LOC108703232 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108703232
Entrez Gene ID	108703232
Full Name	unconventional myosin-XV-like
Gene Type	protein-coding
Organism	Xenopus laevis(African clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018239314.1	XP_018094803.1	unconventional myosin-XV-like

Pathways from BioSystems
Gene Ontology

The following LOC108703232 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108703232 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
OAf49027	XM_018239314.1 Latest version!	Xenopus laevis unconventional myosin-XV-like (LOC108703232), 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)

LOC108703232 ( XM_018239314.1 ) cDNA ORF clone, Xenopus laevis(African clawed frog) -> XP_018094803.1 Xenopus laevis unconventional myosin-XV-like (LOC108703232), mRNA.

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CloneID	OAf49027
Clone ID Related Accession (Same CDS sequence)	XM_018239314.1
Accession Version	XM_018239314.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6003bp) 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	unconventional myosin-XV-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030741.1) 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##

ATGAGAGAAA AAATCTTAAC TCCGCTGACA GTGGAAAGTG CTGTTGATGC CAGAGATGCT 
ATTGCCAAGA TTTTATACTC CCTGCTGTTC AGCTGGCTCA CAGAAAGGAT CAACAAGCTG 
GTGTATCCCA AGCAGGATGC ATTGTCCATT GCTATACTGG ACATATTCGG GTTTGAGGAT 
CTCAGTTTTA ATAGCTTCGA GCAGCTGTGC ATCAATTATG CAAATGAATA CCTGCAATTC 
TTCTTCAACA AGATTATATT CAGGGAGGAA CAGGAGGAGT ACATCCGTGA GCAGATCGAC 
TGGAGGGAAA TTTCTTTCAG TGATAATCAA GCGTGTATAG ACATCATTTC CCAGAAGCCC 
CATGGAATTC TCAGGATATT GGATGACCAA AGCGGCTTTC CTCAGGCCAC AGACCACACG 
TTTCTACAGA AGTGCCATTA CCAGCATGGC ACCAGTGACT TGTACTGTAA GCCAAAGATG 
CCTTTACCTG AGTTTGGAAT CAAGCATTTT GCTGGAAAAG TGACTTACCA GGTCCACCAA 
TTCTTGGACA AAAATTATGA CCAGGTTAGA CAAGATGTCC TGGATCTTTT TGTCAACAGC 
AAAATTAAGG TGGTAGCCAA CTTGTTCTTC AGCCATGCCC AGGTTCTGGC CCAGCAGAAA 
