LOC108712560 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108712560
Entrez Gene ID	108712560
Full Name	KIAA1549 S homeolog
General protein information	Preferred Names KIAA1549 S homeolog Names UPF0606 protein KIAA1549-like
Gene Type	protein-coding
Organism	Xenopus laevis(African clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018254800.1	XP_018110289.1	UPF0606 protein KIAA1549-like

Pathways from BioSystems
Gene Ontology

The following LOC108712560 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108712560 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
OAf26298	XM_018254800.1 Latest version!	Xenopus laevis UPF0606 protein KIAA1549-like (LOC108712560), 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)

LOC108712560 ( XM_018254800.1 ) cDNA ORF clone, Xenopus laevis(African clawed frog) -> XP_018110289.1 Xenopus laevis UPF0606 protein KIAA1549-like (LOC108712560), mRNA.

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CloneID	OAf26298
Clone ID Related Accession (Same CDS sequence)	XM_018254800.1
Accession Version	XM_018254800.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6399bp) 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	UPF0606 protein KIAA1549-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030729.1) 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##

ATGTTAGAAG AAGTCCAAAA CTCATCAAAG ACTATAGCAC CCGATGAAGA GTTCCCATTT 
CCCCTATCAC CTGAACCTGT CTTCTTTAGA TCTACCATCA CCCAGTCACA AGATCTTTTA 
CAAACTGGGA GTTATGCAAA CTCGATTGTA CCAAATTCCA ACACTGATGT TTTGGTGGAC 
CAAGTTATAC AAGACTCAAC CTTTCATTTT CAGTGGACCA CATCTATGGC CTCCTCTCAT 
GAATCATCTA ATTCAGTGGT CTCAGATGCA TCACCTGGAC TGAGTTCTAC AGTCCTTTAT 
TCTTCAATCA CCAGGGAAAC GGGACAGTCC CTTGTATTTC TAGAGTCTAG TATGAACAAT 
CCTGCCTTTA TTTCTCCAGA ACACATTGTG GCTACCTCTG CTGTGATTGC CCGTGAAGCA 
TCTTCATATG GAGAACATTT ATCAGTATCA TCAAGTTTAG AAGAGTGCAG CTCAATTTTT 
TGGACAGATA CTTTGTCCCA GTCTGACATT ATTGAAGATA CACTTGGGGG TTCTAATGCA 
CAGCCTACTA CTTCTCTCGA TGCCCCAGTT ATTCAACAGA CTAGCAAACC AATTGAAACC 
ATTTCAAGGG ATGCCAACTT CCTTACAAGT GGAAATGCTT TACAAAGTAT ATTTTCAATA 
TGGCAGTCAA GTACAAAAGT TATTACCCCC AGCCTTTATA TGTCTTTGTC AACCATTCCT 
