LOC108707415 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108707415
Entrez Gene ID	108707415
Full Name	E3 ubiquitin-protein ligase TTC3-like
Gene Type	protein-coding
Organism	Xenopus laevis(African clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018245426.1	XP_018100915.1	E3 ubiquitin-protein ligase TTC3-like

Pathways from BioSystems
Gene Ontology

The following LOC108707415 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108707415 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
OAf19138	XM_018245426.1 Latest version!	Xenopus laevis E3 ubiquitin-protein ligase TTC3-like (LOC108707415), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

LOC108707415 ( XM_018245426.1 ) cDNA ORF clone, Xenopus laevis(African clawed frog) -> XP_018100915.1 Xenopus laevis E3 ubiquitin-protein ligase TTC3-like (LOC108707415), mRNA.

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CloneID	OAf19138
Clone ID Related Accession (Same CDS sequence)	XM_018245426.1
Accession Version	XM_018245426.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5679bp) 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	E3 ubiquitin-protein ligase TTC3-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030726.1) 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 :: 3% of CDS bases ##RefSeq-Attributes-END##

ATGGAGGCGG GGCATGGCGC GGCGTGCTTA CGTGGGACGC AATCGAATAA CGCTGGAGGA 
GCGGAGGGTT CGGTTCTGCG AGCCACAAGG AACCCTTCAG CAATGGATGG CACTGGGTAC 
CCAGATATTG ACAATGGGAG CTCACATGTT ATTGCCACTT GTTTCCGAGG TCATGAATAT 
CCTCTGCAAA GACCACCTAC ACCTGTTGGG GAGAAAGTGG ATCCTGTTAC ATTCTGGCTC 
TCTCATCCAT TAGAAGTTAT ACATGAACAC TGTGATTTGA TTAAAATTTA TATTTTGTGG 
CCAGTCCTTA AAGCAGATAC ACCTACAGTG CATAATGGAC CAGCATGGGT TGATCCGGAT 
TCTACCGGCT TGTGTCTTAA TAAACTAAAC TTTGTCGAGA TGTTAGAAGA ACTCCTGGAT 
GTAGTAAAGA AAGTGGCGCA TGAGCGACGG TTTATAGAGG GCCTATTAAA GATCGCAAAG 
TCAATGGAAA TGGTTCATTT AAATTATCAG CATGTGTCAG AAGCAATGAG CTGGCTTAAA 