ACCATGATGG GGAAGGGCAA CACAGTCACC CGGAAGTACA AGGCCTCCAC CGTGGCTGCA 
AAGTTCCAGC AATCCCTGCT AGAGCTTGTG GAAAAGATGG AGAGGTGTAA TCCATTTTTT 
GTGAGATGTA TGAAACCCAA CAGTAGGAAG GAACCAAATC TGTTTGAAGC AGACATTGTT 
ACCAGTCAGC TCAAGTACTC TGGTATTTTA GAGACCATTC GAATCCGGAA GGAGGGTTTT 
CCTGTCCGGA TGTCTTTCTC CTTTTTTCTG AGCAGGTACC GTTGTGTCAT GGATCTTGGG 
CGGAATGTCC GAATAGATGG ACAGACGTGT GTCACTGCTC TAAAGAAGCT CTGCCCGTCG 
GCTACTCCTT CCATGTACTG CATTGGCGTC AGCAAGCTGT TCATGAAGGA GAAGGTGTAT 
CAGCTGCTGG AAAGCCAACG GGATCAGTTC ATGAACAAAT TTGCGGTGAC TCTACAGCGC 
TACAGTCGTG GTTACCTGAC CCGAAAACGC TTCTACATCC TGAGATACAG GATCATCCAG 
CTACAGGCCC TTGCACGGGG TTATCTGGCC AGGAGGAAAT TTTACAACTG GAGGAAGATA 
ATGACGATGT TCAGGGCAGT GGTCCGTATT TATGTGAATC GGAGGAAGTT CCTGAGGATG 
AAGGCAGAGG CTCGCAGGAT AGAAGAAGAA GAACACAAGA AGGCTGAGCG GGAGCTCACC 
AAGAGAGAAG TGGTGAATGT GACCCACCTG GAACTCCCGG CAGAACTGGC AGGGCTATTG 
CGTTCCACAA CAGCTACGAA AAACCTCACG TTGGATTTTG TCCTGCCCAT TCAAAGCCCC 
CGGGTAGAAG CTGACACCCA ACTAACACTG CCCCTGGACA TCAACAACTA CCTTATGTTT 
AAATATGTGC GGGTTTTCTT TAAGGAGCCA TTATTTGGGA TGCTTACCGT GCCTCATGGG 
TCCTCGCTGC TTCCTGTGGA GGATGATCTG CGGCAGCATG CTATCTCTTC ATTTAAATTG 
ATATTACGGT TCATGGGTGA TCCCTATCTC GGAGGAACCC AGGAGATTTT GTTCGGCAAT 
TACATTGTCC AGAAAGGCCT CTCTAATATT GGGTTGAGGG ATGAGATCCT TGCTCAGGTA 
GCCAATCAAG TGTGGAGAAA CAGCAACCCA AACAATGAAG AACGAGGCTG GTACCTGCTG 
GCCTGCTGTC TAAGCACCTT CGCTCCATCG CCCAATCTGG ACAAGTATCT TCTCAAGTAT 
GTTTCTGATT ATGCACACGA CGGATATAAA CCTGTCTGCC AGCATAAACT CATCCAGGCA 
ATACAAAAGT CCCAGCAAGG TTCCGAAACA TCCAGGAATT TCCCTCCAAG CCAATTAGAG 
TGGACGGCCA GCAGGGAGAG AGCAAATATG GCAATGGACG TCCATTTCTT TGACGGTGAG 
AAAATCTCTT GTCCTATTCA TTCTTGGACT GATGGAGAGG AGATAGCAGG TGACGTACTC 
CGGCACAGGG GTGTGAAAGA AGGCTACAGG GGATGGTCAG TGTCACTAAA AGAAGGAGGA 
CAATGGACAG AGCTCGCTGG CCAAGATTAT GTCCTGGATT TAATTTGTAA TATGGAGCTG 
CCAAGAGATT TCCCCAAACA GAAGTCATAT TTCATCACAA CATCAGAGAC TATCCAGGAG 
AACATCAGCC ACCCCAGTGC AGTATTTGGG AACAGTGGAG AAGCTGGGGA ATCTGTTCCA 
CCACCATCGA CAGCAAAGGC TCCTTCTGTA CCACGTCAAG ATTCTGAAGG TTATCACAAT 