CTTGACTCTG ATGGTATTGA TCTTTCTAGC AGTCCTCTGG TGACAAGCGG AGACAAAAGC 
CTCACAGCAA TTTCTAGTCC TACTTCCAAT CTAGCACATG AGATATTGGA CCTTAGTTTG 
AATGTTGCTT CATCCAAGCT TCAGTCAGGG GAACAATTAG AAAGCATATC AATTAAACCA 
TCAGCATTTG GTGGAGATAA ATTTTTGACC AGCATGGTGC CAGATTTGGA GGTTGTAGAA 
GAGTCCACTC ATGAAATCTT TGTCAGCGTC TTCCCATCAG TGCCGGTTAC TTCATTGTCT 
TCTTGGCAGC TGGAGAGTTC AGTAGCTCCC ATGGATTTCT CAAGCCTTTT AGATACCAGC 
TTTATGGAAA CACCATCTTC CACCCTTCTA CAGTCCCTTA GTAGAGAACC GGAACCATAT 
GATTTGTCTG TACTTGGCAA CACAATGGCC AAATCAACTT TTATGGATTT CTCAAGTCTT 
TTAGATACCA GCTTTATGGA AACACCATCT TCCACCCTTC GACAGTCCCT TAGTAGAGAA 
CTGGAACCAT ATGATTTGTC TGTAAGTGGC AACACAATGG CCAAATCAAC TTTTATGGAT 
TTCTCAAGTC TTTTAGATAC CAGGTTTATG GAAACACCAT CTTCCACCCT TCTACAGTCC 
CTTAGTAGAG AACCGGAACC ATATGATTTG TCTGTACTTG GCAACACAAT GGCCAAATCA 
ACTTTTATGG ACTCAACCTT TTATGCCACT GACTCTTTGG TACTGGAATC ACCCCTTGCC 
TCTACTGCTG ATACATATAG GACTCTCACG ACCCTTGACC AATCTCTTTT TGAAACTGTG 
AACGCAATAA AAGACACGGC ATCCACCAAT ACTGAATCTG TTATGTATTT TAGTGAAACA 
CTGTTTCCTT TGGAGGAATC TGAGACCTTT TCCTATGTGT TCTCTTCTCA CCGGCCAGTG 
GTTTCTCTTC TTGAACCAAG CAGCACGTTG CCTTCATTTT CTGAAGAAAT GCCTACATCG 
CTCTTTCCTA TGGAATTTAG TGAACCGTCA TCAATCTTTT CTCAGGGCTC ATCTGCTGTG 
ATTTCAACGC CGGAATTATT TTTCAGTAGC TCTGCGCTGG AGTCCAGTTC ATTATCAACA 
GTGGACACTA TGGATTTTGC ACCTTGGCAA ACCTCAACTC CTTACTTAAT TGCCTCACCT 
ACTCCATTTT CCATCAGTGG TGGGGGAGAG AACAGTTCAA GTGTCTTCTC AGAGTCTTCA 
GAGCTTTGGG AGGCAACATC CTCCTTACAG TTGGAGTCTG AGTTTCTGTA TACCTCAAGT 
TTTAATGGTG CTATCTCCAC ATTGCTGCCT TTGTCCCCAG TTTCTGATGC AGATACCGTG 
GTGCAGTCGC TCTACACTTC CACCTTTGAT TATTATACCA GCAGTGACCT GGATACAGAA 
AGTCTTCAGA CATCTTTAGT AACAACATTT TATTTAAGTT CATGGATGTC CATGTCTGTA 
TTTGATGGAA ATACAGTTGT TACTCCAGAA AGCCCTTTGC AGACACATGA ACTGAGTGTA 
ACCCCAACAA TAAACTTATC ACCCACCTTA AGTGAACTTT CCAGCCTGTT AGAGAGCTTT 
GGTGATATGT CCATCTTGAG CTCAACAACC ACCTTACCCT TGTTGTCCAC AGAGAGTATA 
CAGAGTACCC CAAGTCTTCT AGATACCATT AGTGATATGC CCACCCTAAG CATTGAAACC 
ACCTTCATCT TACCACCTTC TTTGACTGTA CCATCCAACC TGAGTATGCC ATACACAGTT 
AGTGAGATTC CATCCACTTC ATACTTACTA CCCACATTGA GTGAGGCTCC TACTTTAACC 
