LOC108714172 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108714172
Entrez Gene ID	108714172
Full Name	collagen, type XXIV, alpha 1 L homeolog
General protein information	Preferred Names collagen, type XXIV, alpha 1 L homeolog Names collagen alpha-1(XXIV) chain-like
Gene Type	protein-coding
Organism	Xenopus laevis(African clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018258139.1	XP_018113628.1	collagen alpha-1(XXIV) chain-like

Pathways from BioSystems
Gene Ontology

The following LOC108714172 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108714172 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
OAf28735	XM_018258139.1 Latest version!	Xenopus laevis collagen alpha-1(XXIV) chain-like (LOC108714172), transcript variant X1, 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)

LOC108714172 ( XM_018258139.1 ) cDNA ORF clone, Xenopus laevis(African clawed frog) -> XP_018113628.1 Xenopus laevis collagen alpha-1(XXIV) chain-like (LOC108714172), transcript variant X1, mRNA.

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CloneID	OAf28735
Clone ID Related Accession (Same CDS sequence)	XM_018258139.1
Accession Version	XM_018258139.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5004bp) 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	collagen alpha-1(XXIV) chain-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##

ATGCATTTAG GAGCCCAAAG GACAAGGAGT GGAAACATCT CTCCCACAGC AAGAACGATA 
AAACTTCTGT TTTGCATTGC AATATGCACA ACTCTAGCCA TTTCAGAAAA ACAAGGACAT 
GGTATAGACA TTCTGCACAG ATTAGGCCCT GGAAGCAAAG ATTCAACTTC TTCCCCAATG 
ACACCTCTGT CAGCAACTTC AGAATATCAA GACTTGAACT TAACAGAATC TGTTGTTTTC 
ACAAAAGATA CAGTTATTGA ATACCCAATA GACAGCCATT TTGTTTCTTT ATTGAAAAAA 
TCATTTACAA TATTAGTAAG TCTTCGTTCA GATAGCGTTA ATAATGCCTT CCTCTTCAGT 
ATTAGAAATA GAAGTAGACT CAGTTTCGGA GTGCAGCTCC TTCCCAAAAA GATAGTTGTC 
TACACAGGAG GGAAGCAGTC TGTATATTTT GATTACAGTG TTCATGATGG ACAGTGGCAA 
AACTTTGCTA TTGCAATTGA AGAAAAGTCA GTATCCTTGT TAGCTGACTG TGGAAAGAAG 
TACTTCAGCA AAGATGCTGT GTTCGAAAGC CAGACGTTGG TTTCTGGTAG TTTGTTTACG 
TTAGGAAGAA TGAATCTTCA TTCTATTCAC TTTGAAGGGG TGATATGTCA GCTTGAGATA 
ATTCCCTCTG CAGCAGCTTC CACAAACTAC TGTAAATATT TGAAAAAACT GTGTCTGCAC 
TCGGATACCT ACCGATCTCA GCCAACAGTT CAAACACCAG GACTTCTTTC ATCGTTTCCT 
CATTTTCAAC CTAATACAAA TACCAGAAAT GAAATGCAGT CAAAGATTAG TTTAAAAAGC 
