scaf11 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	scaf11
Entrez Gene ID	100486670
Full Name	SR-related CTD-associated factor 11
Synonyms	casp11,sip1,srrp129
General protein information	Preferred Names SR-related CTD-associated factor 11 Names protein SCAF11
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012959926.2	XP_012815380.1	protein SCAF11 isoform X2
XM_002932806.5	XP_002932852.1	protein SCAF11 isoform X1
XM_012959926.3	XP_012815380.1	protein SCAF11 isoform X2
XM_018092277.1	XP_017947766.1	protein SCAF11 isoform X3
XM_002932806.4	XP_002932852.1	protein SCAF11 isoform X1

Pathways from BioSystems
Gene Ontology

The following scaf11 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the scaf11 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)
OXa07804	XM_002932806.5 Latest version!	Xenopus tropicalis SR-related CTD-associated factor 11 (scaf11), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OXa33683	XM_012959926.3 Latest version!	Xenopus tropicalis SR-related CTD-associated factor 11 (scaf11), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa43254	XM_018092277.1 Latest version!	Xenopus tropicalis SR-related CTD-associated factor 11 (scaf11), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
View Old Accession Versions >>
OXa33683	XM_012959926.2	Xenopus tropicalis SR-related CTD-associated factor 11 (scaf11), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
OXa07804	XM_002932806.4	Xenopus tropicalis SR-related CTD-associated factor 11 (scaf11), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$1021.30 $1459.00
Hide Old Accession Versions >>

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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)

scaf11 ( XM_002932806.5 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002932852.1 Xenopus tropicalis SR-related CTD-associated factor 11 (scaf11), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa07804
Clone ID Related Accession (Same CDS sequence)	XM_002932806.5 , XM_002932806.4
Accession Version	XM_002932806.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5091bp) 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	protein SCAF11 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_002932806.4. ##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##

ATGAAGAACA AGAGATTTAT GTTAGCTGGA AGTGACAAGC AGCATAAAGA TGATGATGAT 
GAAAGAGAAG ATAACACCAG GACAAGTCTT GTAGCATGTT TCGCAAAAGA GCGGTGTCCA 
ATATGTTTGA ATTTTCTAAG AAAGGATGTT GCATATCCTG AAAATTGCTA CCATGCATTC 
TGTTTCACCT GTATTTTAAA GTGGTCTGAA ACTTCCACTT CATGCCCTGT TGACCGCAAA 
CCGTTTCATG CTGTTATTAA AATAGATAAA GTTGTTGGAT GTACTAAGAT CCCTGTCAAG 
GTGAAAACTA CACAAAGCAC AGAACGATAT TGCTGTGATA GAAAACAGTG CTGTTCTTTT 
GGGATTGAAA ATGACAACAT TTCTTTCAGA ATTGATACAG CTAAAGAAAT TCCAGTTCAT 
AATTGTAAAA GCAGCACTTC TGAGAAAAAA CGGTCTCTTG CAGAAGAGAA AACTGACCTG 
AAATTGAAGA TCAAAAGATT AAGCTGGTCC AGTGCTTGTT GCTCTGGTGG CTTCTCAGAC 
ATGTATCCTC CTGCTCACCT TCCTGATACA CCTAACCATG TTACTAGTGG TTCATATTTT 
TCACACGATT CTGAAATCAA TTTGATCCAA AAGAAGAGAG ATGAACTTAG ATACTTCAGG 
ACACCAGCTG TAGCTCGGCA GGCCCAATGC AATACACCTC TTTCTACTGA AACAGAAACA 
CTGATACTTC CACTGCCTTC CTTTACTTTT TTTGACCATA TCTTCCCATT AAATCACTTT 
TCGGCCAGAA ACAAAGATTT CTCAAAGAGA ACTTGTGCTC ATTCAGGCGC ACAAGAAGGC 
ACTGAAAAGA AACGGGCAGC TGGTGCTTCC AGTACAAGAG GTACAAGAAA AAAACCTGTT 
CAGTCAAGCA CAAGGAGGAG ATCTACAAGA AATAGCAAAA TTGAAGATGA CAGTCAACTT 
CAGAGTTCCC CAAAATCTAG TAATTCTGAC CACAGTGCTA CTGGCTGCAA CAGCTCCTCC 
ACAAATGCAG AGTCATCTGA AAAGGTAGTA AAGCCCCCAC CTAAACAAAG GAAAAAAACA 
TCTAAAAAAC GATCACAGGT TAGAAAAAGG CTTAGATCCA ACACACGTGC ACAGGAAGAA 
TCTGATGAAA GTAAGGAAAA TTCAGGCAGT GAATCAGAAC AAAGTTATCA AAAGAAGCCA 
AAGACATCCA TGGAAAGCTC TTCAGATATG GGACACACGG ACACAGATAC CTCTGCTGAT 
CATGTTGCTG ATATGTGTGA GCATCAAATA GATGAACAGT CTTCAGATAT ACCAGTTTCT 
GATACTGACA AACAGTTTGA TGAACAACAT TCCTCTCTCT CTCCTCAAAT ACAATCCTCT 
GATAAAATTC AACATTCACC TGACTTCCAA AATGAGGATA GTTTTGATAA AGACATTGCA 
TCTTCTCCTG GGTTAAACAA TGGACAACAT TTAGGTTCTG TACCAGATTC TCCACCTTCT 
GCAGAGCATA TTGTTTTATC TGAAACTGAT TCTCAACTAG ATGCTGCAGG AAACATTAGT 
TTGTGTTCGG AGGAAAACAA TTATCCTGGC ACTCAAGAAA CAGAGAAGCC CCAAGATTTA 
CAGACTTCAG ATTTTGCTTC AGAACAATCT GATGGAGAGG ATCTGGAGCA TAACACACAT 
TCTAAATCTT TGTCTGCTTC TGAAACTTTT CTAGAGTCTG AAAATGCAGC AGGTTTACCA 
CTGATGTCAA TGGAAAAGTG CCATCAACTA GAGGAAAATG ACTCTGCAGA TTACATAGAA 
GATAGATTAC AATGTGAAAA GGATGAATCT GATGGAAACC CTTCATCAGT CACTGATAGC 
CATTCCATAG TAAACAAACC CAGTGATTTC CCTGTTTCAC ATAATGGACA TAACTCTCCT 
CCTTCATTAG AAAGCACTGT TGTGTCACAG ATAGATGAGG AATTTCTATG TTTTTCTGCC 
TCAGAAAAAC GGGAACAGTC CAAAGTTGGT AATTTTGCAG ATATTTTGTT AAAGGAGCAA 
TCTGTTGCTT TAGAAGCAAC TTGTGAGTCA TCTGTTTCTG AAATGGAAAG TTGCAGTGAA 
TCTTTGCTTC AGAATAAGTT GTTACCAACA AAAGAAGATG ATGACACAGC AGGTGGCTTT 
TCAGAGCATA AAGAATGTTT TGGGGAAGAA GCTAGTACAG CAAGTTTACA AGAACATAAG 
GAAAAACCTA ACTTTGTTTC TATAAATGTA ACCGATCTCC CTGAACAATC AAACTTTGCA 
CAAATGCACG TCAAAGTGGA TGATTGTGAA AAGCCAGTAA ATGTTGGCAT GGAAAGTAGT 
ACAAGAATGC ATGAAAATTT TGAAAGCACT ATAAACACAG GTGTTGATTT AGAATCTCAC 
AAATTGAGTG TTAATGAGAA TGGTGATAAG TCGGATCTCA ATCCTGAGCA AGAATATTTT 
TGTAAAAATG ATAAATCTGC TTGTGATTTT GTTAGTGAAA AACAATGTGA AATGGACAGT 
ATTCAAGATG TTATGGACAA GGAAACTCTA AAATCAGAAT CAGATTCTCA GGTGTCTGAA 
AAGGAAGAAA AAAGTAATAT TCAAAAAACA GAATCGAAAG AAATTAATGA AAAGCTTAAA 
AAAGAAACAC GAACCAGGAA ATCTAGGTTT CATTCTCCAT CAACGACATG GTCTCCTAGT 
AAAACTGATC TAAAAGATAG ACCAAGATCT CGTTCAAGAT CTAGAGCACG GGACTCTCCA 
GCTAAAAGAA GGTCTAGAAG CCGCAGTAGG GACAGAGAGC GAGATCGTGG TGGACAGTGG 
AAAGGGCGAA GCAGAGACCG TAGACATAGG AGACAGTCTA GGTCTAGATC TAAAAGTCGT 
TCTCGCTCAA GATCTGGATC GCGTCCCCGA AATAGAAACA GATTTTCTGC ATCTGATCGA 
AACAATGATA GCCATTCTCC ACACTGGAAA GACAGGCGGT CACATGAAAA CTGGAGAGGT 
TCTAGAGGAC ATGAAAGGTA CAGAAGAAGT GATAATGAAA AACCTAATGA GCATCTACGA 
CGGAATGAGC AGTATAAGTC AAATGAATAT TCAAGACGAA ATGACCAAGC AAAGTCAAAT 
GAGCACTTGC ATCGCAGTGA GACAGAAAAA AGGTGGAATG AAGCAGAAAA GCACGGTGAT 
CATTTTCGGA GAAATGAGTC TGAGAAGACT GCTGAAAATT ATCAACTAAA TGAGTTAGAA 
CAAAATAATG ACCATTTTCC TAAAAATAAA GCAGAAGTGC CCTCTGACCA TTCTCAGCCA 
AAAGAGCTTG AAAAGTCCAC CAAACATTTA ATGCACAATG AACCACAAAA GCCCAGTGAA 
CATATCCTGC AGAATGAGCC AGATAATCAC AGTAATACTC TCCGACAGGA TGAATCGGAT 
AGGCCCTCTA TCCCTTTCCA AAAGAATCCA TCTGAGAAAC CCAATGACTG TTTCCAGCAG 
GAGCCTGAGA AACGCAGCAA CTCTTTCTGG CAAACTGAGC CTAAGCAGCA TAACGACTCT 
GTCCAGTCTG ATGAACCAGA AAAGACCAAC TTCTTTCACC GCAATGAGCC AGAAAAGTCT 
GGAAATCATT TCCAGAGGAG TGAACATGAA AGGCCCAGTA ACAGCTTCTG GAGGAATGAG 
CATGATAAGT CTAGTGATCA TTGCCGGTGG AATGAATCTG AACAAAATCG CAGTAATTTC 
TGGAGAAATG AGCCTGAGAA GCCGGACAAC CATTACTGGC CAAATGAGCC AGATGAACCA 
AATGAGCAAT TTAGAGACGA AAAGCAGAAT ATGAATAGAG AGAGATCTGA GCAATATCCT 
GGAAATAAAA ATCATTATCC AGATTGGGTG GCAGAAAATA ACAAACCCTC TGAAAAAAGA 
GGAAGAGGAG CAAATCGATC AAGAGGCTAT ACTAGGGGAT CTTCCTGGTC GGATAACCAG 
TACCGTTCAG GGGATTCATG GAATAGAAAT ATAAATTCAG AGTGGAGGGC ACCTAGAGGT 
CGTGGAGGTC GTGGTAGAGG TGGGTTCCGT GGTGGATTAA GCTGTGGTGA CCAAAATGAA 
AATCATTGGA ACTCTAGACA GCCTTTCTCA GGAAATTTTG GGCCTGAGCC TTCTGGATTA 
ACAGAAAAAA ATTTTAGGCC CAAATATGAA CCAGAACCTC CCAACCCACC TGCTGACCGC 
TCTGGATGGT CATCTGCATC AAGCTGGGCT GTAAGGAAAA CATTACCAGC TGATGTTCAA 
AGTTATTATT CAAAGAGGGG GAAAAGCAAT GCAGGCCCGC AGCCAGGGTG GTCAAGACAG 
GAAGTGTCTC AGGATCAAGA TCAAACCATT AAGGAGCCTG CAAGTCAGCA AAGTGAAGCA 
TCCCAAGTGT CTGTAAATAT CTTACAGCCT CAAGTGAATG TAGTGCCTCA GCAACCTATG 
AATATTTTCC CATATCCAGT GGGCGTCCAT CCTCCCATGG TAAACATCCA ACACAATCCA 
TTTAATATTC CTCCACAGCT ACCCATGCAT CTACACCCTG GGCTGCCTAT AGTTCAAGTT 
ACTGCTTCTA CCACAGTTCC TCAGGGACTG CCACCACCTC CACCACCTCC ACCACCAACG 
CAACAAATTA ACTATATTGC TTCACAGCAA GATGGAAAAC ACTTGCAGGG CAATCCCAGT 
GCTTCTCATG TAAGCAGTAA CCTGAGTGCA CCACTCTTGC CTGCTCCAAC AGCACCCCAG 
GGAATTGCTG GAACTATGCT GGGACCAAAT TCTGGTAGTG TTGCTACCTC AAGTTATCCA 
GTTAAAGTTT CTGCAAGAAA AGAAAGCATA ACAGTGGAGG CCACTGCAGA TAGCTCCAAG 
AAGGAAAAGA GATTGCAAAT GCAGGAGAGA GCAGCACAGG AAGTCAAAAT AGCCATAAAA 
CCATTTTACC AAAATAAAGA TATAACAAAG GAGGAATACA AGGAAATTGT AAAGAAAGCA 
GTTGATAAGG TTTGCCACAG TAAGAGCGGA GAAGTGGATT CATCCAAAGT TGCAAATCTT 
GTAAAGGCTT ATGTAGACAA GTACAAACAT TCTCGGAAAA AAGGGGACTG A

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

RefSeq	XP_002932852.1
CDS	422..5512
Translation	MKNKRFMLAGSDKQHKDDDDEREDNTRTSLVACFAKERCPICLNFLRKDVAYPENCYHAFCFTCILKWSETSTSCPVDRKPFHAVIKIDKVVGCTKIPVKVKTTQSTERYCCDRKQCCSFGIENDNISFRIDTAKEIPVHNCKSSTSEKKRSLAEEKTDLKLKIKRLSWSSACCSGGFSDMYPPAHLPDTPNHVTSGSYFSHDSEINLIQKKRDELRYFRTPAVARQAQCNTPLSTETETLILPLPSFTFFDHIFPLNHFSARNKDFSKRTCAHSGAQEGTEKKRAAGASSTRGTRKKPVQSSTRRRSTRNSKIEDDSQLQSSPKSSNSDHSATGCNSSSTNAESSEKVVKPPPKQRKKTSKKRSQVRKRLRSNTRAQEESDESKENSGSESEQSYQKKPKTSMESSSDMGHTDTDTSADHVADMCEHQIDEQSSDIPVSDTDKQFDEQHSSLSPQIQSSDKIQHSPDFQNEDSFDKDIASSPGLNNGQHLGSVPDSPPSAEHIVLSETDSQLDAAGNISLCSEENNYPGTQETEKPQDLQTSDFASEQSDGEDLEHNTHSKSLSASETFLESENAAGLPLMSMEKCHQLEENDSADYIEDRLQCEKDESDGNPSSVTDSHSIVNKPSDFPVSHNGHNSPPSLESTVVSQIDEEFLCFSASEKREQSKVGNFADILLKEQSVALEATCESSVSEMESCSESLLQNKLLPTKEDDDTAGGFSEHKECFGEEASTASLQEHKEKPNFVSINVTDLPEQSNFAQMHVKVDDCEKPVNVGMESSTRMHENFESTINTGVDLESHKLSVNENGDKSDLNPEQEYFCKNDKSACDFVSEKQCEMDSIQDVMDKETLKSESDSQVSEKEEKSNIQKTESKEINEKLKKETRTRKSRFHSPSTTWSPSKTDLKDRPRSRSRSRARDSPAKRRSRSRSRDRERDRGGQWKGRSRDRRHRRQSRSRSKSRSRSRSGSRPRNRNRFSASDRNNDSHSPHWKDRRSHENWRGSRGHERYRRSDNEKPNEHLRRNEQYKSNEYSRRNDQAKSNEHLHRSETEKRWNEAEKHGDHFRRNESEKTAENYQLNELEQNNDHFPKNKAEVPSDHSQPKELEKSTKHLMHNEPQKPSEHILQNEPDNHSNTLRQDESDRPSIPFQKNPSEKPNDCFQQEPEKRSNSFWQTEPKQHNDSVQSDEPEKTNFFHRNEPEKSGNHFQRSEHERPSNSFWRNEHDKSSDHCRWNESEQNRSNFWRNEPEKPDNHYWPNEPDEPNEQFRDEKQNMNRERSEQYPGNKNHYPDWVAENNKPSEKRGRGANRSRGYTRGSSWSDNQYRSGDSWNRNINSEWRAPRGRGGRGRGGFRGGLSCGDQNENHWNSRQPFSGNFGPEPSGLTEKNFRPKYEPEPPNPPADRSGWSSASSWAVRKTLPADVQSYYSKRGKSNAGPQPGWSRQEVSQDQDQTIKEPASQQSEASQVSVNILQPQVNVVPQQPMNIFPYPVGVHPPMVNIQHNPFNIPPQLPMHLHPGLPIVQVTASTTVPQGLPPPPPPPPPTQQINYIASQQDGKHLQGNPSASHVSSNLSAPLLPAPTAPQGIAGTMLGPNSGSVATSSYPVKVSARKESITVEATADSSKKEKRLQMQERAAQEVKIAIKPFYQNKDITKEEYKEIVKKAVDKVCHSKSGEVDSSKVANLVKAYVDKYKHSRKKGD

Target ORF information:

RefSeq Version	XM_002932806.5
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis SR-related CTD-associated factor 11 (scaf11), transcript variant X1, mRNA.