ATGTCATACA CCAGTGATAT ACCAGCCACC TTACTGTTAC CAACCACCTG GAGCGAACAA 
CTCAGTCTGA GTATACTGGA AACATCCAGT TATATGTCCA TCCTGCCAAC AACTTCATTG 
TTAACACCAA GTGTACAGCC ACCTTTCACT CTCAGTGATA TATCAACCAC CTTGCTATTG 
TCACCAACTC TGAATATAGA AACCAGCCTC AACGTGCCAG ACACCTCCAT TTTTATTGAA 
ACCATTCCAT CAAGCTTTGT CGCACCACCA ACCACAAGTG CTCCCTCCAT CTTAAGTATG 
TCATTTACGG CCACTGACAT ATCAACCATA TCCATACCAG CTACTCCACA GGTGTCACCC 
ACCATGTTTG TACCTCCCAT TGTGACTGTG TCATCCATTT CAAGTATATT GACCACCCTA 
AGTATTTCTT CCGCTATCAG TTTGTATCCC AGCACTAGTT TGCCCATTAA CCCTGGTGCT 
CCTCATACTT CAAGTATCAT TCTTTCTCCG ACCCGTAGCT CAGCTGCTAC TGTGGCACCT 
ACAGCTTCTA CACCAAATCC ACCTGCCAAT ACAGAGGTTC CTAGTACTGT AGAAACAGTC 
GCTACAGAAG CAACAACATA TACAAGCCCA TCTCCCGGGC CTACAAAAAG TCCTTCAACT 
TCTGTTCATC CCTTTACATC TCCGGGGCCT ACAAAAAGTC CTTCAACTTC TGTTCATCCC 
TTTACATCTC CGGGGCCTAC AAAAACTCCA ACCTCTGTTC ATCCCTTTAC ATCTCCGGCT 
GTATTCACAA CATCCGCTCA TCTGACCACG ACCAGGCCAC CACTCGTGTG CGATGTCTCT 
AATCCTGAAC CGTATTTGGT TAAAGCAGTT CTAGCCAGAG GTGCCAGCAT AGACAGTGTA 
ACAGAATCCA TTAAGGAGCT ACTATCTAAA CACTTTAATC ATTCAGTGGA GTTGGAGGTT 
TACACTCTGG ATCCAGGGTT CTCCTTCATG GCCACCTCGG GGCCATATGT CTACACGTCA 
ATAGCCGTTG AAAACATCCT GAGCTACAGC AGCCTCTTCA TGGGACTCTC CCTGTCCATC 
CTTTCCCTAG AGACGGCAAA TATGGGGCTT GACCAAAGAT TCCAGATCCA GACTGTTCTC 
CAGTTTGTAC CACAGTCAGT TGACATCCGA CTTTGCACCT TTAGTGAACA GATACAGAAG 
GGACTAAGTC TAGCGATGTA TGAAGTGAGA AAGTGGCGCC AGGAGTCTGA TAACTTCACT 
GTGCAGATAC TGAACATTAC TTCTGCCTCT CGGGGAGCAG TTTGGAAAGC GCCTGTGACT 
GTCTCTTATG GCGTCAGGGA TCGAAGCGGT TTCCTAAATG GCTCTGATGT CAGCGACCAA 
CTGCGGAACC TCAGCCTGGT GGAATTCAGT TTCTTCTTGG GGTTCCCTGT TAAACAGATC 
GCTGAACCAT CTCTGTACCC TCAGCTCGAT GTGTCCCCTC TGCTCAAGGA CTCCTGGCTG 
CGTACAGTTC TGCTGGGGGT GGTGGAACAG CAGCTTCGAG GTGAAACATT TCAGGCTGAT 
ATTGAGCGGA AACTGGCGCA GCTCATCAGC GAGGCGAGCT CCCAAATGCG CCGGTGGAAG 
AGAGCCAGCT TCGCAGGCAG CAGAACAGTG CAGGTTGTGA ACGTCTCCAG GCTGGATGGT 
TCTGAGGACC CGGTGCAGTT AGTATATTTC GTAGAGGATC AGTTTGGGAA GCGCTTACCT 
GCTGCTGACG TGTCCAGCCT GATTAATGAG GTCAACGTCC AGCGGGCGGC CATTATTCTG 
GGGTACCGGG TGCAAGGCAT TGTGGCTCAG CCCCTTAATC AAGCCCAAGA AGCCGACCGC 
CAGGCCCAGA ACCTGTGGAT CATCGTGGGA GTGGCGGTGC CGGTGTTGGT GGTGACGGTG 