ATCAAAGAAT TAAATGTGCC AACAAATGTA ACCTCAGTGC CTCCTGTGAC TCAAAATACT 
TTTCTACGTG GAAATGGTAC TTCTATTGTA AGTAAAACAA ATGTAGCTAA TGTCACTGAT 
CAGTTAACTG GGAATAATAC CGACAAAAGT AAGAGCATAA ATACATCAAC AAGCCATCAA 
AGCCAAGCTC AAGAGGAGAA GACAGCAATT GCTACACACC CAGTGTTATT ACCCAGCAAA 
AGAACTGATG ACCAGGACAA GACCGAGAAA GGAAATATTA AGCACGAAGG AGAACGTTTT 
GTGGAAATGC ACCCTGTAAA CCGGACATTA TATAGGACTA CCACTTATGA CTCTACAGAC 
AACCAACTTG ATTTGTGGGA TGATACCATT TTACCCGAAT TTGATAATTA TAATACTGAA 
AACAGTTATG AAATTGACAT GGAAAATTAT GATTATGACT ATGAGGAATT TGCAACAGAC 
CATGTGAAAG GCGAAAAAGG GGATTCCGGA CTATCAGGTC AACCAGGTCC TCCAGGTTTG 
CCAGGCCCCC CAGGAAAGAG AGGTCCAAGG GGAATGATTG GACCTCATGG GAATCCAGGT 
TTACCTGGTC CACCTGGCTC CAAGGGTCCA AAAGGAGATC CAGGATTGTC ACCTGGGCAA 
GCACCATCAG GAGAGAAGGG AGATCCAGGT CCTCCAGGCT TCATAGGAGA TCGTGGGCCT 
CTAGGTCAAA TGGGTGCTAA AGGATATCCA GGGCAACCAG GTCCACCAGG AGAGAAGGGA 
ATTCCTGGAA TGACTGGCAG TGCTGGGGCT CTTGGTTACC CTGGCAGGCA GGGTTTAGCT 
GGACCAGAAG GTATCATGGG CCCTAAAGGT GTTAGAGGTT TTATTGGCAT ACCAGGGGTT 
CCTGGACCTC CCGGACCTGA AGGAGAAAGA GGTGTACCAG GGCCACCTGG GAAGAAAGGG 
CCCAAGGGTG GGCAGGGATT TCCAGGAGAA TTTGGTGACA GAGGCCCTCC AGGTGCAGAT 
GGAAGCCCTG GAACTGTTGG TGGTGTCGGA CAGGCTGGAT TTCCTGGACT TAGAGGTGAT 
ATTGGGCCAG CCGGACCAGC TGGATCTCCA GGGATTCCTG GTCCTCAGGG TCCTCCTGGA 
AACATGGGCC TGCCTGGAAT GAAAGGTGAT AAGGGGGAAC CAGGCTTTTC AGGAGAACCA 
GGAGAGCCAG GATATCCAGG AGATAAGGGT GCAGTTGGTT TACCAGGACC ACCAGGATTG 
AAAGGAAAAG TAGGACCCCT GGGAAGAATT GGAGATCAAG GACTACAGGG ATTACCTGGT 
CCCCCTGGCC CAGAGGGTTT TCCAGGAGAC ATTGGAATGC CAGGGTTAAA TGGGCCTGAA 
GGGCCAAAGG GTGTGCTTGG TGAAAGAGGA CCTCCAGGAC CACAAGGCCC AAAGGGTATA 
GAGGGGGACG AAGGGCCAGT TGGACCTCAA GGTGGACTTG GACCAAGGGG AAGACCAGGC 
CGTAAAGGAT ATGCCGGTGA ACCAGGCTTA GAAGGTTTAA AGGGTGAAGT TGGTAACCTA 
GGAAATATTG GAAAACCTGG AGAACTAGGG CCTGCTGGAA TGCCTGGAGA GAATGGACCA 
TCTGGAGGAC CTGGAGAAAA AGGAGACCGT GGAAACCCTG GCCCTGAAGG CCCTGCTGGT 
GAAAAGGGTA TAGAAGGCTA TCCAGGAGCT CCAGGCTTAG GTGGACCAAT TGGACCTTCA 
GGACCACCTG GTCCACCTGG TCCAAGAGGA CCTCCAGGTG TGCAGGGCCC AAAGGGTAGA 
AGGGGGCCTC AAGGGCCTGA AGGTCCAACA GGAGAACAAG GCATGGAAGG AATGAAGGGA 
GAACATGGCG AACCTGGAAA AAAAGGCTTA CCTGGGCAAA TTGGAAAAGC TGGTCATCCT 
GGAGACAGAG GTGAACAAGG AAAATCGGGT CCTCCAGGCA CCCCTGGAAG TATGGGAGAC 
AAGGGACCAA CTGGAGAGCC AGGACAAAAG GGACCACAAG GTGAAACTGG ACCACCTGGG 
GAAACAGGCC TTGAGGGTCC TCCTGGAACT GAGGGAGAAG TTGGTCCACA AGGAGAGCCT 