TCAACGGGGG AACTACAGGT TTGCAAGAAA CTGGAAGAAC AAGAGAATTT CAGATGCTTC 
CCCCTGCAGA TATTATTTAT TGACTATGCA CATTACATAA ACAGTATGGC TGAACAGAAA 
TACAATTTCT TTATGTGGAG AAAACATTTT TGCGACCGAT GTGCTGTGGA GTCGGAATGT 
ATTAAGCGAC ACGGTAATGA AGAGTTCTCA AAATCAAATT TTATTTTGGC TGCTGAGCTT 
TATTCGAAAG CCATAGAATA TAGGTCCACA GCACTGCAGA TTTTTACACA GACTCATACT 
GTGGTGATTC AGCAAGTGTA CGGCCACCTT ATCTTTGTCT GCTGTTATGC GCCAAATACT 
CCTGGTCATT TAGACGTACG GAGGAATGCT CTGGCTGACG GTAAGAAGGC TACAGTTCTC 
AAGCCTAAAT GGGCAAAGGG TCACTATCGT TTCTGTGAAG TCCTGTTTCT TATGGGAGAT 
CGAGAGCTAG CGCTTGCTTC CAACGAAAAG GCTCAGCTGC TTTGCAAGGA CAGCCCTGAA 
GGCATCCGAG ACTTAATTAA GCAACATACA AAGATCAAGA GAAAAATAGA GGAGATGAAA 
GATGGAAAGC ATCGGAGATG TACTACCAGA AAGCTAATCC GTGACAAAAA GATTGCTCAG 
CCACCTTCTA TTTTAGTTCC AAAGGAAAAA AAGAATATAT CCTCTAGTCA TAAAGAAGAT 
ATCCCTAATA AGGAAAATGA TGGGGCCGCT TTACAAAATA AGGACAGTAT TTCTGATAAT 
GTAACTGGGC AAAATCAGAA GAAGGGAAAG TCAAAGGGAA AAGTGGGAGA ATCTGAAAAA 
TTAAGGGTGT CTAGTACAAA GCCTGAACCT AAGGAAAACC AGGATGTATC TTGTAAATAT 
TCACAGATGG ATCTATCCAC TCTGCAAGAA ATGGTTAAGA CTCTGGTGCG TGATGGGTGT 
GAAGCACTTG CAGACAGCCG CTGCCATAAT GCACTAGGAT CTTTTTCTAA ATTGCTGGAT 
ATCATCACTC CATCCGACCT CCAGAGATTC TATCTGTCTA ACATCGACTA TGTGGTGCTT 
CTGTACGGCT ATGCTAATGC ACTCTTTGGC ACTGGCCAAT GTGAGGAACT GGCCAAAGCT 
GAAGACCAGC TGAAGAAAAT CATAAGTCAA TTCACCAAAG AGAGGTTTAA CTGCTTGGCT 
TTTTATGGCA TTGGCAATGT ATATTTTAGG CAAAACAGAT TTTCTGATGC CTTAAATCAA 
TATGTGAAAT CACATACTAT GGTAAAGCTC AAGATGATGC CAGGGATTCT AACATGGCCT 
ACTACACCCA TAGTCCTCGA AGAGTCGAGA CCTGAGAAAT TGCAGTCACT TTTAGAAAGC 
CGAATTGAAG AATGCAAGTT TCCTCCAAAG CCAGATGCCA TCTGTCGATA CAAACAGTGC 
CTTAGTTTGC CAAAATCACA GATATATTTT ACAGATCCTG ATTTCAAGGG GTTTATCCGT 
GTGATGTGTT GCCTGTCATG TACAGTGGAG TTCCATGTCT TCTGCTGGAA GAAGCTGAAG 
GCCAACAACT ATTCCGATAA AGCTGACAGG GATTTCCTAA CTATCTCCTG TTTTACTCCT 
GACTGTAAAG GAAAAATCTC TAACATAATT ATTTATGACT CCACCGGACT TGTGAAACGT 