ATCATCGTTA TCCTGTATTG GAAGTTGTGT AGGACGGACA AGTTGGATTT CCAGCCGGAC 
ACAATGAGTA ACCTGCAGCA GCGGCAGAAG CTACAGGCCC CCAGCGTTAA GGGCTTTGAC 
TTTGCTAAGC AGCACCTGGG GCAGCACAGT AAAGAGGACG TCCTTGTGGT CCATGAGCCT 
CCGCCTCCCA TTCTGCACGG ACCCCTCAAG GATTCCACCC CCTCGGAAAA TGGGGATTTC 
CCAACCCCTA AGTCAAAGGG CTCGTCCAAA CCCCCCAAAG TGGGGCGTCA TCGGGGAAGC 
AGGGTCACCC CGTCGGATGC AGGATCTGTT GCCAGCGATG GTTCTAGCGG TAAGGAGTCT 
GCTGAGGAAA CATCACCCAG ACCTTCTGCG CCTCCACGAG AAGCCAAAGT CCGCTCATCG 
GCCATTGGAG AGCTGCCCAT GTTCAGCAGT GGCACCGAGC AACACTCCTC GGCCTCCATC 
TTTGAACACG TGGACAGGAT CTCTCGCTCC TCGGAGGCCG GCCGCCGCCT CCCCAGCAAG 
ATCCAACTCA TCGCAATGCA GCCCATAGCC GCACCCCCCA TGCACGGACT GTCTGTGGCC 
GAACGGGAAG CCGAGGTCAA CAAGATCAAC AGGGAGATTC AGACCACTCT CAGGCACAAG 
TCAGAGATAG AGCATCACCG CAACAAGATC CGGCTCCGCG CCAAACGCAA AGGACATTAT 
GAGTTCCCCT TGGCGGACAT GGTGGGCATT ACGGACACCA AGGAGCGGCA GCGCATGTAC 
CGCAAAGCTC AGATGCAGTT CGATAAAATC CTGGATCCGG TCAGCGGGAT GCCAACTGTC 
TTCATAGAGC AGCGGAAGAG CTCCCGGTCA CGGCGCTCCC CCAAACAGAG GCGCAGACAG 
CAAGGATCTG GGAGCCCCCC GGATGCTGAT CGAGATCGCT TAATTACTAC TGATAGTGAT 
GGGACCTACA AGCGACCCCC GGGGGTCAGC AACTCAGCTT ATGTGTCTGA CCCAGACCTT 
CCTTCCGATG ACCCCACTCC AGTCGCCGAC CTGGGGAAAT ACTCGAGCTC CCCCCATCGT 
GTTCCACCTC CCGCACAGTA TGTTCCACCC CAGCCTTCCA TTGAAGAAGT CCGACAAACA 
ATGCAGTCCC TGCTGGATGA TGCATTTGCA CTGGTGGCCC CCAGCAGCCA AGGGGTTACG 
GTCCCAGTGG CCGGACAAGC TGCGACATCT GAGCAACAAC CTGCAGACAG CACTTCAGCC 
CACGGCGGCC GAGGGACTAA ACCCTGGGTC TATCCCCCTC AACAACCATC TCAGAGGTTC 
CCAGAATACG GGATCCCCCC GGCAACTGCC CCCAGCCATC TAACCAGAAG CCCTGGTTTT 
AGTTCAGGCT TCCTGCCCCC AGCAGAGGTG GTACCAACTG AATCTCAGCA GACTGAAGCC 
TCTTATCCTG CCAGAGGGCT GTTCCCAGAG GACGTCTCTT CTTTAGCAAG ACCCCGGCCA 
CTAGGGAGCA CTGCAGGTCC TGCCCAGATT CACCATCTGA CACAAGTTGG CATCGCTAGC 
AGAATGGGTG TGCCATCCAC CGACCTACCA TCTCACAGGG GTGGACAACA ACCAGCATTA 
ACTCCCAGCT GGTCATCCTA TTATCTGCAA GAGGAGACTC AACGGAACGT ACATAGTCAC 
TCACATGGAC TGCAGGAATA TGGAGTGTTC CCAGGCAACA GAGGTCCTGC CCGTCAGTCT 
GCGGCCACCG CTCATCTCCA ACCCTCCATC TGTTACCCAT CTGGCTCAGC AGAAGACCTT 
CACCCCGGCC ACTCCTCAGC CTCCCTCATT AAGGCCATCC GGGAGGAACT CCTGCGCCTG 
TCCCAGAAAC AAGCGGTGGT GACCAGTTAC CACAGCTGA