GCAGATTCCG ACTCTGTGAG TGAACCTCAG TCCCAGAAGG GAATGGATAA CTACCTCGAC 
AGTCTGTTTG ATCCTGTTTT ATCCTATGGC AATGGAGACC TGGAGAAGTT AACTGCTTTG 
TCCCAAAAGA TGAAGGGCGG TGGAGGGGTG GGAGGAAGAG ATGGCAGGGA GGTCCCCAGA 
GACTCCAACT TTTCTGGCGA TGAGCCATAC AGTGCTGGTT TGGATGCCCA ACAGCAAGCC 
TACATCAACC AACAAGCCAT ATTGTTGGCT CAGCAGATGA CTATGCAGGC CATGGCTATT 
CAGCAACAGA TGGTGAACAA TCGTTCTGCT GAAATGATCA ACAGACCCAG ACTCCGCATG 
ACAGCCCAGC CTGTCCGTTC AAACTCACAA CGAGTAACCC CAACAGTGGC ACCCATGCCC 
AGAACTGGGG CTCCATTCCA GAGAAAAGTT GTTTATGGGA CTCCAAGTAG GATTCAGAGA 
TCTCCTGCCA GAGAGAGCTC CCAACGCAGA CCTGTATGGG CAGGTCCATC CAACCCCCAC 
CACCCAGATG ACCTTATACA ACACTCTGCA ATGAATTCTG AGCACCACCC AGAGTCAAGC 
CACAACAAGA ACATACTTAA TCGTTATAAG CAACCTGGTG CCATCAGGCA ACCAGGACCT 
GTTGTAAGAA AGCAACCAGA ACATTTTTTC GGTAGAATAA TAGATCCACA TGAAGAGGCC 
CTAAATATGC TGAACAGACA GAGGCCAACC CATCTACTCA CAAGACCAAC ACCAGTCTCC 
AATATGTCTT ATGTTCCCAA GGCACCTAGA GACACTGTGG CCTTTGTAAA GCCTGTTCCT 
AGCATCAAGA CAAAGACACC CGTTGCCAAA CCACCAGTAA GCCATGTCAG ACCAACTACT 
GCACCTACAG TCACTGTTAA CCGGGAACTG TCTGAGGAGC AGGAGAACAT CCAGACCCAA 
CTGCATCGCC AGTATAGTGA AGAGTATTAC ACATACACTA ATGTTCTGTG GCGGATATAT 
ATCAGGAAGG AGGTATTTTA TCCTAGAGAC AGTTTTAACA ACCCCCTGAC CCTTGATCTT 
ATCTTCAAGC AGATTATCAA TGACACCCTC ACAGAGAACT GCATCAGGAT ATCCAAGGAA 
GAGAGGCAAA AGATGAGGTC CCTACTAGCT GGTTTTAGGT TGGACTCCAT CAATGCCATT 
GCTGATGAAA GTGTGAAAAA AAAGATTGTC ACGGTTGCCA GGGAGGAGCT GGAGGTATAC 
TTCTCACGCC TTTTCCCGGC TGCGGGAAGT GAGGGCACAG GTGTTCAGTT CCTCGGAGTG 
TCGCATGTTG GGATAAAACT ACTTAAGTTG CTGAAGAGAA GTGGTTCCAC CCCTGAGCAG 
CTCAGAGTCT TAAGAAGTTA CAGTTACACA GACATCATGT TTGTAACTGT CCTCTCCAAA 
AATATGCTGG AGTTCAACCT GACCAATGAG AAGCTCGTCT TGTTTTCATC GCGCTCAAGT 
CAGGTGAAGA CCATGATAGA CTGCTTCCTG ACGGAACTGA AGAAGGATTC AAACTATGTT 
GTTGCAGTGC AAAATTATGT GACGGAAGAT AAGTCTTTTC TGAGTTTTCA TAAAGGAGAC 
ATTATCCGTC TCCAGGCATT AGATGGACTT GAGAAAGGAT GGAAGTTTGG TGCCATACAT 
AGCCGTGCAG GCCTCTTACC AGCAGAGTGT GTGCAACCAG TGGCCGCTCC AGACTTTGTC 
