ankrd11 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	ankrd11
Entrez Gene ID	100485818
Full Name	ankyrin repeat domain 11
General protein information	Preferred Names ankyrin repeat domain 11 Names ankyrin repeat domain-containing protein 11
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002933658.5	XP_002933704.1	ankyrin repeat domain-containing protein 11
XM_004913581.4	XP_004913638.1	ankyrin repeat domain-containing protein 11
XM_002933658.4	XP_002933704.1	ankyrin repeat domain-containing protein 11
XM_004913581.3	XP_004913638.1	ankyrin repeat domain-containing protein 11

Pathways from BioSystems

Homologies

Rattus norvegicus (Norway rat)	Ankrd11	XP_003751937.1
Canis lupus familiaris (dog)	ANKRD11	XP_005620613.1
Homo sapiens (human)	ANKRD11	NP_001243111.1
Bos taurus (cattle)	ANKRD11	XP_005218839.1
Xenopus tropicalis (tropical clawed frog)	ankrd11	XP_004913638.1
Macaca mulatta (Rhesus monkey)	ANKRD11	XP_002808353.1
Gallus gallus (chicken)	ANKRD11	XP_414205.3
Danio rerio (zebrafish)	ankrd11	XP_005166634.1
Mus musculus (house mouse)	Ankrd11	NP_001074848.2

Gene Ontology

The following ankrd11 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ankrd11 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)
OXa08844	XM_002933658.4 Latest version!	Xenopus tropicalis ankyrin repeat domain 11 (ankrd11), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OXa08844	XM_004913581.3 Latest version!	Xenopus tropicalis ankyrin repeat domain 11 (ankrd11), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OXa56865	XM_004913581.4 Latest version!	Xenopus tropicalis ankyrin repeat domain 11 (ankrd11), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OXa56865	XM_002933658.5 Latest version!	Xenopus tropicalis ankyrin repeat domain 11 (ankrd11), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price

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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)

ankrd11 ( XM_002933658.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002933704.1 Xenopus tropicalis ankyrin repeat domain 11 (ankrd11), transcript variant X1, mRNA.

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CloneID	OXa08844
Clone ID Related Accession (Same CDS sequence)	XM_002933658.4 , XM_004913581.3
Accession Version	XM_002933658.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8286bp) 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	1473177600000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	ankyrin repeat domain-containing protein 11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.1) 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_002933658.3. ##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##