Target ORF information:

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

XM_002932806.5

ORF Insert Sequence:

ATGAAGAACA AGAGATTTAT GTTAGCTGGA AGTGACAAGC AGCATAAAGA TGATGATGAT 
GAAAGAGAAG ATAACACCAG GACAAGTCTT GTAGCATGTT TCGCAAAAGA GCGGTGTCCA 
ATATGTTTGA ATTTTCTAAG AAAGGATGTT GCATATCCTG AAAATTGCTA CCATGCATTC 
TGTTTCACCT GTATTTTAAA GTGGTCTGAA ACTTCCACTT CATGCCCTGT TGACCGCAAA 
CCGTTTCATG CTGTTATTAA AATAGATAAA GTTGTTGGAT GTACTAAGAT CCCTGTCAAG 
GTGAAAACTA CACAAAGCAC AGAACGATAT TGCTGTGATA GAAAACAGTG CTGTTCTTTT 
GGGATTGAAA ATGACAACAT TTCTTTCAGA ATTGATACAG CTAAAGAAAT TCCAGTTCAT 
AATTGTAAAA GCAGCACTTC TGAGAAAAAA CGGTCTCTTG CAGAAGAGAA AACTGACCTG 
AAATTGAAGA TCAAAAGATT AAGCTGGTCC AGTGCTTGTT GCTCTGGTGG CTTCTCAGAC 
ATGTATCCTC CTGCTCACCT TCCTGATACA CCTAACCATG TTACTAGTGG TTCATATTTT 
TCACACGATT CTGAAATCAA TTTGATCCAA AAGAAGAGAG ATGAACTTAG ATACTTCAGG 
ACACCAGCTG TAGCTCGGCA GGCCCAATGC AATACACCTC TTTCTACTGA AACAGAAACA 
CTGATACTTC CACTGCCTTC CTTTACTTTT TTTGACCATA TCTTCCCATT AAATCACTTT 
TCGGCCAGAA ACAAAGATTT CTCAAAGAGA ACTTGTGCTC ATTCAGGCGC ACAAGAAGGC 
ACTGAAAAGA AACGGGCAGC TGGTGCTTCC AGTACAAGAG GTACAAGAAA AAAACCTGTT 
CAGTCAAGCA CAAGGAGGAG ATCTACAAGA AATAGCAAAA TTGAAGATGA CAGTCAACTT 
CAGAGTTCCC CAAAATCTAG TAATTCTGAC CACAGTGCTA CTGGCTGCAA CAGCTCCTCC 
ACAAATGCAG AGTCATCTGA AAAGGTAGTA AAGCCCCCAC CTAAACAAAG GAAAAAAACA 
TCTAAAAAAC GATCACAGGT TAGAAAAAGG CTTAGATCCA ACACACGTGC ACAGGAAGAA 
TCTGATGAAA GTAAGGAAAA TTCAGGCAGT GAATCAGAAC AAAGTTATCA AAAGAAGCCA 
AAGACATCCA TGGAAAGCTC TTCAGATATG GGACACACGG ACACAGATAC CTCTGCTGAT 
CATGTTGCTG ATATGTGTGA GCATCAAATA GATGAACAGT CTTCAGATAT ACCAGTTTCT 
GATACTGACA AACAGTTTGA TGAACAACAT TCCTCTCTCT CTCCTCAAAT ACAATCCTCT 
GATAAAATTC AACATTCACC TGACTTCCAA AATGAGGATA GTTTTGATAA AGACATTGCA 
TCTTCTCCTG GGTTAAACAA TGGACAACAT TTAGGTTCTG TACCAGATTC TCCACCTTCT 
GCAGAGCATA TTGTTTTATC TGAAACTGAT TCTCAACTAG ATGCTGCAGG AAACATTAGT 
TTGTGTTCGG AGGAAAACAA TTATCCTGGC ACTCAAGAAA CAGAGAAGCC CCAAGATTTA 
CAGACTTCAG ATTTTGCTTC AGAACAATCT GATGGAGAGG ATCTGGAGCA TAACACACAT 
TCTAAATCTT TGTCTGCTTC TGAAACTTTT CTAGAGTCTG AAAATGCAGC AGGTTTACCA 
CTGATGTCAA TGGAAAAGTG CCATCAACTA GAGGAAAATG ACTCTGCAGA TTACATAGAA 
GATAGATTAC AATGTGAAAA GGATGAATCT GATGGAAACC CTTCATCAGT CACTGATAGC 
CATTCCATAG TAAACAAACC CAGTGATTTC CCTGTTTCAC ATAATGGACA TAACTCTCCT 
CCTTCATTAG AAAGCACTGT TGTGTCACAG ATAGATGAGG AATTTCTATG TTTTTCTGCC 
TCAGAAAAAC GGGAACAGTC CAAAGTTGGT AATTTTGCAG ATATTTTGTT AAAGGAGCAA 
TCTGTTGCTT TAGAAGCAAC TTGTGAGTCA TCTGTTTCTG AAATGGAAAG TTGCAGTGAA 
TCTTTGCTTC AGAATAAGTT GTTACCAACA AAAGAAGATG ATGACACAGC AGGTGGCTTT 
TCAGAGCATA AAGAATGTTT TGGGGAAGAA GCTAGTACAG CAAGTTTACA AGAACATAAG 
GAAAAACCTA ACTTTGTTTC TATAAATGTA ACCGATCTCC CTGAACAATC AAACTTTGCA 
CAAATGCACG TCAAAGTGGA TGATTGTGAA AAGCCAGTAA ATGTTGGCAT GGAAAGTAGT 
ACAAGAATGC ATGAAAATTT TGAAAGCACT ATAAACACAG GTGTTGATTT AGAATCTCAC 
AAATTGAGTG TTAATGAGAA TGGTGATAAG TCGGATCTCA ATCCTGAGCA AGAATATTTT 
TGTAAAAATG ATAAATCTGC TTGTGATTTT GTTAGTGAAA AACAATGTGA AATGGACAGT 
ATTCAAGATG TTATGGACAA GGAAACTCTA AAATCAGAAT CAGATTCTCA GGTGTCTGAA 
AAGGAAGAAA AAAGTAATAT TCAAAAAACA GAATCGAAAG AAATTAATGA AAAGCTTAAA 
AAAGAAACAC GAACCAGGAA ATCTAGGTTT CATTCTCCAT CAACGACATG GTCTCCTAGT 
AAAACTGATC TAAAAGATAG ACCAAGATCT CGTTCAAGAT CTAGAGCACG GGACTCTCCA 
GCTAAAAGAA GGTCTAGAAG CCGCAGTAGG GACAGAGAGC GAGATCGTGG TGGACAGTGG 
AAAGGGCGAA GCAGAGACCG TAGACATAGG AGACAGTCTA GGTCTAGATC TAAAAGTCGT 
TCTCGCTCAA GATCTGGATC GCGTCCCCGA AATAGAAACA GATTTTCTGC ATCTGATCGA 
AACAATGATA GCCATTCTCC ACACTGGAAA GACAGGCGGT CACATGAAAA CTGGAGAGGT 
TCTAGAGGAC ATGAAAGGTA CAGAAGAAGT GATAATGAAA AACCTAATGA GCATCTACGA 
CGGAATGAGC AGTATAAGTC AAATGAATAT TCAAGACGAA ATGACCAAGC AAAGTCAAAT 
GAGCACTTGC ATCGCAGTGA GACAGAAAAA AGGTGGAATG AAGCAGAAAA GCACGGTGAT 
CATTTTCGGA GAAATGAGTC TGAGAAGACT GCTGAAAATT ATCAACTAAA TGAGTTAGAA 
CAAAATAATG ACCATTTTCC TAAAAATAAA GCAGAAGTGC CCTCTGACCA TTCTCAGCCA 
AAAGAGCTTG AAAAGTCCAC CAAACATTTA ATGCACAATG AACCACAAAA GCCCAGTGAA 
CATATCCTGC AGAATGAGCC AGATAATCAC AGTAATACTC TCCGACAGGA TGAATCGGAT 
AGGCCCTCTA TCCCTTTCCA AAAGAATCCA TCTGAGAAAC CCAATGACTG TTTCCAGCAG 
GAGCCTGAGA AACGCAGCAA CTCTTTCTGG CAAACTGAGC CTAAGCAGCA TAACGACTCT 
GTCCAGTCTG ATGAACCAGA AAAGACCAAC TTCTTTCACC GCAATGAGCC AGAAAAGTCT 
GGAAATCATT TCCAGAGGAG TGAACATGAA AGGCCCAGTA ACAGCTTCTG GAGGAATGAG 
CATGATAAGT CTAGTGATCA TTGCCGGTGG AATGAATCTG AACAAAATCG CAGTAATTTC 
TGGAGAAATG AGCCTGAGAA GCCGGACAAC CATTACTGGC CAAATGAGCC AGATGAACCA 
AATGAGCAAT TTAGAGACGA AAAGCAGAAT ATGAATAGAG AGAGATCTGA GCAATATCCT 
GGAAATAAAA ATCATTATCC AGATTGGGTG GCAGAAAATA ACAAACCCTC TGAAAAAAGA 
GGAAGAGGAG CAAATCGATC AAGAGGCTAT ACTAGGGGAT CTTCCTGGTC GGATAACCAG 
TACCGTTCAG GGGATTCATG GAATAGAAAT ATAAATTCAG AGTGGAGGGC ACCTAGAGGT 
CGTGGAGGTC GTGGTAGAGG TGGGTTCCGT GGTGGATTAA GCTGTGGTGA CCAAAATGAA 
AATCATTGGA ACTCTAGACA GCCTTTCTCA GGAAATTTTG GGCCTGAGCC TTCTGGATTA 
ACAGAAAAAA ATTTTAGGCC CAAATATGAA CCAGAACCTC CCAACCCACC TGCTGACCGC 
TCTGGATGGT CATCTGCATC AAGCTGGGCT GTAAGGAAAA CATTACCAGC TGATGTTCAA 
AGTTATTATT CAAAGAGGGG GAAAAGCAAT GCAGGCCCGC AGCCAGGGTG GTCAAGACAG 
GAAGTGTCTC AGGATCAAGA TCAAACCATT AAGGAGCCTG CAAGTCAGCA AAGTGAAGCA 
TCCCAAGTGT CTGTAAATAT CTTACAGCCT CAAGTGAATG TAGTGCCTCA GCAACCTATG 
AATATTTTCC CATATCCAGT GGGCGTCCAT CCTCCCATGG TAAACATCCA ACACAATCCA 
TTTAATATTC CTCCACAGCT ACCCATGCAT CTACACCCTG GGCTGCCTAT AGTTCAAGTT 
ACTGCTTCTA CCACAGTTCC TCAGGGACTG CCACCACCTC CACCACCTCC ACCACCAACG 
CAACAAATTA ACTATATTGC TTCACAGCAA GATGGAAAAC ACTTGCAGGG CAATCCCAGT 
GCTTCTCATG TAAGCAGTAA CCTGAGTGCA CCACTCTTGC CTGCTCCAAC AGCACCCCAG 
GGAATTGCTG GAACTATGCT GGGACCAAAT TCTGGTAGTG TTGCTACCTC AAGTTATCCA 
GTTAAAGTTT CTGCAAGAAA AGAAAGCATA ACAGTGGAGG CCACTGCAGA TAGCTCCAAG 
AAGGAAAAGA GATTGCAAAT GCAGGAGAGA GCAGCACAGG AAGTCAAAAT AGCCATAAAA 
CCATTTTACC AAAATAAAGA TATAACAAAG GAGGAATACA AGGAAATTGT AAAGAAAGCA 
GTTGATAAGG TTTGCCACAG TAAGAGCGGA GAAGTGGATT CATCCAAAGT TGCAAATCTT 
GTAAAGGCTT ATGTAGACAA GTACAAACAT TCTCGGAAAA AAGGGGACTG A

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

scaf11 ( XM_012959926.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012815380.1 Xenopus tropicalis SR-related CTD-associated factor 11 (scaf11), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OXa33683
Clone ID Related Accession (Same CDS sequence)	XM_012959926.2 , XM_012959926.3
Accession Version	XM_012959926.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4890bp) 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	protein SCAF11 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.2) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012959926.2. ##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##