AATCTCCCAG CTGATAGGAA GGAAGAGCCA CGAAACCGGC AGAGCAGGGC TGCAGCATCA 
GCAGCGGTGG CCGTGGCGGT CGCATCTACA GCTGTCGCTC ATGAATTTGA CAGAAAGATG 
GATGGTTCTC CTACCCCCAG CGAATACGCA GAGAGTTTGG ACGAATATAC AGACCCTAAC 
ACGTCAGAGA TTATGCTTCA AGGAAGTCCG TACAACATGG TGGAATTTGC CAAGAAGTAC 
TTTAGAGAGG GTCAAAGGCT GGCCGCACAA GATAAGTCTC AGAAGATGTC AGGTGACTCT 
AGTAAACAGG GTTCGAAGAA GAGCAAAGAG CCCAAAGATC TCGAGGAGAT GCTAAAATTC 
ACTAAGACTC CCATTCAGGA GTCACTCATT GAGTTCAGTG ACGGAAGCAT GAACAGAATC 
GCAGCTGATG TCTTCACAGG CATCATGAAG TTCATGGGAG ATCTGCCTCT GAAAGGACAG 
TCTGAATTGG ATGCCGTCTA TTCAGTCCTA AAGCTCTGTG GGGAACATGA AGTCATGAAG 
GATGAGGGCT ACTGCCAGAT CATGAAGCAG ATCACGGACA ACACCAGCAG CAACACGGAC 
AGCTGCCAGC GAGGGTGGAG GCTTCTCTTC ATCCTTACGG CCTACTATAA GTGCTCAGAA 
GTGCTGAAGC CTTACCTCTT CAATTTCCTC CAAGATACAT GCAGGAGCCC CGGGTTGCAC 
TACCAAGGGA TTGCCAAGGC ATGTGAGCAG AATCTGCGCA AGACCATTCA ATATGGAGGG 
CGCACTGAAT ATCCAAGTGC CATAGAGCTG AAAGCCATGG TGGCTGGAAG AAGCTCCAAG 
CGACAGCTGT TCCTTCTGCC CGGGGGAATC GAGAGACACC TTAAGATCAA GACATGTTCG 
GTGGCCTTTG ATGTGATTGA GGAGATCTGT ATGGAAATGG GGGTGCACAA GGACGAAGCC 
TTCCATGAAT ACGCCATATT TGCTGTTACC AACAGGGGGC AGAATGTGAG GCCCCTGAAC 
AGGAAAGAAT ATATCCTGGA TGTATCTGCA GAGATGGAAC AGACCGACAG TAACTACATG 
TTCTGGTTCA GGCGCATTAT CTGGGCCCAG CAGCTGAAAT TTGAGAATGA GCTGTATGTG 
ACGATGCATT ATAACCAGGT GCTTCCAGAT TACCTGAAGG GGTTATTCAA TGTTGTGGCT 
CACATAAAAC CCACCGAGCA GCAGTTCCAA CAGATCTCGA GGCTAGCGGC CCTGCAACAT 
CGGGCTAAAG ACAGTGTCTA CCTGCCCACT GCCCGGGAAG TTCAGGACTA CATCCCCAGT 
CAGTTCTACA AGGTCCTGAA GCCCCAGTCT TGGCTGAATA TGGTCATGCA GCACATGCAG 
CAAATCCAAC CGCTCAGCCC GCACCAAGGA CGAGCTCAGT TCTTAGGTAT AGTGAGCGAT 
TTCCCCATGT TTGGCTCGTC CTTCTTCTAC ATCCAGAGCT GCAGCAACAA CACAGTCATC 
GCCCCCTGTA TCTTGGCCGT CAACCAGAAC GGACTGAACT TCCTCAATAA GGAAACGCAT 
GAGCTGGTTG TGACATTCCC ACTGAGCAAC ATCCAGAGCA CTAGGACCCA GCGACCTGCA 
TCAGGGTTCA GCTACCCGTA TGTCGATGTC ATGCTGGGTG ATGTGATGTC ACAGAGAGTT 
ACGCAGCTCC AGCTCGAGCA GGGCCTGGAG CTGTGCAGGG TGGTCGCTAC GCACATGGAG 
AATCTGCTTC AGAGCCGGGA TAAGCACCTC ACCCTCCCAC CCAGTGACAT TACTCTTCTC 
TGA