GGTGTAAAGG GAGAACTTGG TCCTCCTGGA AATGTTGGAG CACAAGGAGA GCCAGGTTTA 
CGGGGGGATC CTGGACCTCC AGGGGAAGAA GGCATTCAGG GCAAAGATGG ACCCAAGGGA 
GAGCAAGGGG ATAATGGTCC TAAAGGTGAA AATGGGGAAA AAGGAGAAGA AGGAATTCCA 
GGAATTCAGG GTCCTTCTGG CGAGCCTGGC CACGTGGGCC CACAAGGGCC AGAAGGAAAG 
CCAGGAAATC CCGGTCAAAG AGGTCGCCCT GGCAAAAAGG GAGAAAAGGG ACAAATGGGA 
CCAGTTGGAG AAATTGGAAG CCCCGGAGAC CAAGGTTTAC TTGGGGAACT GGGACCCAAG 
GGAACACGAG GAACAAGAGG ACAACTGGGG CACTTAGGGT CAATGGGGCC AGAAGGGGAG 
TCTGGGATTC CAGGATATGG GGGACATCAT GGTCAACCAG GGCCTCCAGG ACCGCCAGGG 
CCTAAAGGGC AAAAGGGTTA TCCGGGTGAA GACAGTACTG TATATGGGCC AGTGGGTCCC 
CCAGGTGAAC CAGGGTCTGC TGGAGAACAT GGAGACAGGG GAGAAGCTGG AGATGAAGGA 
TACAAGGGTC ATGTTGGAGT TATTGGGCCA AGAGGATCAT TTGGACAGCA AGGATCACCA 
GGGGAAACAG GCATTACTGG TGAATCCGGG CAAAAGGGAG AAAGAGGTGT TGAGGGTCCT 
AATGGAAAGA AAGGAGCGAG GGGTCCTCCT GGCAAACCTG GAATTCCTGG ACCTCCAGGG 
CTAGTTGGAA TAAGGGGTGC TGCTGGACTT CCTGGATCAG ACTCTGTCAT TGGAAATCCT 
GGAAAGCCTG GTTTACCTGG AAAATCAGGA TTGTCGGGGG AAAAGGGCAG TGCTGGCCTG 
CCTGGAATAG CTGGATATCC AGGAGCTCGA GGGGAGAAAG GTTCTAATGG TATTGCAGGT 
ACCTCTGGGC AACCAGGACT AAAGGGTGAG CAAGGTCTTC AAGGTCATCC AGGAAAATCA 
GGTGTAAGAG GCTTTCCTGG ATCTGATGGT GACCAAGGAC CAAAAGGGGA GCCTGGATTA 
AAAGGGTTTC CTGGGGAAGA TGGTGATCAA GGCTTAATGG GCTTCCAAGG ATTCCCAGGA 
CCAAAAGGTC CCACTGGAGA CATTGGTGTA ATGGGCATTA TTGGTCCTAA AGGTCCACCT 
GGCCAAGTCG GATTCAGTGG TCCTGTAGGT CCACCTGGAA TAATAGGGCC TATTGGTAAA 
CTGGGTAATA GAGGCGACAA AGGTGCACAA GGAGAAATGG GCCCCCAAGG ACCCAGAGGC 
CACCCGGGTC CTCCTGGTCC ACCGGGATTG CAAGGACCAC CGAAATATGT GGATATGAAT 
GCTGCTATTC AGGCCTTGAT TAACTCACAT GCTGCCTTGC AGATTGAGAG TTATCAGAAC 
ACAGAAGTAA CAATATTAGA TTATAGTGCA GAGATTTTTA AAACCCTACA CTACCTGACT 
AATTTAATGC ACAGTATAAA GAATCCACCT GGGACTCGGG ATAACCCAGC TCGCATCTGT 
CGTGATCTGG TCAACTGTGA ACGCAAAGTG GCTGATGGAA AATATTGGAT TGATCCAAAC 
CTAGGATGCC CTTCAGATGC TATTCAAGTT TTCTGCAATT TCACTGCTGG TGGACAGACA 
TGCTTGTCAC CTGTCACTGT GACAGAGTTG AATTTTGGTG TGGGGAAAGT CCAAATGAAT 
TTTCTGCATT TGCTGAGCAC AGAGGCAGTT CATACTCTCA CTATTCACTG TCTGAACACG 
CCTGTCTTGG GCACTGAGAC ACATGGGCTA ACACCTATCA CCTTCAAAGG ATGGAATGGT 
CACATGTTTG AAGGGAAGAG ATTACCTGCT ACAAATATCC TTCTGGACGA ATGCATGGTG 
CAAGATGGCA GCTGGCACAA AACGCAGTTT CAGTTTTTTA CGCACGAAAC CAACCAGCTT 
CCAATTGTTG AAATCCAGAC GTTTCCCCAA CTTAAGGCAA CACAGCAGAA TTACTTAGAA 
AACGGTCAGC TCTGCTTCCT TTGA

