LOC100493268 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100493268
Entrez Gene ID	100493268
Full Name	mucin-5AC-like
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002932464.4	XP_002932510.2	mucin-5AC-like
XM_002932464.5	XP_002932510.3	mucin-12

Pathways from BioSystems
Gene Ontology

The following LOC100493268 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100493268 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
OXa66145	XM_002932464.5 Latest version!	Xenopus tropicalis mucin-12 (LOC100493268), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OXa16431	XM_002932464.4 Latest version!	Xenopus tropicalis mucin-5AC-like (LOC100493268), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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5 or more Clone	50% OFF
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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)

LOC100493268 ( XM_002932464.5 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002932510.3 Xenopus tropicalis mucin-12 (LOC100493268), mRNA.

Price & Availability↑

CloneID	OXa66145
Clone ID Related Accession (Same CDS sequence)	XM_002932464.5
Accession Version	XM_002932464.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5073bp) 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	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	mucin-12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030685.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_002932464.4. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATCCGCT TCCTTCTGCT GCTCCTGCTG CTTCCTGGGG CCGAGCCTAA AACCAACAAG 
ACAGATGACC TGGAGTCTTC AAAAGAGTCT TCTCCAATGG TTGAGGACAG AGTCCCTGTG 
ACTACCCAGA CTACAGTCGA GAGTCCTCCT CCAACATTTC GTCAGCATAA GATCAAAGAG 
CCTGCACCAC AGATCTTGCC TTCTATGGAT GCCAAACTGT CTAGTCTCCT AGAAAAGTCC 
CTTTTAACAG CTCCTGCCAA AGTCCATTCT GTACATGGAG AAAGACGGGC AGTCTACACC 
AGCAAGCAGA ATGGGAGTCC ATTGCAAACA ACCTCCATGC CACACACAGG GCATTCTCAT 
TCCACAAAGA GGCCTGTTGT GTCTAGAAAT GGAAATGCCA GGGAATTAGC TCTGAAGAAG 
CTGAAAAGCA AAAAAGCACC TAGCCCTCGG GCTATGGATA TAAAGATGCC TACAGAACCA 
GGCCTTGCTG AGACAGAGGG CCTAGGCCAG GCATTGTTAC ATGAAGTGAA TGTGACAGTG 
CAAGGTGTGG GCCACATGCA CTCAACAGTT GCCACCGGTT CTCCAGAGCT AAGCACCAGA 
GCCAGGGAAC ATCAGGTCAC TCCTGGCCGG ACATCTATGA CGAGACCATT AAAACATGGA 
TTTAGTGAAT CTCCAACTGA GAACAGAAAG ATTGTATCTG TGGGTTCTCC GACAAAACCT 
CACCACAGTA GGCTACTGAA AAATAAATCT ATCATTGATC TTCCTTCTGA TTTGTCCCTA 
CGCACTTTAG CATATCGGAA CACAAGCTCG TTCCACGTCC AACTCCCTAA TGTTGTTCAC 
AGCTCTTCAA ATGTCACCTT TCCAGCTATA TTACCGGAAA AAGAAACTGG GCCGAGTTCT 
CATATTGCCT CAGAACGCCT TAGAACTTCT ACAGCAGACG CTGCAAAGGC CGTGAAATCT 
GTCTTAGGGG AACAGAGGAT TATAAATAGC ACAGAGAAAA TGACTTTGAC TTCTCAAGGA 
GACAGGAACA ATGATATTTC AAGGCCTCTA CTTTTCAAAA TGCTAGATGC CCACGTGACA 
GGTGAAACTA GAGCGGCTCG TGCAGAGGGC GATTCCAAAG TGATCTTAAA GGGGCATGAA 
ATGGATTTGT TAAAGAATGT TCCGAACCAA AGCAGGAAAA GCAATTTCAG TTCAACAGCA 
ATACCGGTCC AGCCCGATTC TACCACGCAA AAGCTGCCCC AAATGACTTC AGCCAGGCCA 
GAGGCAGATT TCGAGACACA AACCCTTCAC ATAGAAAAAG ACTCAAGTAA TAAAGCACTT 
GGGCAGGTTC AGTCGGATAC TAAACCTGGT CTTGGATCTC CCATTAAGTT GAGGAGACCA 
GGAAACACCT CCATCCAAAT AGAAACGCAA ACCAAAGCAG GGTCGCCCGT ATTGACAACA 
GGAAGCCCAA GAAAAGGACA CACTCACAGC CCAGCTCATC TGTCTCTCAC CTCCCATGGG 
AAACCCAAAC AAAGACCACA AAAAGAATCA GAGAATTACA AGACGACAAA GCCTAACACA 
TCTGCCCAAC CAGCGACACG TCAACATGAC GCAAGCAAAC AATTGCACTT AGGTCAAGGT 
CCAAAGGCCC AAACAGACCC TAATATCAAG ACAGACAAAC ACGGCCCATC AGTTACATCT 
ACAGAAGCAC ACAAGAGAGT ACACGAGCAT AGCCCAACCA CAAAAACTGG TATAATGTTA 
AGCTCTATGT TTCCACCAGG GTTGCACAAA ACAACCACGC AAACGCCACC AGTGCCAACT 
ACTGCAGCTT TATTAGGTAC ACACTGGTTT GGCATACCAA TGCAAACAGA AGCTAGAAAA 