GAGTTTGCAG ATAAGTCTGT TAAGAAGAAA GAACCACAAA GGCCTACGGT TAAGAATAAA 
GGATGTAGCA ATAAGAAGTT AAAAATGCGG TCTGAGAGTA AAACGCAAGT AAAGAAGACC 
ACACCGGAAG AGAACAGGAG CATGACAAAC GATGAGAAAT CACAGAAGCA GCAAGAGAAT 
ATCTCCTCCA ACCAACAGAA TAATAAATGT AATAACCGTT ATAGTGTAGC ACCTCATGAT 
TTAATGATGA CTCTTATACT TAATAAGGAG GAGGTTTTCA AAACTGGAGT GGAGAACACC 
AAAGAATTGT GCAACTCATT AATCTCATGG AATGTTATAA GTCAGGAAGA ACTTGATGGT 
TTTTCCTTTG AAACAACCTG TCGATCATCC TCTGATGAGA TGGCAGTCCT ACTTGCTCAT 
CTGTGCAGCT TAAATAATAG AGTAAAGACT AGAATATTCC TCTACCTGCT GGAAGATTAT 
CCTTTAACTT TAGAACTGCC TGCATTTATA AAGATGATTA GTGATACAGG TCTTCGTGCA 
GCAAAGAAGT TTCAAGCGAT AAGTGTCAGC CTCCTGGAAC AGCTTAATTT CGAGTTGCTG 
GCCGATCGGT GGAATGAAAC CTACGGAAAA CTTTTAAACT TCTACATATC TATAACAGTG 
GAAACAGCTG AGAAACTAAA TCAAGCCGCT ATCCAAATAT TCCGCTGTTT CATATGGTTT 
CTAGACGAGA ATAGATGTGT CCCCTTGCCT GCCGGACTGG ATAGAAATTT AGATAAATAT 
TTCATAGAAA TGGATATACC ATATACCAAA AATGATGTGC TCTACTCTGT TAATAAAGAC 
CCTGTAGAAG CCTCATGTTG CATCAATATA CGAATTAAGT CTGATGAAGA GCAGCCTACT 
AAATGTATCA AAGTAAAGAA CAAACACAAG AAAAAGAAGC AAAATCAGCC CAAGACTTTG 
TATAAGGTTT CTGGTGCAGT AAGTACCCGG TCTCCAGACG ATGACATTTT TACAGAAGAA 
AATACTCTAA GCCTGTTGGA TCCTTATGAG CCTTTTATAA TCCCAGAATA TTTGCGCCCT 
GACATGGAAG AATTTGAAAA TCTTTATGAT CCCACTCCAG GTGGATACAG GATACCATGG 
CAACCCGATA ATACCATGCA GGAAACCCTC TATGAATATT TTTATGATAT TCTGGAAGAG 
CGCGGGCCTT TGGAACTGGA TGATGACATT CTGATTGGGG CATTTAAGGA CTTCCCAGAA 
GAAGCGCACC AGCTGGTTGA AGAGGCTGGC GGTCTAAAGG ACTTCCTTTT GCACTCGGCC 
GAGTTCTTCA TGGTGGGAAA GCTATTGGGA CTGCACACAC ACAAAGTTAT ACTGGAAGAA 
GCATCTGGAA AGGCCAAGCT CAACCCAACG GCTAAAGAAT TCCAGCCTTC CTCTAATAAT 
CCCTTTGATT CAATAATAAG CGAGACTGTG GAAATAAGTA CTGAATACCT TCCACACGAG 
CCTTCAAATC CCTTTCTTTT GTTGCACAAT CAAAGCCCAG TTTTTAATGG CAGTTTAATT 
AGTAATTCTA TAGTTCCAAT GTATGGCTTA AATAGTTTGC CTGTAGTATC TGTAGGGCAC 
CCATTCATAC CCGGTCTTGG TATTGCAATG CAGCCTACAA TAACCATTAA TAGTACCATC 
ATGTGTAATG GAGGCATGCC GCTTCCTAAT AAAGCAGAGC AGCCAGAGCA GTTAAATCCA 