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

RefSeq	XP_018113628.1
CDS	500..5503
Translation	MHLGAQRTRSGNISPTARTIKLLFCIAICTTLAISEKQGHGIDILHRLGPGSKDSTSSPMTPLSATSEYQDLNLTESVVFTKDTVIEYPIDSHFVSLLKKSFTILVSLRSDSVNNAFLFSIRNRSRLSFGVQLLPKKIVVYTGGKQSVYFDYSVHDGQWQNFAIAIEEKSVSLLADCGKKYFSKDAVFESQTLVSGSLFTLGRMNLHSIHFEGVICQLEIIPSAAASTNYCKYLKKLCLHSDTYRSQPTVQTPGLLSSFPHFQPNTNTRNEMQSKISLKSIKELNVPTNVTSVPPVTQNTFLRGNGTSIVSKTNVANVTDQLTGNNTDKSKSINTSTSHQSQAQEEKTAIATHPVLLPSKRTDDQDKTEKGNIKHEGERFVEMHPVNRTLYRTTTYDSTDNQLDLWDDTILPEFDNYNTENSYEIDMENYDYDYEEFATDHVKGEKGDSGLSGQPGPPGLPGPPGKRGPRGMIGPHGNPGLPGPPGSKGPKGDPGLSPGQAPSGEKGDPGPPGFIGDRGPLGQMGAKGYPGQPGPPGEKGIPGMTGSAGALGYPGRQGLAGPEGIMGPKGVRGFIGIPGVPGPPGPEGERGVPGPPGKKGPKGGQGFPGEFGDRGPPGADGSPGTVGGVGQAGFPGLRGDIGPAGPAGSPGIPGPQGPPGNMGLPGMKGDKGEPGFSGEPGEPGYPGDKGAVGLPGPPGLKGKVGPLGRIGDQGLQGLPGPPGPEGFPGDIGMPGLNGPEGPKGVLGERGPPGPQGPKGIEGDEGPVGPQGGLGPRGRPGRKGYAGEPGLEGLKGEVGNLGNIGKPGELGPAGMPGENGPSGGPGEKGDRGNPGPEGPAGEKGIEGYPGAPGLGGPIGPSGPPGPPGPRGPPGVQGPKGRRGPQGPEGPTGEQGMEGMKGEHGEPGKKGLPGQIGKAGHPGDRGEQGKSGPPGTPGSMGDKGPTGEPGQKGPQGETGPPGETGLEGPPGTEGEVGPQGEPGVKGELGPPGNVGAQGEPGLRGDPGPPGEEGIQGKDGPKGEQGDNGPKGENGEKGEEGIPGIQGPSGEPGHVGPQGPEGKPGNPGQRGRPGKKGEKGQMGPVGEIGSPGDQGLLGELGPKGTRGTRGQLGHLGSMGPEGESGIPGYGGHHGQPGPPGPPGPKGQKGYPGEDSTVYGPVGPPGEPGSAGEHGDRGEAGDEGYKGHVGVIGPRGSFGQQGSPGETGITGESGQKGERGVEGPNGKKGARGPPGKPGIPGPPGLVGIRGAAGLPGSDSVIGNPGKPGLPGKSGLSGEKGSAGLPGIAGYPGARGEKGSNGIAGTSGQPGLKGEQGLQGHPGKSGVRGFPGSDGDQGPKGEPGLKGFPGEDGDQGLMGFQGFPGPKGPTGDIGVMGIIGPKGPPGQVGFSGPVGPPGIIGPIGKLGNRGDKGAQGEMGPQGPRGHPGPPGPPGLQGPPKYVDMNAAIQALINSHAALQIESYQNTEVTILDYSAEIFKTLHYLTNLMHSIKNPPGTRDNPARICRDLVNCERKVADGKYWIDPNLGCPSDAIQVFCNFTAGGQTCLSPVTVTELNFGVGKVQMNFLHLLSTEAVHTLTIHCLNTPVLGTETHGLTPITFKGWNGHMFEGKRLPATNILLDECMVQDGSWHKTQFQFFTHETNQLPIVEIQTFPQLKATQQNYLENGQLCFL

Target ORF information:

RefSeq Version	XM_018258139.1
Organism	Xenopus laevis(African clawed frog)
Definition	Xenopus laevis collagen alpha-1(XXIV) chain-like (LOC108714172), transcript variant X1, mRNA.