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

RefSeq	XP_018110289.1
CDS	77..6475
Translation	MLEEVQNSSKTIAPDEEFPFPLSPEPVFFRSTITQSQDLLQTGSYANSIVPNSNTDVLVDQVIQDSTFHFQWTTSMASSHESSNSVVSDASPGLSSTVLYSSITRETGQSLVFLESSMNNPAFISPEHIVATSAVIAREASSYGEHLSVSSSLEECSSIFWTDTLSQSDIIEDTLGGSNAQPTTSLDAPVIQQTSKPIETISRDANFLTSGNALQSIFSIWQSSTKVITPSLYMSLSTIPLDSDGIDLSSSPLVTSGDKSLTAISSPTSNLAHEILDLSLNVASSKLQSGEQLESISIKPSAFGGDKFLTSMVPDLEVVEESTHEIFVSVFPSVPVTSLSSWQLESSVAPMDFSSLLDTSFMETPSSTLLQSLSREPEPYDLSVLGNTMAKSTFMDFSSLLDTSFMETPSSTLRQSLSRELEPYDLSVSGNTMAKSTFMDFSSLLDTRFMETPSSTLLQSLSREPEPYDLSVLGNTMAKSTFMDSTFYATDSLVLESPLASTADTYRTLTTLDQSLFETVNAIKDTASTNTESVMYFSETLFPLEESETFSYVFSSHRPVVSLLEPSSTLPSFSEEMPTSLFPMEFSEPSSIFSQGSSAVISTPELFFSSSALESSSLSTVDTMDFAPWQTSTPYLIASPTPFSISGGGENSSSVFSESSELWEATSSLQLESEFLYTSSFNGAISTLLPLSPVSDADTVVQSLYTSTFDYYTSSDLDTESLQTSLVTTFYLSSWMSMSVFDGNTVVTPESPLQTHELSVTPTINLSPTLSELSSLLESFGDMSILSSTTTLPLLSTESIQSTPSLLDTISDMPTLSIETTFILPPSLTVPSNLSMPYTVSEIPSTSYLLPTLSEAPTLTMSYTSDIPATLLLPTTWSEQLSLSILETSSYMSILPTTSLLTPSVQPPFTLSDISTTLLLSPTLNIETSLNVPDTSIFIETIPSSFVAPPTTSAPSILSMSFTATDISTISIPATPQVSPTMFVPPIVTVSSISSILTTLSISSAISLYPSTSLPINPGAPHTSSIILSPTRSSAATVAPTASTPNPPANTEVPSTVETVATEATTYTSPSPGPTKSPSTSVHPFTSPGPTKSPSTSVHPFTSPGPTKTPTSVHPFTSPAVFTTSAHLTTTRPPLVCDVSNPEPYLVKAVLARGASIDSVTESIKELLSKHFNHSVELEVYTLDPGFSFMATSGPYVYTSIAVENILSYSSLFMGLSLSILSLETANMGLDQRFQIQTVLQFVPQSVDIRLCTFSEQIQKGLSLAMYEVRKWRQESDNFTVQILNITSASRGAVWKAPVTVSYGVRDRSGFLNGSDVSDQLRNLSLVEFSFFLGFPVKQIAEPSLYPQLDVSPLLKDSWLRTVLLGVVEQQLRGETFQADIERKLAQLISEASSQMRRWKRASFAGSRTVQVVNVSRLDGSEDPVQLVYFVEDQFGKRLPAADVSSLINEVNVQRAAIILGYRVQGIVAQPLNQAQEADRQAQNLWIIVGVAVPVLVVTVIIVILYWKLCRTDKLDFQPDTMSNLQQRQKLQAPSVKGFDFAKQHLGQHSKEDVLVVHEPPPPILHGPLKDSTPSENGDFPTPKSKGSSKPPKVGRHRGSRVTPSDAGSVASDGSSGKESAEETSPRPSAPPREAKVRSSAIGELPMFSSGTEQHSSASIFEHVDRISRSSEAGRRLPSKIQLIAMQPIAAPPMHGLSVAEREAEVNKINREIQTTLRHKSEIEHHRNKIRLRAKRKGHYEFPLADMVGITDTKERQRMYRKAQMQFDKILDPVSGMPTVFIEQRKSSRSRRSPKQRRRQQGSGSPPDADRDRLITTDSDGTYKRPPGVSNSAYVSDPDLPSDDPTPVADLGKYSSSPHRVPPPAQYVPPQPSIEEVRQTMQSLLDDAFALVAPSSQGVTVPVAGQAATSEQQPADSTSAHGGRGTKPWVYPPQQPSQRFPEYGIPPATAPSHLTRSPGFSSGFLPPAEVVPTESQQTEASYPARGLFPEDVSSLARPRPLGSTAGPAQIHHLTQVGIASRMGVPSTDLPSHRGGQQPALTPSWSSYYLQEETQRNVHSHSHGLQEYGVFPGNRGPARQSAATAHLQPSICYPSGSAEDLHPGHSSASLIKAIREELLRLSQKQAVVTSYHS

Target ORF information:

RefSeq Version	XM_018254800.1
Organism	Xenopus laevis(African clawed frog)
Definition	Xenopus laevis UPF0606 protein KIAA1549-like (LOC108712560), mRNA.

Target ORF information:

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

XM_018254800.1

ORF Insert Sequence:

ATGTTAGAAG AAGTCCAAAA CTCATCAAAG ACTATAGCAC CCGATGAAGA GTTCCCATTT 
CCCCTATCAC CTGAACCTGT CTTCTTTAGA TCTACCATCA CCCAGTCACA AGATCTTTTA 
CAAACTGGGA GTTATGCAAA CTCGATTGTA CCAAATTCCA ACACTGATGT TTTGGTGGAC 
CAAGTTATAC AAGACTCAAC CTTTCATTTT CAGTGGACCA CATCTATGGC CTCCTCTCAT 
GAATCATCTA ATTCAGTGGT CTCAGATGCA TCACCTGGAC TGAGTTCTAC AGTCCTTTAT 
TCTTCAATCA CCAGGGAAAC GGGACAGTCC CTTGTATTTC TAGAGTCTAG TATGAACAAT 
CCTGCCTTTA TTTCTCCAGA ACACATTGTG GCTACCTCTG CTGTGATTGC CCGTGAAGCA 
TCTTCATATG GAGAACATTT ATCAGTATCA TCAAGTTTAG AAGAGTGCAG CTCAATTTTT 
TGGACAGATA CTTTGTCCCA GTCTGACATT ATTGAAGATA CACTTGGGGG TTCTAATGCA 
CAGCCTACTA CTTCTCTCGA TGCCCCAGTT ATTCAACAGA CTAGCAAACC AATTGAAACC 
ATTTCAAGGG ATGCCAACTT CCTTACAAGT GGAAATGCTT TACAAAGTAT ATTTTCAATA 
TGGCAGTCAA GTACAAAAGT TATTACCCCC AGCCTTTATA TGTCTTTGTC AACCATTCCT 
CTTGACTCTG ATGGTATTGA TCTTTCTAGC AGTCCTCTGG TGACAAGCGG AGACAAAAGC 
CTCACAGCAA TTTCTAGTCC TACTTCCAAT CTAGCACATG AGATATTGGA CCTTAGTTTG 
AATGTTGCTT CATCCAAGCT TCAGTCAGGG GAACAATTAG AAAGCATATC AATTAAACCA 
TCAGCATTTG GTGGAGATAA ATTTTTGACC AGCATGGTGC CAGATTTGGA GGTTGTAGAA 
GAGTCCACTC ATGAAATCTT TGTCAGCGTC TTCCCATCAG TGCCGGTTAC TTCATTGTCT 
TCTTGGCAGC TGGAGAGTTC AGTAGCTCCC ATGGATTTCT CAAGCCTTTT AGATACCAGC 
TTTATGGAAA CACCATCTTC CACCCTTCTA CAGTCCCTTA GTAGAGAACC GGAACCATAT 
GATTTGTCTG TACTTGGCAA CACAATGGCC AAATCAACTT TTATGGATTT CTCAAGTCTT 
TTAGATACCA GCTTTATGGA AACACCATCT TCCACCCTTC GACAGTCCCT TAGTAGAGAA 
CTGGAACCAT ATGATTTGTC TGTAAGTGGC AACACAATGG CCAAATCAAC TTTTATGGAT 
TTCTCAAGTC TTTTAGATAC CAGGTTTATG GAAACACCAT CTTCCACCCT TCTACAGTCC 
CTTAGTAGAG AACCGGAACC ATATGATTTG TCTGTACTTG GCAACACAAT GGCCAAATCA 
ACTTTTATGG ACTCAACCTT TTATGCCACT GACTCTTTGG TACTGGAATC ACCCCTTGCC 
TCTACTGCTG ATACATATAG GACTCTCACG ACCCTTGACC AATCTCTTTT TGAAACTGTG 
AACGCAATAA AAGACACGGC ATCCACCAAT ACTGAATCTG TTATGTATTT TAGTGAAACA 
CTGTTTCCTT TGGAGGAATC TGAGACCTTT TCCTATGTGT TCTCTTCTCA CCGGCCAGTG 
GTTTCTCTTC TTGAACCAAG CAGCACGTTG CCTTCATTTT CTGAAGAAAT GCCTACATCG 
CTCTTTCCTA TGGAATTTAG TGAACCGTCA TCAATCTTTT CTCAGGGCTC ATCTGCTGTG 
ATTTCAACGC CGGAATTATT TTTCAGTAGC TCTGCGCTGG AGTCCAGTTC ATTATCAACA 
GTGGACACTA TGGATTTTGC ACCTTGGCAA ACCTCAACTC CTTACTTAAT TGCCTCACCT 
ACTCCATTTT CCATCAGTGG TGGGGGAGAG AACAGTTCAA GTGTCTTCTC AGAGTCTTCA 
GAGCTTTGGG AGGCAACATC CTCCTTACAG TTGGAGTCTG AGTTTCTGTA TACCTCAAGT 
TTTAATGGTG CTATCTCCAC ATTGCTGCCT TTGTCCCCAG TTTCTGATGC AGATACCGTG 
GTGCAGTCGC TCTACACTTC CACCTTTGAT TATTATACCA GCAGTGACCT GGATACAGAA 
AGTCTTCAGA CATCTTTAGT AACAACATTT TATTTAAGTT CATGGATGTC CATGTCTGTA 