ATGCCCAAAG GTGGGTGTTC TAAAACCCCA CAGCCAGAAG ACTTTTCTCT CAGCTACGAC 
ATGGTGGAGA AACAAACTGG GAAAAAGGAT AAAGATAAAG TTTCCCTAAA TAAGACTCCA 
AAATTGGACC GAACTGATGG AGGGAAAGAG GTAAAAGAAA AAAACACAAA AAGAAAATTG 
CCTTTTTCAG TTGGAACAAA TGGAGATCAG AAAGATTCCG ATACAGAGAA GCAGGGCCCA 
GAAAGGAAAA GAATCAAGAA AGAACCTGCA AATCGAAAGC CTGGGTTGCT TTTTGGGATC 
GGTTTATCTG GAATACGAGC TGGTTACCCT CTTTCAGAGA GGCAACAAGT TGCCTTACTT 
ATGCAGATGA CTGCAGAAGA ATCTGCCAAT AGTCCAGTTG ACACGACACC AAAGCATCCT 
TCTCAGTCTA CAGTTGGTCA GAAGGGTACT CCTAACTCTG CCTCCAAAAC CAAAGATAAA 
GTGAACAAGA GGAATGAGAG GGGAGAAACC CGTCTCCATC GGGCTGCAAT CAGGGGAGAC 
GCTAGACGAA TTAAAGAGTT AATAAATGAA GGTGCCGATG TCAATGTAAA AGACTTTGCA 
GGATGGACTG CATTGCATGA GGCTTGTAAC CGTGGTTACT ATGATGTTGC AAAACAACTT 
CTTGCTGCAG GGGCAGAAGT GAACACCAAG GGTTTGGATG ATGATACACC ATTGCATGAT 
GCATCAAACA ATGGCCACTT CAAGGTTGTC AAATTGCTAC TACGTTATGG AGGAAATCCA 
CATCAAAGTA ACAGGAAAGG AGAAACCCCT TTAAAAGTTG CAAACTCCCC CACAATGGTA 
AACCTTCTTT TAGGAAAGGG TTCCTACACG TCAAGTGAAG AAAGCTCAAC AGAAAGTTCT 
GAAGAGGAGG ATGCACCTTC TTTTGCACCT TCAAGTTCAG TTGATGGCAA TAATACAGAC 
TCTGAATTTG AAAAGGGTTC CAAACACAAA GGCAAGCAGC ACCCAGAGCC GCCCAAAACT 
ACCACACCTG TTAAGGATGA ATATGAATTT GATGAGGATG ATGAAGAAGA TCGTGTACCT 
CCAGTTGATG ACAAGCACTT GCTAAAAAAG GACTTCAGAA AAGAGATAAA ACCTAACAGT 
TTTATTTCTA TACCTAAAAT GGAAGTAAAA ACCTATTCTA AAAACACATC TGCACCAAAG 
AAAACTGCGC GACGCATTCT GTCAGACACT TCTGATGAAG AAGGCAATCC AGTTTCTGTA 
GGAGCAAGTG AAAAGCTTTG TCTTTCTGCT CACACAGGCC TACCGAGCAA TAAAACCAGG 
GAGCAAACTA TTGTGAAGCT TAAAGACAAA AGCAAAGTTA AAAAGAAAAG GAAGAAAGAC 
ACCAAAAATA AGGAAGTAAG ATTTGGAAAG AAAAATGACA TATTCTGTTC CTCTGAATCA 
GAAAGTGAAA ATGTAGACAG TGATGTAGAA AATGATAGAC TTTCTTTGGA AAGCTCAAAC 
TGTTTAAAGG ATACCGCTAT AGTGCTAAAA GAAGCTTCTT TATTTAGTTC ATTGTCAGCA 
TCTTCTGCTT CTTCTCAAGG TAGTTTAACC TCTCAGAAGC ACAACGCTAA TATCACAGAC 
CAGCAGTCTA AACACTGGAG AACGGACAAT TGGAAAACAA TATCATCTCC TACCTGGTCT 
GATGTTAGTT CATTATCAGA CTCTACAAGG ACGCGGTTAA CAAGTGAATC TGATTATGCA 
TCTGAGGGTT CTAGTTTGGA ATCTGTCAAA CAGATTAAAA AAAAATCAGA TCACAAAAAG 
AAAAACAATA TGCAGAATAG TTTATATGAA AAGAATTCAT TCCATTCGCA TGCAGAAGGA 
GCAATTCCTA AATTAGACAA GGAAGGCAAA GTGGTAAAAA AACACAAAAC CAAACACAAA 
CACAAAAATA AAGAAAAAGG ACAGAACCAA ACAGCACATG ATATTAAAGT TTTAAAAAGT 
TTTTCATTTG AATATGAGGA TTCTAAATTA AAGTCTGACA AGACACTGAT TCTGGATCCT 
GATATACCTG AGAAACTCAA AGTGTTAAAA CATGATCATG ACCACCTAAG GAAAGAGGAA 
AAGGGCTCTA AAGTTAAATC TGATGATAAA GATTGGCCAT TTAGGGATGA GAACGTCAAG 
GCTTTGAAAG AGGAAAGATC TACAAAAAAA ATTAAGGATG CAACTAAAAG TGACAGAGAA 
CGCTCTAGCA AAACAGAGCG AGAAAAAAAT GTAAAAGAAA AGTCTCCCAA AGAAGAGAAA 
ACAAAAACAC ACAAAGATGA TAAAAAACGG AAAAATAAGG AAAAAACATC AAAAGCAGAA 
AGAAAAGGTG ACCTAAAAGA GGAAAAAAAT TCAAAAAATG AGAAAGATAA AGGCTTTAAA 
GAAGAGAAAG AAAAGAGTAA AAAGGAAAAA TCCCAAAAAG ATGAACATTC ATATGAAGAA 
CTGAGCAAAA GTCAATTTTT AGAAAATGAG CAGACAAAAT TTAGTATTTC TGATGATCAC 
AATTTTTGGA ACTCTGCAAC ATCCTCAGAT TCCTCAGAAG ATAGTTGGGA TTCTGTGGCA 
TCTTACAGGG AAAGTACCTC CATTACCAAG CTAATGGTTG AATCAGTCAA GGAAGAAATT 
AAAGAAAAGG ATTACAAAAG CAAGGAGAAG AAGGATTGTA TTGAAAAACA AACTGATAAA 
GATCTCATCA AAAGAAAAGA GAGGGATCCT TCTGAAAAAA ATTCTGAAAA GAAAAAGGAG 
CAGGTTGACA GGCACAAAAG TACTTCAACA TACATGTCAG AAAAAGAGAA AAAACGCAAA 
GATATTTTTG ACTGTGTTAA AAACCGAAAG GATAAAGAGA GTATTGAATC TACAAGAAGG 
GAATCTGCTG GAAACAAAGA TCGCAAAGAC TGTAAAGTAA AGCAAGAGGA ACACTACAAA 
GAAGATCTAA AAGACCATGG GAGTGAGCCA TTCATTATAG ATAAACCTGA ACAAGAGGTA 
GTTCCAAGAA ACTCTGAGCT GAGGGAAAGG CATCATTCTG GCAAGGAAAA GAAAGAGCCT 
TCTGAGAAGG AAAAAAAAGA AAAGCCAAAG CCTGAAAAAC ACAGAGAAAA ATCAAAGGAC 
TCGGAAAGAG AGAAAGGTGA AAAGGCTACT TTTGAAAGAA GTCAGAAGGA GAAAGAGACA 
GATAAAGTGT TCAAGGAGAA AAAAGAACCA AAGGAAAAAT ATAAAGAATT GCATAAAGAT 
CGAAAAAGCT CTTCTGAACA GAAAATTGAT AAAAAAGAGA GAAATACATC CTTTGATCGT 
GAGAAAAGGA AAAATTGGTA TAACATAGCT GATATATTCA CAGATGAGAG TGAAGATGAG 
TCAGAGCAAT ATATTCCTGC CTTTAAAATT ACTGAAGGAT TTGGTAATGA ACTGCACAGA 
ATGGATGGTT ACCATGAGCG GGAGATTTCG TATCCAGAAA AGGAGTCTTT ACAGTCTGAA 
AAACACAGGA AATATTCTAA TGAAAAGCAA CATTCAGGAG AAAAACAGAG AGAGCGTGAC 
TTAAAAGACA GGAAAAAAGA GAGAGTACAA AATGATGTAG GGAGAGAGAA AAAAGACAAG 
AACAATGCAG ATAAACACAA AGACAAGAAG GAAAAAGATT CTGTGGAAAA GTCCCGCAAG 
GACAAGGCTT TGTTAGACTC AAATCAAGAC AAGAAATGTA AGCAAAAAGG ACAGAATGAG 
AAAGAAAAAC ACCTCAATGA AGATAAAGCA AAAAACAAAC ATAAGGATAA GTTCGAAAAG 
GATCATTTTA AGGACAGAAA ATTTTCAAAA GGTGAAGCAG AAAAAAGCCT TTTGGAAAAA 
CTAGAAGAGG AGGCACTTAA CGACTATAAG GATGATTCAA ATGATAAAAT TAGTGAAATA 
TCTTCTGACA GTTTCACAGA TAGAGTTCCA GACCCAGCCC TTACAAATAT TTTTGAAACT 
TCCATACACA CTAGTATAGA AGCATTAGAA GATAAATTTA AGGATTCTGT ACCTTTGCAG 
TGTTTAGCCG AGAAGCTCAA AGATAAAGAG AGAAACAGAC ATTCCTCCTC CTCATCCTCA 
AAAAAGAGCC ATGACAAGGA CAAAATACGA AAGGAGAAAT CTGATAAAAA ATCTGAAAAA 
TTAGATGATA TAAAGGATCC CTATATGAGG AAAGACTTCC TGCAGTATGA TAAGGAAACA 
CCTCTACCAG ATGGTGATGC ACACATTTTG TTTCCTGTCA GAAATGAGAC TGAAGAAGAA 
GCTGATAGAA GTGTAGACTA TGTGTTCCCT TCTGAGAAAG ACAAGCATGA TCTGGAGCGA 
GAATCTTCTA AAAAGTCAGA GCGTGAAAAG GGTTATAGTA CCACCTCTTC TGTTGTCAAA 
GAAAAGAAAA AGAAAGAGCG GCACCGTGAA AAAGGCAAAG ATGAAAAACA CAGAGACAAA 
CATTTGGAAG CATTTTTTAG GCATCATAGA GAAGAGCAAA AAAATGTAAT AAGAGAAAAG 
GAGTTGCCAC AAGTTATTTT AAAAGACAAA TCAAAGGATG AGGTGGTAAA ATGTGGAGAG 
ATGAAGCTAA AAGAGAAAAC AAAAGAAAAT GAGAAGGAGA AATCTGACAC TGTCCGAATA 
AGTAATGGAA ATGAGAGAGT AAGCCAAGTC AAGGAATCCA GCAAAAAAGA CAATAAACCT 
AGAGAAAAAC TTCTGGGTGA TGGAGACTTG ATGATGACTA GCTTTGAAAG AATGCTTAGC 
CAAAAGGACC TAGAAATAGA GGAGAGGCAT AAACGTCACA AAGAAAGAAT GAAGCAAATT 
GAAAAAATGA GGCACAGGTC AGGAGATCCT AAATTAAAAG ACAAATCAAA GTCTGAAGAT 
TTACGTAAAC GAAGTTTAGA CTCATCCTCA AAAAAGCCAC TAATTACAGA TTCTATACAA 
AAGGAGAAAA AGGCAAAAGA GTTGAATTTG ACAGTGTCTG AAAATAAAGT ACAGCCTGTA 
GTATGTAATG ATTCTAAAGA CTGGCTAAAT GGTCCACAAA CAAAAGAAAT TCTTACTGCT 
TCTCCAAGGC CTGATCAAAG CCGTCCAACA GGGGTCCCTA CGCCAACATC TGTGATTTCT 
TGTCCAAGCT ATGAGGAAGT GATGCAGACT CCAAGAACAC CTTCATGCAG CACTGAGGAC 
TACCAAGACC TGTTTGAGTG TTCAGATACA CAACATTCTT TACCAGTGTC CGCTATGTCT 
ATGAATGCTT GTTCACCAAC ATTTTTTGAC AGATTTTCCA ATACATCTGG TGGGATTGGG 
GAGAATCCTA GCCAAACACC AACTAGGTCA ATTTCTTCTG CCAACCGTAG CCGATCTATA 
TCTGTTGACA TTAAAAGAGC GCCTGAAGAT GAATTCCACT TATCTGAAAA GTTTTTCAGA 
CAACAAAGTG TTCCAGTTTC TTCAAGTTTC AATTCACCCG TTCAGATGTC AATGGATGAC 
AAGGTTCCTT TACCTGTACT CTCTGCTGAA AAATTTCCTT GTCTTTCTCC AGGTTATTAC 
TCTCCTGAGT ACAGGGCTCA ATCTCCTGGT GTTAATAAAT CTATATCAGT AGATTGTGGA 
AACATTGCCG TTTCACCTGA ACCTGTTTAT TCCTGTGTAC CAGGAAAGTT GTCGCCATCA 
GAAAGAGATG ATTTATTAGA GCCTTCCACA GAAAGTGCCA TTCCTCCAGC TGAGTTAGCC 
CTTCCCGCTG ATTCTGCAGA AGCTCAAAAA GCAACTGAGT CCATTCTTCC TCAAGAGGAG 
AGTTTTTCAC CACCTGAATC AAATTTTATG CCACAGGAAT CCTTTCTACC ACCTGAAACC 
AACTTTATGC CAAATGAAAA TAGCTTTCCT GCAGAATCTG ACTTTATGCC CCAAGAAACA 
ACTTATTTAC CCCAAGAGAC AAGTTTTTTA CCTCAGCAGT CAAGCTTTAT CCCAGAGGAG 
TCAGGCTTTT TGCCACCAGA ACCTGCCTAC TTAGCCCCAG AGCAAAGCTT TGCAGTTCAA 
TCTGAGCCTG ATTTTGCCCC CACGGAAACT GCATATTTGC CTGATGATGC TGTTTTCCAC 
GCACAGCCGA CTGAAAGCAC TTTCCTAACA CCAGAACCAG CTTTTATGCC ACCCCCATCT 
GAATCAAATT TTCTTCCATC AGTTGAGGAA AATGTGTTTT GTTCCAGCAT CTCGGATCAG 
AATCTAGGAT GGTCTAGTTC TCCAGTACAG AATTCTGAAA CTACAATGCC AACAAGTCTC 
CTTGGAAACA CTTTAGAACA TCCTATTAGC TGGGCAGTTG GGCCTGATGT ATTAAAGTCT 
CCAGAAAGGT TTGCTGAGTC ACCTAAACAT TTTTCTTCAT CAGACAAAGG CATTGTTGCC 
ACAGTTCCTT TTATTCCTTC AGAGTCCCCC TACCCAGCTT CTCCAATACC CTATCCAATG 
TCAGAACAAG CCCCAGAAGA GAATAAAAAT GAAGTAGATA GTATACCCCA GCCTGATGAT 
CAGGCTCCTT ATATGTCTCC TACACCACTT GCATCATTTT TTAACAACTG TAGACAAGAG 
GAACCTCAAT CACTGTCAGA AGAGTCTCTA TGTTTAACGA ATGAGGTTCA GGCAGAGGCA 
TCGGATAACG AGAACAATAA CTACACAGAG TCCAGTGATG TTCGCCCTCC TGTTGCTGAA 
GAGCCAGAAT CATGGTCTGA TCCATTTTCA ACTGCAGATG ATGATTTAGA TCTTGGCCCA 
TTTTCTTTAC CAGACCTTCC ATCCCCAGTT AAAGAAGATG CAGATGAAAT AAGTAGTAGG 
CAGCAGATAG TTGCCAGAAG TCCTTCTATT ATCCATAATG AGTGCGACAC AAGTGAGACA 
AACCCTGTTG ATATTAATTT CCAGAGCACT GTAACTCCAA ATGAAACCAA TGATGTAGTT 
GATGTGGAAA ATAAATTACA AATCTGTGAG CAGAAGTGTG ACCATACAGA AGATACATCT 
TTAGAACCTA CCAAAGTTGC AACAGACAAT TGTAAGACTG ACTGTGAGTC TGTAACGTTT 
CCACAGTCAT TTGCACAGCC ATCTTCACCA GAGCAAACTG AGAAAGAACA ACTGATAAAT 
CTTCCTCTGA ATGACAATTT GCAGGAATGT GTGAGTGCAC CTGAAGACTC TCTAACAACT 
TTGGAGCAAG AATGTAAACC TGCTGAAAGT GTTGTTCATG ATTCTCCTCC AAATACTGAA 
ACTCCGTTAA TAAACATCAC AACAGAAGCC CCAGAGCCAA CTGCAAAAAT TACAGTTGAT 
GTTCCCAAAG CACCCAAAAT TGAAGAAATA CCTCAACGTA TGACCCGTAA CAGAGCTCAG 
ATGCTTGCTA ATCAGAATAA ACAAAATGCA TCTACTATAG AGAAGGAGAT GCCTGCAGTT 
ACAGTGCCAT CCACACGGGG AAAGAGTAGA GCCACAGAGG AAGAAGAATC GCAAACCCAG 
CACCCACGCA AGCGAAAGCT CCAAAAACCT AACCAACTAC AACAACAGAT TATAAGTAAC 
ACCAGCCAAC AGACTAGAGA GATGATTCAA CAGACATTGG CTGCCATTGT TGATGCTATA 
AAGCTGGATG ACATTGAGCC ATATCACAGT GACAGGTCAA ACCCTTACTT TGAGTATTTG 
CAGATAAGAA AGAAGATTGA GGAAAAGCGG AAAATCTTGT GCTATATCAC ACCACAGGCT 
CCTCAGTGTT ATGCAGAATA TGTAACCTAT ACTGGATCAT ATTTGTTAGA TGGCAAACCT 
CTCAGCAAAC TTCACATTCC AGTGATTGCA CCTCCACCAT CTTTGTGTGA GCCTCTCAAG 
GAGCTGTTTA GGCAACAGGA AGCTGTGAGA GGGAAGCTTC GCTTACAACA CAGCATTGAG 
CGGGAAAAGC TCATAGTGTC CTGTGAGCAA GAGAACCTTC GAGTTCACTG CAGAGCTGCC 
AGGACGATTG CCAACCAGGC TGTGCCTTTC AGTGCCTGCA CGATGTTGCT GGACTCAGAA 
GTGTATAACA TGCCTTTGGA AAATCAGGGA GATGAAAATA AGTCAGTCCG AGATCGCTTC 
AATGCTCGTC AGTTCCTTTC CTGGCTGCAA GATGTTGATG ACAAGTATGA CAGGATGAAG 
ACTTGTGTAT TAATGCGACA GCAGCACGAA GCTGCAGCCT TGAACGCAGT GCAAAGGATG 
GAGTGGCAAT TAAAGGTGCA AGAGCTGGAT CCAACTGGTC ATAAATCTCT GTGTGTTAAT 
GAGGTTCCCT CTTTCTATGT GCCAATGGTG GACGTTATTG ATGACTTTGT GCTCTTGCCG 
GCATGA