Target ORF information:

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

XM_018258139.1

ORF Insert Sequence:

ATGCATTTAG GAGCCCAAAG GACAAGGAGT GGAAACATCT CTCCCACAGC AAGAACGATA 
AAACTTCTGT TTTGCATTGC AATATGCACA ACTCTAGCCA TTTCAGAAAA ACAAGGACAT 
GGTATAGACA TTCTGCACAG ATTAGGCCCT GGAAGCAAAG ATTCAACTTC TTCCCCAATG 
ACACCTCTGT CAGCAACTTC AGAATATCAA GACTTGAACT TAACAGAATC TGTTGTTTTC 
ACAAAAGATA CAGTTATTGA ATACCCAATA GACAGCCATT TTGTTTCTTT ATTGAAAAAA 
TCATTTACAA TATTAGTAAG TCTTCGTTCA GATAGCGTTA ATAATGCCTT CCTCTTCAGT 
ATTAGAAATA GAAGTAGACT CAGTTTCGGA GTGCAGCTCC TTCCCAAAAA GATAGTTGTC 
TACACAGGAG GGAAGCAGTC TGTATATTTT GATTACAGTG TTCATGATGG ACAGTGGCAA 
AACTTTGCTA TTGCAATTGA AGAAAAGTCA GTATCCTTGT TAGCTGACTG TGGAAAGAAG 
TACTTCAGCA AAGATGCTGT GTTCGAAAGC CAGACGTTGG TTTCTGGTAG TTTGTTTACG 
TTAGGAAGAA TGAATCTTCA TTCTATTCAC TTTGAAGGGG TGATATGTCA GCTTGAGATA 
ATTCCCTCTG CAGCAGCTTC CACAAACTAC TGTAAATATT TGAAAAAACT GTGTCTGCAC 
TCGGATACCT ACCGATCTCA GCCAACAGTT CAAACACCAG GACTTCTTTC ATCGTTTCCT 
CATTTTCAAC CTAATACAAA TACCAGAAAT GAAATGCAGT CAAAGATTAG TTTAAAAAGC 
ATCAAAGAAT TAAATGTGCC AACAAATGTA ACCTCAGTGC CTCCTGTGAC TCAAAATACT 
TTTCTACGTG GAAATGGTAC TTCTATTGTA AGTAAAACAA ATGTAGCTAA TGTCACTGAT 
CAGTTAACTG GGAATAATAC CGACAAAAGT AAGAGCATAA ATACATCAAC AAGCCATCAA 
AGCCAAGCTC AAGAGGAGAA GACAGCAATT GCTACACACC CAGTGTTATT ACCCAGCAAA 
AGAACTGATG ACCAGGACAA GACCGAGAAA GGAAATATTA AGCACGAAGG AGAACGTTTT 
GTGGAAATGC ACCCTGTAAA CCGGACATTA TATAGGACTA CCACTTATGA CTCTACAGAC 
AACCAACTTG ATTTGTGGGA TGATACCATT TTACCCGAAT TTGATAATTA TAATACTGAA 
AACAGTTATG AAATTGACAT GGAAAATTAT GATTATGACT ATGAGGAATT TGCAACAGAC 
CATGTGAAAG GCGAAAAAGG GGATTCCGGA CTATCAGGTC AACCAGGTCC TCCAGGTTTG 
CCAGGCCCCC CAGGAAAGAG AGGTCCAAGG GGAATGATTG GACCTCATGG GAATCCAGGT 
TTACCTGGTC CACCTGGCTC CAAGGGTCCA AAAGGAGATC CAGGATTGTC ACCTGGGCAA 
GCACCATCAG GAGAGAAGGG AGATCCAGGT CCTCCAGGCT TCATAGGAGA TCGTGGGCCT 
CTAGGTCAAA TGGGTGCTAA AGGATATCCA GGGCAACCAG GTCCACCAGG AGAGAAGGGA 
ATTCCTGGAA TGACTGGCAG TGCTGGGGCT CTTGGTTACC CTGGCAGGCA GGGTTTAGCT 
