTTTTCT GGCAGCTGCA 
TATTATGGCA AAGGACGTGT GGTGGTGGCC ACACATGAAG GTTTACTCTT CAAACCAGAG 
CTGACAACAT TTATCCTGAA TGTCCTGTCT TGGCTAGATG ATAGACCGGA CAGAAAAATT 
GGTGTTCATA AAAACTTGGG AAAACTTACT GAGCTTTTAA AAAAAGAAAA CATCCCCTGT 
AATATATCTA ACTTAGTCCC TGATCTAGGT GTCTACTGCT GCACATCCTA CAGTGATGCA 
GAAGCAAAGG CCATCCAAGA GTTTGTTGCA GAGGGGGGAG GACTTCTTAT TGCTGGCCAT 
GCATGGTATT GGTTTTCTCA GAATCCAGAC TGTAATGTCC TTACACACTA CCCTGGAAAC 
AAAATCCTGA ACAAATTTGG TATCAGTATT TTGAATAACA GGATCCCTAA AGGTAGTTAT 
AAATCTATCA ATCCTGATGA AGACATTGAT CAGTATAACC TTCCAAAAGC ATTTTACCAT 
CTAAAGAATG AATTGCAGAA TGAGTCTGAG TTAAAGCTGG CCCTGGCTGC TTGGTTGTTC 
AAAATCAGAC AGGACATCCC TCATTTTCTG AAGCTCCCAG CTAAACCTGT CACTAGATCT 
ATACAGAGTG ATTTTTTAGA TGTGATGCAG TCATGTGCTG TACCTGATGT CAGCAAGCAG 
TCTCCTGTAA ATAGCTGCTC CAAACAGGGG TTAATCCTGT GTTTAACCAA TGATTCTTAT 
GTCATGAGCC AAATGAATGA CCTAGTAAAG AATCTGGAGC AGGGAGATTC AGTCACAGTG 
GAGATTGATG CTACAAACGC AGGTACTGAT GCCTGGAGAA GCACTGGCCT CTACTTAGCT 
CCTAAGAAGG CAGCAGTTCT TGAGTTCCCT GCCTCAGCGG TGAAACAAGG TTTTCAGGTG 
CAGGTTGGCT GTCATTCGGA TGACCTGAGC TCTAAGGATG AGTATTGTCG TGCACCCATT 
GTTGTGCACA AAACGTATGT TATTAGTGAG AAGGTTTCAG TGTCCTGTTA TTGGGGAGGA 
CTTCTGTACA TCATTGTAAA AGCTAAAAGC AACTTGGGTA CAATACCAGT CAAAGTATAT 
GGAACAGAAC CAGCCCCAAC CTTTATAAAG GGTAAAACCA GTCTTGCAAA CTGGAGAGAA 
TCAATCTGCA ATTTGCCTGC TCCGTGGGCT GAGCTGATTA CAGAAAACAT TATCTTGACC 
ATACCCTCAG ATGCTATTCG CTCACTAAGT GACCCAGAAG CCCTGCTGTC TCTTTGGGAT 
AGGATGATGG TCGCTGTTAC TGAGCTTGCA GTCATTCCTG CAAAACTTCC ACGACCAGAG 
AGATTTGTAA CAGATGTGCA GCTTTCACTT GGTTGGATGC ACTCTGGTTA CCCGCTAATG 
TGCCATGTTC AATCTGCTAA AGAATTGACT GATGCTGATG CTATTCAGAG AACTGGAATC 
TGGGGGGCAA TCCACGAGCT TGGACACAAT CAGCAGCAAT CGAATTGGGA GTTCCCACCC 
CATACCACAG AAGCCACGTG TAACCTTTGG TCTGTGTATG TGCATGAAAC AGTTCTGGGA 
ATCCCACGGA ATCAAGCTCA CCCCCAACTA AAGCCAGAAA ACAGGACATC ACGTATCCAA 
AGTTATTTGC AGGATGGATC CAATTTAAAG GAATGGAGCA TGTGGACAGC ATTGGAAACC 
TATCTACAGT TGCAAGAAGG CTTTGGCTGG GAACCATTCA AGCAGCTATT CAAAGATTAC 
CAGAGCATGT TGGGCATCAG AAATGAAAAC AAATTTAAGA TGAACCTGTG GGCGGAGAAG 
TTCTCTGAAG CTGTGCAAAC CAATCTTGTT CCATTCTTTG AGTCCTGGGG CTGGCCCATT 
GAGGAAGCAA CTCGCAGTAA ATTGTCTGCA TTACCTGTAT GGGAGAAGGA TCCCATGAAG 
TCCTATCTTA GTGCAATTAA ATCATAA

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

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LOC108711267 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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