ATAAACTTGA CACAGTCAGG AATTGGGCTT ATTAACTCCA ATACAACACC ACATATGCAG 
GGCACCTTAT CTACACGTGA ACACTTGATA CAATCCAGTA TGGAGGCTAA AATCACAGGA 
AACCATTCAG TAGTCACAGA GAGACTTCCA GAGTTCTCCA CTCAGACCTT TCCTGAGCTG 
GCCAAATATA GTATAGCAGG TCAAGCAACT GATAGGATTC CTCAGCTAGT TTCACACACC 
AAGCCAGTAG GGTCTGGCTG GTTCACACCT ACTATATCTG CCAGTAGTGA GCTATCTGCC 
AGTAGTGAAC CGGAACTATC CTCAGTTAGG CAGCCTGAGC TAACCACAAA AAGTCATCTT 
GAGCTATCTT CAGATGGTCT GCCTGAGCTA TTCTCAAAAA GACAGCTTGA GCCATCCACA 
AGTAGGCAGC CTGAGCCATC CACAAGTAGG CAGCCTGAGC TATTCACATA TAGCCCACCT 
GAACCCACCA CAAAAACCCA GCCTGAGATA TCGCAATGGA GCCAACAAGG GCTATCTACT 
AAGGGACAGC TAGAATTAAC TACAGAGAGC CAGGCAGCAC TGTCGACATA TAGCCACCTA 
GAACAATCCA AAGAAAGTCA GTCAAGTCTA TCCAATAAGA GCCATCTAGA GCTATCCACA 
GAGAGCGAAT TGAAGATAAC CACACTCAAC CAGCGAGAAC GTTCTACACA CAACCACTTC 
ATGCCATTCT TAGAGACCCA GCCTGAGTTA TTTACAGTAA GCCAGACAGA GGTGTCCACC 
AACAACCAGA CAGAATTATC CACACACAAA GAGCTTGAAA CATCCACAAA GAGCTATCCA 
GATATAACTG TAAAAAGCCA ACTAGAGGAA TCTGAAAACA GGCGCACACC TTTGAACCAA 
ACAGCCATTT CCACAAACAG CCATGTTGTC TTGTACACTG TAGAGCTATC TACAAGGAGT 
CAGCTGGACG TGACCACAGA CACAGAGTTA TCAACAATTA GCCAGACAGT GATATCTACA 
GAGATTCAGC CCGAACATTC CACTGACAAC ATTCCAGAGT TGGTCACACA AAAACATCCA 
GGATCCTCCT TGCCATGGTA TTGGGATAAG TCTACAAAGA GTCAACTAGC GTTATCCACG 
CAAAGCCATC AAGACTTGAC AACTGCTCGT AATCAACATG AGCTCTCCAC ACAAAGTCTG 
CCTAGACTAT ACGCATATAA CCAGACTGAA TCAGCCACAG AGAATCATCC AGCAACAACT 
ATAGCTCTAC AGACACCCCC AGAAACAGAC CTAAGCACAG AAATTCAACC ACAATCAGCC 
ACACTGGGGA GGACAGAACA AAATGTAGAG ACTGCACCAA GCCAGGGCAC AGAGCCATAT 
TCATTCACGT GGATTTACCC ACAGTTATCT ACATTTAAAA AATCCGGCAG CCTACCAGAA 
TTAGCCACTC AAACAGCATC AGGCCAAACC CACAAAACAA CACAAAGTAA AGCACAGCTA 
CTTACAGAAA CACGACCAGG AATAACTACC CAAACCCAAG GAGAAACACA TGAGCCAACC 
CACACAACTG AACCGACAAA TCATAACGAA AAAATCCACA GCACACTGAC ACACAAAAGC 
CGAATAACAT CAACTCATCA TGGACCAAAA TGGCAGACAG AGCTGACGTT AGAACCAAGT 
GCTACAAGCG CTAAAGGAAG CGAAACCCGA TTTACATCAC CCACAACATC AGTAACAGTG 
GAAGATTCAC ATGGAGCCAA TTTTTCTGAA ACGGCTCAAT ATGAAAGGAA CTCTAGTCAG 
TCGCCTTCTT TTACACGGGA CTCTGAAATG AACCCAGCAT GGACTCGCAA GGACACTTCC 
ACCTTAACAT CCAGCGTCCT TCCTGCCACT GCCAGTAGCT TTAATGGAAT TACTACTACA 
GAAGATAACA TGGTGACAGG ATCAGGACAA ATCTCACAGG ATTCTCACAC AGTTCCGTTG 
AATCCATCCC TGCGGATGAG GACCACCACA CTAACTAACA CTTTGGGGCC TGTACAGCCT 
GGAACAGACA GGATATTCAT TGTGGACGAG CAGCTGCCAG TCTTTAAAGT GGAAGCGATT 
AATGTCACCT ACAGAATGCA GCTGAACATG GCGCTCTCGG CTTTGTGTGA TCAGCCGGAT 
CTGTGCCAGG CGCTTCTGCT TCAGGAGGTG GTTTCTTTCT ATAAGGCAGT GCCAGGATTT 
GATAGGATTG AATTACAGAA TATCACGCTG GACAGGACGC TGGAGTATCG AGTGCATCTC 
AGGGTGGAAT CCGGCAGTGC AATGTCTGAC CTACTGGAGC TCGCCCTTAG TGACCCCACC 
TGGCTGTTTG GGGGGTCACA CCTGCCAGAG GACAGCCTTA CCTCCAGGGT CCGTAGCGTT 
GCTATGGCAG AGGATCACGC AGACCCCTGC ACAGACTGGC TCTCCTGCCC GCTGGGCTTT 
CAGTGCTTGG CTGCCCGTTC CCTCGGCGCC CGCTGCCATT CTCCCTGCCA CGGCGGCTTC 
TGCCACAACC GAGGCATCTG CGTCCACCGG AAGGAGCAAG AGCCGGAGTG CCAATGCCCA 
GTTGGAAGAG ACTTCTGGTA CATGGGGCAG ACATGTGATT ACCGGATGAC ACACCAGCGC 
CTGACAGCCA TTGCCTGCGC CATTGTGCTC TTCATCATCG CTTGTGCCGC CGCCGTCGTT 
TATATTCTTG TCCGTAGATT CCAGACGCAG ATCCTGCAGC AGAAATTGGC TCAGACGCAG 
AGCAGTTACA GGCGCTTTAG CAGGTTCGAT GATGTCCCCA CTCATTTCTG GTGCCCATCC 
CAAACATGGC TGACAGCCTC AGGCTCGCTG AACTCCCTGG ATAACCCGGC TTTCAGCAGT 
TCGGAAGAAG TGTTCCCCCT ACAGGCGCTG GGCAGCTGTG TGTGTGGGTG CCAGGAGGGG 
GCACAGAAAT GCGTACAGAC CAGCCCAATG CAGCCGCCAG CGGGTGATCC TCCCAGGTTG 
GAGACCAGCG GGAGCAGCAT AAACGATCTA ATGATCGACT CGGGAAAAGC AAGCGATGTG 
TCTGTATCCA GCTGGCCAAT GGAACCAATT CACTGGACTC CTTTTCCCAT CCTGCATCAG 
CTCTCACTGC AGTCGCCGTT CCACGCACGC AGACCTCACT CGTACTTCGA AGGAATGGAA 
CTGGTAAACA CCGAGAGGAG CTGGACTGCT TAG