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

RefSeq	XP_018094803.1
CDS	78..6080
Translation	MREKILTPLTVESAVDARDAIAKILYSLLFSWLTERINKLVYPKQDALSIAILDIFGFEDLSFNSFEQLCINYANEYLQFFFNKIIFREEQEEYIREQIDWREISFSDNQACIDIISQKPHGILRILDDQSGFPQATDHTFLQKCHYQHGTSDLYCKPKMPLPEFGIKHFAGKVTYQVHQFLDKNYDQVRQDVLDLFVNSKIKVVANLFFSHAQVLAQQKTMMGKGNTVTRKYKASTVAAKFQQSLLELVEKMERCNPFFVRCMKPNSRKEPNLFEADIVTSQLKYSGILETIRIRKEGFPVRMSFSFFLSRYRCVMDLGRNVRIDGQTCVTALKKLCPSATPSMYCIGVSKLFMKEKVYQLLESQRDQFMNKFAVTLQRYSRGYLTRKRFYILRYRIIQLQALARGYLARRKFYNWRKIMTMFRAVVRIYVNRRKFLRMKAEARRIEEEEHKKAERELTKREVVNVTHLELPAELAGLLRSTTATKNLTLDFVLPIQSPRVEADTQLTLPLDINNYLMFKYVRVFFKEPLFGMLTVPHGSSLLPVEDDLRQHAISSFKLILRFMGDPYLGGTQEILFGNYIVQKGLSNIGLRDEILAQVANQVWRNSNPNNEERGWYLLACCLSTFAPSPNLDKYLLKYVSDYAHDGYKPVCQHKLIQAIQKSQQGSETSRNFPPSQLEWTASRERANMAMDVHFFDGEKISCPIHSWTDGEEIAGDVLRHRGVKEGYRGWSVSLKEGGQWTELAGQDYVLDLICNMELPRDFPKQKSYFITTSETIQENISHPSAVFGNSGEAGESVPPPSTAKAPSVPRQDSEGYHNADSDSVSEPQSQKGMDNYLDSLFDPVLSYGNGDLEKLTALSQKMKGGGGVGGRDGREVPRDSNFSGDEPYSAGLDAQQQAYINQQAILLAQQMTMQAMAIQQQMVNNRSAEMINRPRLRMTAQPVRSNSQRVTPTVAPMPRTGAPFQRKVVYGTPSRIQRSPARESSQRRPVWAGPSNPHHPDDLIQHSAMNSEHHPESSHNKNILNRYKQPGAIRQPGPVVRKQPEHFFGRIIDPHEEALNMLNRQRPTHLLTRPTPVSNMSYVPKAPRDTVAFVKPVPSIKTKTPVAKPPVSHVRPTTAPTVTVNRELSEEQENIQTQLHRQYSEEYYTYTNVLWRIYIRKEVFYPRDSFNNPLTLDLIFKQIINDTLTENCIRISKEERQKMRSLLAGFRLDSINAIADESVKKKIVTVAREELEVYFSRLFPAAGSEGTGVQFLGVSHVGIKLLKLLKRSGSTPEQLRVLRSYSYTDIMFVTVLSKNMLEFNLTNEKLVLFSSRSSQVKTMIDCFLTELKKDSNYVVAVQNYVTEDKSFLSFHKGDIIRLQALDGLEKGWKFGAIHSRAGLLPAECVQPVAAPDFVNLPADRKEEPRNRQSRAAASAAVAVAVASTAVAHEFDRKMDGSPTPSEYAESLDEYTDPNTSEIMLQGSPYNMVEFAKKYFREGQRLAAQDKSQKMSGDSSKQGSKKSKEPKDLEEMLKFTKTPIQESLIEFSDGSMNRIAADVFTGIMKFMGDLPLKGQSELDAVYSVLKLCGEHEVMKDEGYCQIMKQITDNTSSNTDSCQRGWRLLFILTAYYKCSEVLKPYLFNFLQDTCRSPGLHYQGIAKACEQNLRKTIQYGGRTEYPSAIELKAMVAGRSSKRQLFLLPGGIERHLKIKTCSVAFDVIEEICMEMGVHKDEAFHEYAIFAVTNRGQNVRPLNRKEYILDVSAEMEQTDSNYMFWFRRIIWAQQLKFENELYVTMHYNQVLPDYLKGLFNVVAHIKPTEQQFQQISRLAALQHRAKDSVYLPTAREVQDYIPSQFYKVLKPQSWLNMVMQHMQQIQPLSPHQGRAQFLGIVSDFPMFGSSFFYIQSCSNNTVIAPCILAVNQNGLNFLNKETHELVVTFPLSNIQSTRTQRPASGFSYPYVDVMLGDVMSQRVTQLQLEQGLELCRVVATHMENLLQSRDKHLTLPPSDITLL

Target ORF information:

RefSeq Version	XM_018239314.1
Organism	Xenopus laevis(African clawed frog)
Definition	Xenopus laevis unconventional myosin-XV-like (LOC108703232), mRNA.

Target ORF information:

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

XM_018239314.1

ORF Insert Sequence:

ATGAGAGAAA AAATCTTAAC TCCGCTGACA GTGGAAAGTG CTGTTGATGC CAGAGATGCT 
ATTGCCAAGA TTTTATACTC CCTGCTGTTC AGCTGGCTCA CAGAAAGGAT CAACAAGCTG 
GTGTATCCCA AGCAGGATGC ATTGTCCATT GCTATACTGG ACATATTCGG GTTTGAGGAT 
CTCAGTTTTA ATAGCTTCGA GCAGCTGTGC ATCAATTATG CAAATGAATA CCTGCAATTC 
TTCTTCAACA AGATTATATT CAGGGAGGAA CAGGAGGAGT ACATCCGTGA GCAGATCGAC 
TGGAGGGAAA TTTCTTTCAG TGATAATCAA GCGTGTATAG ACATCATTTC CCAGAAGCCC 
CATGGAATTC TCAGGATATT GGATGACCAA AGCGGCTTTC CTCAGGCCAC AGACCACACG 
TTTCTACAGA AGTGCCATTA CCAGCATGGC ACCAGTGACT TGTACTGTAA GCCAAAGATG 
CCTTTACCTG AGTTTGGAAT CAAGCATTTT GCTGGAAAAG TGACTTACCA GGTCCACCAA 
TTCTTGGACA AAAATTATGA CCAGGTTAGA CAAGATGTCC TGGATCTTTT TGTCAACAGC 
AAAATTAAGG TGGTAGCCAA CTTGTTCTTC AGCCATGCCC AGGTTCTGGC CCAGCAGAAA 
ACCATGATGG GGAAGGGCAA CACAGTCACC CGGAAGTACA AGGCCTCCAC CGTGGCTGCA 
AAGTTCCAGC AATCCCTGCT AGAGCTTGTG GAAAAGATGG AGAGGTGTAA TCCATTTTTT 
GTGAGATGTA TGAAACCCAA CAGTAGGAAG GAACCAAATC TGTTTGAAGC AGACATTGTT 
ACCAGTCAGC TCAAGTACTC TGGTATTTTA GAGACCATTC GAATCCGGAA GGAGGGTTTT 
CCTGTCCGGA TGTCTTTCTC CTTTTTTCTG AGCAGGTACC GTTGTGTCAT GGATCTTGGG 
CGGAATGTCC GAATAGATGG ACAGACGTGT GTCACTGCTC TAAAGAAGCT CTGCCCGTCG 
GCTACTCCTT CCATGTACTG CATTGGCGTC AGCAAGCTGT TCATGAAGGA GAAGGTGTAT 
CAGCTGCTGG AAAGCCAACG GGATCAGTTC ATGAACAAAT TTGCGGTGAC TCTACAGCGC 
TACAGTCGTG GTTACCTGAC CCGAAAACGC TTCTACATCC TGAGATACAG GATCATCCAG 
CTACAGGCCC TTGCACGGGG TTATCTGGCC AGGAGGAAAT TTTACAACTG GAGGAAGATA 
ATGACGATGT TCAGGGCAGT GGTCCGTATT TATGTGAATC GGAGGAAGTT CCTGAGGATG 
AAGGCAGAGG CTCGCAGGAT AGAAGAAGAA GAACACAAGA AGGCTGAGCG GGAGCTCACC 
AAGAGAGAAG TGGTGAATGT GACCCACCTG GAACTCCCGG CAGAACTGGC AGGGCTATTG 
CGTTCCACAA CAGCTACGAA AAACCTCACG TTGGATTTTG TCCTGCCCAT TCAAAGCCCC 
CGGGTAGAAG CTGACACCCA ACTAACACTG CCCCTGGACA TCAACAACTA CCTTATGTTT 
AAATATGTGC GGGTTTTCTT TAAGGAGCCA TTATTTGGGA TGCTTACCGT GCCTCATGGG 
TCCTCGCTGC TTCCTGTGGA GGATGATCTG CGGCAGCATG CTATCTCTTC ATTTAAATTG 
ATATTACGGT TCATGGGTGA TCCCTATCTC GGAGGAACCC AGGAGATTTT GTTCGGCAAT 
TACATTGTCC AGAAAGGCCT CTCTAATATT GGGTTGAGGG ATGAGATCCT TGCTCAGGTA 
GCCAATCAAG TGTGGAGAAA CAGCAACCCA AACAATGAAG AACGAGGCTG GTACCTGCTG 
GCCTGCTGTC TAAGCACCTT CGCTCCATCG CCCAATCTGG ACAAGTATCT TCTCAAGTAT 
GTTTCTGATT ATGCACACGA CGGATATAAA CCTGTCTGCC AGCATAAACT CATCCAGGCA 
ATACAAAAGT CCCAGCAAGG TTCCGAAACA TCCAGGAATT TCCCTCCAAG CCAATTAGAG 