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

RefSeq	XP_002933704.1
CDS	910..9195
Translation	MPKGGCSKTPQPEDFSLSYDMVEKQTGKKDKDKVSLNKTPKLDRTDGGKEVKEKNTKRKLPFSVGTNGDQKDSDTEKQGPERKRIKKEPANRKPGLLFGIGLSGIRAGYPLSERQQVALLMQMTAEESANSPVDTTPKHPSQSTVGQKGTPNSASKTKDKVNKRNERGETRLHRAAIRGDARRIKELINEGADVNVKDFAGWTALHEACNRGYYDVAKQLLAAGAEVNTKGLDDDTPLHDASNNGHFKVVKLLLRYGGNPHQSNRKGETPLKVANSPTMVNLLLGKGSYTSSEESSTESSEEEDAPSFAPSSSVDGNNTDSEFEKGSKHKGKQHPEPPKTTTPVKDEYEFDEDDEEDRVPPVDDKHLLKKDFRKEIKPNSFISIPKMEVKTYSKNTSAPKKTARRILSDTSDEEGNPVSVGASEKLCLSAHTGLPSNKTREQTIVKLKDKSKVKKKRKKDTKNKEVRFGKKNDIFCSSESESENVDSDVENDRLSLESSNCLKDTAIVLKEASLFSSLSASSASSQGSLTSQKHNANITDQQSKHWRTDNWKTISSPTWSDVSSLSDSTRTRLTSESDYASEGSSLESVKQIKKKSDHKKKNNMQNSLYEKNSFHSHAEGAIPKLDKEGKVVKKHKTKHKHKNKEKGQNQTAHDIKVLKSFSFEYEDSKLKSDKTLILDPDIPEKLKVLKHDHDHLRKEEKGSKVKSDDKDWPFRDENVKALKEERSTKKIKDATKSDRERSSKTEREKNVKEKSPKEEKTKTHKDDKKRKNKEKTSKAERKGDLKEEKNSKNEKDKGFKEEKEKSKKEKSQKDEHSYEELSKSQFLENEQTKFSISDDHNFWNSATSSDSSEDSWDSVASYRESTSITKLMVESVKEEIKEKDYKSKEKKDCIEKQTDKDLIKRKERDPSEKNSEKKKEQVDRHKSTSTYMSEKEKKRKDIFDCVKNRKDKESIESTRRESAGNKDRKDCKVKQEEHYKEDLKDHGSEPFIIDKPEQEVVPRNSELRERHHSGKEKKEPSEKEKKEKPKPEKHREKSKDSEREKGEKATFERSQKEKETDKVFKEKKEPKEKYKELHKDRKSSSEQKIDKKERNTSFDREKRKNWYNIADIFTDESEDESEQYIPAFKITEGFGNELHRMDGYHEREISYPEKESLQSEKHRKYSNEKQHSGEKQRERDLKDRKKERVQNDVGREKKDKNNADKHKDKKEKDSVEKSRKDKALLDSNQDKKCKQKGQNEKEKHLNEDKAKNKHKDKFEKDHFKDRKFSKGEAEKSLLEKLEEEALNDYKDDSNDKISEISSDSFTDRVPDPALTNIFETSIHTSIEALEDKFKDSVPLQCLAEKLKDKERNRHSSSSSSKKSHDKDKIRKEKSDKKSEKLDDIKDPYMRKDFLQYDKETPLPDGDAHILFPVRNETEEEADRSVDYVFPSEKDKHDLERESSKKSEREKGYSTTSSVVKEKKKKERHREKGKDEKHRDKHLEAFFRHHREEQKNVIREKELPQVILKDKSKDEVVKCGEMKLKEKTKENEKEKSDTVRISNGNERVSQVKESSKKDNKPREKLLGDGDLMMTSFERMLSQKDLEIEERHKRHKERMKQIEKMRHRSGDPKLKDKSKSEDLRKRSLDSSSKKPLITDSIQKEKKAKELNLTVSENKVQPVVCNDSKDWLNGPQTKEILTASPRPDQSRPTGVPTPTSVISCPSYEEVMQTPRTPSCSTEDYQDLFECSDTQHSLPVSAMSMNACSPTFFDRFSNTSGGIGENPSQTPTRSISSANRSRSISVDIKRAPEDEFHLSEKFFRQQSVPVSSSFNSPVQMSMDDKVPLPVLSAEKFPCLSPGYYSPEYRAQSPGVNKSISVDCGNIAVSPEPVYSCVPGKLSPSERDDLLEPSTESAIPPAELALPADSAEAQKATESILPQEESFSPPESNFMPQESFLPPETNFMPNENSFPAESDFMPQETTYLPQETSFLPQQSSFIPEESGFLPPEPAYLAPEQSFAVQSEPDFAPTETAYLPDDAVFHAQPTESTFLTPEPAFMPPPSESNFLPSVEENVFCSSISDQNLGWSSSPVQNSETTMPTSLLGNTLEHPISWAVGPDVLKSPERFAESPKHFSSSDKGIVATVPFIPSESPYPASPIPYPMSEQAPEENKNEVDSIPQPDDQAPYMSPTPLASFFNNCRQEEPQSLSEESLCLTNEVQAEASDNENNNYTESSDVRPPVAEEPESWSDPFSTADDDLDLGPFSLPDLPSPVKEDADEISSRQQIVARSPSIIHNECDTSETNPVDINFQSTVTPNETNDVVDVENKLQICEQKCDHTEDTSLEPTKVATDNCKTDCESVTFPQSFAQPSSPEQTEKEQLINLPLNDNLQECVSAPEDSLTTLEQECKPAESVVHDSPPNTETPLINITTEAPEPTAKITVDVPKAPKIEEIPQRMTRNRAQMLANQNKQNASTIEKEMPAVTVPSTRGKSRATEEEESQTQHPRKRKLQKPNQLQQQIISNTSQQTREMIQQTLAAIVDAIKLDDIEPYHSDRSNPYFEYLQIRKKIEEKRKILCYITPQAPQCYAEYVTYTGSYLLDGKPLSKLHIPVIAPPPSLCEPLKELFRQQEAVRGKLRLQHSIEREKLIVSCEQENLRVHCRAARTIANQAVPFSACTMLLDSEVYNMPLENQGDENKSVRDRFNARQFLSWLQDVDDKYDRMKTCVLMRQQHEAAALNAVQRMEWQLKVQELDPTGHKSLCVNEVPSFYVPMVDVIDDFVLLPA

Target ORF information:

RefSeq Version	XM_002933658.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis ankyrin repeat domain 11 (ankrd11), transcript variant X1, mRNA.