ATGAAGAACA AGAGATTTAT GTTAGCTGGA AGTGACAAGC AGCATAAAGA TGATGATGAT 
GAAAGAGAAG ATAACACCAG GACAAGTCTT GTAGCATGTT TCGCAAAAGA GCGGTGTCCA 
ATATGTTTGA ATTTTCTAAG AAAGGATGTT GCATATCCTG AAAATTGCTA CCATGCATTC 
TGTTTCACCT GTATTTTAAA GTGGTCTGAA ACTTCCACTT CATGCCCTGT TGACCGCAAA 
CCGTTTCATG CTGTTATTAA AATAGATAAA GTTGTTGGAT GTACTAAGAT CCCTGTCAAG 
GTGAAAACTA CACAAAGCAC AGAACGATAT TGCTGTGATA GAAAACAGTG CTGTTCTTTT 
GGGATTGAAA ATGACAACAT TTCTTTCAGA ATTGATACAG CTAAAGAAAT TCCAGTTCAT 
AATTGTAAAA GCAGCACTTC TGAGAAAAAA CGGTCTCTTG CAGAAGAGAA AACTGACCTG 
AAATTGAAGA TCAAAAGATT AAGCTGGTCC AGTGCTTGTT GCTCTGGTGG CTTCTCAGAC 
ATGTATCCTC CTGCTCACCT TCCTGATACA CCTAACCATG TTACTAGTGG TTCATATTTT 
TCACACGATT CTGAAATCAA TTTGATCCAA AAGAAGAGAG ATGAACTTAG ATACTTCAGG 
ACACCAGCTG TAGCTCGGCA GGCCCAATGC AATACACCTC TTTCTACTGA AACAGAAACA 
CTGATACTTC CACTGCCTTC CTTTACTTTT TTTGACCATA TCTTCCCATT AAATCACTTT 
TCGGCCAGAA ACAAAGATTT CTCAAAGAGA ACTTGTGCTC ATTCAGGCGC ACAAGAAGGC 
ACTGAAAAGA AACGGGCAGC TGGTGCTTCC AGTACAAGAG GTACAAGAAA AAAACCTGTT 
CAGTCAAGCA CAAGGAGGAG ATCTACAAGA AATAGCAAAA TTGAAGATGA CAGTCAACTT 
CAGAGTTCCC CAAAATCTAG TAATTCTGAC CACAGTGCTA CTGGCTGCAA CAGCTCCTCC 
ACAAATGCAG AGTCATCTGA AAAGGTAGTA AAGCCCCCAC CTAAACAAAG GAAAAAAACA 
TCTAAAAAAC GATCACAGGT TAGAAAAAGG CTTAGATCCA ACACACGTGC ACAGGAAGAA 
TCTGATGAAA GTAAGGAAAA TTCAGGCAGT GAATCAGAAC AAAGTTATCA AAAGAAGCCA 
AAGACATCCA TGGAAAGCTC TTCAGATATG GGACACACGG ACACAGATAC CTCTGCTGAT 
CATGTTGCTG ATATGTGTGA GCATCAAATA GATGAACAGT CTTCAGATAT ACCAGTTTCT 
GATACTGACA AACAGTTTGA TGAACAACAT TCCTCTCTCT CTCCTCAAAT ACAATCCTCT 
GATAAAATTC AACATTCACC TGACTTCCAA AATGAGGATA GTTTTGATAA AGACATTGCA 
TCTTCTCCTG GGTTAAACAA TGGACAACAT TTAGGTTCTG TACCAGATTC TCCACCTTCT 
GCAGAGCATA TTGTTTTATC TGAAACTGAT TCTCAACTAG ATGCTGCAGG AAACATTAGT 
TTGTGTTCGG AGGAAAACAA TTATCCTGGC ACTCAAGAAA CAGAGAAGCC CCAAGATTTA 
CAGACTTCAG ATTTTGCTTC AGAACAATCT GATGGAGAGG ATCTGGAGCA TAACACACAT 
TCTAAATCTT TGTCTGCTTC TGAAACTTTT CTAGAGTCTG AAAATGCAGC AGGTTTACCA 
CTGATGTCAA TGGAAAAGTG CCATCAACTA GAGGAAAATG ACTCTGCAGA TTACATAGAA 
GATAGATTAC AATGTGAAAA GGATGAATCT GATGGAAACC CTTCATCAGT CACTGATAGC 
CATTCCATAG TAAACAAACC CAGTGATTTC CCTGTTTCAC ATAATGGACA TAACTCTCCT 
CCTTCATTAG AAAGCACTGT TGTGTCACAG ATAGATGAGG AATTTCTATG TTTTTCTGCC 
TCAGAAAAAC GGGAACAGTC CAAAGTTGGT AATTTTGCAG ATATTTTGTT AAAGGAGCAA 
TCTGTTGCTT TAGAAGCAAC TTGTGAGTCA TCTGTTTCTG AAATGGAAAG TTGCAGTGAA 
TCTTTGCTTC AGAATAAGTT GTTACCAACA AAAGAAGATG ATGACACAGC AGGTGGCTTT 
TCAGAGCATA AAGAATGTTT TGGGGAAGAA GCTAGTACAG CAAGTTTACA AGAACATAAG 
GAAAAACCTA ACTTTGTTTC TATAAATGTA ACCGATCTCC CTGAACAATC AAACTTTGCA 
CAAATGCACG TCAAAGTGGA TGATTGTGAA AAGCCAGTAA ATGTTGGCAT GGAAAGTAGT 
ACAAGAATGC ATGAAAATTT TGAAAGCACT ATAAACACAG GTGTTGATTT AGAATCTCAC 
AAATTGAGTG TTAATGAGAA TGGTGATAAG TCGGATCTCA ATCCTGAGCA AGAATATTTT 
TGTAAAAATG ATAAATCTGC TTGTGATTTT GTTAGTGAAA AACAATGTGA AATGGACAGT 
ATTCAAGATG TTATGGACAA GGAAACTCTA AAATCAGAAT CAGATTCTCA GGTGTCTGAA 
AAGGAAGAAA AAAGTAATAT TCAAAAAACA GAATCGAAAG AAATTAATGA AAAGCTTAAA 
AAAGAAACAC GAACCAGGAA ATCTAGGTTT CATTCTCCAT CAACGACATG GTCTCCTAGT 
AAAACTGATC TAAAAGATAG ACCAAGATCT CGTTCAAGAT CTAGAGCACG GGACTCTCCA 
GCTAAAAGAA GGTCTAGAAG CCGCAGTAGG GACAGAGAGC GAGATCGTGG TGGACAGTGG 
AAAGGGCGAA GCAGAGACCG TAGACATAGG AGACAGTCTA GGTCTAGATC TAAAAGTCGT 
TCTCGCTCAA GATCTGGATC GCGTCCCCGA AATAGAAACA GATTTTCTGC ATCTGATCGA 
AACAATGATA GCCATTCTCC ACACTGGAAA GACAGGCGGT CACATGAAAA CTGGAGAGGT 
TCTAGAGGAC ATGAAAGGTA CAGAAGAAGT GATAATGAAA AACCTAATGA GCATCTACGA 
CGGAATGAGC AGTATAAGTC AAATGAATAT TCAAGACGAA ATGACCAAGC AAAGTCAAAT 
GAGCACTTGC ATCGCAGTGA GACAGAAAAA AGGTGGAATG AAGCAGAAAA GCACGGTGAT 
CATTTTCGGA GAAATGAGTC TGAGAAGACT GCTGAAAATT ATCAACTAAA TGAGTTAGAA 
CAAAATAATG ACCATTTTCC TAAAAATAAA GCAGAAGTGC CCTCTGACCA TTCTCAGCCA 
AAAGAGCTTG AAAAGTCCAC CAAACATTTA ATGCACAATG AACCACAAAA GCCCAGTGAA 
CATATCCTGC AGAATGAGCC AGATAATCAC AGTAATACTC TCCGACAGGA TGAATCGGAT 
AGGCCCTCTA TCCCTTTCCA AAAGAATCCA TCTGAGAAAC CCAATGACTG TTTCCAGCAG 
GAGCCTGAGA AACGCAGCAA CTCTTTCTGG CAAACTGAGC CTAAGCAGCA TAACGACTCT 
GTCCAGTCTG ATGAACCAGA AAAGACCAAC TTCTTTCACC GCAATGAGCC AGAAAAGTCT 
GGAAATCATT TCCAGAGGAG TGAACATGAA AGGCCCAGTA ACAGCTTCTG GAGGAATGAG 
CATGATAAGT CTAGTGATCA TTGCCGGTGG AATGAATCTG AACAAAATCG CAGTAATTTC 
TGGAGAAATG AGCCTGAGAA GCCGGACAAC CATTACTGGC CAAATGAGCC AGATGAACCA 
AATGAGCAAT TTAGAGACGA AAAGCAGAAT ATGAATAGAG AGAGATCTGA GCAATATCCT 
GGAAATAAAA ATCATTATCC AGATTGGGTG GCAGAAAATA ACAAACCCTC TGAAAAAAGA 
GGAAGAGGAG CAAATCGATC AAGAGGCTAT ACTAGGGGAT CTTCCTGGTC GGATAACCAG 
TACCGTTCAG GGGATTCATG GAATAGAAAT ATAAATTCAG AGTGGAGGGC ACCTAGAGGT 
CGTGGAGGTC GTGGTAGAGG TGGGTTCCGT GGTGGATTAA GCTGTGGTGA CCAAAATGAA 
AATCATTGGA ACTCTAGACA GCCTTTCTCA GGAAATTTTG GGCCTGAGCC TTCTGGATTA 
ACAGAAAAAA ATTTTAGGCC CAAATATGAA CCAGAACCTC CCAACCCACC TGCTGACCGC 
TCTGGATGGT CATCTGCATC AAGCTGGGCT GTAAGGAAAA CATTACCAGC TGATGTTCAA 
AGTTATTATT CAAAGAGGGG GAAAAGCAAT GCAGGCCCGC AGCCAGGGTG GTCAAGACAG 
GAAGTGTCTC AGGATCAAGA TCAAACCATT AAGGAGCCTG CAAGTCAGCA AAGTGAAGCA 
TCCCAAGTGT CTGTAAATAT CTTACAGCCT CAAGTGAATG TAGTGCCTCA GCAACCTATG 
AATATTTTCC CATATCCAGT GGGCGTCCAT CCTCCCATGG TAAACATCCA ACACAATCCA 
TTTAATATTC CTCCACAGCT ACCCATGCAT CTACACCCTG GGCTGCCTAT AGTTCAAGTT 
ACTGCTTCTA CCACAGTTCC TCAGGGACTG CCACCACCTC CACCACCTCC ACCACCAACG 
CAACAAATTA ACTATATTGC TTCACAGCAA GATGGAAAAC ACTTGCAGAG ATTGCAAATG 
CAGGAGAGAG CAGCACAGGA AGTCAAAATA GCCATAAAAC CATTTTACCA AAATAAAGAT 
ATAACAAAGG AGGAATACAA GGAAATTGTA AAGAAAGCAG TTGATAAGGT TTGCCACAGT 
AAGAGCGGAG AAGTGGATTC ATCCAAAGTT GCAAATCTTG TAAAGGCTTA TGTAGACAAG 
TACAAACATT CTCGGAAAAA AGGGGACTGA

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

RefSeq	XP_012815380.1
CDS	423..5312
Translation	MKNKRFMLAGSDKQHKDDDDEREDNTRTSLVACFAKERCPICLNFLRKDVAYPENCYHAFCFTCILKWSETSTSCPVDRKPFHAVIKIDKVVGCTKIPVKVKTTQSTERYCCDRKQCCSFGIENDNISFRIDTAKEIPVHNCKSSTSEKKRSLAEEKTDLKLKIKRLSWSSACCSGGFSDMYPPAHLPDTPNHVTSGSYFSHDSEINLIQKKRDELRYFRTPAVARQAQCNTPLSTETETLILPLPSFTFFDHIFPLNHFSARNKDFSKRTCAHSGAQEGTEKKRAAGASSTRGTRKKPVQSSTRRRSTRNSKIEDDSQLQSSPKSSNSDHSATGCNSSSTNAESSEKVVKPPPKQRKKTSKKRSQVRKRLRSNTRAQEESDESKENSGSESEQSYQKKPKTSMESSSDMGHTDTDTSADHVADMCEHQIDEQSSDIPVSDTDKQFDEQHSSLSPQIQSSDKIQHSPDFQNEDSFDKDIASSPGLNNGQHLGSVPDSPPSAEHIVLSETDSQLDAAGNISLCSEENNYPGTQETEKPQDLQTSDFASEQSDGEDLEHNTHSKSLSASETFLESENAAGLPLMSMEKCHQLEENDSADYIEDRLQCEKDESDGNPSSVTDSHSIVNKPSDFPVSHNGHNSPPSLESTVVSQIDEEFLCFSASEKREQSKVGNFADILLKEQSVALEATCESSVSEMESCSESLLQNKLLPTKEDDDTAGGFSEHKECFGEEASTASLQEHKEKPNFVSINVTDLPEQSNFAQMHVKVDDCEKPVNVGMESSTRMHENFESTINTGVDLESHKLSVNENGDKSDLNPEQEYFCKNDKSACDFVSEKQCEMDSIQDVMDKETLKSESDSQVSEKEEKSNIQKTESKEINEKLKKETRTRKSRFHSPSTTWSPSKTDLKDRPRSRSRSRARDSPAKRRSRSRSRDRERDRGGQWKGRSRDRRHRRQSRSRSKSRSRSRSGSRPRNRNRFSASDRNNDSHSPHWKDRRSHENWRGSRGHERYRRSDNEKPNEHLRRNEQYKSNEYSRRNDQAKSNEHLHRSETEKRWNEAEKHGDHFRRNESEKTAENYQLNELEQNNDHFPKNKAEVPSDHSQPKELEKSTKHLMHNEPQKPSEHILQNEPDNHSNTLRQDESDRPSIPFQKNPSEKPNDCFQQEPEKRSNSFWQTEPKQHNDSVQSDEPEKTNFFHRNEPEKSGNHFQRSEHERPSNSFWRNEHDKSSDHCRWNESEQNRSNFWRNEPEKPDNHYWPNEPDEPNEQFRDEKQNMNRERSEQYPGNKNHYPDWVAENNKPSEKRGRGANRSRGYTRGSSWSDNQYRSGDSWNRNINSEWRAPRGRGGRGRGGFRGGLSCGDQNENHWNSRQPFSGNFGPEPSGLTEKNFRPKYEPEPPNPPADRSGWSSASSWAVRKTLPADVQSYYSKRGKSNAGPQPGWSRQEVSQDQDQTIKEPASQQSEASQVSVNILQPQVNVVPQQPMNIFPYPVGVHPPMVNIQHNPFNIPPQLPMHLHPGLPIVQVTASTTVPQGLPPPPPPPPPTQQINYIASQQDGKHLQRLQMQERAAQEVKIAIKPFYQNKDITKEEYKEIVKKAVDKVCHSKSGEVDSSKVANLVKAYVDKYKHSRKKGD

Target ORF information:

RefSeq Version	XM_012959926.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis SR-related CTD-associated factor 11 (scaf11), transcript variant X2, mRNA.

Target ORF information:

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

XM_012959926.3

ORF Insert Sequence:

ATGAAGAACA AGAGATTTAT GTTAGCTGGA AGTGACAAGC AGCATAAAGA TGATGATGAT 
GAAAGAGAAG ATAACACCAG GACAAGTCTT GTAGCATGTT TCGCAAAAGA GCGGTGTCCA 
ATATGTTTGA ATTTTCTAAG AAAGGATGTT GCATATCCTG AAAATTGCTA CCATGCATTC 
TGTTTCACCT GTATTTTAAA GTGGTCTGAA ACTTCCACTT CATGCCCTGT TGACCGCAAA 
CCGTTTCATG CTGTTATTAA AATAGATAAA GTTGTTGGAT GTACTAAGAT CCCTGTCAAG 
GTGAAAACTA CACAAAGCAC AGAACGATAT TGCTGTGATA GAAAACAGTG CTGTTCTTTT 
GGGATTGAAA ATGACAACAT TTCTTTCAGA ATTGATACAG CTAAAGAAAT TCCAGTTCAT 
AATTGTAAAA GCAGCACTTC TGAGAAAAAA CGGTCTCTTG CAGAAGAGAA AACTGACCTG 
AAATTGAAGA TCAAAAGATT AAGCTGGTCC AGTGCTTGTT GCTCTGGTGG CTTCTCAGAC 
ATGTATCCTC CTGCTCACCT TCCTGATACA CCTAACCATG TTACTAGTGG TTCATATTTT 
TCACACGATT CTGAAATCAA TTTGATCCAA AAGAAGAGAG ATGAACTTAG ATACTTCAGG 
ACACCAGCTG TAGCTCGGCA GGCCCAATGC AATACACCTC TTTCTACTGA AACAGAAACA 
CTGATACTTC CACTGCCTTC CTTTACTTTT TTTGACCATA TCTTCCCATT AAATCACTTT 
TCGGCCAGAA ACAAAGATTT CTCAAAGAGA ACTTGTGCTC ATTCAGGCGC ACAAGAAGGC 
ACTGAAAAGA AACGGGCAGC TGGTGCTTCC AGTACAAGAG GTACAAGAAA AAAACCTGTT 
CAGTCAAGCA CAAGGAGGAG ATCTACAAGA AATAGCAAAA TTGAAGATGA CAGTCAACTT 
CAGAGTTCCC CAAAATCTAG TAATTCTGAC CACAGTGCTA CTGGCTGCAA CAGCTCCTCC 
ACAAATGCAG AGTCATCTGA AAAGGTAGTA AAGCCCCCAC CTAAACAAAG GAAAAAAACA 
TCTAAAAAAC GATCACAGGT TAGAAAAAGG CTTAGATCCA ACACACGTGC ACAGGAAGAA 
TCTGATGAAA GTAAGGAAAA TTCAGGCAGT GAATCAGAAC AAAGTTATCA AAAGAAGCCA 
AAGACATCCA TGGAAAGCTC TTCAGATATG GGACACACGG ACACAGATAC CTCTGCTGAT 
CATGTTGCTG ATATGTGTGA GCATCAAATA GATGAACAGT CTTCAGATAT ACCAGTTTCT 
GATACTGACA AACAGTTTGA TGAACAACAT TCCTCTCTCT CTCCTCAAAT ACAATCCTCT 
GATAAAATTC AACATTCACC TGACTTCCAA AATGAGGATA GTTTTGATAA AGACATTGCA 
TCTTCTCCTG GGTTAAACAA TGGACAACAT TTAGGTTCTG TACCAGATTC TCCACCTTCT 
GCAGAGCATA TTGTTTTATC TGAAACTGAT TCTCAACTAG ATGCTGCAGG AAACATTAGT 
TTGTGTTCGG AGGAAAACAA TTATCCTGGC ACTCAAGAAA CAGAGAAGCC CCAAGATTTA 
CAGACTTCAG ATTTTGCTTC AGAACAATCT GATGGAGAGG ATCTGGAGCA TAACACACAT 
TCTAAATCTT TGTCTGCTTC TGAAACTTTT CTAGAGTCTG AAAATGCAGC AGGTTTACCA 
CTGATGTCAA TGGAAAAGTG CCATCAACTA GAGGAAAATG ACTCTGCAGA TTACATAGAA 
GATAGATTAC AATGTGAAAA GGATGAATCT GATGGAAACC CTTCATCAGT CACTGATAGC 
CATTCCATAG TAAACAAACC CAGTGATTTC CCTGTTTCAC ATAATGGACA TAACTCTCCT 
CCTTCATTAG AAAGCACTGT TGTGTCACAG ATAGATGAGG AATTTCTATG TTTTTCTGCC 
TCAGAAAAAC GGGAACAGTC CAAAGTTGGT AATTTTGCAG ATATTTTGTT AAAGGAGCAA 
TCTGTTGCTT TAGAAGCAAC TTGTGAGTCA TCTGTTTCTG AAATGGAAAG TTGCAGTGAA 
TCTTTGCTTC AGAATAAGTT GTTACCAACA AAAGAAGATG ATGACACAGC AGGTGGCTTT 
TCAGAGCATA AAGAATGTTT TGGGGAAGAA GCTAGTACAG CAAGTTTACA AGAACATAAG 
GAAAAACCTA ACTTTGTTTC TATAAATGTA ACCGATCTCC CTGAACAATC AAACTTTGCA 
CAAATGCACG TCAAAGTGGA TGATTGTGAA AAGCCAGTAA ATGTTGGCAT GGAAAGTAGT 
ACAAGAATGC ATGAAAATTT TGAAAGCACT ATAAACACAG GTGTTGATTT AGAATCTCAC 
AAATTGAGTG TTAATGAGAA TGGTGATAAG TCGGATCTCA ATCCTGAGCA AGAATATTTT 
TGTAAAAATG ATAAATCTGC TTGTGATTTT GTTAGTGAAA AACAATGTGA AATGGACAGT 
ATTCAAGATG TTATGGACAA GGAAACTCTA AAATCAGAAT CAGATTCTCA GGTGTCTGAA 
AAGGAAGAAA AAAGTAATAT TCAAAAAACA GAATCGAAAG AAATTAATGA AAAGCTTAAA 
AAAGAAACAC GAACCAGGAA ATCTAGGTTT CATTCTCCAT CAACGACATG GTCTCCTAGT 
AAAACTGATC TAAAAGATAG ACCAAGATCT CGTTCAAGAT CTAGAGCACG GGACTCTCCA 
GCTAAAAGAA GGTCTAGAAG CCGCAGTAGG GACAGAGAGC GAGATCGTGG TGGACAGTGG 
AAAGGGCGAA GCAGAGACCG TAGACATAGG AGACAGTCTA GGTCTAGATC TAAAAGTCGT 
TCTCGCTCAA GATCTGGATC GCGTCCCCGA AATAGAAACA GATTTTCTGC ATCTGATCGA 
AACAATGATA GCCATTCTCC ACACTGGAAA GACAGGCGGT CACATGAAAA CTGGAGAGGT 
TCTAGAGGAC ATGAAAGGTA CAGAAGAAGT GATAATGAAA AACCTAATGA GCATCTACGA 
CGGAATGAGC AGTATAAGTC AAATGAATAT TCAAGACGAA ATGACCAAGC AAAGTCAAAT 
GAGCACTTGC ATCGCAGTGA GACAGAAAAA AGGTGGAATG AAGCAGAAAA GCACGGTGAT 
CATTTTCGGA GAAATGAGTC TGAGAAGACT GCTGAAAATT ATCAACTAAA TGAGTTAGAA 
CAAAATAATG ACCATTTTCC TAAAAATAAA GCAGAAGTGC CCTCTGACCA TTCTCAGCCA 
AAAGAGCTTG AAAAGTCCAC CAAACATTTA ATGCACAATG AACCACAAAA GCCCAGTGAA 
CATATCCTGC AGAATGAGCC AGATAATCAC AGTAATACTC TCCGACAGGA TGAATCGGAT 
AGGCCCTCTA TCCCTTTCCA AAAGAATCCA TCTGAGAAAC CCAATGACTG TTTCCAGCAG 
GAGCCTGAGA AACGCAGCAA CTCTTTCTGG CAAACTGAGC CTAAGCAGCA TAACGACTCT 
GTCCAGTCTG ATGAACCAGA AAAGACCAAC TTCTTTCACC GCAATGAGCC AGAAAAGTCT 
GGAAATCATT TCCAGAGGAG TGAACATGAA AGGCCCAGTA ACAGCTTCTG GAGGAATGAG 
CATGATAAGT CTAGTGATCA TTGCCGGTGG AATGAATCTG AACAAAATCG CAGTAATTTC 
TGGAGAAATG AGCCTGAGAA GCCGGACAAC CATTACTGGC CAAATGAGCC AGATGAACCA 
AATGAGCAAT TTAGAGACGA AAAGCAGAAT ATGAATAGAG AGAGATCTGA GCAATATCCT 
GGAAATAAAA ATCATTATCC AGATTGGGTG GCAGAAAATA ACAAACCCTC TGAAAAAAGA 
GGAAGAGGAG CAAATCGATC AAGAGGCTAT ACTAGGGGAT CTTCCTGGTC GGATAACCAG 
TACCGTTCAG GGGATTCATG GAATAGAAAT ATAAATTCAG AGTGGAGGGC ACCTAGAGGT 
CGTGGAGGTC GTGGTAGAGG TGGGTTCCGT GGTGGATTAA GCTGTGGTGA CCAAAATGAA 
AATCATTGGA ACTCTAGACA GCCTTTCTCA GGAAATTTTG GGCCTGAGCC TTCTGGATTA 
ACAGAAAAAA ATTTTAGGCC CAAATATGAA CCAGAACCTC CCAACCCACC TGCTGACCGC 
TCTGGATGGT CATCTGCATC AAGCTGGGCT GTAAGGAAAA CATTACCAGC TGATGTTCAA 
AGTTATTATT CAAAGAGGGG GAAAAGCAAT GCAGGCCCGC AGCCAGGGTG GTCAAGACAG 
GAAGTGTCTC AGGATCAAGA TCAAACCATT AAGGAGCCTG CAAGTCAGCA AAGTGAAGCA 
TCCCAAGTGT CTGTAAATAT CTTACAGCCT CAAGTGAATG TAGTGCCTCA GCAACCTATG 
AATATTTTCC CATATCCAGT GGGCGTCCAT CCTCCCATGG TAAACATCCA ACACAATCCA 
TTTAATATTC CTCCACAGCT ACCCATGCAT CTACACCCTG GGCTGCCTAT AGTTCAAGTT 
ACTGCTTCTA CCACAGTTCC TCAGGGACTG CCACCACCTC CACCACCTCC ACCACCAACG 
CAACAAATTA ACTATATTGC TTCACAGCAA GATGGAAAAC ACTTGCAGAG ATTGCAAATG 
CAGGAGAGAG CAGCACAGGA AGTCAAAATA GCCATAAAAC CATTTTACCA AAATAAAGAT 
ATAACAAAGG AGGAATACAA GGAAATTGTA AAGAAAGCAG TTGATAAGGT TTGCCACAGT 
AAGAGCGGAG AAGTGGATTC ATCCAAAGTT GCAAATCTTG TAAAGGCTTA TGTAGACAAG 
TACAAACATT CTCGGAAAAA AGGGGACTGA