TGGACGGCCA GCAGGGAGAG AGCAAATATG GCAATGGACG TCCATTTCTT TGACGGTGAG 
AAAATCTCTT GTCCTATTCA TTCTTGGACT GATGGAGAGG AGATAGCAGG TGACGTACTC 
CGGCACAGGG GTGTGAAAGA AGGCTACAGG GGATGGTCAG TGTCACTAAA AGAAGGAGGA 
CAATGGACAG AGCTCGCTGG CCAAGATTAT GTCCTGGATT TAATTTGTAA TATGGAGCTG 
CCAAGAGATT TCCCCAAACA GAAGTCATAT TTCATCACAA CATCAGAGAC TATCCAGGAG 
AACATCAGCC ACCCCAGTGC AGTATTTGGG AACAGTGGAG AAGCTGGGGA ATCTGTTCCA 
CCACCATCGA CAGCAAAGGC TCCTTCTGTA CCACGTCAAG ATTCTGAAGG TTATCACAAT 
GCAGATTCCG ACTCTGTGAG TGAACCTCAG TCCCAGAAGG GAATGGATAA CTACCTCGAC 
AGTCTGTTTG ATCCTGTTTT ATCCTATGGC AATGGAGACC TGGAGAAGTT AACTGCTTTG 
TCCCAAAAGA TGAAGGGCGG TGGAGGGGTG GGAGGAAGAG ATGGCAGGGA GGTCCCCAGA 
GACTCCAACT TTTCTGGCGA TGAGCCATAC AGTGCTGGTT TGGATGCCCA ACAGCAAGCC 
TACATCAACC AACAAGCCAT ATTGTTGGCT CAGCAGATGA CTATGCAGGC CATGGCTATT 
CAGCAACAGA TGGTGAACAA TCGTTCTGCT GAAATGATCA ACAGACCCAG ACTCCGCATG 
ACAGCCCAGC CTGTCCGTTC AAACTCACAA CGAGTAACCC CAACAGTGGC ACCCATGCCC 
AGAACTGGGG CTCCATTCCA GAGAAAAGTT GTTTATGGGA CTCCAAGTAG GATTCAGAGA 
TCTCCTGCCA GAGAGAGCTC CCAACGCAGA CCTGTATGGG CAGGTCCATC CAACCCCCAC 
CACCCAGATG ACCTTATACA ACACTCTGCA ATGAATTCTG AGCACCACCC AGAGTCAAGC 
CACAACAAGA ACATACTTAA TCGTTATAAG CAACCTGGTG CCATCAGGCA ACCAGGACCT 
GTTGTAAGAA AGCAACCAGA ACATTTTTTC GGTAGAATAA TAGATCCACA TGAAGAGGCC 
CTAAATATGC TGAACAGACA GAGGCCAACC CATCTACTCA CAAGACCAAC ACCAGTCTCC 
AATATGTCTT ATGTTCCCAA GGCACCTAGA GACACTGTGG CCTTTGTAAA GCCTGTTCCT 
AGCATCAAGA CAAAGACACC CGTTGCCAAA CCACCAGTAA GCCATGTCAG ACCAACTACT 
GCACCTACAG TCACTGTTAA CCGGGAACTG TCTGAGGAGC AGGAGAACAT CCAGACCCAA 
CTGCATCGCC AGTATAGTGA AGAGTATTAC ACATACACTA ATGTTCTGTG GCGGATATAT 
ATCAGGAAGG AGGTATTTTA TCCTAGAGAC AGTTTTAACA ACCCCCTGAC CCTTGATCTT 
ATCTTCAAGC AGATTATCAA TGACACCCTC ACAGAGAACT GCATCAGGAT ATCCAAGGAA 
GAGAGGCAAA AGATGAGGTC CCTACTAGCT GGTTTTAGGT TGGACTCCAT CAATGCCATT 
GCTGATGAAA GTGTGAAAAA AAAGATTGTC ACGGTTGCCA GGGAGGAGCT GGAGGTATAC 
TTCTCACGCC TTTTCCCGGC TGCGGGAAGT GAGGGCACAG GTGTTCAGTT CCTCGGAGTG 
TCGCATGTTG GGATAAAACT ACTTAAGTTG CTGAAGAGAA GTGGTTCCAC CCCTGAGCAG 
CTCAGAGTCT TAAGAAGTTA CAGTTACACA GACATCATGT TTGTAACTGT CCTCTCCAAA 
AATATGCTGG AGTTCAACCT GACCAATGAG AAGCTCGTCT TGTTTTCATC GCGCTCAAGT 
CAGGTGAAGA CCATGATAGA CTGCTTCCTG ACGGAACTGA AGAAGGATTC AAACTATGTT 
GTTGCAGTGC AAAATTATGT GACGGAAGAT AAGTCTTTTC TGAGTTTTCA TAAAGGAGAC 
ATTATCCGTC TCCAGGCATT AGATGGACTT GAGAAAGGAT GGAAGTTTGG TGCCATACAT 