TTTGATGGAA ATACAGTTGT TACTCCAGAA AGCCCTTTGC AGACACATGA ACTGAGTGTA 
ACCCCAACAA TAAACTTATC ACCCACCTTA AGTGAACTTT CCAGCCTGTT AGAGAGCTTT 
GGTGATATGT CCATCTTGAG CTCAACAACC ACCTTACCCT TGTTGTCCAC AGAGAGTATA 
CAGAGTACCC CAAGTCTTCT AGATACCATT AGTGATATGC CCACCCTAAG CATTGAAACC 
ACCTTCATCT TACCACCTTC TTTGACTGTA CCATCCAACC TGAGTATGCC ATACACAGTT 
AGTGAGATTC CATCCACTTC ATACTTACTA CCCACATTGA GTGAGGCTCC TACTTTAACC 
ATGTCATACA CCAGTGATAT ACCAGCCACC TTACTGTTAC CAACCACCTG GAGCGAACAA 
CTCAGTCTGA GTATACTGGA AACATCCAGT TATATGTCCA TCCTGCCAAC AACTTCATTG 
TTAACACCAA GTGTACAGCC ACCTTTCACT CTCAGTGATA TATCAACCAC CTTGCTATTG 
TCACCAACTC TGAATATAGA AACCAGCCTC AACGTGCCAG ACACCTCCAT TTTTATTGAA 
ACCATTCCAT CAAGCTTTGT CGCACCACCA ACCACAAGTG CTCCCTCCAT CTTAAGTATG 
TCATTTACGG CCACTGACAT ATCAACCATA TCCATACCAG CTACTCCACA GGTGTCACCC 
ACCATGTTTG TACCTCCCAT TGTGACTGTG TCATCCATTT CAAGTATATT GACCACCCTA 
AGTATTTCTT CCGCTATCAG TTTGTATCCC AGCACTAGTT TGCCCATTAA CCCTGGTGCT 
CCTCATACTT CAAGTATCAT TCTTTCTCCG ACCCGTAGCT CAGCTGCTAC TGTGGCACCT 
ACAGCTTCTA CACCAAATCC ACCTGCCAAT ACAGAGGTTC CTAGTACTGT AGAAACAGTC 
GCTACAGAAG CAACAACATA TACAAGCCCA TCTCCCGGGC CTACAAAAAG TCCTTCAACT 
TCTGTTCATC CCTTTACATC TCCGGGGCCT ACAAAAAGTC CTTCAACTTC TGTTCATCCC 
TTTACATCTC CGGGGCCTAC AAAAACTCCA ACCTCTGTTC ATCCCTTTAC ATCTCCGGCT 
GTATTCACAA CATCCGCTCA TCTGACCACG ACCAGGCCAC CACTCGTGTG CGATGTCTCT 
AATCCTGAAC CGTATTTGGT TAAAGCAGTT CTAGCCAGAG GTGCCAGCAT AGACAGTGTA 
ACAGAATCCA TTAAGGAGCT ACTATCTAAA CACTTTAATC ATTCAGTGGA GTTGGAGGTT 
TACACTCTGG ATCCAGGGTT CTCCTTCATG GCCACCTCGG GGCCATATGT CTACACGTCA 
ATAGCCGTTG AAAACATCCT GAGCTACAGC AGCCTCTTCA TGGGACTCTC CCTGTCCATC 
CTTTCCCTAG AGACGGCAAA TATGGGGCTT GACCAAAGAT TCCAGATCCA GACTGTTCTC 
CAGTTTGTAC CACAGTCAGT TGACATCCGA CTTTGCACCT TTAGTGAACA GATACAGAAG 
GGACTAAGTC TAGCGATGTA TGAAGTGAGA AAGTGGCGCC AGGAGTCTGA TAACTTCACT 
GTGCAGATAC TGAACATTAC TTCTGCCTCT CGGGGAGCAG TTTGGAAAGC GCCTGTGACT 
GTCTCTTATG GCGTCAGGGA TCGAAGCGGT TTCCTAAATG GCTCTGATGT CAGCGACCAA 
CTGCGGAACC TCAGCCTGGT GGAATTCAGT TTCTTCTTGG GGTTCCCTGT TAAACAGATC 
GCTGAACCAT CTCTGTACCC TCAGCTCGAT GTGTCCCCTC TGCTCAAGGA CTCCTGGCTG 
CGTACAGTTC TGCTGGGGGT GGTGGAACAG CAGCTTCGAG GTGAAACATT TCAGGCTGAT 
ATTGAGCGGA AACTGGCGCA GCTCATCAGC GAGGCGAGCT CCCAAATGCG CCGGTGGAAG 
AGAGCCAGCT TCGCAGGCAG CAGAACAGTG CAGGTTGTGA ACGTCTCCAG GCTGGATGGT 
TCTGAGGACC CGGTGCAGTT AGTATATTTC GTAGAGGATC AGTTTGGGAA GCGCTTACCT 
GCTGCTGACG TGTCCAGCCT GATTAATGAG GTCAACGTCC AGCGGGCGGC CATTATTCTG 