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

scaf11 ( XM_018092277.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017947766.1 Xenopus tropicalis SR-related CTD-associated factor 11 (scaf11), transcript variant X3, mRNA.

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CloneID	OXa43254
Clone ID Related Accession (Same CDS sequence)	XM_018092277.1
Accession Version	XM_018092277.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4683bp) 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	protein SCAF11 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) 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 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##

ATGACAACAT TTCTTTCAGA ATTGATACAG CTAAAGAAAT TCCAGTTCAT AATTGTAAAA 
GCAGCACTTC TGAGAAAAAA CATCAAAAGA TTAAGCTGGT CCAGTGCTTG TTGCTCTGGT 
GGCTTCTCAG ACATGTATCC TCCTGCTCAC CTTCCTGATA CACCTAACCA TGTTACTAGT 
GGTTCATATT TTTCACACGA TTCTGAAATC AATTTGATCC AAAAGAAGAG AGATGAACTT 
AGATACTTCA GGACACCAGC TGTAGCTCGG CAGGCCCAAT GCAATACACC TCTTTCTACT 
GAAACAGAAA CACTGATACT TCCACTGCCT TCCTTTACTT TTTTTGACCA TATCTTCCCA 
TTAAATCACT TTTCGGCCAG AAACAAAGAT TTCTCAAAGA GAACTTGTGC TCATTCAGGC 
GCACAAGAAG GCACTGAAAA GAAACGGGCA GCTGGTGCTT CCAGTACAAG AGGTACAAGA 
AAAAAACCTG TTCAGTCAAG CACAAGGAGG AGATCTACAA GAAATAGCAA AATTGAAGAT 
GACAGTCAAC TTCAGAGTTC CCCAAAATCT AGTAATTCTG ACCACAGTGC TACTGGCTGC 
AACAGCTCCT CCACAAATGC AGAGTCATCT GAAAAGGTAG TAAAGCCCCC ACCTAAACAA 
AGGAAAAAAA CATCTAAAAA ACGATCACAG GTTAGAAAAA GGCTTAGATC CAACACACGT 
GCACAGGAAG AATCTGATGA AAGTAAGGAA AATTCAGGCA GTGAATCAGA ACAAAGTTAT 
CAAAAGAAGC CAAAGACATC CATGGAAAGC TCTTCAGATA TGGGACACAC GGACACAGAT 
ACCTCTGCTG ATCATGTTGC TGATATGTGT GAGCATCAAA TAGATGAACA GTCTTCAGAT 
ATACCAGTTT CTGATACTGA CAAACAGTTT GATGAACAAC ATTCCTCTCT CTCTCCTCAA 
ATACAATCCT CTGATAAAAT TCAACATTCA CCTGACTTCC AAAATGAGGA TAGTTTTGAT 
AAAGACATTG CATCTTCTCC TGGGTTAAAC AATGGACAAC ATTTAGGTTC TGTACCAGAT 
TCTCCACCTT CTGCAGAGCA TATTGTTTTA TCTGAAACTG ATTCTCAACT AGATGCTGCA 
GGAAACATTA GTTTGTGTTC GGAGGAAAAC AATTATCCTG GCACTCAAGA AACAGAGAAG 
CCCCAAGATT TACAGACTTC AGATTTTGCT TCAGAACAAT CTGATGGAGA GGATCTGGAG 
CATAACACAC ATTCTAAATC TTTGTCTGCT TCTGAAACTT TTCTAGAGTC TGAAAATGCA 
GCAGGTTTAC CACTGATGTC AATGGAAAAG TGCCATCAAC TAGAGGAAAA TGACTCTGCA 
GATTACATAG AAGATAGATT ACAATGTGAA AAGGATGAAT CTGATGGAAA CCCTTCATCA 
GTCACTGATA GCCATTCCAT AGTAAACAAA CCCAGTGATT TCCCTGTTTC ACATAATGGA 
CATAACTCTC CTCCTTCATT AGAAAGCACT GTTGTGTCAC AGATAGATGA GGAATTTCTA 
TGTTTTTCTG CCTCAGAAAA ACGGGAACAG TCCAAAGTTG GTAATTTTGC AGATATTTTG 
TTAAAGGAGC AATCTGTTGC TTTAGAAGCA ACTTGTGAGT CATCTGTTTC TGAAATGGAA 
AGTTGCAGTG AATCTTTGCT TCAGAATAAG TTGTTACCAA CAAAAGAAGA TGATGACACA 
GCAGGTGGCT TTTCAGAGCA TAAAGAATGT TTTGGGGAAG AAGCTAGTAC AGCAAGTTTA 
CAAGAACATA AGGAAAAACC TAACTTTGTT TCTATAAATG TAACCGATCT CCCTGAACAA 
TCAAACTTTG CACAAATGCA CGTCAAAGTG GATGATTGTG AAAAGCCAGT AAATGTTGGC 
ATGGAAAGTA GTACAAGAAT GCATGAAAAT TTTGAAAGCA CTATAAACAC AGGTGTTGAT 
TTAGAATCTC ACAAATTGAG TGTTAATGAG AATGGTGATA AGTCGGATCT CAATCCTGAG 
CAAGAATATT TTTGTAAAAA TGATAAATCT GCTTGTGATT TTGTTAGTGA AAAACAATGT 
GAAATGGACA GTATTCAAGA TGTTATGGAC AAGGAAACTC TAAAATCAGA ATCAGATTCT 
CAGGTGTCTG AAAAGGAAGA AAAAAGTAAT ATTCAAAAAA CAGAATCGAA AGAAATTAAT 
GAAAAGCTTA AAAAAGAAAC ACGAACCAGG AAATCTAGGT TTCATTCTCC ATCAACGACA 
TGGTCTCCTA GTAAAACTGA TCTAAAAGAT AGACCAAGAT CTCGTTCAAG ATCTAGAGCA 
CGGGACTCTC CAGCTAAAAG AAGGTCTAGA AGCCGCAGTA GGGACAGAGA GCGAGATCGT 
GGTGGACAGT GGAAAGGGCG AAGCAGAGAC CGTAGACATA GGAGACAGTC TAGGTCTAGA 
TCTAAAAGTC GTTCTCGCTC AAGATCTGGA TCGCGTCCCC GAAATAGAAA CAGATTTTCT 
GCATCTGATC GAAACAATGA TAGCCATTCT CCACACTGGA AAGACAGGCG GTCACATGAA 
AACTGGAGAG GTTCTAGAGG ACATGAAAGG TACAGAAGAA GTGATAATGA AAAACCTAAT 
GAGCATCTAC GACGGAATGA GCAGTATAAG TCAAATGAAT ATTCAAGACG AAATGACCAA 
GCAAAGTCAA ATGAGCACTT GCATCGCAGT GAGACAGAAA AAAGGTGGAA TGAAGCAGAA 
AAGCACGGTG ATCATTTTCG GAGAAATGAG TCTGAGAAGA CTGCTGAAAA TTATCAACTA 
AATGAGTTAG AACAAAATAA TGACCATTTT CCTAAAAATA AAGCAGAAGT GCCCTCTGAC 
CATTCTCAGC CAAAAGAGCT TGAAAAGTCC ACCAAACATT TAATGCACAA TGAACCACAA 
AAGCCCAGTG AACATATCCT GCAGAATGAG CCAGATAATC ACAGTAATAC TCTCCGACAG 
GATGAATCGG ATAGGCCCTC TATCCCTTTC CAAAAGAATC CATCTGAGAA ACCCAATGAC 
TGTTTCCAGC AGGAGCCTGA GAAACGCAGC AACTCTTTCT GGCAAACTGA GCCTAAGCAG 
CATAACGACT CTGTCCAGTC TGATGAACCA GAAAAGACCA ACTTCTTTCA CCGCAATGAG 
CCAGAAAAGT CTGGAAATCA TTTCCAGAGG AGTGAACATG AAAGGCCCAG TAACAGCTTC 
TGGAGGAATG AGCATGATAA GTCTAGTGAT CATTGCCGGT GGAATGAATC TGAACAAAAT 
CGCAGTAATT TCTGGAGAAA TGAGCCTGAG AAGCCGGACA ACCATTACTG GCCAAATGAG 
CCAGATGAAC CAAATGAGCA ATTTAGAGAC GAAAAGCAGA ATATGAATAG AGAGAGATCT 
GAGCAATATC CTGGAAATAA AAATCATTAT CCAGATTGGG TGGCAGAAAA TAACAAACCC 
TCTGAAAAAA GAGGAAGAGG AGCAAATCGA TCAAGAGGCT ATACTAGGGG ATCTTCCTGG 
TCGGATAACC AGTACCGTTC AGGGGATTCA TGGAATAGAA ATATAAATTC AGAGTGGAGG 
GCACCTAGAG GTCGTGGAGG TCGTGGTAGA GGTGGGTTCC GTGGTGGATT AAGCTGTGGT 
GACCAAAATG AAAATCATTG GAACTCTAGA CAGCCTTTCT CAGGAAATTT TGGGCCTGAG 
CCTTCTGGAT TAACAGAAAA AAATTTTAGG CCCAAATATG AACCAGAACC TCCCAACCCA 
CCTGCTGACC GCTCTGGATG GTCATCTGCA TCAAGCTGGG CTGTAAGGAA AACATTACCA 
GCTGATGTTC AAAGTTATTA TTCAAAGAGG GGGAAAAGCA ATGCAGGCCC GCAGCCAGGG 
TGGTCAAGAC AGGAAGTGTC TCAGGATCAA GATCAAACCA TTAAGGAGCC TGCAAGTCAG 
CAAAGTGAAG CATCCCAAGT GTCTGTAAAT ATCTTACAGC CTCAAGTGAA TGTAGTGCCT 
CAGCAACCTA TGAATATTTT CCCATATCCA GTGGGCGTCC ATCCTCCCAT GGTAAACATC 
CAACACAATC CATTTAATAT TCCTCCACAG CTACCCATGC ATCTACACCC TGGGCTGCCT 
ATAGTTCAAG TTACTGCTTC TACCACAGTT CCTCAGGGAC TGCCACCACC TCCACCACCT 
CCACCACCAA CGCAACAAAT TAACTATATT GCTTCACAGC AAGATGGAAA ACACTTGCAG 
GGCAATCCCA GTGCTTCTCA TGTAAGCAGT AACCTGAGTG CACCACTCTT GCCTGCTCCA 
ACAGCACCCC AGGGAATTGC TGGAACTATG CTGGGACCAA ATTCTGGTAG TGTTGCTACC 
TCAAGTTATC CAGTTAAAGT TTCTGCAAGA AAAGAAAGCA TAACAGTGGA GGCCACTGCA 
GATAGCTCCA AGAAGGAAAA GAGATTGCAA ATGCAGGAGA GAGCAGCACA GGAAGTCAAA 
ATAGCCATAA AACCATTTTA CCAAAATAAA GATATAACAA AGGAGGAATA CAAGGAAATT 
GTAAAGAAAG CAGTTGATAA GGTTTGCCAC AGTAAGAGCG GAGAAGTGGA TTCATCCAAA 
GTTGCAAATC TTGTAAAGGC TTATGTAGAC AAGTACAAAC ATTCTCGGAA AAAAGGGGAC 
TGA