GTCATTCATA ACGCAAGGAC TTTAAATCTC AATCCCAAGG ATGAGGCTGA AACAGAGATT 
ACCAGGACCC AACTTGTTCC ATTAAGGAAA AATATTCTCA CTGGGGTAGT GTCAGTACAG 
GTTGACAGAG ACTTATCTGA GCAGGAAGTA AATACTGAGC CTTATTATCC CTTTGAAGTG 
CAGCAGGGAG ATATTCTACG GATAGAGAAA GAGCATCTTG TGCTGCAGGA TCAGCTAAAA 
GAAGCAACAG AGAAGTATGA CCATCTGCAG AGCCGCTGCA AGGAAGAAAT ATCTGGGCTG 
CAGAAGCAAA TCAAGGAAAC TGTCGAAACG AAGAAGATTA CAAAGAAAGA GCTTGAAATG 
TTTAATCATG AGATGGAAAG CAACACCAAA AAATGGCAAC TAGAGAAAAA AGAGAATCAC 
GACAAGCTGA GAGTGTTAAA GAATGGTATT AAGGCGTCTA ATGAAACTAT CGATAAATAT 
TCAAGGGAGA TTGAGGAAAA GCAGCAGCAA TATTTAACCT ATATAGAGAC GTTTGTACAA 
TCTGGCTTTA ATATCGAAAA TGAAAAAGCA AAACTGGAAA AGCAGATTAA AAGGAGCGAG 
GAAAATCTTC AGGAAAACAA GAAGAGAGCT GTGGCTGCTG AGGTCAACTT CCTTGAGAAC 
CGAAAACAAA CTGAGTTATT AAAGCTGAGG ATTATGGCTG CAAAGGTGGA ACACAGTGCC 
ATCAAGTTAA AAGCCAACAG CATTGCTTCA CCAGCACAAA AAAGCATAGC GGATTTATCT 
CCTTCTTATC TTAAATCTGA AAGCGAGAAA ATAAAGTCCC AGTTTGATGA GAAGATTAAA 
TTAGTGGAAA ATGGAACTAG GTTCTCAGAT ATACAAGGAA TCAGTCTGGC AGCCCCTTCC 
AATGCATCTG TTTTTCAAAC ACTTCTGCAG CCCTCGACCC CCACCCACAA GCTCCCCGGT 
ACAACTAATC CCAGCACCCC GCCACCAGCT TCCGGTTCTG CATCTCAAGC ATCTCTCGAG 
TCCCCATTAA AGCCAATGCG CGAAACAAAA AAAGCCAAAT CTAAAGACAT TAATAAGGAT 
CCCAAACCAC CTCCTGTGAA TATTCCGAAG GCAACAGCAT TACCAGGGAA GGGTCTGGTA 
GCAACCGTTA AGGAGAAAAA AGGAAATGCA CATCTTCAGT CTCCTGGGAA ACCGACGGCA 
TTTGATAAGA TTATTGAAGA GCTGCACGAG ATATTTCCTC ACTACAAAAG CGTGGAACTT 
ACCAACTTTA TCATGGAGCT GCGCAATAAG ACTGGCGGAA CACTTGCTGG CATGAAGCAT 
GACGATGTTG TTAGCAGGGT CACGGAGTAT ATACTGGACA TGCAGGATAA GGCTCCAGCA 
CAGACACCTT GGGTACAAGC AAGTGGAAAT GTCTATCCTT CCACAGTAAT ACCAAAGGCC 
CCGTCACCTC AGCCTAAACA ACCCTGGAGA GTGGTCACTG GTCCAACCAA AAACAAGTGG 
CAGAAATCTG ATGATGCTGA GTCCTGTAAT GAACCGTGTA TTATCTGCCA TGATGAGCTC 
CAACAGTATC CCGTGCAGAA GCTGGACTGC GGCCATTGCT TCCATAGACA CTGTATAAAG 
ACCTGGCTGA ACACACAAAG CACGTGCCCA ACATGCAGAG ATCACGCTCT TCTTCCCGAG 
GATTTCCCGG CCCTCTCTGG GCGCATAAGA ACCGCTTAG