AGCCGTGCAG GCCTCTTACC AGCAGAGTGT GTGCAACCAG TGGCCGCTCC AGACTTTGTC 
AATCTCCCAG CTGATAGGAA GGAAGAGCCA CGAAACCGGC AGAGCAGGGC TGCAGCATCA 
GCAGCGGTGG CCGTGGCGGT CGCATCTACA GCTGTCGCTC ATGAATTTGA CAGAAAGATG 
GATGGTTCTC CTACCCCCAG CGAATACGCA GAGAGTTTGG ACGAATATAC AGACCCTAAC 
ACGTCAGAGA TTATGCTTCA AGGAAGTCCG TACAACATGG TGGAATTTGC CAAGAAGTAC 
TTTAGAGAGG GTCAAAGGCT GGCCGCACAA GATAAGTCTC AGAAGATGTC AGGTGACTCT 
AGTAAACAGG GTTCGAAGAA GAGCAAAGAG CCCAAAGATC TCGAGGAGAT GCTAAAATTC 
ACTAAGACTC CCATTCAGGA GTCACTCATT GAGTTCAGTG ACGGAAGCAT GAACAGAATC 
GCAGCTGATG TCTTCACAGG CATCATGAAG TTCATGGGAG ATCTGCCTCT GAAAGGACAG 
TCTGAATTGG ATGCCGTCTA TTCAGTCCTA AAGCTCTGTG GGGAACATGA AGTCATGAAG 
GATGAGGGCT ACTGCCAGAT CATGAAGCAG ATCACGGACA ACACCAGCAG CAACACGGAC 
AGCTGCCAGC GAGGGTGGAG GCTTCTCTTC ATCCTTACGG CCTACTATAA GTGCTCAGAA 
GTGCTGAAGC CTTACCTCTT CAATTTCCTC CAAGATACAT GCAGGAGCCC CGGGTTGCAC 
TACCAAGGGA TTGCCAAGGC ATGTGAGCAG AATCTGCGCA AGACCATTCA ATATGGAGGG 
CGCACTGAAT ATCCAAGTGC CATAGAGCTG AAAGCCATGG TGGCTGGAAG AAGCTCCAAG 
CGACAGCTGT TCCTTCTGCC CGGGGGAATC GAGAGACACC TTAAGATCAA GACATGTTCG 
GTGGCCTTTG ATGTGATTGA GGAGATCTGT ATGGAAATGG GGGTGCACAA GGACGAAGCC 
TTCCATGAAT ACGCCATATT TGCTGTTACC AACAGGGGGC AGAATGTGAG GCCCCTGAAC 
AGGAAAGAAT ATATCCTGGA TGTATCTGCA GAGATGGAAC AGACCGACAG TAACTACATG 
TTCTGGTTCA GGCGCATTAT CTGGGCCCAG CAGCTGAAAT TTGAGAATGA GCTGTATGTG 
ACGATGCATT ATAACCAGGT GCTTCCAGAT TACCTGAAGG GGTTATTCAA TGTTGTGGCT 
CACATAAAAC CCACCGAGCA GCAGTTCCAA CAGATCTCGA GGCTAGCGGC CCTGCAACAT 
CGGGCTAAAG ACAGTGTCTA CCTGCCCACT GCCCGGGAAG TTCAGGACTA CATCCCCAGT 
CAGTTCTACA AGGTCCTGAA GCCCCAGTCT TGGCTGAATA TGGTCATGCA GCACATGCAG 
CAAATCCAAC CGCTCAGCCC GCACCAAGGA CGAGCTCAGT TCTTAGGTAT AGTGAGCGAT 
TTCCCCATGT TTGGCTCGTC CTTCTTCTAC ATCCAGAGCT GCAGCAACAA CACAGTCATC 
GCCCCCTGTA TCTTGGCCGT CAACCAGAAC GGACTGAACT TCCTCAATAA GGAAACGCAT 
GAGCTGGTTG TGACATTCCC ACTGAGCAAC ATCCAGAGCA CTAGGACCCA GCGACCTGCA 
TCAGGGTTCA GCTACCCGTA TGTCGATGTC ATGCTGGGTG ATGTGATGTC ACAGAGAGTT 
ACGCAGCTCC AGCTCGAGCA GGGCCTGGAG CTGTGCAGGG TGGTCGCTAC GCACATGGAG 
AATCTGCTTC AGAGCCGGGA TAAGCACCTC ACCCTCCCAC CCAGTGACAT TACTCTTCTC 
TGA

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

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LOC108703232 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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