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

RefSeq	XP_017947766.1
CDS	806..5488
Translation	MTTFLSELIQLKKFQFIIVKAALLRKNIKRLSWSSACCSGGFSDMYPPAHLPDTPNHVTSGSYFSHDSEINLIQKKRDELRYFRTPAVARQAQCNTPLSTETETLILPLPSFTFFDHIFPLNHFSARNKDFSKRTCAHSGAQEGTEKKRAAGASSTRGTRKKPVQSSTRRRSTRNSKIEDDSQLQSSPKSSNSDHSATGCNSSSTNAESSEKVVKPPPKQRKKTSKKRSQVRKRLRSNTRAQEESDESKENSGSESEQSYQKKPKTSMESSSDMGHTDTDTSADHVADMCEHQIDEQSSDIPVSDTDKQFDEQHSSLSPQIQSSDKIQHSPDFQNEDSFDKDIASSPGLNNGQHLGSVPDSPPSAEHIVLSETDSQLDAAGNISLCSEENNYPGTQETEKPQDLQTSDFASEQSDGEDLEHNTHSKSLSASETFLESENAAGLPLMSMEKCHQLEENDSADYIEDRLQCEKDESDGNPSSVTDSHSIVNKPSDFPVSHNGHNSPPSLESTVVSQIDEEFLCFSASEKREQSKVGNFADILLKEQSVALEATCESSVSEMESCSESLLQNKLLPTKEDDDTAGGFSEHKECFGEEASTASLQEHKEKPNFVSINVTDLPEQSNFAQMHVKVDDCEKPVNVGMESSTRMHENFESTINTGVDLESHKLSVNENGDKSDLNPEQEYFCKNDKSACDFVSEKQCEMDSIQDVMDKETLKSESDSQVSEKEEKSNIQKTESKEINEKLKKETRTRKSRFHSPSTTWSPSKTDLKDRPRSRSRSRARDSPAKRRSRSRSRDRERDRGGQWKGRSRDRRHRRQSRSRSKSRSRSRSGSRPRNRNRFSASDRNNDSHSPHWKDRRSHENWRGSRGHERYRRSDNEKPNEHLRRNEQYKSNEYSRRNDQAKSNEHLHRSETEKRWNEAEKHGDHFRRNESEKTAENYQLNELEQNNDHFPKNKAEVPSDHSQPKELEKSTKHLMHNEPQKPSEHILQNEPDNHSNTLRQDESDRPSIPFQKNPSEKPNDCFQQEPEKRSNSFWQTEPKQHNDSVQSDEPEKTNFFHRNEPEKSGNHFQRSEHERPSNSFWRNEHDKSSDHCRWNESEQNRSNFWRNEPEKPDNHYWPNEPDEPNEQFRDEKQNMNRERSEQYPGNKNHYPDWVAENNKPSEKRGRGANRSRGYTRGSSWSDNQYRSGDSWNRNINSEWRAPRGRGGRGRGGFRGGLSCGDQNENHWNSRQPFSGNFGPEPSGLTEKNFRPKYEPEPPNPPADRSGWSSASSWAVRKTLPADVQSYYSKRGKSNAGPQPGWSRQEVSQDQDQTIKEPASQQSEASQVSVNILQPQVNVVPQQPMNIFPYPVGVHPPMVNIQHNPFNIPPQLPMHLHPGLPIVQVTASTTVPQGLPPPPPPPPPTQQINYIASQQDGKHLQGNPSASHVSSNLSAPLLPAPTAPQGIAGTMLGPNSGSVATSSYPVKVSARKESITVEATADSSKKEKRLQMQERAAQEVKIAIKPFYQNKDITKEEYKEIVKKAVDKVCHSKSGEVDSSKVANLVKAYVDKYKHSRKKGD

Target ORF information:

RefSeq Version	XM_018092277.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis SR-related CTD-associated factor 11 (scaf11), transcript variant X3, mRNA.

Target ORF information:

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

XM_018092277.1

ORF Insert Sequence:

ATGACAACAT TTCTTTCAGA ATTGATACAG CTAAAGAAAT TCCAGTTCAT AATTGTAAAA 
GCAGCACTTC TGAGAAAAAA CATCAAAAGA TTAAGCTGGT CCAGTGCTTG TTGCTCTGGT 
GGCTTCTCAG ACATGTATCC TCCTGCTCAC CTTCCTGATA CACCTAACCA TGTTACTAGT 
GGTTCATATT TTTCACACGA TTCTGAAATC AATTTGATCC AAAAGAAGAG AGATGAACTT 
AGATACTTCA GGACACCAGC TGTAGCTCGG CAGGCCCAAT GCAATACACC TCTTTCTACT 
GAAACAGAAA CACTGATACT TCCACTGCCT TCCTTTACTT TTTTTGACCA TATCTTCCCA 
TTAAATCACT TTTCGGCCAG AAACAAAGAT TTCTCAAAGA GAACTTGTGC TCATTCAGGC 
GCACAAGAAG GCACTGAAAA GAAACGGGCA GCTGGTGCTT CCAGTACAAG AGGTACAAGA 
AAAAAACCTG TTCAGTCAAG CACAAGGAGG AGATCTACAA GAAATAGCAA AATTGAAGAT 
GACAGTCAAC TTCAGAGTTC CCCAAAATCT AGTAATTCTG ACCACAGTGC TACTGGCTGC 
AACAGCTCCT CCACAAATGC AGAGTCATCT GAAAAGGTAG TAAAGCCCCC ACCTAAACAA 
AGGAAAAAAA CATCTAAAAA ACGATCACAG GTTAGAAAAA GGCTTAGATC CAACACACGT 
GCACAGGAAG AATCTGATGA AAGTAAGGAA AATTCAGGCA GTGAATCAGA ACAAAGTTAT 
CAAAAGAAGC CAAAGACATC CATGGAAAGC TCTTCAGATA TGGGACACAC GGACACAGAT 
ACCTCTGCTG ATCATGTTGC TGATATGTGT GAGCATCAAA TAGATGAACA GTCTTCAGAT 
ATACCAGTTT CTGATACTGA CAAACAGTTT GATGAACAAC ATTCCTCTCT CTCTCCTCAA 
ATACAATCCT CTGATAAAAT TCAACATTCA CCTGACTTCC AAAATGAGGA TAGTTTTGAT 
AAAGACATTG CATCTTCTCC TGGGTTAAAC AATGGACAAC ATTTAGGTTC TGTACCAGAT 
TCTCCACCTT CTGCAGAGCA TATTGTTTTA TCTGAAACTG ATTCTCAACT AGATGCTGCA 
GGAAACATTA GTTTGTGTTC GGAGGAAAAC AATTATCCTG GCACTCAAGA AACAGAGAAG 
CCCCAAGATT TACAGACTTC AGATTTTGCT TCAGAACAAT CTGATGGAGA GGATCTGGAG 
CATAACACAC ATTCTAAATC TTTGTCTGCT TCTGAAACTT TTCTAGAGTC TGAAAATGCA 
GCAGGTTTAC CACTGATGTC AATGGAAAAG TGCCATCAAC TAGAGGAAAA TGACTCTGCA 
GATTACATAG AAGATAGATT ACAATGTGAA AAGGATGAAT CTGATGGAAA CCCTTCATCA 
GTCACTGATA GCCATTCCAT AGTAAACAAA CCCAGTGATT TCCCTGTTTC ACATAATGGA 
CATAACTCTC CTCCTTCATT AGAAAGCACT GTTGTGTCAC AGATAGATGA GGAATTTCTA 
TGTTTTTCTG CCTCAGAAAA ACGGGAACAG TCCAAAGTTG GTAATTTTGC AGATATTTTG 
TTAAAGGAGC AATCTGTTGC TTTAGAAGCA ACTTGTGAGT CATCTGTTTC TGAAATGGAA 
AGTTGCAGTG AATCTTTGCT TCAGAATAAG TTGTTACCAA CAAAAGAAGA TGATGACACA 
GCAGGTGGCT TTTCAGAGCA TAAAGAATGT TTTGGGGAAG AAGCTAGTAC AGCAAGTTTA 
CAAGAACATA AGGAAAAACC TAACTTTGTT TCTATAAATG TAACCGATCT CCCTGAACAA 
TCAAACTTTG CACAAATGCA CGTCAAAGTG GATGATTGTG AAAAGCCAGT AAATGTTGGC 
ATGGAAAGTA GTACAAGAAT GCATGAAAAT TTTGAAAGCA CTATAAACAC AGGTGTTGAT 
TTAGAATCTC ACAAATTGAG TGTTAATGAG AATGGTGATA AGTCGGATCT CAATCCTGAG 
CAAGAATATT TTTGTAAAAA TGATAAATCT GCTTGTGATT TTGTTAGTGA AAAACAATGT 
GAAATGGACA GTATTCAAGA TGTTATGGAC AAGGAAACTC TAAAATCAGA ATCAGATTCT 
CAGGTGTCTG AAAAGGAAGA AAAAAGTAAT ATTCAAAAAA CAGAATCGAA AGAAATTAAT 
GAAAAGCTTA AAAAAGAAAC ACGAACCAGG AAATCTAGGT TTCATTCTCC ATCAACGACA 
TGGTCTCCTA GTAAAACTGA TCTAAAAGAT AGACCAAGAT CTCGTTCAAG ATCTAGAGCA 
CGGGACTCTC CAGCTAAAAG AAGGTCTAGA AGCCGCAGTA GGGACAGAGA GCGAGATCGT 
GGTGGACAGT GGAAAGGGCG AAGCAGAGAC CGTAGACATA GGAGACAGTC TAGGTCTAGA 
TCTAAAAGTC GTTCTCGCTC AAGATCTGGA TCGCGTCCCC GAAATAGAAA CAGATTTTCT 
GCATCTGATC GAAACAATGA TAGCCATTCT CCACACTGGA AAGACAGGCG GTCACATGAA 
AACTGGAGAG GTTCTAGAGG ACATGAAAGG TACAGAAGAA GTGATAATGA AAAACCTAAT 
GAGCATCTAC GACGGAATGA GCAGTATAAG TCAAATGAAT ATTCAAGACG AAATGACCAA 
GCAAAGTCAA ATGAGCACTT GCATCGCAGT GAGACAGAAA AAAGGTGGAA TGAAGCAGAA 
AAGCACGGTG ATCATTTTCG GAGAAATGAG TCTGAGAAGA CTGCTGAAAA TTATCAACTA 
AATGAGTTAG AACAAAATAA TGACCATTTT CCTAAAAATA AAGCAGAAGT GCCCTCTGAC 
CATTCTCAGC CAAAAGAGCT TGAAAAGTCC ACCAAACATT TAATGCACAA TGAACCACAA 
AAGCCCAGTG AACATATCCT GCAGAATGAG CCAGATAATC ACAGTAATAC TCTCCGACAG 
GATGAATCGG ATAGGCCCTC TATCCCTTTC CAAAAGAATC CATCTGAGAA ACCCAATGAC 
TGTTTCCAGC AGGAGCCTGA GAAACGCAGC AACTCTTTCT GGCAAACTGA GCCTAAGCAG 
CATAACGACT CTGTCCAGTC TGATGAACCA GAAAAGACCA ACTTCTTTCA CCGCAATGAG 
CCAGAAAAGT CTGGAAATCA TTTCCAGAGG AGTGAACATG AAAGGCCCAG TAACAGCTTC 
TGGAGGAATG AGCATGATAA GTCTAGTGAT CATTGCCGGT GGAATGAATC TGAACAAAAT 
CGCAGTAATT TCTGGAGAAA TGAGCCTGAG AAGCCGGACA ACCATTACTG GCCAAATGAG 
CCAGATGAAC CAAATGAGCA ATTTAGAGAC GAAAAGCAGA ATATGAATAG AGAGAGATCT 
GAGCAATATC CTGGAAATAA AAATCATTAT CCAGATTGGG TGGCAGAAAA TAACAAACCC 
TCTGAAAAAA GAGGAAGAGG AGCAAATCGA TCAAGAGGCT ATACTAGGGG ATCTTCCTGG 
TCGGATAACC AGTACCGTTC AGGGGATTCA TGGAATAGAA ATATAAATTC AGAGTGGAGG 
GCACCTAGAG GTCGTGGAGG TCGTGGTAGA GGTGGGTTCC GTGGTGGATT AAGCTGTGGT 
GACCAAAATG AAAATCATTG GAACTCTAGA CAGCCTTTCT CAGGAAATTT TGGGCCTGAG 
CCTTCTGGAT TAACAGAAAA AAATTTTAGG CCCAAATATG AACCAGAACC TCCCAACCCA 
CCTGCTGACC GCTCTGGATG GTCATCTGCA TCAAGCTGGG CTGTAAGGAA AACATTACCA 
GCTGATGTTC AAAGTTATTA TTCAAAGAGG GGGAAAAGCA ATGCAGGCCC GCAGCCAGGG 
TGGTCAAGAC AGGAAGTGTC TCAGGATCAA GATCAAACCA TTAAGGAGCC TGCAAGTCAG 
CAAAGTGAAG CATCCCAAGT GTCTGTAAAT ATCTTACAGC CTCAAGTGAA TGTAGTGCCT 
CAGCAACCTA TGAATATTTT CCCATATCCA GTGGGCGTCC ATCCTCCCAT GGTAAACATC 
CAACACAATC CATTTAATAT TCCTCCACAG CTACCCATGC ATCTACACCC TGGGCTGCCT 
ATAGTTCAAG TTACTGCTTC TACCACAGTT CCTCAGGGAC TGCCACCACC TCCACCACCT 
CCACCACCAA CGCAACAAAT TAACTATATT GCTTCACAGC AAGATGGAAA ACACTTGCAG 
GGCAATCCCA GTGCTTCTCA TGTAAGCAGT AACCTGAGTG CACCACTCTT GCCTGCTCCA 
ACAGCACCCC AGGGAATTGC TGGAACTATG CTGGGACCAA ATTCTGGTAG TGTTGCTACC 
TCAAGTTATC CAGTTAAAGT TTCTGCAAGA AAAGAAAGCA TAACAGTGGA GGCCACTGCA 
GATAGCTCCA AGAAGGAAAA GAGATTGCAA ATGCAGGAGA GAGCAGCACA GGAAGTCAAA 
ATAGCCATAA AACCATTTTA CCAAAATAAA GATATAACAA AGGAGGAATA CAAGGAAATT 
GTAAAGAAAG CAGTTGATAA GGTTTGCCAC AGTAAGAGCG GAGAAGTGGA TTCATCCAAA 
GTTGCAAATC TTGTAAAGGC TTATGTAGAC AAGTACAAAC ATTCTCGGAA AAAAGGGGAC 
TGA

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

scaf11 ( XM_002932806.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002932852.1 Xenopus tropicalis SR-related CTD-associated factor 11 (scaf11), transcript variant X1, mRNA.

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CloneID	OXa07804
Clone ID Related Accession (Same CDS sequence)	XM_002932806.5 , XM_002932806.4
Accession Version	XM_002932806.4	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5091bp) 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	protein SCAF11 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_002932806.3. ##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##