Target ORF information:

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

XM_002933658.4

ORF Insert Sequence:

ATGCCCAAAG GTGGGTGTTC TAAAACCCCA CAGCCAGAAG ACTTTTCTCT CAGCTACGAC 
ATGGTGGAGA AACAAACTGG GAAAAAGGAT AAAGATAAAG TTTCCCTAAA TAAGACTCCA 
AAATTGGACC GAACTGATGG AGGGAAAGAG GTAAAAGAAA AAAACACAAA AAGAAAATTG 
CCTTTTTCAG TTGGAACAAA TGGAGATCAG AAAGATTCCG ATACAGAGAA GCAGGGCCCA 
GAAAGGAAAA GAATCAAGAA AGAACCTGCA AATCGAAAGC CTGGGTTGCT TTTTGGGATC 
GGTTTATCTG GAATACGAGC TGGTTACCCT CTTTCAGAGA GGCAACAAGT TGCCTTACTT 
ATGCAGATGA CTGCAGAAGA ATCTGCCAAT AGTCCAGTTG ACACGACACC AAAGCATCCT 
TCTCAGTCTA CAGTTGGTCA GAAGGGTACT CCTAACTCTG CCTCCAAAAC CAAAGATAAA 
GTGAACAAGA GGAATGAGAG GGGAGAAACC CGTCTCCATC GGGCTGCAAT CAGGGGAGAC 
GCTAGACGAA TTAAAGAGTT AATAAATGAA GGTGCCGATG TCAATGTAAA AGACTTTGCA 
GGATGGACTG CATTGCATGA GGCTTGTAAC CGTGGTTACT ATGATGTTGC AAAACAACTT 
CTTGCTGCAG GGGCAGAAGT GAACACCAAG GGTTTGGATG ATGATACACC ATTGCATGAT 
GCATCAAACA ATGGCCACTT CAAGGTTGTC AAATTGCTAC TACGTTATGG AGGAAATCCA 
CATCAAAGTA ACAGGAAAGG AGAAACCCCT TTAAAAGTTG CAAACTCCCC CACAATGGTA 
AACCTTCTTT TAGGAAAGGG TTCCTACACG TCAAGTGAAG AAAGCTCAAC AGAAAGTTCT 
GAAGAGGAGG ATGCACCTTC TTTTGCACCT TCAAGTTCAG TTGATGGCAA TAATACAGAC 
TCTGAATTTG AAAAGGGTTC CAAACACAAA GGCAAGCAGC ACCCAGAGCC GCCCAAAACT 
ACCACACCTG TTAAGGATGA ATATGAATTT GATGAGGATG ATGAAGAAGA TCGTGTACCT 
CCAGTTGATG ACAAGCACTT GCTAAAAAAG GACTTCAGAA AAGAGATAAA ACCTAACAGT 
TTTATTTCTA TACCTAAAAT GGAAGTAAAA ACCTATTCTA AAAACACATC TGCACCAAAG 
AAAACTGCGC GACGCATTCT GTCAGACACT TCTGATGAAG AAGGCAATCC AGTTTCTGTA 
GGAGCAAGTG AAAAGCTTTG TCTTTCTGCT CACACAGGCC TACCGAGCAA TAAAACCAGG 
GAGCAAACTA TTGTGAAGCT TAAAGACAAA AGCAAAGTTA AAAAGAAAAG GAAGAAAGAC 
ACCAAAAATA AGGAAGTAAG ATTTGGAAAG AAAAATGACA TATTCTGTTC CTCTGAATCA 
GAAAGTGAAA ATGTAGACAG TGATGTAGAA AATGATAGAC TTTCTTTGGA AAGCTCAAAC 
TGTTTAAAGG ATACCGCTAT AGTGCTAAAA GAAGCTTCTT TATTTAGTTC ATTGTCAGCA 
TCTTCTGCTT CTTCTCAAGG TAGTTTAACC TCTCAGAAGC ACAACGCTAA TATCACAGAC 
CAGCAGTCTA AACACTGGAG AACGGACAAT TGGAAAACAA TATCATCTCC TACCTGGTCT 
GATGTTAGTT CATTATCAGA CTCTACAAGG ACGCGGTTAA CAAGTGAATC TGATTATGCA 
TCTGAGGGTT CTAGTTTGGA ATCTGTCAAA CAGATTAAAA AAAAATCAGA TCACAAAAAG 
AAAAACAATA TGCAGAATAG TTTATATGAA AAGAATTCAT TCCATTCGCA TGCAGAAGGA 
GCAATTCCTA AATTAGACAA GGAAGGCAAA GTGGTAAAAA AACACAAAAC CAAACACAAA 
CACAAAAATA AAGAAAAAGG ACAGAACCAA ACAGCACATG ATATTAAAGT TTTAAAAAGT 
TTTTCATTTG AATATGAGGA TTCTAAATTA AAGTCTGACA AGACACTGAT TCTGGATCCT 
GATATACCTG AGAAACTCAA AGTGTTAAAA CATGATCATG ACCACCTAAG GAAAGAGGAA 
AAGGGCTCTA AAGTTAAATC TGATGATAAA GATTGGCCAT TTAGGGATGA GAACGTCAAG 
GCTTTGAAAG AGGAAAGATC TACAAAAAAA ATTAAGGATG CAACTAAAAG TGACAGAGAA 
CGCTCTAGCA AAACAGAGCG AGAAAAAAAT GTAAAAGAAA AGTCTCCCAA AGAAGAGAAA 
ACAAAAACAC ACAAAGATGA TAAAAAACGG AAAAATAAGG AAAAAACATC AAAAGCAGAA 
AGAAAAGGTG ACCTAAAAGA GGAAAAAAAT TCAAAAAATG AGAAAGATAA AGGCTTTAAA 
GAAGAGAAAG AAAAGAGTAA AAAGGAAAAA TCCCAAAAAG ATGAACATTC ATATGAAGAA 
CTGAGCAAAA GTCAATTTTT AGAAAATGAG CAGACAAAAT TTAGTATTTC TGATGATCAC 
AATTTTTGGA ACTCTGCAAC ATCCTCAGAT TCCTCAGAAG ATAGTTGGGA TTCTGTGGCA 
TCTTACAGGG AAAGTACCTC CATTACCAAG CTAATGGTTG AATCAGTCAA GGAAGAAATT 
AAAGAAAAGG ATTACAAAAG CAAGGAGAAG AAGGATTGTA TTGAAAAACA AACTGATAAA 
GATCTCATCA AAAGAAAAGA GAGGGATCCT TCTGAAAAAA ATTCTGAAAA GAAAAAGGAG 
CAGGTTGACA GGCACAAAAG TACTTCAACA TACATGTCAG AAAAAGAGAA AAAACGCAAA 
GATATTTTTG ACTGTGTTAA AAACCGAAAG GATAAAGAGA GTATTGAATC TACAAGAAGG 
GAATCTGCTG GAAACAAAGA TCGCAAAGAC TGTAAAGTAA AGCAAGAGGA ACACTACAAA 
GAAGATCTAA AAGACCATGG GAGTGAGCCA TTCATTATAG ATAAACCTGA ACAAGAGGTA 
GTTCCAAGAA ACTCTGAGCT GAGGGAAAGG CATCATTCTG GCAAGGAAAA GAAAGAGCCT 
TCTGAGAAGG AAAAAAAAGA AAAGCCAAAG CCTGAAAAAC ACAGAGAAAA ATCAAAGGAC 
TCGGAAAGAG AGAAAGGTGA AAAGGCTACT TTTGAAAGAA GTCAGAAGGA GAAAGAGACA 
GATAAAGTGT TCAAGGAGAA AAAAGAACCA AAGGAAAAAT ATAAAGAATT GCATAAAGAT 
CGAAAAAGCT CTTCTGAACA GAAAATTGAT AAAAAAGAGA GAAATACATC CTTTGATCGT 
GAGAAAAGGA AAAATTGGTA TAACATAGCT GATATATTCA CAGATGAGAG TGAAGATGAG 
TCAGAGCAAT ATATTCCTGC CTTTAAAATT ACTGAAGGAT TTGGTAATGA ACTGCACAGA 
ATGGATGGTT ACCATGAGCG GGAGATTTCG TATCCAGAAA AGGAGTCTTT ACAGTCTGAA 
AAACACAGGA AATATTCTAA TGAAAAGCAA CATTCAGGAG AAAAACAGAG AGAGCGTGAC 
TTAAAAGACA GGAAAAAAGA GAGAGTACAA AATGATGTAG GGAGAGAGAA AAAAGACAAG 
AACAATGCAG ATAAACACAA AGACAAGAAG GAAAAAGATT CTGTGGAAAA GTCCCGCAAG 
GACAAGGCTT TGTTAGACTC AAATCAAGAC AAGAAATGTA AGCAAAAAGG ACAGAATGAG 
AAAGAAAAAC ACCTCAATGA AGATAAAGCA AAAAACAAAC ATAAGGATAA GTTCGAAAAG 
GATCATTTTA AGGACAGAAA ATTTTCAAAA GGTGAAGCAG AAAAAAGCCT TTTGGAAAAA 
CTAGAAGAGG AGGCACTTAA CGACTATAAG GATGATTCAA ATGATAAAAT TAGTGAAATA 
TCTTCTGACA GTTTCACAGA TAGAGTTCCA GACCCAGCCC TTACAAATAT TTTTGAAACT 
TCCATACACA CTAGTATAGA AGCATTAGAA GATAAATTTA AGGATTCTGT ACCTTTGCAG 
TGTTTAGCCG AGAAGCTCAA AGATAAAGAG AGAAACAGAC ATTCCTCCTC CTCATCCTCA 