GGACCAGAAG GTATCATGGG CCCTAAAGGT GTTAGAGGTT TTATTGGCAT ACCAGGGGTT 
CCTGGACCTC CCGGACCTGA AGGAGAAAGA GGTGTACCAG GGCCACCTGG GAAGAAAGGG 
CCCAAGGGTG GGCAGGGATT TCCAGGAGAA TTTGGTGACA GAGGCCCTCC AGGTGCAGAT 
GGAAGCCCTG GAACTGTTGG TGGTGTCGGA CAGGCTGGAT TTCCTGGACT TAGAGGTGAT 
ATTGGGCCAG CCGGACCAGC TGGATCTCCA GGGATTCCTG GTCCTCAGGG TCCTCCTGGA 
AACATGGGCC TGCCTGGAAT GAAAGGTGAT AAGGGGGAAC CAGGCTTTTC AGGAGAACCA 
GGAGAGCCAG GATATCCAGG AGATAAGGGT GCAGTTGGTT TACCAGGACC ACCAGGATTG 
AAAGGAAAAG TAGGACCCCT GGGAAGAATT GGAGATCAAG GACTACAGGG ATTACCTGGT 
CCCCCTGGCC CAGAGGGTTT TCCAGGAGAC ATTGGAATGC CAGGGTTAAA TGGGCCTGAA 
GGGCCAAAGG GTGTGCTTGG TGAAAGAGGA CCTCCAGGAC CACAAGGCCC AAAGGGTATA 
GAGGGGGACG AAGGGCCAGT TGGACCTCAA GGTGGACTTG GACCAAGGGG AAGACCAGGC 
CGTAAAGGAT ATGCCGGTGA ACCAGGCTTA GAAGGTTTAA AGGGTGAAGT TGGTAACCTA 
GGAAATATTG GAAAACCTGG AGAACTAGGG CCTGCTGGAA TGCCTGGAGA GAATGGACCA 
TCTGGAGGAC CTGGAGAAAA AGGAGACCGT GGAAACCCTG GCCCTGAAGG CCCTGCTGGT 
GAAAAGGGTA TAGAAGGCTA TCCAGGAGCT CCAGGCTTAG GTGGACCAAT TGGACCTTCA 
GGACCACCTG GTCCACCTGG TCCAAGAGGA CCTCCAGGTG TGCAGGGCCC AAAGGGTAGA 
AGGGGGCCTC AAGGGCCTGA AGGTCCAACA GGAGAACAAG GCATGGAAGG AATGAAGGGA 
GAACATGGCG AACCTGGAAA AAAAGGCTTA CCTGGGCAAA TTGGAAAAGC TGGTCATCCT 
GGAGACAGAG GTGAACAAGG AAAATCGGGT CCTCCAGGCA CCCCTGGAAG TATGGGAGAC 
AAGGGACCAA CTGGAGAGCC AGGACAAAAG GGACCACAAG GTGAAACTGG ACCACCTGGG 
GAAACAGGCC TTGAGGGTCC TCCTGGAACT GAGGGAGAAG TTGGTCCACA AGGAGAGCCT 
GGTGTAAAGG GAGAACTTGG TCCTCCTGGA AATGTTGGAG CACAAGGAGA GCCAGGTTTA 
CGGGGGGATC CTGGACCTCC AGGGGAAGAA GGCATTCAGG GCAAAGATGG ACCCAAGGGA 
GAGCAAGGGG ATAATGGTCC TAAAGGTGAA AATGGGGAAA AAGGAGAAGA AGGAATTCCA 
GGAATTCAGG GTCCTTCTGG CGAGCCTGGC CACGTGGGCC CACAAGGGCC AGAAGGAAAG 
CCAGGAAATC CCGGTCAAAG AGGTCGCCCT GGCAAAAAGG GAGAAAAGGG ACAAATGGGA 
CCAGTTGGAG AAATTGGAAG CCCCGGAGAC CAAGGTTTAC TTGGGGAACT GGGACCCAAG 
GGAACACGAG GAACAAGAGG ACAACTGGGG CACTTAGGGT CAATGGGGCC AGAAGGGGAG 
TCTGGGATTC CAGGATATGG GGGACATCAT GGTCAACCAG GGCCTCCAGG ACCGCCAGGG 