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

RefSeq	XP_002932510.3
CDS	263..5335
Translation	MIRFLLLLLLLPGAEPKTNKTDDLESSKESSPMVEDRVPVTTQTTVESPPPTFRQHKIKEPAPQILPSMDAKLSSLLEKSLLTAPAKVHSVHGERRAVYTSKQNGSPLQTTSMPHTGHSHSTKRPVVSRNGNARELALKKLKSKKAPSPRAMDIKMPTEPGLAETEGLGQALLHEVNVTVQGVGHMHSTVATGSPELSTRAREHQVTPGRTSMTRPLKHGFSESPTENRKIVSVGSPTKPHHSRLLKNKSIIDLPSDLSLRTLAYRNTSSFHVQLPNVVHSSSNVTFPAILPEKETGPSSHIASERLRTSTADAAKAVKSVLGEQRIINSTEKMTLTSQGDRNNDISRPLLFKMLDAHVTGETRAARAEGDSKVILKGHEMDLLKNVPNQSRKSNFSSTAIPVQPDSTTQKLPQMTSARPEADFETQTLHIEKDSSNKALGQVQSDTKPGLGSPIKLRRPGNTSIQIETQTKAGSPVLTTGSPRKGHTHSPAHLSLTSHGKPKQRPQKESENYKTTKPNTSAQPATRQHDASKQLHLGQGPKAQTDPNIKTDKHGPSVTSTEAHKRVHEHSPTTKTGIMLSSMFPPGLHKTTTQTPPVPTTAALLGTHWFGIPMQTEARKINLTQSGIGLINSNTTPHMQGTLSTREHLIQSSMEAKITGNHSVVTERLPEFSTQTFPELAKYSIAGQATDRIPQLVSHTKPVGSGWFTPTISASSELSASSEPELSSVRQPELTTKSHLELSSDGLPELFSKRQLEPSTSRQPEPSTSRQPELFTYSPPEPTTKTQPEISQWSQQGLSTKGQLELTTESQAALSTYSHLEQSKESQSSLSNKSHLELSTESELKITTLNQRERSTHNHFMPFLETQPELFTVSQTEVSTNNQTELSTHKELETSTKSYPDITVKSQLEESENRRTPLNQTAISTNSHVVLYTVELSTRSQLDVTTDTELSTISQTVISTEIQPEHSTDNIPELVTQKHPGSSLPWYWDKSTKSQLALSTQSHQDLTTARNQHELSTQSLPRLYAYNQTESATENHPATTIALQTPPETDLSTEIQPQSATLGRTEQNVETAPSQGTEPYSFTWIYPQLSTFKKSGSLPELATQTASGQTHKTTQSKAQLLTETRPGITTQTQGETHEPTHTTEPTNHNEKIHSTLTHKSRITSTHHGPKWQTELTLEPSATSAKGSETRFTSPTTSVTVEDSHGANFSETAQYERNSSQSPSFTRDSEMNPAWTRKDTSTLTSSVLPATASSFNGITTTEDNMVTGSGQISQDSHTVPLNPSLRMRTTTLTNTLGPVQPGTDRIFIVDEQLPVFKVEAINVTYRMQLNMALSALCDQPDLCQALLLQEVVSFYKAVPGFDRIELQNITLDRTLEYRVHLRVESGSAMSDLLELALSDPTWLFGGSHLPEDSLTSRVRSVAMAEDHADPCTDWLSCPLGFQCLAARSLGARCHSPCHGGFCHNRGICVHRKEQEPECQCPVGRDFWYMGQTCDYRMTHQRLTAIACAIVLFIIACAAAVVYILVRRFQTQILQQKLAQTQSSYRRFSRFDDVPTHFWCPSQTWLTASGSLNSLDNPAFSSSEEVFPLQALGSCVCGCQEGAQKCVQTSPMQPPAGDPPRLETSGSSINDLMIDSGKASDVSVSSWPMEPIHWTPFPILHQLSLQSPFHARRPHSYFEGMELVNTERSWTA

Target ORF information:

RefSeq Version	XM_002932464.5
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis mucin-12 (LOC100493268), mRNA.

Target ORF information:

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

XM_002932464.5

ORF Insert Sequence:

ATGATCCGCT TCCTTCTGCT GCTCCTGCTG CTTCCTGGGG CCGAGCCTAA AACCAACAAG 
ACAGATGACC TGGAGTCTTC AAAAGAGTCT TCTCCAATGG TTGAGGACAG AGTCCCTGTG 
ACTACCCAGA CTACAGTCGA GAGTCCTCCT CCAACATTTC GTCAGCATAA GATCAAAGAG 
CCTGCACCAC AGATCTTGCC TTCTATGGAT GCCAAACTGT CTAGTCTCCT AGAAAAGTCC 
CTTTTAACAG CTCCTGCCAA AGTCCATTCT GTACATGGAG AAAGACGGGC AGTCTACACC 
AGCAAGCAGA ATGGGAGTCC ATTGCAAACA ACCTCCATGC CACACACAGG GCATTCTCAT 
TCCACAAAGA GGCCTGTTGT GTCTAGAAAT GGAAATGCCA GGGAATTAGC TCTGAAGAAG 
CTGAAAAGCA AAAAAGCACC TAGCCCTCGG GCTATGGATA TAAAGATGCC TACAGAACCA 
GGCCTTGCTG AGACAGAGGG CCTAGGCCAG GCATTGTTAC ATGAAGTGAA TGTGACAGTG 
CAAGGTGTGG GCCACATGCA CTCAACAGTT GCCACCGGTT CTCCAGAGCT AAGCACCAGA 
GCCAGGGAAC ATCAGGTCAC TCCTGGCCGG ACATCTATGA CGAGACCATT AAAACATGGA 
TTTAGTGAAT CTCCAACTGA GAACAGAAAG ATTGTATCTG TGGGTTCTCC GACAAAACCT 
CACCACAGTA GGCTACTGAA AAATAAATCT ATCATTGATC TTCCTTCTGA TTTGTCCCTA 
CGCACTTTAG CATATCGGAA CACAAGCTCG TTCCACGTCC AACTCCCTAA TGTTGTTCAC 
AGCTCTTCAA ATGTCACCTT TCCAGCTATA TTACCGGAAA AAGAAACTGG GCCGAGTTCT 
CATATTGCCT CAGAACGCCT TAGAACTTCT ACAGCAGACG CTGCAAAGGC CGTGAAATCT 
GTCTTAGGGG AACAGAGGAT TATAAATAGC ACAGAGAAAA TGACTTTGAC TTCTCAAGGA 
GACAGGAACA ATGATATTTC AAGGCCTCTA CTTTTCAAAA TGCTAGATGC CCACGTGACA 
GGTGAAACTA GAGCGGCTCG TGCAGAGGGC GATTCCAAAG TGATCTTAAA GGGGCATGAA 
ATGGATTTGT TAAAGAATGT TCCGAACCAA AGCAGGAAAA GCAATTTCAG TTCAACAGCA 
ATACCGGTCC AGCCCGATTC TACCACGCAA AAGCTGCCCC AAATGACTTC AGCCAGGCCA 
GAGGCAGATT TCGAGACACA AACCCTTCAC ATAGAAAAAG ACTCAAGTAA TAAAGCACTT 
GGGCAGGTTC AGTCGGATAC TAAACCTGGT CTTGGATCTC CCATTAAGTT GAGGAGACCA 
GGAAACACCT CCATCCAAAT AGAAACGCAA ACCAAAGCAG GGTCGCCCGT ATTGACAACA 
GGAAGCCCAA GAAAAGGACA CACTCACAGC CCAGCTCATC TGTCTCTCAC CTCCCATGGG 
AAACCCAAAC AAAGACCACA AAAAGAATCA GAGAATTACA AGACGACAAA GCCTAACACA 
TCTGCCCAAC CAGCGACACG TCAACATGAC GCAAGCAAAC AATTGCACTT AGGTCAAGGT 
CCAAAGGCCC AAACAGACCC TAATATCAAG ACAGACAAAC ACGGCCCATC AGTTACATCT 
ACAGAAGCAC ACAAGAGAGT ACACGAGCAT AGCCCAACCA CAAAAACTGG TATAATGTTA 
AGCTCTATGT TTCCACCAGG GTTGCACAAA ACAACCACGC AAACGCCACC AGTGCCAACT 
ACTGCAGCTT TATTAGGTAC ACACTGGTTT GGCATACCAA TGCAAACAGA AGCTAGAAAA 
ATAAACTTGA CACAGTCAGG AATTGGGCTT ATTAACTCCA ATACAACACC ACATATGCAG 
GGCACCTTAT CTACACGTGA ACACTTGATA CAATCCAGTA TGGAGGCTAA AATCACAGGA 
AACCATTCAG TAGTCACAGA GAGACTTCCA GAGTTCTCCA CTCAGACCTT TCCTGAGCTG 
GCCAAATATA GTATAGCAGG TCAAGCAACT GATAGGATTC CTCAGCTAGT TTCACACACC 
AAGCCAGTAG GGTCTGGCTG GTTCACACCT ACTATATCTG CCAGTAGTGA GCTATCTGCC 
AGTAGTGAAC CGGAACTATC CTCAGTTAGG CAGCCTGAGC TAACCACAAA AAGTCATCTT 
GAGCTATCTT CAGATGGTCT GCCTGAGCTA TTCTCAAAAA GACAGCTTGA GCCATCCACA 
AGTAGGCAGC CTGAGCCATC CACAAGTAGG CAGCCTGAGC TATTCACATA TAGCCCACCT 
GAACCCACCA CAAAAACCCA GCCTGAGATA TCGCAATGGA GCCAACAAGG GCTATCTACT 
AAGGGACAGC TAGAATTAAC TACAGAGAGC CAGGCAGCAC TGTCGACATA TAGCCACCTA 
GAACAATCCA AAGAAAGTCA GTCAAGTCTA TCCAATAAGA GCCATCTAGA GCTATCCACA 
GAGAGCGAAT TGAAGATAAC CACACTCAAC CAGCGAGAAC GTTCTACACA CAACCACTTC 
ATGCCATTCT TAGAGACCCA GCCTGAGTTA TTTACAGTAA GCCAGACAGA GGTGTCCACC 
AACAACCAGA CAGAATTATC CACACACAAA GAGCTTGAAA CATCCACAAA GAGCTATCCA 
GATATAACTG TAAAAAGCCA ACTAGAGGAA TCTGAAAACA GGCGCACACC TTTGAACCAA 
ACAGCCATTT CCACAAACAG CCATGTTGTC TTGTACACTG TAGAGCTATC TACAAGGAGT 
CAGCTGGACG TGACCACAGA CACAGAGTTA TCAACAATTA GCCAGACAGT GATATCTACA 
GAGATTCAGC CCGAACATTC CACTGACAAC ATTCCAGAGT TGGTCACACA AAAACATCCA 
GGATCCTCCT TGCCATGGTA TTGGGATAAG TCTACAAAGA GTCAACTAGC GTTATCCACG 
CAAAGCCATC AAGACTTGAC AACTGCTCGT AATCAACATG AGCTCTCCAC ACAAAGTCTG 
CCTAGACTAT ACGCATATAA CCAGACTGAA TCAGCCACAG AGAATCATCC AGCAACAACT 
ATAGCTCTAC AGACACCCCC AGAAACAGAC CTAAGCACAG AAATTCAACC ACAATCAGCC 
ACACTGGGGA GGACAGAACA AAATGTAGAG ACTGCACCAA GCCAGGGCAC AGAGCCATAT 
TCATTCACGT GGATTTACCC ACAGTTATCT ACATTTAAAA AATCCGGCAG CCTACCAGAA 
TTAGCCACTC AAACAGCATC AGGCCAAACC CACAAAACAA CACAAAGTAA AGCACAGCTA 
CTTACAGAAA CACGACCAGG AATAACTACC CAAACCCAAG GAGAAACACA TGAGCCAACC 
CACACAACTG AACCGACAAA TCATAACGAA AAAATCCACA GCACACTGAC ACACAAAAGC 
CGAATAACAT CAACTCATCA TGGACCAAAA TGGCAGACAG AGCTGACGTT AGAACCAAGT 
GCTACAAGCG CTAAAGGAAG CGAAACCCGA TTTACATCAC CCACAACATC AGTAACAGTG 
GAAGATTCAC ATGGAGCCAA TTTTTCTGAA ACGGCTCAAT ATGAAAGGAA CTCTAGTCAG 
TCGCCTTCTT TTACACGGGA CTCTGAAATG AACCCAGCAT GGACTCGCAA GGACACTTCC 
ACCTTAACAT CCAGCGTCCT TCCTGCCACT GCCAGTAGCT TTAATGGAAT TACTACTACA 
GAAGATAACA TGGTGACAGG ATCAGGACAA ATCTCACAGG ATTCTCACAC AGTTCCGTTG 
AATCCATCCC TGCGGATGAG GACCACCACA CTAACTAACA CTTTGGGGCC TGTACAGCCT 
GGAACAGACA GGATATTCAT TGTGGACGAG CAGCTGCCAG TCTTTAAAGT GGAAGCGATT 
AATGTCACCT ACAGAATGCA GCTGAACATG GCGCTCTCGG CTTTGTGTGA TCAGCCGGAT 
CTGTGCCAGG CGCTTCTGCT TCAGGAGGTG GTTTCTTTCT ATAAGGCAGT GCCAGGATTT 
GATAGGATTG AATTACAGAA TATCACGCTG GACAGGACGC TGGAGTATCG AGTGCATCTC 
AGGGTGGAAT CCGGCAGTGC AATGTCTGAC CTACTGGAGC TCGCCCTTAG TGACCCCACC 
TGGCTGTTTG GGGGGTCACA CCTGCCAGAG GACAGCCTTA CCTCCAGGGT CCGTAGCGTT 
GCTATGGCAG AGGATCACGC AGACCCCTGC ACAGACTGGC TCTCCTGCCC GCTGGGCTTT 
CAGTGCTTGG CTGCCCGTTC CCTCGGCGCC CGCTGCCATT CTCCCTGCCA CGGCGGCTTC 
TGCCACAACC GAGGCATCTG CGTCCACCGG AAGGAGCAAG AGCCGGAGTG CCAATGCCCA 
GTTGGAAGAG ACTTCTGGTA CATGGGGCAG ACATGTGATT ACCGGATGAC ACACCAGCGC 
CTGACAGCCA TTGCCTGCGC CATTGTGCTC TTCATCATCG CTTGTGCCGC CGCCGTCGTT 
TATATTCTTG TCCGTAGATT CCAGACGCAG ATCCTGCAGC AGAAATTGGC TCAGACGCAG 
AGCAGTTACA GGCGCTTTAG CAGGTTCGAT GATGTCCCCA CTCATTTCTG GTGCCCATCC 
CAAACATGGC TGACAGCCTC AGGCTCGCTG AACTCCCTGG ATAACCCGGC TTTCAGCAGT 
TCGGAAGAAG TGTTCCCCCT ACAGGCGCTG GGCAGCTGTG TGTGTGGGTG CCAGGAGGGG 
GCACAGAAAT GCGTACAGAC CAGCCCAATG CAGCCGCCAG CGGGTGATCC TCCCAGGTTG 
GAGACCAGCG GGAGCAGCAT AAACGATCTA ATGATCGACT CGGGAAAAGC AAGCGATGTG 
TCTGTATCCA GCTGGCCAAT GGAACCAATT CACTGGACTC CTTTTCCCAT CCTGCATCAG 
CTCTCACTGC AGTCGCCGTT CCACGCACGC AGACCTCACT CGTACTTCGA AGGAATGGAA 
CTGGTAAACA CCGAGAGGAG CTGGACTGCT TAG

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

LOC100493268 ( XM_002932464.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002932510.2 Xenopus tropicalis mucin-5AC-like (LOC100493268), mRNA.