GGGTACCGGG TGCAAGGCAT TGTGGCTCAG CCCCTTAATC AAGCCCAAGA AGCCGACCGC 
CAGGCCCAGA ACCTGTGGAT CATCGTGGGA GTGGCGGTGC CGGTGTTGGT GGTGACGGTG 
ATCATCGTTA TCCTGTATTG GAAGTTGTGT AGGACGGACA AGTTGGATTT CCAGCCGGAC 
ACAATGAGTA ACCTGCAGCA GCGGCAGAAG CTACAGGCCC CCAGCGTTAA GGGCTTTGAC 
TTTGCTAAGC AGCACCTGGG GCAGCACAGT AAAGAGGACG TCCTTGTGGT CCATGAGCCT 
CCGCCTCCCA TTCTGCACGG ACCCCTCAAG GATTCCACCC CCTCGGAAAA TGGGGATTTC 
CCAACCCCTA AGTCAAAGGG CTCGTCCAAA CCCCCCAAAG TGGGGCGTCA TCGGGGAAGC 
AGGGTCACCC CGTCGGATGC AGGATCTGTT GCCAGCGATG GTTCTAGCGG TAAGGAGTCT 
GCTGAGGAAA CATCACCCAG ACCTTCTGCG CCTCCACGAG AAGCCAAAGT CCGCTCATCG 
GCCATTGGAG AGCTGCCCAT GTTCAGCAGT GGCACCGAGC AACACTCCTC GGCCTCCATC 
TTTGAACACG TGGACAGGAT CTCTCGCTCC TCGGAGGCCG GCCGCCGCCT CCCCAGCAAG 
ATCCAACTCA TCGCAATGCA GCCCATAGCC GCACCCCCCA TGCACGGACT GTCTGTGGCC 
GAACGGGAAG CCGAGGTCAA CAAGATCAAC AGGGAGATTC AGACCACTCT CAGGCACAAG 
TCAGAGATAG AGCATCACCG CAACAAGATC CGGCTCCGCG CCAAACGCAA AGGACATTAT 
GAGTTCCCCT TGGCGGACAT GGTGGGCATT ACGGACACCA AGGAGCGGCA GCGCATGTAC 
CGCAAAGCTC AGATGCAGTT CGATAAAATC CTGGATCCGG TCAGCGGGAT GCCAACTGTC 
TTCATAGAGC AGCGGAAGAG CTCCCGGTCA CGGCGCTCCC CCAAACAGAG GCGCAGACAG 
CAAGGATCTG GGAGCCCCCC GGATGCTGAT CGAGATCGCT TAATTACTAC TGATAGTGAT 
GGGACCTACA AGCGACCCCC GGGGGTCAGC AACTCAGCTT ATGTGTCTGA CCCAGACCTT 
CCTTCCGATG ACCCCACTCC AGTCGCCGAC CTGGGGAAAT ACTCGAGCTC CCCCCATCGT 
GTTCCACCTC CCGCACAGTA TGTTCCACCC CAGCCTTCCA TTGAAGAAGT CCGACAAACA 
ATGCAGTCCC TGCTGGATGA TGCATTTGCA CTGGTGGCCC CCAGCAGCCA AGGGGTTACG 
GTCCCAGTGG CCGGACAAGC TGCGACATCT GAGCAACAAC CTGCAGACAG CACTTCAGCC 
CACGGCGGCC GAGGGACTAA ACCCTGGGTC TATCCCCCTC AACAACCATC TCAGAGGTTC 
CCAGAATACG GGATCCCCCC GGCAACTGCC CCCAGCCATC TAACCAGAAG CCCTGGTTTT 
AGTTCAGGCT TCCTGCCCCC AGCAGAGGTG GTACCAACTG AATCTCAGCA GACTGAAGCC 
TCTTATCCTG CCAGAGGGCT GTTCCCAGAG GACGTCTCTT CTTTAGCAAG ACCCCGGCCA 
CTAGGGAGCA CTGCAGGTCC TGCCCAGATT CACCATCTGA CACAAGTTGG CATCGCTAGC 
AGAATGGGTG TGCCATCCAC CGACCTACCA TCTCACAGGG GTGGACAACA ACCAGCATTA 
ACTCCCAGCT GGTCATCCTA TTATCTGCAA GAGGAGACTC AACGGAACGT ACATAGTCAC 
TCACATGGAC TGCAGGAATA TGGAGTGTTC CCAGGCAACA GAGGTCCTGC CCGTCAGTCT 
GCGGCCACCG CTCATCTCCA ACCCTCCATC TGTTACCCAT CTGGCTCAGC AGAAGACCTT 
CACCCCGGCC ACTCCTCAGC CTCCCTCATT AAGGCCATCC GGGAGGAACT CCTGCGCCTG 
TCCCAGAAAC AAGCGGTGGT GACCAGTTAC CACAGCTGA

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

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LOC108712560 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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