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

RefSeq	XP_018100915.1
CDS	1..5679
Translation	MEAGHGAACLRGTQSNNAGGAEGSVLRATRNPSAMDGTGYPDIDNGSSHVIATCFRGHEYPLQRPPTPVGEKVDPVTFWLSHPLEVIHEHCDLIKIYILWPVLKADTPTVHNGPAWVDPDSTGLCLNKLNFVEMLEELLDVVKKVAHERRFIEGLLKIAKSMEMVHLNYQHVSEAMSWLKSTGELQVCKKLEEQENFRCFPLQILFIDYAHYINSMAEQKYNFFMWRKHFCDRCAVESECIKRHGNEEFSKSNFILAAELYSKAIEYRSTALQIFTQTHTVVIQQVYGHLIFVCCYAPNTPGHLDVRRNALADGKKATVLKPKWAKGHYRFCEVLFLMGDRELALASNEKAQLLCKDSPEGIRDLIKQHTKIKRKIEEMKDGKHRRCTTRKLIRDKKIAQPPSILVPKEKKNISSSHKEDIPNKENDGAALQNKDSISDNVTGQNQKKGKSKGKVGESEKLRVSSTKPEPKENQDVSCKYSQMDLSTLQEMVKTLVRDGCEALADSRCHNALGSFSKLLDIITPSDLQRFYLSNIDYVVLLYGYANALFGTGQCEELAKAEDQLKKIISQFTKERFNCLAFYGIGNVYFRQNRFSDALNQYVKSHTMVKLKMMPGILTWPTTPIVLEESRPEKLQSLLESRIEECKFPPKPDAICRYKQCLSLPKSQIYFTDPDFKGFIRVMCCLSCTVEFHVFCWKKLKANNYSDKADRDFLTISCFTPDCKGKISNIIIYDSTGLVKREFADKSVKKKEPQRPTVKNKGCSNKKLKMRSESKTQVKKTTPEENRSMTNDEKSQKQQENISSNQQNNKCNNRYSVAPHDLMMTLILNKEEVFKTGVENTKELCNSLISWNVISQEELDGFSFETTCRSSSDEMAVLLAHLCSLNNRVKTRIFLYLLEDYPLTLELPAFIKMISDTGLRAAKKFQAISVSLLEQLNFELLADRWNETYGKLLNFYISITVETAEKLNQAAIQIFRCFIWFLDENRCVPLPAGLDRNLDKYFIEMDIPYTKNDVLYSVNKDPVEASCCINIRIKSDEEQPTKCIKVKNKHKKKKQNQPKTLYKVSGAVSTRSPDDDIFTEENTLSLLDPYEPFIIPEYLRPDMEEFENLYDPTPGGYRIPWQPDNTMQETLYEYFYDILEERGPLELDDDILIGAFKDFPEEAHQLVEEAGGLKDFLLHSAEFFMVGKLLGLHTHKVILEEASGKAKLNPTAKEFQPSSNNPFDSIISETVEISTEYLPHEPSNPFLLLHNQSPVFNGSLISNSIVPMYGLNSLPVVSVGHPFIPGLGIAMQPTITINSTIMCNGGMPLPNKAEQPEQLNPVIHNARTLNLNPKDEAETEITRTQLVPLRKNILTGVVSVQVDRDLSEQEVNTEPYYPFEVQQGDILRIEKEHLVLQDQLKEATEKYDHLQSRCKEEISGLQKQIKETVETKKITKKELEMFNHEMESNTKKWQLEKKENHDKLRVLKNGIKASNETIDKYSREIEEKQQQYLTYIETFVQSGFNIENEKAKLEKQIKRSEENLQENKKRAVAAEVNFLENRKQTELLKLRIMAAKVEHSAIKLKANSIASPAQKSIADLSPSYLKSESEKIKSQFDEKIKLVENGTRFSDIQGISLAAPSNASVFQTLLQPSTPTHKLPGTTNPSTPPPASGSASQASLESPLKPMRETKKAKSKDINKDPKPPPVNIPKATALPGKGLVATVKEKKGNAHLQSPGKPTAFDKIIEELHEIFPHYKSVELTNFIMELRNKTGGTLAGMKHDDVVSRVTEYILDMQDKAPAQTPWVQASGNVYPSTVIPKAPSPQPKQPWRVVTGPTKNKWQKSDDAESCNEPCIICHDELQQYPVQKLDCGHCFHRHCIKTWLNTQSTCPTCRDHALLPEDFPALSGRIRTA

Target ORF information:

RefSeq Version	XM_018245426.1
Organism	Xenopus laevis(African clawed frog)
Definition	Xenopus laevis E3 ubiquitin-protein ligase TTC3-like (LOC108707415), mRNA.

Target ORF information:

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

XM_018245426.1

ORF Insert Sequence:

ATGGAGGCGG GGCATGGCGC GGCGTGCTTA CGTGGGACGC AATCGAATAA CGCTGGAGGA 
GCGGAGGGTT CGGTTCTGCG AGCCACAAGG AACCCTTCAG CAATGGATGG CACTGGGTAC 
CCAGATATTG ACAATGGGAG CTCACATGTT ATTGCCACTT GTTTCCGAGG TCATGAATAT 
CCTCTGCAAA GACCACCTAC ACCTGTTGGG GAGAAAGTGG ATCCTGTTAC ATTCTGGCTC 
TCTCATCCAT TAGAAGTTAT ACATGAACAC TGTGATTTGA TTAAAATTTA TATTTTGTGG 
CCAGTCCTTA AAGCAGATAC ACCTACAGTG CATAATGGAC CAGCATGGGT TGATCCGGAT 
TCTACCGGCT TGTGTCTTAA TAAACTAAAC TTTGTCGAGA TGTTAGAAGA ACTCCTGGAT 
GTAGTAAAGA AAGTGGCGCA TGAGCGACGG TTTATAGAGG GCCTATTAAA GATCGCAAAG 
TCAATGGAAA TGGTTCATTT AAATTATCAG CATGTGTCAG AAGCAATGAG CTGGCTTAAA 
TCAACGGGGG AACTACAGGT TTGCAAGAAA CTGGAAGAAC AAGAGAATTT CAGATGCTTC 
CCCCTGCAGA TATTATTTAT TGACTATGCA CATTACATAA ACAGTATGGC TGAACAGAAA 
TACAATTTCT TTATGTGGAG AAAACATTTT TGCGACCGAT GTGCTGTGGA GTCGGAATGT 
ATTAAGCGAC ACGGTAATGA AGAGTTCTCA AAATCAAATT TTATTTTGGC TGCTGAGCTT 
TATTCGAAAG CCATAGAATA TAGGTCCACA GCACTGCAGA TTTTTACACA GACTCATACT 
GTGGTGATTC AGCAAGTGTA CGGCCACCTT ATCTTTGTCT GCTGTTATGC GCCAAATACT 
CCTGGTCATT TAGACGTACG GAGGAATGCT CTGGCTGACG GTAAGAAGGC TACAGTTCTC 
AAGCCTAAAT GGGCAAAGGG TCACTATCGT TTCTGTGAAG TCCTGTTTCT TATGGGAGAT 
CGAGAGCTAG CGCTTGCTTC CAACGAAAAG GCTCAGCTGC TTTGCAAGGA CAGCCCTGAA 
GGCATCCGAG ACTTAATTAA GCAACATACA AAGATCAAGA GAAAAATAGA GGAGATGAAA 
GATGGAAAGC ATCGGAGATG TACTACCAGA AAGCTAATCC GTGACAAAAA GATTGCTCAG 
CCACCTTCTA TTTTAGTTCC AAAGGAAAAA AAGAATATAT CCTCTAGTCA TAAAGAAGAT 
ATCCCTAATA AGGAAAATGA TGGGGCCGCT TTACAAAATA AGGACAGTAT TTCTGATAAT 
GTAACTGGGC AAAATCAGAA GAAGGGAAAG TCAAAGGGAA AAGTGGGAGA ATCTGAAAAA 
TTAAGGGTGT CTAGTACAAA GCCTGAACCT AAGGAAAACC AGGATGTATC TTGTAAATAT 
TCACAGATGG ATCTATCCAC TCTGCAAGAA ATGGTTAAGA CTCTGGTGCG TGATGGGTGT 
GAAGCACTTG CAGACAGCCG CTGCCATAAT GCACTAGGAT CTTTTTCTAA ATTGCTGGAT 
ATCATCACTC CATCCGACCT CCAGAGATTC TATCTGTCTA ACATCGACTA TGTGGTGCTT 
CTGTACGGCT ATGCTAATGC ACTCTTTGGC ACTGGCCAAT GTGAGGAACT GGCCAAAGCT 
GAAGACCAGC TGAAGAAAAT CATAAGTCAA TTCACCAAAG AGAGGTTTAA CTGCTTGGCT 
TTTTATGGCA TTGGCAATGT ATATTTTAGG CAAAACAGAT TTTCTGATGC CTTAAATCAA 
TATGTGAAAT CACATACTAT GGTAAAGCTC AAGATGATGC CAGGGATTCT AACATGGCCT 
ACTACACCCA TAGTCCTCGA AGAGTCGAGA CCTGAGAAAT TGCAGTCACT TTTAGAAAGC 
CGAATTGAAG AATGCAAGTT TCCTCCAAAG CCAGATGCCA TCTGTCGATA CAAACAGTGC 