Price & Availability↑

CloneID	OXa16431
Clone ID Related Accession (Same CDS sequence)	XM_002932464.4
Accession Version	XM_002932464.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5121bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	mucin-5AC-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030685.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_002932464.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 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##

ATGATCCGCT TCCTTCTGCT GCTCCTGCTG CTTCCTGGGG CCGAGCCTAA AACCAACAAG 
ACAGATGACC TGGAGTCTTC AAAAGAGTCT TCTCCAATGG TTGAGGACAG AGTCCCTGTG 
ACTACCCAGA CTACAGTCGA GAGTCCTCCT CCAACATTTC GTCAGCATAA GATCAAAGAG 
CCTGCACCAC AGATCTTGCC TTCTATGGAT GCCAAACTGT CTAGTCTCCT AGAAAAGTCC 
CTTTTAACAG CTCCTGCCAA AGTCCATTCT GTACATGGAG AAAGACGGGC AGTCTCCACC 
AGCAAGCAGA ATGGGAGTCC ATTGCAAACA ACCTCCATGC CACACACAGG GCATTCTCAT 
TCCACAAAGA GGCCTGTTGT GTCTAGAAAT GGAAATGCAA GGGAATTAGC TCTGAAGAAG 
CTGAAAAGCA AAAAAGCACC TAGCCCTCGG GCTATGGATA TAAAGATGCC TACAGAACCA 
GGCCTTGCTG AGACAGAGGG CCTAGGCCAG GCATTGTTAC ATGAAGTGAA TGTGACAGTG 
CAAGGTGTGG GCCACATGCA CTCAACAGTT GCCACCGGTT CTCCAGAGCT AAGCACCAGA 
GCCAGGGAAC ATCAGGTCAC TCCTGGCCGG ACATCTATGA CGAGACCATT AAAACATGGA 
TTTAGTGAAT CTCCAACTGA GAACAGAAAG ATTGTATCTG TGGGTTCTCC GACAAAACCT 
CACCACAGTA GGCTACTGAA AAATAAATCT ATCATTGATC TTCCTTCTGA TTTGTCCCTA 
CGCACTTTAG CATATCGGAA CACAAGCTCG TTCCACGTCC AACTCCCTAA TGTTGTTCAC 
AGCTCTTCAA ATGTCACCTT TCCAGCTATA TTACCGGAAA AAGAAACTGG GCCGAGTTCT 
CATATTGCCT CAGAACGCCT TAGAACTTCT ACAGCAGACG CTGCAAAGGC CGTGAAATCT 
GTCTTAGGGG AACAGAGGAT TATAAATAGC ACAGAGAAAA TGACTTTGAC TTCTCAAGGA 
GACAGGAACA ATGATATTTC AAGGCCTCTA CTTTTCAAAA TGCTAGATGC CCACGTGACA 
GGTGAAACTA GAGCGGCTCG TGCAGAGGGC GATTCCAAAG TGATCTTAAA GGGGCATGAA 
ATGGATTTGT TAAAGAATGT TCCGAACCAA AGCAGGAAAA GCAATTTCAG TTCAACAGCA 
ATACCGGTCC AGCCCGATTC TACCACGCAA AAGCTGCCCC AAATGACTTC AGCCAGGCCA 
GAGGCAGATT TCGAGACACA AACCCTTCAC ATAGAAAAAG ACTCAAGTAA TAAAGCACTT 
GGGCAGGTTC AGTCGGATAC TAAACCTGGT CTTGGATCTC CCATTAAGTT GAGGAGACCA 
GGAAACACCT CCATCCAAAT AGAAACGCAA ACCAAAGCAG GGTCGCCCGT ATTGACAACA 
GGAAGCCCAA GAAAAGGACA CACTCACAGC CCAGCTCATC TGTCTCTCAC CTCCCATGGG 
AAACCCAAAC AAAGACCACA AAAAGAATCA GAGAATTACA AGACGACAAA GCCTAACACA 
TCTGCCCAAC CAGCGACACG TCAACATGAC GCAAGCAAAC AATTGCACTT AGGTCAAGGT 
CCAAAGGCCC AAACAGACCC TAATATCAAG ACAGACAAAC ACGGCCCATC AGTTACATCT 
ACAGAAGCAC ACAAGAGAGT ACACGAGCAT AGCCCAACCA CAAAAACTGG TATAATGTTA 
AGCTCTATGT TTCCACCAGG GTTGCACAAA ACAACCACGC AAACGCCACC AGTGCCAACT 
ACTGCAGCTT TATTAGGTAC ACACTGGTTT GGCATACCAA TGCAAACAGA AGCTAGAAAA 
ATAAACTTGA CACAGTCAGG AATTGGGCTT ATTAACTCCA ATACAACACC ACATATGCAG 
GGCACCTTAT CTACACGTGA ACACTTGATA CAATCCAGTA TGGAGGCTAA AATCACAGGA 
AACCATTCAG TAGTCACAGA GAGACTTCCA GAGTTCTCCA CTCAGACCTT TCCTGAGCTG 
GCCAAATATA GTATAGCAGG TCAAGCAACT GATAGGATTC CTCAGCTAGT TTCACACACC 
AAGCCAGTAG GGTCTGGCTG GTTCACACCT ACTATATCTG CCAGTAGTGA GCTATCTGCC 
AGTAGTGAAC CGGAACTATC CTCAGTTAGG CAGCCTGAGC TAACCACAAA AAGTCATCTT 
GAGCTATCTT CAGATGGTCT GCCTGAGCTA TTCTCAAAAA GACAGCCTGA GCCATCCACA 
AGTAGGCAGC CTGAGCCATC CACAAGTAGG CAGCCTGAGC CATCCACAAG TAGGCAGCCT 