AAAAAGAGCC ATGACAAGGA CAAAATACGA AAGGAGAAAT CTGATAAAAA ATCTGAAAAA 
TTAGATGATA TAAAGGATCC CTATATGAGG AAAGACTTCC TGCAGTATGA TAAGGAAACA 
CCTCTACCAG ATGGTGATGC ACACATTTTG TTTCCTGTCA GAAATGAGAC TGAAGAAGAA 
GCTGATAGAA GTGTAGACTA TGTGTTCCCT TCTGAGAAAG ACAAGCATGA TCTGGAGCGA 
GAATCTTCTA AAAAGTCAGA GCGTGAAAAG GGTTATAGTA CCACCTCTTC TGTTGTCAAA 
GAAAAGAAAA AGAAAGAGCG GCACCGTGAA AAAGGCAAAG ATGAAAAACA CAGAGACAAA 
CATTTGGAAG CATTTTTTAG GCATCATAGA GAAGAGCAAA AAAATGTAAT AAGAGAAAAG 
GAGTTGCCAC AAGTTATTTT AAAAGACAAA TCAAAGGATG AGGTGGTAAA ATGTGGAGAG 
ATGAAGCTAA AAGAGAAAAC AAAAGAAAAT GAGAAGGAGA AATCTGACAC TGTCCGAATA 
AGTAATGGAA ATGAGAGAGT AAGCCAAGTC AAGGAATCCA GCAAAAAAGA CAATAAACCT 
AGAGAAAAAC TTCTGGGTGA TGGAGACTTG ATGATGACTA GCTTTGAAAG AATGCTTAGC 
CAAAAGGACC TAGAAATAGA GGAGAGGCAT AAACGTCACA AAGAAAGAAT GAAGCAAATT 
GAAAAAATGA GGCACAGGTC AGGAGATCCT AAATTAAAAG ACAAATCAAA GTCTGAAGAT 
TTACGTAAAC GAAGTTTAGA CTCATCCTCA AAAAAGCCAC TAATTACAGA TTCTATACAA 
AAGGAGAAAA AGGCAAAAGA GTTGAATTTG ACAGTGTCTG AAAATAAAGT ACAGCCTGTA 
GTATGTAATG ATTCTAAAGA CTGGCTAAAT GGTCCACAAA CAAAAGAAAT TCTTACTGCT 
TCTCCAAGGC CTGATCAAAG CCGTCCAACA GGGGTCCCTA CGCCAACATC TGTGATTTCT 
TGTCCAAGCT ATGAGGAAGT GATGCAGACT CCAAGAACAC CTTCATGCAG CACTGAGGAC 
TACCAAGACC TGTTTGAGTG TTCAGATACA CAACATTCTT TACCAGTGTC CGCTATGTCT 
ATGAATGCTT GTTCACCAAC ATTTTTTGAC AGATTTTCCA ATACATCTGG TGGGATTGGG 
GAGAATCCTA GCCAAACACC AACTAGGTCA ATTTCTTCTG CCAACCGTAG CCGATCTATA 
TCTGTTGACA TTAAAAGAGC GCCTGAAGAT GAATTCCACT TATCTGAAAA GTTTTTCAGA 
CAACAAAGTG TTCCAGTTTC TTCAAGTTTC AATTCACCCG TTCAGATGTC AATGGATGAC 
AAGGTTCCTT TACCTGTACT CTCTGCTGAA AAATTTCCTT GTCTTTCTCC AGGTTATTAC 
TCTCCTGAGT ACAGGGCTCA ATCTCCTGGT GTTAATAAAT CTATATCAGT AGATTGTGGA 
AACATTGCCG TTTCACCTGA ACCTGTTTAT TCCTGTGTAC CAGGAAAGTT GTCGCCATCA 
GAAAGAGATG ATTTATTAGA GCCTTCCACA GAAAGTGCCA TTCCTCCAGC TGAGTTAGCC 
CTTCCCGCTG ATTCTGCAGA AGCTCAAAAA GCAACTGAGT CCATTCTTCC TCAAGAGGAG 
AGTTTTTCAC CACCTGAATC AAATTTTATG CCACAGGAAT CCTTTCTACC ACCTGAAACC 
AACTTTATGC CAAATGAAAA TAGCTTTCCT GCAGAATCTG ACTTTATGCC CCAAGAAACA 
ACTTATTTAC CCCAAGAGAC AAGTTTTTTA CCTCAGCAGT CAAGCTTTAT CCCAGAGGAG 
TCAGGCTTTT TGCCACCAGA ACCTGCCTAC TTAGCCCCAG AGCAAAGCTT TGCAGTTCAA 
TCTGAGCCTG ATTTTGCCCC CACGGAAACT GCATATTTGC CTGATGATGC TGTTTTCCAC 
GCACAGCCGA CTGAAAGCAC TTTCCTAACA CCAGAACCAG CTTTTATGCC ACCCCCATCT 
GAATCAAATT TTCTTCCATC AGTTGAGGAA AATGTGTTTT GTTCCAGCAT CTCGGATCAG 
AATCTAGGAT GGTCTAGTTC TCCAGTACAG AATTCTGAAA CTACAATGCC AACAAGTCTC 
CTTGGAAACA CTTTAGAACA TCCTATTAGC TGGGCAGTTG GGCCTGATGT ATTAAAGTCT 
CCAGAAAGGT TTGCTGAGTC ACCTAAACAT TTTTCTTCAT CAGACAAAGG CATTGTTGCC 
ACAGTTCCTT TTATTCCTTC AGAGTCCCCC TACCCAGCTT CTCCAATACC CTATCCAATG 
TCAGAACAAG CCCCAGAAGA GAATAAAAAT GAAGTAGATA GTATACCCCA GCCTGATGAT 
CAGGCTCCTT ATATGTCTCC TACACCACTT GCATCATTTT TTAACAACTG TAGACAAGAG 
GAACCTCAAT CACTGTCAGA AGAGTCTCTA TGTTTAACGA ATGAGGTTCA GGCAGAGGCA 
TCGGATAACG AGAACAATAA CTACACAGAG TCCAGTGATG TTCGCCCTCC TGTTGCTGAA 
GAGCCAGAAT CATGGTCTGA TCCATTTTCA ACTGCAGATG ATGATTTAGA TCTTGGCCCA 
TTTTCTTTAC CAGACCTTCC ATCCCCAGTT AAAGAAGATG CAGATGAAAT AAGTAGTAGG 
CAGCAGATAG TTGCCAGAAG TCCTTCTATT ATCCATAATG AGTGCGACAC AAGTGAGACA 
AACCCTGTTG ATATTAATTT CCAGAGCACT GTAACTCCAA ATGAAACCAA TGATGTAGTT 
GATGTGGAAA ATAAATTACA AATCTGTGAG CAGAAGTGTG ACCATACAGA AGATACATCT 
TTAGAACCTA CCAAAGTTGC AACAGACAAT TGTAAGACTG ACTGTGAGTC TGTAACGTTT 
CCACAGTCAT TTGCACAGCC ATCTTCACCA GAGCAAACTG AGAAAGAACA ACTGATAAAT 
CTTCCTCTGA ATGACAATTT GCAGGAATGT GTGAGTGCAC CTGAAGACTC TCTAACAACT 
TTGGAGCAAG AATGTAAACC TGCTGAAAGT GTTGTTCATG ATTCTCCTCC AAATACTGAA 
ACTCCGTTAA TAAACATCAC AACAGAAGCC CCAGAGCCAA CTGCAAAAAT TACAGTTGAT 
GTTCCCAAAG CACCCAAAAT TGAAGAAATA CCTCAACGTA TGACCCGTAA CAGAGCTCAG 
ATGCTTGCTA ATCAGAATAA ACAAAATGCA TCTACTATAG AGAAGGAGAT GCCTGCAGTT 
ACAGTGCCAT CCACACGGGG AAAGAGTAGA GCCACAGAGG AAGAAGAATC GCAAACCCAG 
CACCCACGCA AGCGAAAGCT CCAAAAACCT AACCAACTAC AACAACAGAT TATAAGTAAC 
ACCAGCCAAC AGACTAGAGA GATGATTCAA CAGACATTGG CTGCCATTGT TGATGCTATA 
AAGCTGGATG ACATTGAGCC ATATCACAGT GACAGGTCAA ACCCTTACTT TGAGTATTTG 
CAGATAAGAA AGAAGATTGA GGAAAAGCGG AAAATCTTGT GCTATATCAC ACCACAGGCT 
CCTCAGTGTT ATGCAGAATA TGTAACCTAT ACTGGATCAT ATTTGTTAGA TGGCAAACCT 
CTCAGCAAAC TTCACATTCC AGTGATTGCA CCTCCACCAT CTTTGTGTGA GCCTCTCAAG 
GAGCTGTTTA GGCAACAGGA AGCTGTGAGA GGGAAGCTTC GCTTACAACA CAGCATTGAG 
CGGGAAAAGC TCATAGTGTC CTGTGAGCAA GAGAACCTTC GAGTTCACTG CAGAGCTGCC 
AGGACGATTG CCAACCAGGC TGTGCCTTTC AGTGCCTGCA CGATGTTGCT GGACTCAGAA 
GTGTATAACA TGCCTTTGGA AAATCAGGGA GATGAAAATA AGTCAGTCCG AGATCGCTTC 
AATGCTCGTC AGTTCCTTTC CTGGCTGCAA GATGTTGATG ACAAGTATGA CAGGATGAAG 
ACTTGTGTAT TAATGCGACA GCAGCACGAA GCTGCAGCCT TGAACGCAGT GCAAAGGATG 
GAGTGGCAAT TAAAGGTGCA AGAGCTGGAT CCAACTGGTC ATAAATCTCT GTGTGTTAAT 
GAGGTTCCCT CTTTCTATGT GCCAATGGTG GACGTTATTG ATGACTTTGT GCTCTTGCCG 
GCATGA