ATGAAGAACA AGAGATTTAT GTTAGCTGGA AGTGACAAGC AGCATAAAGA TGATGATGAT 
GAAAGAGAAG ATAACACCAG GACAAGTCTT GTAGCATGTT TCGCAAAAGA GCGGTGTCCA 
ATATGTTTGA ATTTTCTAAG AAAGGATGTT GCATATCCTG AAAATTGCTA CCATGCATTC 
TGTTTCACCT GTATTTTAAA GTGGTCTGAA ACTTCCACTT CATGCCCTGT TGACCGCAAA 
CCGTTTCATG CTGTTATTAA AATAGATAAA GTTGTTGGAT GTACTAAGAT CCCTGTCAAG 
GTGAAAACTA CACAAAGCAC AGAACGATAT TGCTGTGATA GAAAACAGTG CTGTTCTTTT 
GGGATTGAAA ATGACAACAT TTCTTTCAGA ATTGATACAG CTAAAGAAAT TCCAGTTCAT 
AATTGTAAAA GCAGCACTTC TGAGAAAAAA CGGTCTCTTG CAGAAGAGAA AACTGACCTG 
AAATTGAAGA TCAAAAGATT AAGCTGGTCC AGTGCTTGTT GCTCTGGTGG CTTCTCAGAC 
ATGTATCCTC CTGCTCACCT TCCTGATACA CCTAACCATG TTACTAGTGG TTCATATTTT 
TCACACGATT CTGAAATCAA TTTGATCCAA AAGAAGAGAG ATGAACTTAG ATACTTCAGG 
ACACCAGCTG TAGCTCGGCA GGCCCAATGC AATACACCTC TTTCTACTGA AACAGAAACA 
CTGATACTTC CACTGCCTTC CTTTACTTTT TTTGACCATA TCTTCCCATT AAATCACTTT 
TCGGCCAGAA ACAAAGATTT CTCAAAGAGA ACTTGTGCTC ATTCAGGCGC ACAAGAAGGC 
ACTGAAAAGA AACGGGCAGC TGGTGCTTCC AGTACAAGAG GTACAAGAAA AAAACCTGTT 
CAGTCAAGCA CAAGGAGGAG ATCTACAAGA AATAGCAAAA TTGAAGATGA CAGTCAACTT 
CAGAGTTCCC CAAAATCTAG TAATTCTGAC CACAGTGCTA CTGGCTGCAA CAGCTCCTCC 
ACAAATGCAG AGTCATCTGA AAAGGTAGTA AAGCCCCCAC CTAAACAAAG GAAAAAAACA 
TCTAAAAAAC GATCACAGGT TAGAAAAAGG CTTAGATCCA ACACACGTGC ACAGGAAGAA 
TCTGATGAAA GTAAGGAAAA TTCAGGCAGT GAATCAGAAC AAAGTTATCA AAAGAAGCCA 
AAGACATCCA TGGAAAGCTC TTCAGATATG GGACACACGG ACACAGATAC CTCTGCTGAT 
CATGTTGCTG ATATGTGTGA GCATCAAATA GATGAACAGT CTTCAGATAT ACCAGTTTCT 
GATACTGACA AACAGTTTGA TGAACAACAT TCCTCTCTCT CTCCTCAAAT ACAATCCTCT 
GATAAAATTC AACATTCACC TGACTTCCAA AATGAGGATA GTTTTGATAA AGACATTGCA 
TCTTCTCCTG GGTTAAACAA TGGACAACAT TTAGGTTCTG TACCAGATTC TCCACCTTCT 
GCAGAGCATA TTGTTTTATC TGAAACTGAT TCTCAACTAG ATGCTGCAGG AAACATTAGT 
TTGTGTTCGG AGGAAAACAA TTATCCTGGC ACTCAAGAAA CAGAGAAGCC CCAAGATTTA 
CAGACTTCAG ATTTTGCTTC AGAACAATCT GATGGAGAGG ATCTGGAGCA TAACACACAT 
TCTAAATCTT TGTCTGCTTC TGAAACTTTT CTAGAGTCTG AAAATGCAGC AGGTTTACCA 
CTGATGTCAA TGGAAAAGTG CCATCAACTA GAGGAAAATG ACTCTGCAGA TTACATAGAA 
GATAGATTAC AATGTGAAAA GGATGAATCT GATGGAAACC CTTCATCAGT CACTGATAGC 
CATTCCATAG TAAACAAACC CAGTGATTTC CCTGTTTCAC ATAATGGACA TAACTCTCCT 
CCTTCATTAG AAAGCACTGT TGTGTCACAG ATAGATGAGG AATTTCTATG TTTTTCTGCC 
TCAGAAAAAC GGGAACAGTC CAAAGTTGGT AATTTTGCAG ATATTTTGTT AAAGGAGCAA 
TCTGTTGCTT TAGAAGCAAC TTGTGAGTCA TCTGTTTCTG AAATGGAAAG TTGCAGTGAA 
TCTTTGCTTC AGAATAAGTT GTTACCAACA AAAGAAGATG ATGACACAGC AGGTGGCTTT 
TCAGAGCATA AAGAATGTTT TGGGGAAGAA GCTAGTACAG CAAGTTTACA AGAACATAAG 
GAAAAACCTA ACTTTGTTTC TATAAATGTA ACCGATCTCC CTGAACAATC AAACTTTGCA 
CAAATGCACG TCAAAGTGGA TGATTGTGAA AAGCCAGTAA ATGTTGGCAT GGAAAGTAGT 
ACAAGAATGC ATGAAAATTT TGAAAGCACT ATAAACACAG GTGTTGATTT AGAATCTCAC 
AAATTGAGTG TTAATGAGAA TGGTGATAAG TCGGATCTCA ATCCTGAGCA AGAATATTTT 
TGTAAAAATG ATAAATCTGC TTGTGATTTT GTTAGTGAAA AACAATGTGA AATGGACAGT 
ATTCAAGATG TTATGGACAA GGAAACTCTA AAATCAGAAT CAGATTCTCA GGTGTCTGAA 
AAGGAAGAAA AAAGTAATAT TCAAAAAACA GAATCGAAAG AAATTAATGA AAAGCTTAAA 
AAAGAAACAC GAACCAGGAA ATCTAGGTTT CATTCTCCAT CAACGACATG GTCTCCTAGT 
AAAACTGATC TAAAAGATAG ACCAAGATCT CGTTCAAGAT CTAGAGCACG GGACTCTCCA 
GCTAAAAGAA GGTCTAGAAG CCGCAGTAGG GACAGAGAGC GAGATCGTGG TGGACAGTGG 
AAAGGGCGAA GCAGAGACCG TAGACATAGG AGACAGTCTA GGTCTAGATC TAAAAGTCGT 
TCTCGCTCAA GATCTGGATC GCGTCCCCGA AATAGAAACA GATTTTCTGC ATCTGATCGA 
AACAATGATA GCCATTCTCC ACACTGGAAA GACAGGCGGT CACATGAAAA CTGGAGAGGT 
TCTAGAGGAC ATGAAAGGTA CAGAAGAAGT GATAATGAAA AACCTAATGA GCATCTACGA 
CGGAATGAGC AGTATAAGTC AAATGAATAT TCAAGACGAA ATGACCAAGC AAAGTCAAAT 
GAGCACTTGC ATCGCAGTGA GACAGAAAAA AGGTGGAATG AAGCAGAAAA GCACGGTGAT 
CATTTTCGGA GAAATGAGTC TGAGAAGACT GCTGAAAATT ATCAACTAAA TGAGTTAGAA 
CAAAATAATG ACCATTTTCC TAAAAATAAA GCAGAAGTGC CCTCTGACCA TTCTCAGCCA 
AAAGAGCTTG AAAAGTCCAC CAAACATTTA ATGCACAATG AACCACAAAA GCCCAGTGAA 
CATATCCTGC AGAATGAGCC AGATAATCAC AGTAATACTC TCCGACAGGA TGAATCGGAT 
AGGCCCTCTA TCCCTTTCCA AAAGAATCCA TCTGAGAAAC CCAATGACTG TTTCCAGCAG 
GAGCCTGAGA AACGCAGCAA CTCTTTCTGG CAAACTGAGC CTAAGCAGCA TAACGACTCT 
GTCCAGTCTG ATGAACCAGA AAAGACCAAC TTCTTTCACC GCAATGAGCC AGAAAAGTCT 
GGAAATCATT TCCAGAGGAG TGAACATGAA AGGCCCAGTA ACAGCTTCTG GAGGAATGAG 
CATGATAAGT CTAGTGATCA TTGCCGGTGG AATGAATCTG AACAAAATCG CAGTAATTTC 
TGGAGAAATG AGCCTGAGAA GCCGGACAAC CATTACTGGC CAAATGAGCC AGATGAACCA 
AATGAGCAAT TTAGAGACGA AAAGCAGAAT ATGAATAGAG AGAGATCTGA GCAATATCCT 
GGAAATAAAA ATCATTATCC AGATTGGGTG GCAGAAAATA ACAAACCCTC TGAAAAAAGA 
GGAAGAGGAG CAAATCGATC AAGAGGCTAT ACTAGGGGAT CTTCCTGGTC GGATAACCAG 
TACCGTTCAG GGGATTCATG GAATAGAAAT ATAAATTCAG AGTGGAGGGC ACCTAGAGGT 
CGTGGAGGTC GTGGTAGAGG TGGGTTCCGT GGTGGATTAA GCTGTGGTGA CCAAAATGAA 
AATCATTGGA ACTCTAGACA GCCTTTCTCA GGAAATTTTG GGCCTGAGCC TTCTGGATTA 
ACAGAAAAAA ATTTTAGGCC CAAATATGAA CCAGAACCTC CCAACCCACC TGCTGACCGC 
TCTGGATGGT CATCTGCATC AAGCTGGGCT GTAAGGAAAA CATTACCAGC TGATGTTCAA 
AGTTATTATT CAAAGAGGGG GAAAAGCAAT GCAGGCCCGC AGCCAGGGTG GTCAAGACAG 
GAAGTGTCTC AGGATCAAGA TCAAACCATT AAGGAGCCTG CAAGTCAGCA AAGTGAAGCA 
TCCCAAGTGT CTGTAAATAT CTTACAGCCT CAAGTGAATG TAGTGCCTCA GCAACCTATG 
AATATTTTCC CATATCCAGT GGGCGTCCAT CCTCCCATGG TAAACATCCA ACACAATCCA 
TTTAATATTC CTCCACAGCT ACCCATGCAT CTACACCCTG GGCTGCCTAT AGTTCAAGTT 
ACTGCTTCTA CCACAGTTCC TCAGGGACTG CCACCACCTC CACCACCTCC ACCACCAACG 
CAACAAATTA ACTATATTGC TTCACAGCAA GATGGAAAAC ACTTGCAGGG CAATCCCAGT 
GCTTCTCATG TAAGCAGTAA CCTGAGTGCA CCACTCTTGC CTGCTCCAAC AGCACCCCAG 
GGAATTGCTG GAACTATGCT GGGACCAAAT TCTGGTAGTG TTGCTACCTC AAGTTATCCA 
GTTAAAGTTT CTGCAAGAAA AGAAAGCATA ACAGTGGAGG CCACTGCAGA TAGCTCCAAG 
AAGGAAAAGA GATTGCAAAT GCAGGAGAGA GCAGCACAGG AAGTCAAAAT AGCCATAAAA 
CCATTTTACC AAAATAAAGA TATAACAAAG GAGGAATACA AGGAAATTGT AAAGAAAGCA 
GTTGATAAGG TTTGCCACAG TAAGAGCGGA GAAGTGGATT CATCCAAAGT TGCAAATCTT 
GTAAAGGCTT ATGTAGACAA GTACAAACAT TCTCGGAAAA AAGGGGACTG A

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

RefSeq	XP_002932852.1
CDS	437..5527
Translation	MKNKRFMLAGSDKQHKDDDDEREDNTRTSLVACFAKERCPICLNFLRKDVAYPENCYHAFCFTCILKWSETSTSCPVDRKPFHAVIKIDKVVGCTKIPVKVKTTQSTERYCCDRKQCCSFGIENDNISFRIDTAKEIPVHNCKSSTSEKKRSLAEEKTDLKLKIKRLSWSSACCSGGFSDMYPPAHLPDTPNHVTSGSYFSHDSEINLIQKKRDELRYFRTPAVARQAQCNTPLSTETETLILPLPSFTFFDHIFPLNHFSARNKDFSKRTCAHSGAQEGTEKKRAAGASSTRGTRKKPVQSSTRRRSTRNSKIEDDSQLQSSPKSSNSDHSATGCNSSSTNAESSEKVVKPPPKQRKKTSKKRSQVRKRLRSNTRAQEESDESKENSGSESEQSYQKKPKTSMESSSDMGHTDTDTSADHVADMCEHQIDEQSSDIPVSDTDKQFDEQHSSLSPQIQSSDKIQHSPDFQNEDSFDKDIASSPGLNNGQHLGSVPDSPPSAEHIVLSETDSQLDAAGNISLCSEENNYPGTQETEKPQDLQTSDFASEQSDGEDLEHNTHSKSLSASETFLESENAAGLPLMSMEKCHQLEENDSADYIEDRLQCEKDESDGNPSSVTDSHSIVNKPSDFPVSHNGHNSPPSLESTVVSQIDEEFLCFSASEKREQSKVGNFADILLKEQSVALEATCESSVSEMESCSESLLQNKLLPTKEDDDTAGGFSEHKECFGEEASTASLQEHKEKPNFVSINVTDLPEQSNFAQMHVKVDDCEKPVNVGMESSTRMHENFESTINTGVDLESHKLSVNENGDKSDLNPEQEYFCKNDKSACDFVSEKQCEMDSIQDVMDKETLKSESDSQVSEKEEKSNIQKTESKEINEKLKKETRTRKSRFHSPSTTWSPSKTDLKDRPRSRSRSRARDSPAKRRSRSRSRDRERDRGGQWKGRSRDRRHRRQSRSRSKSRSRSRSGSRPRNRNRFSASDRNNDSHSPHWKDRRSHENWRGSRGHERYRRSDNEKPNEHLRRNEQYKSNEYSRRNDQAKSNEHLHRSETEKRWNEAEKHGDHFRRNESEKTAENYQLNELEQNNDHFPKNKAEVPSDHSQPKELEKSTKHLMHNEPQKPSEHILQNEPDNHSNTLRQDESDRPSIPFQKNPSEKPNDCFQQEPEKRSNSFWQTEPKQHNDSVQSDEPEKTNFFHRNEPEKSGNHFQRSEHERPSNSFWRNEHDKSSDHCRWNESEQNRSNFWRNEPEKPDNHYWPNEPDEPNEQFRDEKQNMNRERSEQYPGNKNHYPDWVAENNKPSEKRGRGANRSRGYTRGSSWSDNQYRSGDSWNRNINSEWRAPRGRGGRGRGGFRGGLSCGDQNENHWNSRQPFSGNFGPEPSGLTEKNFRPKYEPEPPNPPADRSGWSSASSWAVRKTLPADVQSYYSKRGKSNAGPQPGWSRQEVSQDQDQTIKEPASQQSEASQVSVNILQPQVNVVPQQPMNIFPYPVGVHPPMVNIQHNPFNIPPQLPMHLHPGLPIVQVTASTTVPQGLPPPPPPPPPTQQINYIASQQDGKHLQGNPSASHVSSNLSAPLLPAPTAPQGIAGTMLGPNSGSVATSSYPVKVSARKESITVEATADSSKKEKRLQMQERAAQEVKIAIKPFYQNKDITKEEYKEIVKKAVDKVCHSKSGEVDSSKVANLVKAYVDKYKHSRKKGD

Target ORF information:

RefSeq Version	XM_002932806.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis SR-related CTD-associated factor 11 (scaf11), transcript variant X1, mRNA.

Target ORF information:

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

XM_002932806.4

ORF Insert Sequence:

ATGAAGAACA AGAGATTTAT GTTAGCTGGA AGTGACAAGC AGCATAAAGA TGATGATGAT 
GAAAGAGAAG ATAACACCAG GACAAGTCTT GTAGCATGTT TCGCAAAAGA GCGGTGTCCA 
ATATGTTTGA ATTTTCTAAG AAAGGATGTT GCATATCCTG AAAATTGCTA CCATGCATTC 
TGTTTCACCT GTATTTTAAA GTGGTCTGAA ACTTCCACTT CATGCCCTGT TGACCGCAAA 
CCGTTTCATG CTGTTATTAA AATAGATAAA GTTGTTGGAT GTACTAAGAT CCCTGTCAAG 
GTGAAAACTA CACAAAGCAC AGAACGATAT TGCTGTGATA GAAAACAGTG CTGTTCTTTT 
GGGATTGAAA ATGACAACAT TTCTTTCAGA ATTGATACAG CTAAAGAAAT TCCAGTTCAT 
AATTGTAAAA GCAGCACTTC TGAGAAAAAA CGGTCTCTTG CAGAAGAGAA AACTGACCTG 
AAATTGAAGA TCAAAAGATT AAGCTGGTCC AGTGCTTGTT GCTCTGGTGG CTTCTCAGAC 
ATGTATCCTC CTGCTCACCT TCCTGATACA CCTAACCATG TTACTAGTGG TTCATATTTT 
TCACACGATT CTGAAATCAA TTTGATCCAA AAGAAGAGAG ATGAACTTAG ATACTTCAGG 
ACACCAGCTG TAGCTCGGCA GGCCCAATGC AATACACCTC TTTCTACTGA AACAGAAACA 
CTGATACTTC CACTGCCTTC CTTTACTTTT TTTGACCATA TCTTCCCATT AAATCACTTT 
TCGGCCAGAA ACAAAGATTT CTCAAAGAGA ACTTGTGCTC ATTCAGGCGC ACAAGAAGGC 
ACTGAAAAGA AACGGGCAGC TGGTGCTTCC AGTACAAGAG GTACAAGAAA AAAACCTGTT 
CAGTCAAGCA CAAGGAGGAG ATCTACAAGA AATAGCAAAA TTGAAGATGA CAGTCAACTT 
CAGAGTTCCC CAAAATCTAG TAATTCTGAC CACAGTGCTA CTGGCTGCAA CAGCTCCTCC 
ACAAATGCAG AGTCATCTGA AAAGGTAGTA AAGCCCCCAC CTAAACAAAG GAAAAAAACA 
TCTAAAAAAC GATCACAGGT TAGAAAAAGG CTTAGATCCA ACACACGTGC ACAGGAAGAA 
TCTGATGAAA GTAAGGAAAA TTCAGGCAGT GAATCAGAAC AAAGTTATCA AAAGAAGCCA 
AAGACATCCA TGGAAAGCTC TTCAGATATG GGACACACGG ACACAGATAC CTCTGCTGAT 
CATGTTGCTG ATATGTGTGA GCATCAAATA GATGAACAGT CTTCAGATAT ACCAGTTTCT 
GATACTGACA AACAGTTTGA TGAACAACAT TCCTCTCTCT CTCCTCAAAT ACAATCCTCT 
GATAAAATTC AACATTCACC TGACTTCCAA AATGAGGATA GTTTTGATAA AGACATTGCA 
TCTTCTCCTG GGTTAAACAA TGGACAACAT TTAGGTTCTG TACCAGATTC TCCACCTTCT 
GCAGAGCATA TTGTTTTATC TGAAACTGAT TCTCAACTAG ATGCTGCAGG AAACATTAGT 
TTGTGTTCGG AGGAAAACAA TTATCCTGGC ACTCAAGAAA CAGAGAAGCC CCAAGATTTA 
CAGACTTCAG ATTTTGCTTC AGAACAATCT GATGGAGAGG ATCTGGAGCA TAACACACAT 
TCTAAATCTT TGTCTGCTTC TGAAACTTTT CTAGAGTCTG AAAATGCAGC AGGTTTACCA 
CTGATGTCAA TGGAAAAGTG CCATCAACTA GAGGAAAATG ACTCTGCAGA TTACATAGAA 
GATAGATTAC AATGTGAAAA GGATGAATCT GATGGAAACC CTTCATCAGT CACTGATAGC 
CATTCCATAG TAAACAAACC CAGTGATTTC CCTGTTTCAC ATAATGGACA TAACTCTCCT 
CCTTCATTAG AAAGCACTGT TGTGTCACAG ATAGATGAGG AATTTCTATG TTTTTCTGCC 
TCAGAAAAAC GGGAACAGTC CAAAGTTGGT AATTTTGCAG ATATTTTGTT AAAGGAGCAA 
TCTGTTGCTT TAGAAGCAAC TTGTGAGTCA TCTGTTTCTG AAATGGAAAG TTGCAGTGAA 
TCTTTGCTTC AGAATAAGTT GTTACCAACA AAAGAAGATG ATGACACAGC AGGTGGCTTT 
TCAGAGCATA AAGAATGTTT TGGGGAAGAA GCTAGTACAG CAAGTTTACA AGAACATAAG 
GAAAAACCTA ACTTTGTTTC TATAAATGTA ACCGATCTCC CTGAACAATC AAACTTTGCA 
CAAATGCACG TCAAAGTGGA TGATTGTGAA AAGCCAGTAA ATGTTGGCAT GGAAAGTAGT 
ACAAGAATGC ATGAAAATTT TGAAAGCACT ATAAACACAG GTGTTGATTT AGAATCTCAC 
AAATTGAGTG TTAATGAGAA TGGTGATAAG TCGGATCTCA ATCCTGAGCA AGAATATTTT 
TGTAAAAATG ATAAATCTGC TTGTGATTTT GTTAGTGAAA AACAATGTGA AATGGACAGT 
ATTCAAGATG TTATGGACAA GGAAACTCTA AAATCAGAAT CAGATTCTCA GGTGTCTGAA 
AAGGAAGAAA AAAGTAATAT TCAAAAAACA GAATCGAAAG AAATTAATGA AAAGCTTAAA 
AAAGAAACAC GAACCAGGAA ATCTAGGTTT CATTCTCCAT CAACGACATG GTCTCCTAGT 
AAAACTGATC TAAAAGATAG ACCAAGATCT CGTTCAAGAT CTAGAGCACG GGACTCTCCA 
GCTAAAAGAA GGTCTAGAAG CCGCAGTAGG GACAGAGAGC GAGATCGTGG TGGACAGTGG 
AAAGGGCGAA GCAGAGACCG TAGACATAGG AGACAGTCTA GGTCTAGATC TAAAAGTCGT 
TCTCGCTCAA GATCTGGATC GCGTCCCCGA AATAGAAACA GATTTTCTGC ATCTGATCGA 
AACAATGATA GCCATTCTCC ACACTGGAAA GACAGGCGGT CACATGAAAA CTGGAGAGGT 
TCTAGAGGAC ATGAAAGGTA CAGAAGAAGT GATAATGAAA AACCTAATGA GCATCTACGA 
CGGAATGAGC AGTATAAGTC AAATGAATAT TCAAGACGAA ATGACCAAGC AAAGTCAAAT 
GAGCACTTGC ATCGCAGTGA GACAGAAAAA AGGTGGAATG AAGCAGAAAA GCACGGTGAT 
CATTTTCGGA GAAATGAGTC TGAGAAGACT GCTGAAAATT ATCAACTAAA TGAGTTAGAA 
CAAAATAATG ACCATTTTCC TAAAAATAAA GCAGAAGTGC CCTCTGACCA TTCTCAGCCA 
AAAGAGCTTG AAAAGTCCAC CAAACATTTA ATGCACAATG AACCACAAAA GCCCAGTGAA 
CATATCCTGC AGAATGAGCC AGATAATCAC AGTAATACTC TCCGACAGGA TGAATCGGAT 
AGGCCCTCTA TCCCTTTCCA AAAGAATCCA TCTGAGAAAC CCAATGACTG TTTCCAGCAG 
GAGCCTGAGA AACGCAGCAA CTCTTTCTGG CAAACTGAGC CTAAGCAGCA TAACGACTCT 
GTCCAGTCTG ATGAACCAGA AAAGACCAAC TTCTTTCACC GCAATGAGCC AGAAAAGTCT 
GGAAATCATT TCCAGAGGAG TGAACATGAA AGGCCCAGTA ACAGCTTCTG GAGGAATGAG 
CATGATAAGT CTAGTGATCA TTGCCGGTGG AATGAATCTG AACAAAATCG CAGTAATTTC 
TGGAGAAATG AGCCTGAGAA GCCGGACAAC CATTACTGGC CAAATGAGCC AGATGAACCA 
AATGAGCAAT TTAGAGACGA AAAGCAGAAT ATGAATAGAG AGAGATCTGA GCAATATCCT 
GGAAATAAAA ATCATTATCC AGATTGGGTG GCAGAAAATA ACAAACCCTC TGAAAAAAGA 
GGAAGAGGAG CAAATCGATC AAGAGGCTAT ACTAGGGGAT CTTCCTGGTC GGATAACCAG 
TACCGTTCAG GGGATTCATG GAATAGAAAT ATAAATTCAG AGTGGAGGGC ACCTAGAGGT 
CGTGGAGGTC GTGGTAGAGG TGGGTTCCGT GGTGGATTAA GCTGTGGTGA CCAAAATGAA 
AATCATTGGA ACTCTAGACA GCCTTTCTCA GGAAATTTTG GGCCTGAGCC TTCTGGATTA 
ACAGAAAAAA ATTTTAGGCC CAAATATGAA CCAGAACCTC CCAACCCACC TGCTGACCGC 
TCTGGATGGT CATCTGCATC AAGCTGGGCT GTAAGGAAAA CATTACCAGC TGATGTTCAA 
AGTTATTATT CAAAGAGGGG GAAAAGCAAT GCAGGCCCGC AGCCAGGGTG GTCAAGACAG 
GAAGTGTCTC AGGATCAAGA TCAAACCATT AAGGAGCCTG CAAGTCAGCA AAGTGAAGCA 
TCCCAAGTGT CTGTAAATAT CTTACAGCCT CAAGTGAATG TAGTGCCTCA GCAACCTATG 
AATATTTTCC CATATCCAGT GGGCGTCCAT CCTCCCATGG TAAACATCCA ACACAATCCA 
TTTAATATTC CTCCACAGCT ACCCATGCAT CTACACCCTG GGCTGCCTAT AGTTCAAGTT 
ACTGCTTCTA CCACAGTTCC TCAGGGACTG CCACCACCTC CACCACCTCC ACCACCAACG 
CAACAAATTA ACTATATTGC TTCACAGCAA GATGGAAAAC ACTTGCAGGG CAATCCCAGT 
GCTTCTCATG TAAGCAGTAA CCTGAGTGCA CCACTCTTGC CTGCTCCAAC AGCACCCCAG 
GGAATTGCTG GAACTATGCT GGGACCAAAT TCTGGTAGTG TTGCTACCTC AAGTTATCCA 
GTTAAAGTTT CTGCAAGAAA AGAAAGCATA ACAGTGGAGG CCACTGCAGA TAGCTCCAAG 
AAGGAAAAGA GATTGCAAAT GCAGGAGAGA GCAGCACAGG AAGTCAAAAT AGCCATAAAA 
CCATTTTACC AAAATAAAGA TATAACAAAG GAGGAATACA AGGAAATTGT AAAGAAAGCA 
GTTGATAAGG TTTGCCACAG TAAGAGCGGA GAAGTGGATT CATCCAAAGT TGCAAATCTT 
GTAAAGGCTT ATGTAGACAA GTACAAACAT TCTCGGAAAA AAGGGGACTG A

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

scaf11 ( XM_012959926.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012815380.1 Xenopus tropicalis SR-related CTD-associated factor 11 (scaf11), transcript variant X2, mRNA.

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CloneID	OXa33683
Clone ID Related Accession (Same CDS sequence)	XM_012959926.2 , XM_012959926.3
Accession Version	XM_012959926.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4890bp) 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	protein SCAF11 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030679.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012959926.1. ##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##

ATGAAGAACA AGAGATTTAT GTTAGCTGGA AGTGACAAGC AGCATAAAGA TGATGATGAT 
GAAAGAGAAG ATAACACCAG GACAAGTCTT GTAGCATGTT TCGCAAAAGA GCGGTGTCCA 
ATATGTTTGA ATTTTCTAAG AAAGGATGTT GCATATCCTG AAAATTGCTA CCATGCATTC 
TGTTTCACCT GTATTTTAAA GTGGTCTGAA ACTTCCACTT CATGCCCTGT TGACCGCAAA 
CCGTTTCATG CTGTTATTAA AATAGATAAA GTTGTTGGAT GTACTAAGAT CCCTGTCAAG 
GTGAAAACTA CACAAAGCAC AGAACGATAT TGCTGTGATA GAAAACAGTG CTGTTCTTTT 
GGGATTGAAA ATGACAACAT TTCTTTCAGA ATTGATACAG CTAAAGAAAT TCCAGTTCAT 
AATTGTAAAA GCAGCACTTC TGAGAAAAAA CGGTCTCTTG CAGAAGAGAA AACTGACCTG 
AAATTGAAGA TCAAAAGATT AAGCTGGTCC AGTGCTTGTT GCTCTGGTGG CTTCTCAGAC 
ATGTATCCTC CTGCTCACCT TCCTGATACA CCTAACCATG TTACTAGTGG TTCATATTTT 
TCACACGATT CTGAAATCAA TTTGATCCAA AAGAAGAGAG ATGAACTTAG ATACTTCAGG 
ACACCAGCTG TAGCTCGGCA GGCCCAATGC AATACACCTC TTTCTACTGA AACAGAAACA 
CTGATACTTC CACTGCCTTC CTTTACTTTT TTTGACCATA TCTTCCCATT AAATCACTTT 
TCGGCCAGAA ACAAAGATTT CTCAAAGAGA ACTTGTGCTC ATTCAGGCGC ACAAGAAGGC 
ACTGAAAAGA AACGGGCAGC TGGTGCTTCC AGTACAAGAG GTACAAGAAA AAAACCTGTT 
CAGTCAAGCA CAAGGAGGAG ATCTACAAGA AATAGCAAAA TTGAAGATGA CAGTCAACTT 
CAGAGTTCCC CAAAATCTAG TAATTCTGAC CACAGTGCTA CTGGCTGCAA CAGCTCCTCC 
ACAAATGCAG AGTCATCTGA AAAGGTAGTA AAGCCCCCAC CTAAACAAAG GAAAAAAACA 
TCTAAAAAAC GATCACAGGT TAGAAAAAGG CTTAGATCCA ACACACGTGC ACAGGAAGAA 
TCTGATGAAA GTAAGGAAAA TTCAGGCAGT GAATCAGAAC AAAGTTATCA AAAGAAGCCA 
AAGACATCCA TGGAAAGCTC TTCAGATATG GGACACACGG ACACAGATAC CTCTGCTGAT 
CATGTTGCTG ATATGTGTGA GCATCAAATA GATGAACAGT CTTCAGATAT ACCAGTTTCT 
GATACTGACA AACAGTTTGA TGAACAACAT TCCTCTCTCT CTCCTCAAAT ACAATCCTCT 
GATAAAATTC AACATTCACC TGACTTCCAA AATGAGGATA GTTTTGATAA AGACATTGCA 
TCTTCTCCTG GGTTAAACAA TGGACAACAT TTAGGTTCTG TACCAGATTC TCCACCTTCT 
GCAGAGCATA TTGTTTTATC TGAAACTGAT TCTCAACTAG ATGCTGCAGG AAACATTAGT 
TTGTGTTCGG AGGAAAACAA TTATCCTGGC ACTCAAGAAA CAGAGAAGCC CCAAGATTTA 
CAGACTTCAG ATTTTGCTTC AGAACAATCT GATGGAGAGG ATCTGGAGCA TAACACACAT 
TCTAAATCTT TGTCTGCTTC TGAAACTTTT CTAGAGTCTG AAAATGCAGC AGGTTTACCA 
CTGATGTCAA TGGAAAAGTG CCATCAACTA GAGGAAAATG ACTCTGCAGA TTACATAGAA 
GATAGATTAC AATGTGAAAA GGATGAATCT GATGGAAACC CTTCATCAGT CACTGATAGC 
CATTCCATAG TAAACAAACC CAGTGATTTC CCTGTTTCAC ATAATGGACA TAACTCTCCT 
CCTTCATTAG AAAGCACTGT TGTGTCACAG ATAGATGAGG AATTTCTATG TTTTTCTGCC 
TCAGAAAAAC GGGAACAGTC CAAAGTTGGT AATTTTGCAG ATATTTTGTT AAAGGAGCAA 
TCTGTTGCTT TAGAAGCAAC TTGTGAGTCA TCTGTTTCTG AAATGGAAAG TTGCAGTGAA 
TCTTTGCTTC AGAATAAGTT GTTACCAACA AAAGAAGATG ATGACACAGC AGGTGGCTTT 
TCAGAGCATA AAGAATGTTT TGGGGAAGAA GCTAGTACAG CAAGTTTACA AGAACATAAG 
GAAAAACCTA ACTTTGTTTC TATAAATGTA ACCGATCTCC CTGAACAATC AAACTTTGCA 
CAAATGCACG TCAAAGTGGA TGATTGTGAA AAGCCAGTAA ATGTTGGCAT GGAAAGTAGT 
ACAAGAATGC ATGAAAATTT TGAAAGCACT ATAAACACAG GTGTTGATTT AGAATCTCAC 
AAATTGAGTG TTAATGAGAA TGGTGATAAG TCGGATCTCA ATCCTGAGCA AGAATATTTT 
TGTAAAAATG ATAAATCTGC TTGTGATTTT GTTAGTGAAA AACAATGTGA AATGGACAGT 
ATTCAAGATG TTATGGACAA GGAAACTCTA AAATCAGAAT CAGATTCTCA GGTGTCTGAA 
AAGGAAGAAA AAAGTAATAT TCAAAAAACA GAATCGAAAG AAATTAATGA AAAGCTTAAA 
AAAGAAACAC GAACCAGGAA ATCTAGGTTT CATTCTCCAT CAACGACATG GTCTCCTAGT 
AAAACTGATC TAAAAGATAG ACCAAGATCT CGTTCAAGAT CTAGAGCACG GGACTCTCCA 
GCTAAAAGAA GGTCTAGAAG CCGCAGTAGG GACAGAGAGC GAGATCGTGG TGGACAGTGG 
AAAGGGCGAA GCAGAGACCG TAGACATAGG AGACAGTCTA GGTCTAGATC TAAAAGTCGT 
TCTCGCTCAA GATCTGGATC GCGTCCCCGA AATAGAAACA GATTTTCTGC ATCTGATCGA 
AACAATGATA GCCATTCTCC ACACTGGAAA GACAGGCGGT CACATGAAAA CTGGAGAGGT 
TCTAGAGGAC ATGAAAGGTA CAGAAGAAGT GATAATGAAA AACCTAATGA GCATCTACGA 
CGGAATGAGC AGTATAAGTC AAATGAATAT TCAAGACGAA ATGACCAAGC AAAGTCAAAT 
GAGCACTTGC ATCGCAGTGA GACAGAAAAA AGGTGGAATG AAGCAGAAAA GCACGGTGAT 
CATTTTCGGA GAAATGAGTC TGAGAAGACT GCTGAAAATT ATCAACTAAA TGAGTTAGAA 
CAAAATAATG ACCATTTTCC TAAAAATAAA GCAGAAGTGC CCTCTGACCA TTCTCAGCCA 
AAAGAGCTTG AAAAGTCCAC CAAACATTTA ATGCACAATG AACCACAAAA GCCCAGTGAA 
CATATCCTGC AGAATGAGCC AGATAATCAC AGTAATACTC TCCGACAGGA TGAATCGGAT 
AGGCCCTCTA TCCCTTTCCA AAAGAATCCA TCTGAGAAAC CCAATGACTG TTTCCAGCAG 
GAGCCTGAGA AACGCAGCAA CTCTTTCTGG CAAACTGAGC CTAAGCAGCA TAACGACTCT 
GTCCAGTCTG ATGAACCAGA AAAGACCAAC TTCTTTCACC GCAATGAGCC AGAAAAGTCT 
GGAAATCATT TCCAGAGGAG TGAACATGAA AGGCCCAGTA ACAGCTTCTG GAGGAATGAG 
CATGATAAGT CTAGTGATCA TTGCCGGTGG AATGAATCTG AACAAAATCG CAGTAATTTC 
TGGAGAAATG AGCCTGAGAA GCCGGACAAC CATTACTGGC CAAATGAGCC AGATGAACCA 
AATGAGCAAT TTAGAGACGA AAAGCAGAAT ATGAATAGAG AGAGATCTGA GCAATATCCT 
GGAAATAAAA ATCATTATCC AGATTGGGTG GCAGAAAATA ACAAACCCTC TGAAAAAAGA 
GGAAGAGGAG CAAATCGATC AAGAGGCTAT ACTAGGGGAT CTTCCTGGTC GGATAACCAG 
TACCGTTCAG GGGATTCATG GAATAGAAAT ATAAATTCAG AGTGGAGGGC ACCTAGAGGT 
CGTGGAGGTC GTGGTAGAGG TGGGTTCCGT GGTGGATTAA GCTGTGGTGA CCAAAATGAA 
AATCATTGGA ACTCTAGACA GCCTTTCTCA GGAAATTTTG GGCCTGAGCC TTCTGGATTA 
ACAGAAAAAA ATTTTAGGCC CAAATATGAA CCAGAACCTC CCAACCCACC TGCTGACCGC 
TCTGGATGGT CATCTGCATC AAGCTGGGCT GTAAGGAAAA CATTACCAGC TGATGTTCAA 
AGTTATTATT CAAAGAGGGG GAAAAGCAAT GCAGGCCCGC AGCCAGGGTG GTCAAGACAG 
GAAGTGTCTC AGGATCAAGA TCAAACCATT AAGGAGCCTG CAAGTCAGCA AAGTGAAGCA 
TCCCAAGTGT CTGTAAATAT CTTACAGCCT CAAGTGAATG TAGTGCCTCA GCAACCTATG 
AATATTTTCC CATATCCAGT GGGCGTCCAT CCTCCCATGG TAAACATCCA ACACAATCCA 
TTTAATATTC CTCCACAGCT ACCCATGCAT CTACACCCTG GGCTGCCTAT AGTTCAAGTT 
ACTGCTTCTA CCACAGTTCC TCAGGGACTG CCACCACCTC CACCACCTCC ACCACCAACG 
CAACAAATTA ACTATATTGC TTCACAGCAA GATGGAAAAC ACTTGCAGAG ATTGCAAATG 
CAGGAGAGAG CAGCACAGGA AGTCAAAATA GCCATAAAAC CATTTTACCA AAATAAAGAT 
ATAACAAAGG AGGAATACAA GGAAATTGTA AAGAAAGCAG TTGATAAGGT TTGCCACAGT 
AAGAGCGGAG AAGTGGATTC ATCCAAAGTT GCAAATCTTG TAAAGGCTTA TGTAGACAAG 
TACAAACATT CTCGGAAAAA AGGGGACTGA