CTTAGTTTGC CAAAATCACA GATATATTTT ACAGATCCTG ATTTCAAGGG GTTTATCCGT 
GTGATGTGTT GCCTGTCATG TACAGTGGAG TTCCATGTCT TCTGCTGGAA GAAGCTGAAG 
GCCAACAACT ATTCCGATAA AGCTGACAGG GATTTCCTAA CTATCTCCTG TTTTACTCCT 
GACTGTAAAG GAAAAATCTC TAACATAATT ATTTATGACT CCACCGGACT TGTGAAACGT 
GAGTTTGCAG ATAAGTCTGT TAAGAAGAAA GAACCACAAA GGCCTACGGT TAAGAATAAA 
GGATGTAGCA ATAAGAAGTT AAAAATGCGG TCTGAGAGTA AAACGCAAGT AAAGAAGACC 
ACACCGGAAG AGAACAGGAG CATGACAAAC GATGAGAAAT CACAGAAGCA GCAAGAGAAT 
ATCTCCTCCA ACCAACAGAA TAATAAATGT AATAACCGTT ATAGTGTAGC ACCTCATGAT 
TTAATGATGA CTCTTATACT TAATAAGGAG GAGGTTTTCA AAACTGGAGT GGAGAACACC 
AAAGAATTGT GCAACTCATT AATCTCATGG AATGTTATAA GTCAGGAAGA ACTTGATGGT 
TTTTCCTTTG AAACAACCTG TCGATCATCC TCTGATGAGA TGGCAGTCCT ACTTGCTCAT 
CTGTGCAGCT TAAATAATAG AGTAAAGACT AGAATATTCC TCTACCTGCT GGAAGATTAT 
CCTTTAACTT TAGAACTGCC TGCATTTATA AAGATGATTA GTGATACAGG TCTTCGTGCA 
GCAAAGAAGT TTCAAGCGAT AAGTGTCAGC CTCCTGGAAC AGCTTAATTT CGAGTTGCTG 
GCCGATCGGT GGAATGAAAC CTACGGAAAA CTTTTAAACT TCTACATATC TATAACAGTG 
GAAACAGCTG AGAAACTAAA TCAAGCCGCT ATCCAAATAT TCCGCTGTTT CATATGGTTT 
CTAGACGAGA ATAGATGTGT CCCCTTGCCT GCCGGACTGG ATAGAAATTT AGATAAATAT 
TTCATAGAAA TGGATATACC ATATACCAAA AATGATGTGC TCTACTCTGT TAATAAAGAC 
CCTGTAGAAG CCTCATGTTG CATCAATATA CGAATTAAGT CTGATGAAGA GCAGCCTACT 
AAATGTATCA AAGTAAAGAA CAAACACAAG AAAAAGAAGC AAAATCAGCC CAAGACTTTG 
TATAAGGTTT CTGGTGCAGT AAGTACCCGG TCTCCAGACG ATGACATTTT TACAGAAGAA 
AATACTCTAA GCCTGTTGGA TCCTTATGAG CCTTTTATAA TCCCAGAATA TTTGCGCCCT 
GACATGGAAG AATTTGAAAA TCTTTATGAT CCCACTCCAG GTGGATACAG GATACCATGG 
CAACCCGATA ATACCATGCA GGAAACCCTC TATGAATATT TTTATGATAT TCTGGAAGAG 
CGCGGGCCTT TGGAACTGGA TGATGACATT CTGATTGGGG CATTTAAGGA CTTCCCAGAA 
GAAGCGCACC AGCTGGTTGA AGAGGCTGGC GGTCTAAAGG ACTTCCTTTT GCACTCGGCC 
GAGTTCTTCA TGGTGGGAAA GCTATTGGGA CTGCACACAC ACAAAGTTAT ACTGGAAGAA 
GCATCTGGAA AGGCCAAGCT CAACCCAACG GCTAAAGAAT TCCAGCCTTC CTCTAATAAT 
CCCTTTGATT CAATAATAAG CGAGACTGTG GAAATAAGTA CTGAATACCT TCCACACGAG 
CCTTCAAATC CCTTTCTTTT GTTGCACAAT CAAAGCCCAG TTTTTAATGG CAGTTTAATT 
AGTAATTCTA TAGTTCCAAT GTATGGCTTA AATAGTTTGC CTGTAGTATC TGTAGGGCAC 
CCATTCATAC CCGGTCTTGG TATTGCAATG CAGCCTACAA TAACCATTAA TAGTACCATC 