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

ankrd11 ( XM_004913581.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004913638.1 Xenopus tropicalis ankyrin repeat domain 11 (ankrd11), transcript variant X2, mRNA.

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CloneID	OXa08844
Clone ID Related Accession (Same CDS sequence)	XM_002933658.4 , XM_004913581.3
Accession Version	XM_004913581.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8286bp) 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	1473177600000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	ankyrin repeat domain-containing protein 11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.1) 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_004913581.2. ##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##

ATGCCCAAAG GTGGGTGTTC TAAAACCCCA CAGCCAGAAG ACTTTTCTCT CAGCTACGAC 
ATGGTGGAGA AACAAACTGG GAAAAAGGAT AAAGATAAAG TTTCCCTAAA TAAGACTCCA 
AAATTGGACC GAACTGATGG AGGGAAAGAG GTAAAAGAAA AAAACACAAA AAGAAAATTG 
CCTTTTTCAG TTGGAACAAA TGGAGATCAG AAAGATTCCG ATACAGAGAA GCAGGGCCCA 
GAAAGGAAAA GAATCAAGAA AGAACCTGCA AATCGAAAGC CTGGGTTGCT TTTTGGGATC 
GGTTTATCTG GAATACGAGC TGGTTACCCT CTTTCAGAGA GGCAACAAGT TGCCTTACTT 
ATGCAGATGA CTGCAGAAGA ATCTGCCAAT AGTCCAGTTG ACACGACACC AAAGCATCCT 
TCTCAGTCTA CAGTTGGTCA GAAGGGTACT CCTAACTCTG CCTCCAAAAC CAAAGATAAA 
GTGAACAAGA GGAATGAGAG GGGAGAAACC CGTCTCCATC GGGCTGCAAT CAGGGGAGAC 
GCTAGACGAA TTAAAGAGTT AATAAATGAA GGTGCCGATG TCAATGTAAA AGACTTTGCA 
GGATGGACTG CATTGCATGA GGCTTGTAAC CGTGGTTACT ATGATGTTGC AAAACAACTT 
CTTGCTGCAG GGGCAGAAGT GAACACCAAG GGTTTGGATG ATGATACACC ATTGCATGAT 
GCATCAAACA ATGGCCACTT CAAGGTTGTC AAATTGCTAC TACGTTATGG AGGAAATCCA 
CATCAAAGTA ACAGGAAAGG AGAAACCCCT TTAAAAGTTG CAAACTCCCC CACAATGGTA 
AACCTTCTTT TAGGAAAGGG TTCCTACACG TCAAGTGAAG AAAGCTCAAC AGAAAGTTCT 
GAAGAGGAGG ATGCACCTTC TTTTGCACCT TCAAGTTCAG TTGATGGCAA TAATACAGAC 
TCTGAATTTG AAAAGGGTTC CAAACACAAA GGCAAGCAGC ACCCAGAGCC GCCCAAAACT 
ACCACACCTG TTAAGGATGA ATATGAATTT GATGAGGATG ATGAAGAAGA TCGTGTACCT 
CCAGTTGATG ACAAGCACTT GCTAAAAAAG GACTTCAGAA AAGAGATAAA ACCTAACAGT 
TTTATTTCTA TACCTAAAAT GGAAGTAAAA ACCTATTCTA AAAACACATC TGCACCAAAG 
AAAACTGCGC GACGCATTCT GTCAGACACT TCTGATGAAG AAGGCAATCC AGTTTCTGTA 
GGAGCAAGTG AAAAGCTTTG TCTTTCTGCT CACACAGGCC TACCGAGCAA TAAAACCAGG 
GAGCAAACTA TTGTGAAGCT TAAAGACAAA AGCAAAGTTA AAAAGAAAAG GAAGAAAGAC 
ACCAAAAATA AGGAAGTAAG ATTTGGAAAG AAAAATGACA TATTCTGTTC CTCTGAATCA 
GAAAGTGAAA ATGTAGACAG TGATGTAGAA AATGATAGAC TTTCTTTGGA AAGCTCAAAC 
TGTTTAAAGG ATACCGCTAT AGTGCTAAAA GAAGCTTCTT TATTTAGTTC ATTGTCAGCA 
TCTTCTGCTT CTTCTCAAGG TAGTTTAACC TCTCAGAAGC ACAACGCTAA TATCACAGAC 
CAGCAGTCTA AACACTGGAG AACGGACAAT TGGAAAACAA TATCATCTCC TACCTGGTCT 
GATGTTAGTT CATTATCAGA CTCTACAAGG ACGCGGTTAA CAAGTGAATC TGATTATGCA 
TCTGAGGGTT CTAGTTTGGA ATCTGTCAAA CAGATTAAAA AAAAATCAGA TCACAAAAAG 
AAAAACAATA TGCAGAATAG TTTATATGAA AAGAATTCAT TCCATTCGCA TGCAGAAGGA 
GCAATTCCTA AATTAGACAA GGAAGGCAAA GTGGTAAAAA AACACAAAAC CAAACACAAA 
CACAAAAATA AAGAAAAAGG ACAGAACCAA ACAGCACATG ATATTAAAGT TTTAAAAAGT 
TTTTCATTTG AATATGAGGA TTCTAAATTA AAGTCTGACA AGACACTGAT TCTGGATCCT 
GATATACCTG AGAAACTCAA AGTGTTAAAA CATGATCATG ACCACCTAAG GAAAGAGGAA 
AAGGGCTCTA AAGTTAAATC TGATGATAAA GATTGGCCAT TTAGGGATGA GAACGTCAAG 
GCTTTGAAAG AGGAAAGATC TACAAAAAAA ATTAAGGATG CAACTAAAAG TGACAGAGAA 
CGCTCTAGCA AAACAGAGCG AGAAAAAAAT GTAAAAGAAA AGTCTCCCAA AGAAGAGAAA 
ACAAAAACAC ACAAAGATGA TAAAAAACGG AAAAATAAGG AAAAAACATC AAAAGCAGAA 
AGAAAAGGTG ACCTAAAAGA GGAAAAAAAT TCAAAAAATG AGAAAGATAA AGGCTTTAAA 
GAAGAGAAAG AAAAGAGTAA AAAGGAAAAA TCCCAAAAAG ATGAACATTC ATATGAAGAA 
CTGAGCAAAA GTCAATTTTT AGAAAATGAG CAGACAAAAT TTAGTATTTC TGATGATCAC 
AATTTTTGGA ACTCTGCAAC ATCCTCAGAT TCCTCAGAAG ATAGTTGGGA TTCTGTGGCA 
TCTTACAGGG AAAGTACCTC CATTACCAAG CTAATGGTTG AATCAGTCAA GGAAGAAATT 
AAAGAAAAGG ATTACAAAAG CAAGGAGAAG AAGGATTGTA TTGAAAAACA AACTGATAAA 
GATCTCATCA AAAGAAAAGA GAGGGATCCT TCTGAAAAAA ATTCTGAAAA GAAAAAGGAG 
CAGGTTGACA GGCACAAAAG TACTTCAACA TACATGTCAG AAAAAGAGAA AAAACGCAAA 
GATATTTTTG ACTGTGTTAA AAACCGAAAG GATAAAGAGA GTATTGAATC TACAAGAAGG 
GAATCTGCTG GAAACAAAGA TCGCAAAGAC TGTAAAGTAA AGCAAGAGGA ACACTACAAA 
GAAGATCTAA AAGACCATGG GAGTGAGCCA TTCATTATAG ATAAACCTGA ACAAGAGGTA 
GTTCCAAGAA ACTCTGAGCT GAGGGAAAGG CATCATTCTG GCAAGGAAAA GAAAGAGCCT 
TCTGAGAAGG AAAAAAAAGA AAAGCCAAAG CCTGAAAAAC ACAGAGAAAA ATCAAAGGAC 
TCGGAAAGAG AGAAAGGTGA AAAGGCTACT TTTGAAAGAA GTCAGAAGGA GAAAGAGACA 
GATAAAGTGT TCAAGGAGAA AAAAGAACCA AAGGAAAAAT ATAAAGAATT GCATAAAGAT 
CGAAAAAGCT CTTCTGAACA GAAAATTGAT AAAAAAGAGA GAAATACATC CTTTGATCGT 
GAGAAAAGGA AAAATTGGTA TAACATAGCT GATATATTCA CAGATGAGAG TGAAGATGAG 
TCAGAGCAAT ATATTCCTGC CTTTAAAATT ACTGAAGGAT TTGGTAATGA ACTGCACAGA 
ATGGATGGTT ACCATGAGCG GGAGATTTCG TATCCAGAAA AGGAGTCTTT ACAGTCTGAA 
AAACACAGGA AATATTCTAA TGAAAAGCAA CATTCAGGAG AAAAACAGAG AGAGCGTGAC 
TTAAAAGACA GGAAAAAAGA GAGAGTACAA AATGATGTAG GGAGAGAGAA AAAAGACAAG 
AACAATGCAG ATAAACACAA AGACAAGAAG GAAAAAGATT CTGTGGAAAA GTCCCGCAAG 
GACAAGGCTT TGTTAGACTC AAATCAAGAC AAGAAATGTA AGCAAAAAGG ACAGAATGAG 
AAAGAAAAAC ACCTCAATGA AGATAAAGCA AAAAACAAAC ATAAGGATAA GTTCGAAAAG 