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

RefSeq	XP_012815380.1
CDS	440..5329
Translation	MKNKRFMLAGSDKQHKDDDDEREDNTRTSLVACFAKERCPICLNFLRKDVAYPENCYHAFCFTCILKWSETSTSCPVDRKPFHAVIKIDKVVGCTKIPVKVKTTQSTERYCCDRKQCCSFGIENDNISFRIDTAKEIPVHNCKSSTSEKKRSLAEEKTDLKLKIKRLSWSSACCSGGFSDMYPPAHLPDTPNHVTSGSYFSHDSEINLIQKKRDELRYFRTPAVARQAQCNTPLSTETETLILPLPSFTFFDHIFPLNHFSARNKDFSKRTCAHSGAQEGTEKKRAAGASSTRGTRKKPVQSSTRRRSTRNSKIEDDSQLQSSPKSSNSDHSATGCNSSSTNAESSEKVVKPPPKQRKKTSKKRSQVRKRLRSNTRAQEESDESKENSGSESEQSYQKKPKTSMESSSDMGHTDTDTSADHVADMCEHQIDEQSSDIPVSDTDKQFDEQHSSLSPQIQSSDKIQHSPDFQNEDSFDKDIASSPGLNNGQHLGSVPDSPPSAEHIVLSETDSQLDAAGNISLCSEENNYPGTQETEKPQDLQTSDFASEQSDGEDLEHNTHSKSLSASETFLESENAAGLPLMSMEKCHQLEENDSADYIEDRLQCEKDESDGNPSSVTDSHSIVNKPSDFPVSHNGHNSPPSLESTVVSQIDEEFLCFSASEKREQSKVGNFADILLKEQSVALEATCESSVSEMESCSESLLQNKLLPTKEDDDTAGGFSEHKECFGEEASTASLQEHKEKPNFVSINVTDLPEQSNFAQMHVKVDDCEKPVNVGMESSTRMHENFESTINTGVDLESHKLSVNENGDKSDLNPEQEYFCKNDKSACDFVSEKQCEMDSIQDVMDKETLKSESDSQVSEKEEKSNIQKTESKEINEKLKKETRTRKSRFHSPSTTWSPSKTDLKDRPRSRSRSRARDSPAKRRSRSRSRDRERDRGGQWKGRSRDRRHRRQSRSRSKSRSRSRSGSRPRNRNRFSASDRNNDSHSPHWKDRRSHENWRGSRGHERYRRSDNEKPNEHLRRNEQYKSNEYSRRNDQAKSNEHLHRSETEKRWNEAEKHGDHFRRNESEKTAENYQLNELEQNNDHFPKNKAEVPSDHSQPKELEKSTKHLMHNEPQKPSEHILQNEPDNHSNTLRQDESDRPSIPFQKNPSEKPNDCFQQEPEKRSNSFWQTEPKQHNDSVQSDEPEKTNFFHRNEPEKSGNHFQRSEHERPSNSFWRNEHDKSSDHCRWNESEQNRSNFWRNEPEKPDNHYWPNEPDEPNEQFRDEKQNMNRERSEQYPGNKNHYPDWVAENNKPSEKRGRGANRSRGYTRGSSWSDNQYRSGDSWNRNINSEWRAPRGRGGRGRGGFRGGLSCGDQNENHWNSRQPFSGNFGPEPSGLTEKNFRPKYEPEPPNPPADRSGWSSASSWAVRKTLPADVQSYYSKRGKSNAGPQPGWSRQEVSQDQDQTIKEPASQQSEASQVSVNILQPQVNVVPQQPMNIFPYPVGVHPPMVNIQHNPFNIPPQLPMHLHPGLPIVQVTASTTVPQGLPPPPPPPPPTQQINYIASQQDGKHLQRLQMQERAAQEVKIAIKPFYQNKDITKEEYKEIVKKAVDKVCHSKSGEVDSSKVANLVKAYVDKYKHSRKKGD

Target ORF information:

RefSeq Version	XM_012959926.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis SR-related CTD-associated factor 11 (scaf11), transcript variant X2, mRNA.

Target ORF information:

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

XM_012959926.2

ORF Insert Sequence:

ATGAAGAACA AGAGATTTAT GTTAGCTGGA AGTGACAAGC AGCATAAAGA TGATGATGAT 
GAAAGAGAAG ATAACACCAG GACAAGTCTT GTAGCATGTT TCGCAAAAGA GCGGTGTCCA 
ATATGTTTGA ATTTTCTAAG AAAGGATGTT GCATATCCTG AAAATTGCTA CCATGCATTC 
TGTTTCACCT GTATTTTAAA GTGGTCTGAA ACTTCCACTT CATGCCCTGT TGACCGCAAA 
CCGTTTCATG CTGTTATTAA AATAGATAAA GTTGTTGGAT GTACTAAGAT CCCTGTCAAG 
GTGAAAACTA CACAAAGCAC AGAACGATAT TGCTGTGATA GAAAACAGTG CTGTTCTTTT 
GGGATTGAAA ATGACAACAT TTCTTTCAGA ATTGATACAG CTAAAGAAAT TCCAGTTCAT 
AATTGTAAAA GCAGCACTTC TGAGAAAAAA CGGTCTCTTG CAGAAGAGAA AACTGACCTG 
AAATTGAAGA TCAAAAGATT AAGCTGGTCC AGTGCTTGTT GCTCTGGTGG CTTCTCAGAC 
ATGTATCCTC CTGCTCACCT TCCTGATACA CCTAACCATG TTACTAGTGG TTCATATTTT 
TCACACGATT CTGAAATCAA TTTGATCCAA AAGAAGAGAG ATGAACTTAG ATACTTCAGG 
ACACCAGCTG TAGCTCGGCA GGCCCAATGC AATACACCTC TTTCTACTGA AACAGAAACA 
CTGATACTTC CACTGCCTTC CTTTACTTTT TTTGACCATA TCTTCCCATT AAATCACTTT 
TCGGCCAGAA ACAAAGATTT CTCAAAGAGA ACTTGTGCTC ATTCAGGCGC ACAAGAAGGC 
ACTGAAAAGA AACGGGCAGC TGGTGCTTCC AGTACAAGAG GTACAAGAAA AAAACCTGTT 
CAGTCAAGCA CAAGGAGGAG ATCTACAAGA AATAGCAAAA TTGAAGATGA CAGTCAACTT 
CAGAGTTCCC CAAAATCTAG TAATTCTGAC CACAGTGCTA CTGGCTGCAA CAGCTCCTCC 
ACAAATGCAG AGTCATCTGA AAAGGTAGTA AAGCCCCCAC CTAAACAAAG GAAAAAAACA 
TCTAAAAAAC GATCACAGGT TAGAAAAAGG CTTAGATCCA ACACACGTGC ACAGGAAGAA 
TCTGATGAAA GTAAGGAAAA TTCAGGCAGT GAATCAGAAC AAAGTTATCA AAAGAAGCCA 
AAGACATCCA TGGAAAGCTC TTCAGATATG GGACACACGG ACACAGATAC CTCTGCTGAT 
CATGTTGCTG ATATGTGTGA GCATCAAATA GATGAACAGT CTTCAGATAT ACCAGTTTCT 
GATACTGACA AACAGTTTGA TGAACAACAT TCCTCTCTCT CTCCTCAAAT ACAATCCTCT 
GATAAAATTC AACATTCACC TGACTTCCAA AATGAGGATA GTTTTGATAA AGACATTGCA 
TCTTCTCCTG GGTTAAACAA TGGACAACAT TTAGGTTCTG TACCAGATTC TCCACCTTCT 
GCAGAGCATA TTGTTTTATC TGAAACTGAT TCTCAACTAG ATGCTGCAGG AAACATTAGT 
TTGTGTTCGG AGGAAAACAA TTATCCTGGC ACTCAAGAAA CAGAGAAGCC CCAAGATTTA 
CAGACTTCAG ATTTTGCTTC AGAACAATCT GATGGAGAGG ATCTGGAGCA TAACACACAT 
TCTAAATCTT TGTCTGCTTC TGAAACTTTT CTAGAGTCTG AAAATGCAGC AGGTTTACCA 
CTGATGTCAA TGGAAAAGTG CCATCAACTA GAGGAAAATG ACTCTGCAGA TTACATAGAA 
GATAGATTAC AATGTGAAAA GGATGAATCT GATGGAAACC CTTCATCAGT CACTGATAGC 
CATTCCATAG TAAACAAACC CAGTGATTTC CCTGTTTCAC ATAATGGACA TAACTCTCCT 
CCTTCATTAG AAAGCACTGT TGTGTCACAG ATAGATGAGG AATTTCTATG TTTTTCTGCC 
TCAGAAAAAC GGGAACAGTC CAAAGTTGGT AATTTTGCAG ATATTTTGTT AAAGGAGCAA 
TCTGTTGCTT TAGAAGCAAC TTGTGAGTCA TCTGTTTCTG AAATGGAAAG TTGCAGTGAA 
TCTTTGCTTC AGAATAAGTT GTTACCAACA AAAGAAGATG ATGACACAGC AGGTGGCTTT 
TCAGAGCATA AAGAATGTTT TGGGGAAGAA GCTAGTACAG CAAGTTTACA AGAACATAAG 
GAAAAACCTA ACTTTGTTTC TATAAATGTA ACCGATCTCC CTGAACAATC AAACTTTGCA 
CAAATGCACG TCAAAGTGGA TGATTGTGAA AAGCCAGTAA ATGTTGGCAT GGAAAGTAGT 
ACAAGAATGC ATGAAAATTT TGAAAGCACT ATAAACACAG GTGTTGATTT AGAATCTCAC 
AAATTGAGTG TTAATGAGAA TGGTGATAAG TCGGATCTCA ATCCTGAGCA AGAATATTTT 
TGTAAAAATG ATAAATCTGC TTGTGATTTT GTTAGTGAAA AACAATGTGA AATGGACAGT 
ATTCAAGATG TTATGGACAA GGAAACTCTA AAATCAGAAT CAGATTCTCA GGTGTCTGAA 
AAGGAAGAAA AAAGTAATAT TCAAAAAACA GAATCGAAAG AAATTAATGA AAAGCTTAAA 
AAAGAAACAC GAACCAGGAA ATCTAGGTTT CATTCTCCAT CAACGACATG GTCTCCTAGT 
AAAACTGATC TAAAAGATAG ACCAAGATCT CGTTCAAGAT CTAGAGCACG GGACTCTCCA 
GCTAAAAGAA GGTCTAGAAG CCGCAGTAGG GACAGAGAGC GAGATCGTGG TGGACAGTGG 
AAAGGGCGAA GCAGAGACCG TAGACATAGG AGACAGTCTA GGTCTAGATC TAAAAGTCGT 
TCTCGCTCAA GATCTGGATC GCGTCCCCGA AATAGAAACA GATTTTCTGC ATCTGATCGA 
AACAATGATA GCCATTCTCC ACACTGGAAA GACAGGCGGT CACATGAAAA CTGGAGAGGT 
TCTAGAGGAC ATGAAAGGTA CAGAAGAAGT GATAATGAAA AACCTAATGA GCATCTACGA 
CGGAATGAGC AGTATAAGTC AAATGAATAT TCAAGACGAA ATGACCAAGC AAAGTCAAAT 
GAGCACTTGC ATCGCAGTGA GACAGAAAAA AGGTGGAATG AAGCAGAAAA GCACGGTGAT 
CATTTTCGGA GAAATGAGTC TGAGAAGACT GCTGAAAATT ATCAACTAAA TGAGTTAGAA 
CAAAATAATG ACCATTTTCC TAAAAATAAA GCAGAAGTGC CCTCTGACCA TTCTCAGCCA 
AAAGAGCTTG AAAAGTCCAC CAAACATTTA ATGCACAATG AACCACAAAA GCCCAGTGAA 
CATATCCTGC AGAATGAGCC AGATAATCAC AGTAATACTC TCCGACAGGA TGAATCGGAT 
AGGCCCTCTA TCCCTTTCCA AAAGAATCCA TCTGAGAAAC CCAATGACTG TTTCCAGCAG 
GAGCCTGAGA AACGCAGCAA CTCTTTCTGG CAAACTGAGC CTAAGCAGCA TAACGACTCT 
GTCCAGTCTG ATGAACCAGA AAAGACCAAC TTCTTTCACC GCAATGAGCC AGAAAAGTCT 
GGAAATCATT TCCAGAGGAG TGAACATGAA AGGCCCAGTA ACAGCTTCTG GAGGAATGAG 
CATGATAAGT CTAGTGATCA TTGCCGGTGG AATGAATCTG AACAAAATCG CAGTAATTTC 
TGGAGAAATG AGCCTGAGAA GCCGGACAAC CATTACTGGC CAAATGAGCC AGATGAACCA 
AATGAGCAAT TTAGAGACGA AAAGCAGAAT ATGAATAGAG AGAGATCTGA GCAATATCCT 
GGAAATAAAA ATCATTATCC AGATTGGGTG GCAGAAAATA ACAAACCCTC TGAAAAAAGA 
GGAAGAGGAG CAAATCGATC AAGAGGCTAT ACTAGGGGAT CTTCCTGGTC GGATAACCAG 
TACCGTTCAG GGGATTCATG GAATAGAAAT ATAAATTCAG AGTGGAGGGC ACCTAGAGGT 
CGTGGAGGTC GTGGTAGAGG TGGGTTCCGT GGTGGATTAA GCTGTGGTGA CCAAAATGAA 
AATCATTGGA ACTCTAGACA GCCTTTCTCA GGAAATTTTG GGCCTGAGCC TTCTGGATTA 
ACAGAAAAAA ATTTTAGGCC CAAATATGAA CCAGAACCTC CCAACCCACC TGCTGACCGC 
TCTGGATGGT CATCTGCATC AAGCTGGGCT GTAAGGAAAA CATTACCAGC TGATGTTCAA 
AGTTATTATT CAAAGAGGGG GAAAAGCAAT GCAGGCCCGC AGCCAGGGTG GTCAAGACAG 
GAAGTGTCTC AGGATCAAGA TCAAACCATT AAGGAGCCTG CAAGTCAGCA AAGTGAAGCA 
TCCCAAGTGT CTGTAAATAT CTTACAGCCT CAAGTGAATG TAGTGCCTCA GCAACCTATG 
AATATTTTCC CATATCCAGT GGGCGTCCAT CCTCCCATGG TAAACATCCA ACACAATCCA 
TTTAATATTC CTCCACAGCT ACCCATGCAT CTACACCCTG GGCTGCCTAT AGTTCAAGTT 
ACTGCTTCTA CCACAGTTCC TCAGGGACTG CCACCACCTC CACCACCTCC ACCACCAACG 
CAACAAATTA ACTATATTGC TTCACAGCAA GATGGAAAAC ACTTGCAGAG ATTGCAAATG 
CAGGAGAGAG CAGCACAGGA AGTCAAAATA GCCATAAAAC CATTTTACCA AAATAAAGAT 
ATAACAAAGG AGGAATACAA GGAAATTGTA AAGAAAGCAG TTGATAAGGT TTGCCACAGT 
AAGAGCGGAG AAGTGGATTC ATCCAAAGTT GCAAATCTTG TAAAGGCTTA TGTAGACAAG 
TACAAACATT CTCGGAAAAA AGGGGACTGA

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

PubMed

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03-6811-6572

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scaf11 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:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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Eメール

電話

FAX

オンラインフォーム

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