GAGCCATCCA CAAGTAGGCA GCCTGAGCTA TTCACATATA GCCCACCTGA ACCCACCACA 
AAAACCCAGC CTGAGATATC GCAATGGAGC CAACAAGGGC TATCTACTAA GGGACAGCTA 
GAATTAACTA CAGAGAGCCA GGCAGCACTG TCGACATATA GCCACCTAGA ACAATCCAAA 
GAAAGTCAGT CAAGTCTATC CAATAAGAGC CATCTAGAGC TATCCACAGA GAGCGAATTG 
AAGATAACCA CACTCAACCA GCAAGAACGT TCTACACACA ACCACTTCAT GCCATTCTTA 
GAGACCCAGC CTGAGTTATT TACAGTAAGC CAGACAGAGG TGTCCACCAA CAACCAGACA 
GAATTATCCA CACACAAAGA GCTTGAAACA TCCACAAAGA GCTATCCAGA TATAACTGTA 
AAAAGCCAAC TAGAGGAATC TGAAAACAGG CGCACACCTT TGAACCAAAC AGCCATTTCC 
ACAAACAGCC ATGTTGTCTT GTACACTGTA GAGCTATCTA CAAGGAGTCA GCTGGACGTG 
ACCACAGACA CAGAGTTATC AACAATTAGC CAGACAGTGA TATCTACAGA GATTCAGCCC 
GAACATTCCA CTGACAACAT TCCAGAGTTG GTCACACAAA AACATCCAGG ATCCTCCTTG 
CCATGGTATT GGGATAAGTC TACAAAGAGT CAACTAGCGT TATCCACGCA AAGCCATCAA 
GACTTGACAA CTGCTCGTAA TCAACATGAG CTCTTCACAC AAAGTCTGCC TAGACTATAC 
GCATATAACC AGACTGAATC AGCCACAGAG AATCATCCAG CAACAACTAT AGCTCTACAG 
ACACCCCCAG AAACAGACCT AAGCACAGAA ATTCAACCAC AATCAGCCAC ACTGGGGAGG 
ACAGAACAAA ATGTAGAGAC TGCACCAAGC CAGGGCACAG AGCCATATTC ATTCACGTGG 
ATTTACCCAC AGTTATCTAC ATTTAAAAAA TCCGGCAGCC TACCAGAATT AGCCACTCAA 
ACAGCATCAG GCCAAACCCA CAAAACAACA CAAAGTAAAG CACAGCTACT TACAGAAACA 
CGACCAGGAA TAACTACCCA AACCCAAGGA GAAACACATG AGCCAACCCA CACAACTGAA 
CCGACAAATC ATAACGAAAA AATCCACAGC ACATTGACAC ATAAAAGCCG AATAACATCA 
ACTCATCATG GACCAAAATG GCAGACAGAG CTGACGTTAG AACCAAGTGC TACAAGCGCT 
AAAGGAAGCG AAACCCGATT TACATCACCC ACAACATCAG TAACAGTGGA AGATTCACAT 
GGAGCCAATT TTTCTGAAAC GGCTCAATAT GAAAGGAACT CTAGTCAGTC GCCTTCTTTT 
ACACGGGACT CTGAAATGAA CCCAGCATGG ACTCGCAAGG ACACTTCCAC CTTAACATCC 
AGCGTCCTTC CTGCCACTGC CAGTAGCTTT AATGGAATTA CTACTACAGA AGATAACATG 
GTGACAGGAT CAGGACAAAT CTCACAGGAT TCTCACACAG TTCCGTTGAA TCCATCCCTG 
CGGATGAGGA CCACCACACT AACTAACACT TTGGGGCCTG TACAGCCTGG AACAGACAGG 
ATATTCATTG TGGACGAGCA GCTGCCAGTC TTTAAAGTGG AAGCGATTAA TGTCACCTAC 
AGAATGCAGC TGAACATGGC GCTCTCGGCT TTGTGTGATC AGCCGGATCT GTGCCAGGCG 
CTTCTGCTTC AGGAGGTGGT TTCTTTCTAT AAGGCAGTGC CAGGATTTGA TAGGATTGAA 
TTACAGAATA TCACGCTGGA CAGGACGCTG GAGTATCGAG TGCATCTCAG GGTGGAATCC 
GGCAGTGCAA TGTCTGACCT ACTGGAGCTC GCCCTTAGTG ACCCCACCTG GCTGTTTGGG 
GGGTCACACC TGCCAGAGGA CAGCCTTACC TCCAGGGTCC GTAGCGTTGC TATGGCAGAG 
GATCACGCAG ACCCCTGCAC AGACTGGCTC TCCTGCCCGC TGGGCTTTCA GTGCTTGGCT 
GCCCGTTCCC TCGGCGCCCG CTGCCATTCT CCCTGCCACA GCGGCTTCTG CCACAACCGA 
GGCATCTGCG TCCACCGGAA GGAGCAAGAG CCAGAGTGCC AATGCCCAGT TGGAAGAGAC 
TTCTGGTACA TGGGGCAGAC ATGTGATTAC CGGATGACAC ACCAGCGCCT GACAGCCATT 
GCCTGCGCCA TTGTGCTCTG CATCATCGCT TGTGCCGCCG CCATCGTTTA TATTCTTGTC 
CGTAGATTCC AGACGCAGAT CCTGCAGCAG AAATTGGCTC AGACGCAGAG CAGTTACAGG 
CGCTTTAGCA GGTTCGATGA TGTCCCCACT CATTTCTGGT GCCCATCCCA AACATGGCTG 
ACAGCCTCAG GCTCGCTGAA CTCCCTGGAT AACCCGGCTT TCAGCAGTTC GGAAGAAGTG 
TTCCCCCTAC AGGCGCTGGG CAGCTGTGTG TGTGGGTGCC AGGAGGGGGC ACAGAAATGC 
GTACAGACCA GCCCAATGCA GCCGCCAGCG GGTGATCCTC CCAGGTTGGA GACCAGCGGG 
AGCAGCATAA ACGATCTAAT GATCGACTCG GGAAAAGCAA GCGATGTGTC TGTATCCAGC 
TGGCCAATGG AACCAATTCA CTGGACTCCT TTTCCCATCC TGCATCAGCT CTCACTGCAG 
TCGCCGTTCC ACGCACGCAG ACCTCACTCG TACTTCGAAG GAATGGAACT GGTAAACACC 
GAGAGGAGCT GGACTGCTTA G