GATCATTTTA AGGACAGAAA ATTTTCAAAA GGTGAAGCAG AAAAAAGCCT TTTGGAAAAA 
CTAGAAGAGG AGGCACTTAA CGACTATAAG GATGATTCAA ATGATAAAAT TAGTGAAATA 
TCTTCTGACA GTTTCACAGA TAGAGTTCCA GACCCAGCCC TTACAAATAT TTTTGAAACT 
TCCATACACA CTAGTATAGA AGCATTAGAA GATAAATTTA AGGATTCTGT ACCTTTGCAG 
TGTTTAGCCG AGAAGCTCAA AGATAAAGAG AGAAACAGAC ATTCCTCCTC CTCATCCTCA 
AAAAAGAGCC ATGACAAGGA CAAAATACGA AAGGAGAAAT CTGATAAAAA ATCTGAAAAA 
TTAGATGATA TAAAGGATCC CTATATGAGG AAAGACTTCC TGCAGTATGA TAAGGAAACA 
CCTCTACCAG ATGGTGATGC ACACATTTTG TTTCCTGTCA GAAATGAGAC TGAAGAAGAA 
GCTGATAGAA GTGTAGACTA TGTGTTCCCT TCTGAGAAAG ACAAGCATGA TCTGGAGCGA 
GAATCTTCTA AAAAGTCAGA GCGTGAAAAG GGTTATAGTA CCACCTCTTC TGTTGTCAAA 
GAAAAGAAAA AGAAAGAGCG GCACCGTGAA AAAGGCAAAG ATGAAAAACA CAGAGACAAA 
CATTTGGAAG CATTTTTTAG GCATCATAGA GAAGAGCAAA AAAATGTAAT AAGAGAAAAG 
GAGTTGCCAC AAGTTATTTT AAAAGACAAA TCAAAGGATG AGGTGGTAAA ATGTGGAGAG 
ATGAAGCTAA AAGAGAAAAC AAAAGAAAAT GAGAAGGAGA AATCTGACAC TGTCCGAATA 
AGTAATGGAA ATGAGAGAGT AAGCCAAGTC AAGGAATCCA GCAAAAAAGA CAATAAACCT 
AGAGAAAAAC TTCTGGGTGA TGGAGACTTG ATGATGACTA GCTTTGAAAG AATGCTTAGC 
CAAAAGGACC TAGAAATAGA GGAGAGGCAT AAACGTCACA AAGAAAGAAT GAAGCAAATT 
GAAAAAATGA GGCACAGGTC AGGAGATCCT AAATTAAAAG ACAAATCAAA GTCTGAAGAT 
TTACGTAAAC GAAGTTTAGA CTCATCCTCA AAAAAGCCAC TAATTACAGA TTCTATACAA 
AAGGAGAAAA AGGCAAAAGA GTTGAATTTG ACAGTGTCTG AAAATAAAGT ACAGCCTGTA 
GTATGTAATG ATTCTAAAGA CTGGCTAAAT GGTCCACAAA CAAAAGAAAT TCTTACTGCT 
TCTCCAAGGC CTGATCAAAG CCGTCCAACA GGGGTCCCTA CGCCAACATC TGTGATTTCT 
TGTCCAAGCT ATGAGGAAGT GATGCAGACT CCAAGAACAC CTTCATGCAG CACTGAGGAC 
TACCAAGACC TGTTTGAGTG TTCAGATACA CAACATTCTT TACCAGTGTC CGCTATGTCT 
ATGAATGCTT GTTCACCAAC ATTTTTTGAC AGATTTTCCA ATACATCTGG TGGGATTGGG 
GAGAATCCTA GCCAAACACC AACTAGGTCA ATTTCTTCTG CCAACCGTAG CCGATCTATA 
TCTGTTGACA TTAAAAGAGC GCCTGAAGAT GAATTCCACT TATCTGAAAA GTTTTTCAGA 
CAACAAAGTG TTCCAGTTTC TTCAAGTTTC AATTCACCCG TTCAGATGTC AATGGATGAC 
AAGGTTCCTT TACCTGTACT CTCTGCTGAA AAATTTCCTT GTCTTTCTCC AGGTTATTAC 
TCTCCTGAGT ACAGGGCTCA ATCTCCTGGT GTTAATAAAT CTATATCAGT AGATTGTGGA 
AACATTGCCG TTTCACCTGA ACCTGTTTAT TCCTGTGTAC CAGGAAAGTT GTCGCCATCA 
GAAAGAGATG ATTTATTAGA GCCTTCCACA GAAAGTGCCA TTCCTCCAGC TGAGTTAGCC 
CTTCCCGCTG ATTCTGCAGA AGCTCAAAAA GCAACTGAGT CCATTCTTCC TCAAGAGGAG 
AGTTTTTCAC CACCTGAATC AAATTTTATG CCACAGGAAT CCTTTCTACC ACCTGAAACC 
AACTTTATGC CAAATGAAAA TAGCTTTCCT GCAGAATCTG ACTTTATGCC CCAAGAAACA 
ACTTATTTAC CCCAAGAGAC AAGTTTTTTA CCTCAGCAGT CAAGCTTTAT CCCAGAGGAG 
TCAGGCTTTT TGCCACCAGA ACCTGCCTAC TTAGCCCCAG AGCAAAGCTT TGCAGTTCAA 
TCTGAGCCTG ATTTTGCCCC CACGGAAACT GCATATTTGC CTGATGATGC TGTTTTCCAC 
GCACAGCCGA CTGAAAGCAC TTTCCTAACA CCAGAACCAG CTTTTATGCC ACCCCCATCT 
GAATCAAATT TTCTTCCATC AGTTGAGGAA AATGTGTTTT GTTCCAGCAT CTCGGATCAG 
AATCTAGGAT GGTCTAGTTC TCCAGTACAG AATTCTGAAA CTACAATGCC AACAAGTCTC 
CTTGGAAACA CTTTAGAACA TCCTATTAGC TGGGCAGTTG GGCCTGATGT ATTAAAGTCT 
CCAGAAAGGT TTGCTGAGTC ACCTAAACAT TTTTCTTCAT CAGACAAAGG CATTGTTGCC 
ACAGTTCCTT TTATTCCTTC AGAGTCCCCC TACCCAGCTT CTCCAATACC CTATCCAATG 
TCAGAACAAG CCCCAGAAGA GAATAAAAAT GAAGTAGATA GTATACCCCA GCCTGATGAT 
CAGGCTCCTT ATATGTCTCC TACACCACTT GCATCATTTT TTAACAACTG TAGACAAGAG 
GAACCTCAAT CACTGTCAGA AGAGTCTCTA TGTTTAACGA ATGAGGTTCA GGCAGAGGCA 
TCGGATAACG AGAACAATAA CTACACAGAG TCCAGTGATG TTCGCCCTCC TGTTGCTGAA 
GAGCCAGAAT CATGGTCTGA TCCATTTTCA ACTGCAGATG ATGATTTAGA TCTTGGCCCA 
TTTTCTTTAC CAGACCTTCC ATCCCCAGTT AAAGAAGATG CAGATGAAAT AAGTAGTAGG 
CAGCAGATAG TTGCCAGAAG TCCTTCTATT ATCCATAATG AGTGCGACAC AAGTGAGACA 
AACCCTGTTG ATATTAATTT CCAGAGCACT GTAACTCCAA ATGAAACCAA TGATGTAGTT 
GATGTGGAAA ATAAATTACA AATCTGTGAG CAGAAGTGTG ACCATACAGA AGATACATCT 
TTAGAACCTA CCAAAGTTGC AACAGACAAT TGTAAGACTG ACTGTGAGTC TGTAACGTTT 
CCACAGTCAT TTGCACAGCC ATCTTCACCA GAGCAAACTG AGAAAGAACA ACTGATAAAT 
CTTCCTCTGA ATGACAATTT GCAGGAATGT GTGAGTGCAC CTGAAGACTC TCTAACAACT 
TTGGAGCAAG AATGTAAACC TGCTGAAAGT GTTGTTCATG ATTCTCCTCC AAATACTGAA 
ACTCCGTTAA TAAACATCAC AACAGAAGCC CCAGAGCCAA CTGCAAAAAT TACAGTTGAT 
GTTCCCAAAG CACCCAAAAT TGAAGAAATA CCTCAACGTA TGACCCGTAA CAGAGCTCAG 
ATGCTTGCTA ATCAGAATAA ACAAAATGCA TCTACTATAG AGAAGGAGAT GCCTGCAGTT 
ACAGTGCCAT CCACACGGGG AAAGAGTAGA GCCACAGAGG AAGAAGAATC GCAAACCCAG 
CACCCACGCA AGCGAAAGCT CCAAAAACCT AACCAACTAC AACAACAGAT TATAAGTAAC 
ACCAGCCAAC AGACTAGAGA GATGATTCAA CAGACATTGG CTGCCATTGT TGATGCTATA 
AAGCTGGATG ACATTGAGCC ATATCACAGT GACAGGTCAA ACCCTTACTT TGAGTATTTG 
CAGATAAGAA AGAAGATTGA GGAAAAGCGG AAAATCTTGT GCTATATCAC ACCACAGGCT 
CCTCAGTGTT ATGCAGAATA TGTAACCTAT ACTGGATCAT ATTTGTTAGA TGGCAAACCT 
CTCAGCAAAC TTCACATTCC AGTGATTGCA CCTCCACCAT CTTTGTGTGA GCCTCTCAAG 
GAGCTGTTTA GGCAACAGGA AGCTGTGAGA GGGAAGCTTC GCTTACAACA CAGCATTGAG 
CGGGAAAAGC TCATAGTGTC CTGTGAGCAA GAGAACCTTC GAGTTCACTG CAGAGCTGCC 
AGGACGATTG CCAACCAGGC TGTGCCTTTC AGTGCCTGCA CGATGTTGCT GGACTCAGAA 
GTGTATAACA TGCCTTTGGA AAATCAGGGA GATGAAAATA AGTCAGTCCG AGATCGCTTC 
AATGCTCGTC AGTTCCTTTC CTGGCTGCAA GATGTTGATG ACAAGTATGA CAGGATGAAG 
ACTTGTGTAT TAATGCGACA GCAGCACGAA GCTGCAGCCT TGAACGCAGT GCAAAGGATG 
GAGTGGCAAT TAAAGGTGCA AGAGCTGGAT CCAACTGGTC ATAAATCTCT GTGTGTTAAT 
GAGGTTCCCT CTTTCTATGT GCCAATGGTG GACGTTATTG ATGACTTTGT GCTCTTGCCG 
GCATGA