ATGTGTAATG GAGGCATGCC GCTTCCTAAT AAAGCAGAGC AGCCAGAGCA GTTAAATCCA 
GTCATTCATA ACGCAAGGAC TTTAAATCTC AATCCCAAGG ATGAGGCTGA AACAGAGATT 
ACCAGGACCC AACTTGTTCC ATTAAGGAAA AATATTCTCA CTGGGGTAGT GTCAGTACAG 
GTTGACAGAG ACTTATCTGA GCAGGAAGTA AATACTGAGC CTTATTATCC CTTTGAAGTG 
CAGCAGGGAG ATATTCTACG GATAGAGAAA GAGCATCTTG TGCTGCAGGA TCAGCTAAAA 
GAAGCAACAG AGAAGTATGA CCATCTGCAG AGCCGCTGCA AGGAAGAAAT ATCTGGGCTG 
CAGAAGCAAA TCAAGGAAAC TGTCGAAACG AAGAAGATTA CAAAGAAAGA GCTTGAAATG 
TTTAATCATG AGATGGAAAG CAACACCAAA AAATGGCAAC TAGAGAAAAA AGAGAATCAC 
GACAAGCTGA GAGTGTTAAA GAATGGTATT AAGGCGTCTA ATGAAACTAT CGATAAATAT 
TCAAGGGAGA TTGAGGAAAA GCAGCAGCAA TATTTAACCT ATATAGAGAC GTTTGTACAA 
TCTGGCTTTA ATATCGAAAA TGAAAAAGCA AAACTGGAAA AGCAGATTAA AAGGAGCGAG 
GAAAATCTTC AGGAAAACAA GAAGAGAGCT GTGGCTGCTG AGGTCAACTT CCTTGAGAAC 
CGAAAACAAA CTGAGTTATT AAAGCTGAGG ATTATGGCTG CAAAGGTGGA ACACAGTGCC 
ATCAAGTTAA AAGCCAACAG CATTGCTTCA CCAGCACAAA AAAGCATAGC GGATTTATCT 
CCTTCTTATC TTAAATCTGA AAGCGAGAAA ATAAAGTCCC AGTTTGATGA GAAGATTAAA 
TTAGTGGAAA ATGGAACTAG GTTCTCAGAT ATACAAGGAA TCAGTCTGGC AGCCCCTTCC 
AATGCATCTG TTTTTCAAAC ACTTCTGCAG CCCTCGACCC CCACCCACAA GCTCCCCGGT 
ACAACTAATC CCAGCACCCC GCCACCAGCT TCCGGTTCTG CATCTCAAGC ATCTCTCGAG 
TCCCCATTAA AGCCAATGCG CGAAACAAAA AAAGCCAAAT CTAAAGACAT TAATAAGGAT 
CCCAAACCAC CTCCTGTGAA TATTCCGAAG GCAACAGCAT TACCAGGGAA GGGTCTGGTA 
GCAACCGTTA AGGAGAAAAA AGGAAATGCA CATCTTCAGT CTCCTGGGAA ACCGACGGCA 
TTTGATAAGA TTATTGAAGA GCTGCACGAG ATATTTCCTC ACTACAAAAG CGTGGAACTT 
ACCAACTTTA TCATGGAGCT GCGCAATAAG ACTGGCGGAA CACTTGCTGG CATGAAGCAT 
GACGATGTTG TTAGCAGGGT CACGGAGTAT ATACTGGACA TGCAGGATAA GGCTCCAGCA 
CAGACACCTT GGGTACAAGC AAGTGGAAAT GTCTATCCTT CCACAGTAAT ACCAAAGGCC 
CCGTCACCTC AGCCTAAACA ACCCTGGAGA GTGGTCACTG GTCCAACCAA AAACAAGTGG 
CAGAAATCTG ATGATGCTGA GTCCTGTAAT GAACCGTGTA TTATCTGCCA TGATGAGCTC 
CAACAGTATC CCGTGCAGAA GCTGGACTGC GGCCATTGCT TCCATAGACA CTGTATAAAG 
ACCTGGCTGA ACACACAAAG CACGTGCCCA ACATGCAGAG ATCACGCTCT TCTTCCCGAG 
GATTTCCCGG CCCTCTCTGG GCGCATAAGA ACCGCTTAG

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

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LOC108707415 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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