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

RefSeq	XP_002932510.2
CDS	259..5379
Translation	MIRFLLLLLLLPGAEPKTNKTDDLESSKESSPMVEDRVPVTTQTTVESPPPTFRQHKIKEPAPQILPSMDAKLSSLLEKSLLTAPAKVHSVHGERRAVSTSKQNGSPLQTTSMPHTGHSHSTKRPVVSRNGNARELALKKLKSKKAPSPRAMDIKMPTEPGLAETEGLGQALLHEVNVTVQGVGHMHSTVATGSPELSTRAREHQVTPGRTSMTRPLKHGFSESPTENRKIVSVGSPTKPHHSRLLKNKSIIDLPSDLSLRTLAYRNTSSFHVQLPNVVHSSSNVTFPAILPEKETGPSSHIASERLRTSTADAAKAVKSVLGEQRIINSTEKMTLTSQGDRNNDISRPLLFKMLDAHVTGETRAARAEGDSKVILKGHEMDLLKNVPNQSRKSNFSSTAIPVQPDSTTQKLPQMTSARPEADFETQTLHIEKDSSNKALGQVQSDTKPGLGSPIKLRRPGNTSIQIETQTKAGSPVLTTGSPRKGHTHSPAHLSLTSHGKPKQRPQKESENYKTTKPNTSAQPATRQHDASKQLHLGQGPKAQTDPNIKTDKHGPSVTSTEAHKRVHEHSPTTKTGIMLSSMFPPGLHKTTTQTPPVPTTAALLGTHWFGIPMQTEARKINLTQSGIGLINSNTTPHMQGTLSTREHLIQSSMEAKITGNHSVVTERLPEFSTQTFPELAKYSIAGQATDRIPQLVSHTKPVGSGWFTPTISASSELSASSEPELSSVRQPELTTKSHLELSSDGLPELFSKRQPEPSTSRQPEPSTSRQPEPSTSRQPEPSTSRQPELFTYSPPEPTTKTQPEISQWSQQGLSTKGQLELTTESQAALSTYSHLEQSKESQSSLSNKSHLELSTESELKITTLNQQERSTHNHFMPFLETQPELFTVSQTEVSTNNQTELSTHKELETSTKSYPDITVKSQLEESENRRTPLNQTAISTNSHVVLYTVELSTRSQLDVTTDTELSTISQTVISTEIQPEHSTDNIPELVTQKHPGSSLPWYWDKSTKSQLALSTQSHQDLTTARNQHELFTQSLPRLYAYNQTESATENHPATTIALQTPPETDLSTEIQPQSATLGRTEQNVETAPSQGTEPYSFTWIYPQLSTFKKSGSLPELATQTASGQTHKTTQSKAQLLTETRPGITTQTQGETHEPTHTTEPTNHNEKIHSTLTHKSRITSTHHGPKWQTELTLEPSATSAKGSETRFTSPTTSVTVEDSHGANFSETAQYERNSSQSPSFTRDSEMNPAWTRKDTSTLTSSVLPATASSFNGITTTEDNMVTGSGQISQDSHTVPLNPSLRMRTTTLTNTLGPVQPGTDRIFIVDEQLPVFKVEAINVTYRMQLNMALSALCDQPDLCQALLLQEVVSFYKAVPGFDRIELQNITLDRTLEYRVHLRVESGSAMSDLLELALSDPTWLFGGSHLPEDSLTSRVRSVAMAEDHADPCTDWLSCPLGFQCLAARSLGARCHSPCHSGFCHNRGICVHRKEQEPECQCPVGRDFWYMGQTCDYRMTHQRLTAIACAIVLCIIACAAAIVYILVRRFQTQILQQKLAQTQSSYRRFSRFDDVPTHFWCPSQTWLTASGSLNSLDNPAFSSSEEVFPLQALGSCVCGCQEGAQKCVQTSPMQPPAGDPPRLETSGSSINDLMIDSGKASDVSVSSWPMEPIHWTPFPILHQLSLQSPFHARRPHSYFEGMELVNTERSWTA

Target ORF information:

RefSeq Version	XM_002932464.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis mucin-5AC-like (LOC100493268), mRNA.

Target ORF information:

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

XM_002932464.4

ORF Insert Sequence:

ATGATCCGCT TCCTTCTGCT GCTCCTGCTG CTTCCTGGGG CCGAGCCTAA AACCAACAAG 
ACAGATGACC TGGAGTCTTC AAAAGAGTCT TCTCCAATGG TTGAGGACAG AGTCCCTGTG 
ACTACCCAGA CTACAGTCGA GAGTCCTCCT CCAACATTTC GTCAGCATAA GATCAAAGAG 
CCTGCACCAC AGATCTTGCC TTCTATGGAT GCCAAACTGT CTAGTCTCCT AGAAAAGTCC 
CTTTTAACAG CTCCTGCCAA AGTCCATTCT GTACATGGAG AAAGACGGGC AGTCTCCACC 
AGCAAGCAGA ATGGGAGTCC ATTGCAAACA ACCTCCATGC CACACACAGG GCATTCTCAT 
TCCACAAAGA GGCCTGTTGT GTCTAGAAAT GGAAATGCAA GGGAATTAGC TCTGAAGAAG 
CTGAAAAGCA AAAAAGCACC TAGCCCTCGG GCTATGGATA TAAAGATGCC TACAGAACCA 
GGCCTTGCTG AGACAGAGGG CCTAGGCCAG GCATTGTTAC ATGAAGTGAA TGTGACAGTG 
CAAGGTGTGG GCCACATGCA CTCAACAGTT GCCACCGGTT CTCCAGAGCT AAGCACCAGA 
GCCAGGGAAC ATCAGGTCAC TCCTGGCCGG ACATCTATGA CGAGACCATT AAAACATGGA 
TTTAGTGAAT CTCCAACTGA GAACAGAAAG ATTGTATCTG TGGGTTCTCC GACAAAACCT 
CACCACAGTA GGCTACTGAA AAATAAATCT ATCATTGATC TTCCTTCTGA TTTGTCCCTA 
CGCACTTTAG CATATCGGAA CACAAGCTCG TTCCACGTCC AACTCCCTAA TGTTGTTCAC 
AGCTCTTCAA ATGTCACCTT TCCAGCTATA TTACCGGAAA AAGAAACTGG GCCGAGTTCT 
CATATTGCCT CAGAACGCCT TAGAACTTCT ACAGCAGACG CTGCAAAGGC CGTGAAATCT 
GTCTTAGGGG AACAGAGGAT TATAAATAGC ACAGAGAAAA TGACTTTGAC TTCTCAAGGA 
GACAGGAACA ATGATATTTC AAGGCCTCTA CTTTTCAAAA TGCTAGATGC CCACGTGACA 
GGTGAAACTA GAGCGGCTCG TGCAGAGGGC GATTCCAAAG TGATCTTAAA GGGGCATGAA 
ATGGATTTGT TAAAGAATGT TCCGAACCAA AGCAGGAAAA GCAATTTCAG TTCAACAGCA 
ATACCGGTCC AGCCCGATTC TACCACGCAA AAGCTGCCCC AAATGACTTC AGCCAGGCCA 
GAGGCAGATT TCGAGACACA AACCCTTCAC ATAGAAAAAG ACTCAAGTAA TAAAGCACTT 
GGGCAGGTTC AGTCGGATAC TAAACCTGGT CTTGGATCTC CCATTAAGTT GAGGAGACCA 
GGAAACACCT CCATCCAAAT AGAAACGCAA ACCAAAGCAG GGTCGCCCGT ATTGACAACA 
GGAAGCCCAA GAAAAGGACA CACTCACAGC CCAGCTCATC TGTCTCTCAC CTCCCATGGG 
AAACCCAAAC AAAGACCACA AAAAGAATCA GAGAATTACA AGACGACAAA GCCTAACACA 
TCTGCCCAAC CAGCGACACG TCAACATGAC GCAAGCAAAC AATTGCACTT AGGTCAAGGT 
CCAAAGGCCC AAACAGACCC TAATATCAAG ACAGACAAAC ACGGCCCATC AGTTACATCT 
ACAGAAGCAC ACAAGAGAGT ACACGAGCAT AGCCCAACCA CAAAAACTGG TATAATGTTA 
AGCTCTATGT TTCCACCAGG GTTGCACAAA ACAACCACGC AAACGCCACC AGTGCCAACT 
ACTGCAGCTT TATTAGGTAC ACACTGGTTT GGCATACCAA TGCAAACAGA AGCTAGAAAA 
ATAAACTTGA CACAGTCAGG AATTGGGCTT ATTAACTCCA ATACAACACC ACATATGCAG 
GGCACCTTAT CTACACGTGA ACACTTGATA CAATCCAGTA TGGAGGCTAA AATCACAGGA 
AACCATTCAG TAGTCACAGA GAGACTTCCA GAGTTCTCCA CTCAGACCTT TCCTGAGCTG 
GCCAAATATA GTATAGCAGG TCAAGCAACT GATAGGATTC CTCAGCTAGT TTCACACACC 
AAGCCAGTAG GGTCTGGCTG GTTCACACCT ACTATATCTG CCAGTAGTGA GCTATCTGCC 
AGTAGTGAAC CGGAACTATC CTCAGTTAGG CAGCCTGAGC TAACCACAAA AAGTCATCTT 
GAGCTATCTT CAGATGGTCT GCCTGAGCTA TTCTCAAAAA GACAGCCTGA GCCATCCACA 
AGTAGGCAGC CTGAGCCATC CACAAGTAGG CAGCCTGAGC CATCCACAAG TAGGCAGCCT 
GAGCCATCCA CAAGTAGGCA GCCTGAGCTA TTCACATATA GCCCACCTGA ACCCACCACA 
AAAACCCAGC CTGAGATATC GCAATGGAGC CAACAAGGGC TATCTACTAA GGGACAGCTA 
GAATTAACTA CAGAGAGCCA GGCAGCACTG TCGACATATA GCCACCTAGA ACAATCCAAA 
GAAAGTCAGT CAAGTCTATC CAATAAGAGC CATCTAGAGC TATCCACAGA GAGCGAATTG 
AAGATAACCA CACTCAACCA GCAAGAACGT TCTACACACA ACCACTTCAT GCCATTCTTA 
GAGACCCAGC CTGAGTTATT TACAGTAAGC CAGACAGAGG TGTCCACCAA CAACCAGACA 
GAATTATCCA CACACAAAGA GCTTGAAACA TCCACAAAGA GCTATCCAGA TATAACTGTA 
AAAAGCCAAC TAGAGGAATC TGAAAACAGG CGCACACCTT TGAACCAAAC AGCCATTTCC 
ACAAACAGCC ATGTTGTCTT GTACACTGTA GAGCTATCTA CAAGGAGTCA GCTGGACGTG 
ACCACAGACA CAGAGTTATC AACAATTAGC CAGACAGTGA TATCTACAGA GATTCAGCCC 
GAACATTCCA CTGACAACAT TCCAGAGTTG GTCACACAAA AACATCCAGG ATCCTCCTTG 
CCATGGTATT GGGATAAGTC TACAAAGAGT CAACTAGCGT TATCCACGCA AAGCCATCAA 
GACTTGACAA CTGCTCGTAA TCAACATGAG CTCTTCACAC AAAGTCTGCC TAGACTATAC 
GCATATAACC AGACTGAATC AGCCACAGAG AATCATCCAG CAACAACTAT AGCTCTACAG 
ACACCCCCAG AAACAGACCT AAGCACAGAA ATTCAACCAC AATCAGCCAC ACTGGGGAGG 
ACAGAACAAA ATGTAGAGAC TGCACCAAGC CAGGGCACAG AGCCATATTC ATTCACGTGG 
ATTTACCCAC AGTTATCTAC ATTTAAAAAA TCCGGCAGCC TACCAGAATT AGCCACTCAA 
ACAGCATCAG GCCAAACCCA CAAAACAACA CAAAGTAAAG CACAGCTACT TACAGAAACA 
CGACCAGGAA TAACTACCCA AACCCAAGGA GAAACACATG AGCCAACCCA CACAACTGAA 
CCGACAAATC ATAACGAAAA AATCCACAGC ACATTGACAC ATAAAAGCCG AATAACATCA 
ACTCATCATG GACCAAAATG GCAGACAGAG CTGACGTTAG AACCAAGTGC TACAAGCGCT 
AAAGGAAGCG AAACCCGATT TACATCACCC ACAACATCAG TAACAGTGGA AGATTCACAT 
GGAGCCAATT TTTCTGAAAC GGCTCAATAT GAAAGGAACT CTAGTCAGTC GCCTTCTTTT 
ACACGGGACT CTGAAATGAA CCCAGCATGG ACTCGCAAGG ACACTTCCAC CTTAACATCC 
AGCGTCCTTC CTGCCACTGC CAGTAGCTTT AATGGAATTA CTACTACAGA AGATAACATG 
GTGACAGGAT CAGGACAAAT CTCACAGGAT TCTCACACAG TTCCGTTGAA TCCATCCCTG 
CGGATGAGGA CCACCACACT AACTAACACT TTGGGGCCTG TACAGCCTGG AACAGACAGG 
ATATTCATTG TGGACGAGCA GCTGCCAGTC TTTAAAGTGG AAGCGATTAA TGTCACCTAC 
AGAATGCAGC TGAACATGGC GCTCTCGGCT TTGTGTGATC AGCCGGATCT GTGCCAGGCG 
CTTCTGCTTC AGGAGGTGGT TTCTTTCTAT AAGGCAGTGC CAGGATTTGA TAGGATTGAA 
TTACAGAATA TCACGCTGGA CAGGACGCTG GAGTATCGAG TGCATCTCAG GGTGGAATCC 
GGCAGTGCAA TGTCTGACCT ACTGGAGCTC GCCCTTAGTG ACCCCACCTG GCTGTTTGGG 
GGGTCACACC TGCCAGAGGA CAGCCTTACC TCCAGGGTCC GTAGCGTTGC TATGGCAGAG 
GATCACGCAG ACCCCTGCAC AGACTGGCTC TCCTGCCCGC TGGGCTTTCA GTGCTTGGCT 
GCCCGTTCCC TCGGCGCCCG CTGCCATTCT CCCTGCCACA GCGGCTTCTG CCACAACCGA 
GGCATCTGCG TCCACCGGAA GGAGCAAGAG CCAGAGTGCC AATGCCCAGT TGGAAGAGAC 
TTCTGGTACA TGGGGCAGAC ATGTGATTAC CGGATGACAC ACCAGCGCCT GACAGCCATT 
GCCTGCGCCA TTGTGCTCTG CATCATCGCT TGTGCCGCCG CCATCGTTTA TATTCTTGTC 
CGTAGATTCC AGACGCAGAT CCTGCAGCAG AAATTGGCTC AGACGCAGAG CAGTTACAGG 
CGCTTTAGCA GGTTCGATGA TGTCCCCACT CATTTCTGGT GCCCATCCCA AACATGGCTG 
ACAGCCTCAG GCTCGCTGAA CTCCCTGGAT AACCCGGCTT TCAGCAGTTC GGAAGAAGTG 
TTCCCCCTAC AGGCGCTGGG CAGCTGTGTG TGTGGGTGCC AGGAGGGGGC ACAGAAATGC 
GTACAGACCA GCCCAATGCA GCCGCCAGCG GGTGATCCTC CCAGGTTGGA GACCAGCGGG 
AGCAGCATAA ACGATCTAAT GATCGACTCG GGAAAAGCAA GCGATGTGTC TGTATCCAGC 
TGGCCAATGG AACCAATTCA CTGGACTCCT TTTCCCATCC TGCATCAGCT CTCACTGCAG 
TCGCCGTTCC ACGCACGCAG ACCTCACTCG TACTTCGAAG GAATGGAACT GGTAAACACC 
GAGAGGAGCT GGACTGCTTA G

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

PubMed

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LOC100493268 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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