CCTAAAGGGC AAAAGGGTTA TCCGGGTGAA GACAGTACTG TATATGGGCC AGTGGGTCCC 
CCAGGTGAAC CAGGGTCTGC TGGAGAACAT GGAGACAGGG GAGAAGCTGG AGATGAAGGA 
TACAAGGGTC ATGTTGGAGT TATTGGGCCA AGAGGATCAT TTGGACAGCA AGGATCACCA 
GGGGAAACAG GCATTACTGG TGAATCCGGG CAAAAGGGAG AAAGAGGTGT TGAGGGTCCT 
AATGGAAAGA AAGGAGCGAG GGGTCCTCCT GGCAAACCTG GAATTCCTGG ACCTCCAGGG 
CTAGTTGGAA TAAGGGGTGC TGCTGGACTT CCTGGATCAG ACTCTGTCAT TGGAAATCCT 
GGAAAGCCTG GTTTACCTGG AAAATCAGGA TTGTCGGGGG AAAAGGGCAG TGCTGGCCTG 
CCTGGAATAG CTGGATATCC AGGAGCTCGA GGGGAGAAAG GTTCTAATGG TATTGCAGGT 
ACCTCTGGGC AACCAGGACT AAAGGGTGAG CAAGGTCTTC AAGGTCATCC AGGAAAATCA 
GGTGTAAGAG GCTTTCCTGG ATCTGATGGT GACCAAGGAC CAAAAGGGGA GCCTGGATTA 
AAAGGGTTTC CTGGGGAAGA TGGTGATCAA GGCTTAATGG GCTTCCAAGG ATTCCCAGGA 
CCAAAAGGTC CCACTGGAGA CATTGGTGTA ATGGGCATTA TTGGTCCTAA AGGTCCACCT 
GGCCAAGTCG GATTCAGTGG TCCTGTAGGT CCACCTGGAA TAATAGGGCC TATTGGTAAA 
CTGGGTAATA GAGGCGACAA AGGTGCACAA GGAGAAATGG GCCCCCAAGG ACCCAGAGGC 
CACCCGGGTC CTCCTGGTCC ACCGGGATTG CAAGGACCAC CGAAATATGT GGATATGAAT 
GCTGCTATTC AGGCCTTGAT TAACTCACAT GCTGCCTTGC AGATTGAGAG TTATCAGAAC 
ACAGAAGTAA CAATATTAGA TTATAGTGCA GAGATTTTTA AAACCCTACA CTACCTGACT 
AATTTAATGC ACAGTATAAA GAATCCACCT GGGACTCGGG ATAACCCAGC TCGCATCTGT 
CGTGATCTGG TCAACTGTGA ACGCAAAGTG GCTGATGGAA AATATTGGAT TGATCCAAAC 
CTAGGATGCC CTTCAGATGC TATTCAAGTT TTCTGCAATT TCACTGCTGG TGGACAGACA 
TGCTTGTCAC CTGTCACTGT GACAGAGTTG AATTTTGGTG TGGGGAAAGT CCAAATGAAT 
TTTCTGCATT TGCTGAGCAC AGAGGCAGTT CATACTCTCA CTATTCACTG TCTGAACACG 
CCTGTCTTGG GCACTGAGAC ACATGGGCTA ACACCTATCA CCTTCAAAGG ATGGAATGGT 
CACATGTTTG AAGGGAAGAG ATTACCTGCT ACAAATATCC TTCTGGACGA ATGCATGGTG 
CAAGATGGCA GCTGGCACAA AACGCAGTTT CAGTTTTTTA CGCACGAAAC CAACCAGCTT 
CCAATTGTTG AAATCCAGAC GTTTCCCCAA CTTAAGGCAA CACAGCAGAA TTACTTAGAA 
AACGGTCAGC TCTGCTTCCT TTGA

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

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LOC108714172 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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