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

RefSeq	XP_004913638.1
CDS	838..9123
Translation	MPKGGCSKTPQPEDFSLSYDMVEKQTGKKDKDKVSLNKTPKLDRTDGGKEVKEKNTKRKLPFSVGTNGDQKDSDTEKQGPERKRIKKEPANRKPGLLFGIGLSGIRAGYPLSERQQVALLMQMTAEESANSPVDTTPKHPSQSTVGQKGTPNSASKTKDKVNKRNERGETRLHRAAIRGDARRIKELINEGADVNVKDFAGWTALHEACNRGYYDVAKQLLAAGAEVNTKGLDDDTPLHDASNNGHFKVVKLLLRYGGNPHQSNRKGETPLKVANSPTMVNLLLGKGSYTSSEESSTESSEEEDAPSFAPSSSVDGNNTDSEFEKGSKHKGKQHPEPPKTTTPVKDEYEFDEDDEEDRVPPVDDKHLLKKDFRKEIKPNSFISIPKMEVKTYSKNTSAPKKTARRILSDTSDEEGNPVSVGASEKLCLSAHTGLPSNKTREQTIVKLKDKSKVKKKRKKDTKNKEVRFGKKNDIFCSSESESENVDSDVENDRLSLESSNCLKDTAIVLKEASLFSSLSASSASSQGSLTSQKHNANITDQQSKHWRTDNWKTISSPTWSDVSSLSDSTRTRLTSESDYASEGSSLESVKQIKKKSDHKKKNNMQNSLYEKNSFHSHAEGAIPKLDKEGKVVKKHKTKHKHKNKEKGQNQTAHDIKVLKSFSFEYEDSKLKSDKTLILDPDIPEKLKVLKHDHDHLRKEEKGSKVKSDDKDWPFRDENVKALKEERSTKKIKDATKSDRERSSKTEREKNVKEKSPKEEKTKTHKDDKKRKNKEKTSKAERKGDLKEEKNSKNEKDKGFKEEKEKSKKEKSQKDEHSYEELSKSQFLENEQTKFSISDDHNFWNSATSSDSSEDSWDSVASYRESTSITKLMVESVKEEIKEKDYKSKEKKDCIEKQTDKDLIKRKERDPSEKNSEKKKEQVDRHKSTSTYMSEKEKKRKDIFDCVKNRKDKESIESTRRESAGNKDRKDCKVKQEEHYKEDLKDHGSEPFIIDKPEQEVVPRNSELRERHHSGKEKKEPSEKEKKEKPKPEKHREKSKDSEREKGEKATFERSQKEKETDKVFKEKKEPKEKYKELHKDRKSSSEQKIDKKERNTSFDREKRKNWYNIADIFTDESEDESEQYIPAFKITEGFGNELHRMDGYHEREISYPEKESLQSEKHRKYSNEKQHSGEKQRERDLKDRKKERVQNDVGREKKDKNNADKHKDKKEKDSVEKSRKDKALLDSNQDKKCKQKGQNEKEKHLNEDKAKNKHKDKFEKDHFKDRKFSKGEAEKSLLEKLEEEALNDYKDDSNDKISEISSDSFTDRVPDPALTNIFETSIHTSIEALEDKFKDSVPLQCLAEKLKDKERNRHSSSSSSKKSHDKDKIRKEKSDKKSEKLDDIKDPYMRKDFLQYDKETPLPDGDAHILFPVRNETEEEADRSVDYVFPSEKDKHDLERESSKKSEREKGYSTTSSVVKEKKKKERHREKGKDEKHRDKHLEAFFRHHREEQKNVIREKELPQVILKDKSKDEVVKCGEMKLKEKTKENEKEKSDTVRISNGNERVSQVKESSKKDNKPREKLLGDGDLMMTSFERMLSQKDLEIEERHKRHKERMKQIEKMRHRSGDPKLKDKSKSEDLRKRSLDSSSKKPLITDSIQKEKKAKELNLTVSENKVQPVVCNDSKDWLNGPQTKEILTASPRPDQSRPTGVPTPTSVISCPSYEEVMQTPRTPSCSTEDYQDLFECSDTQHSLPVSAMSMNACSPTFFDRFSNTSGGIGENPSQTPTRSISSANRSRSISVDIKRAPEDEFHLSEKFFRQQSVPVSSSFNSPVQMSMDDKVPLPVLSAEKFPCLSPGYYSPEYRAQSPGVNKSISVDCGNIAVSPEPVYSCVPGKLSPSERDDLLEPSTESAIPPAELALPADSAEAQKATESILPQEESFSPPESNFMPQESFLPPETNFMPNENSFPAESDFMPQETTYLPQETSFLPQQSSFIPEESGFLPPEPAYLAPEQSFAVQSEPDFAPTETAYLPDDAVFHAQPTESTFLTPEPAFMPPPSESNFLPSVEENVFCSSISDQNLGWSSSPVQNSETTMPTSLLGNTLEHPISWAVGPDVLKSPERFAESPKHFSSSDKGIVATVPFIPSESPYPASPIPYPMSEQAPEENKNEVDSIPQPDDQAPYMSPTPLASFFNNCRQEEPQSLSEESLCLTNEVQAEASDNENNNYTESSDVRPPVAEEPESWSDPFSTADDDLDLGPFSLPDLPSPVKEDADEISSRQQIVARSPSIIHNECDTSETNPVDINFQSTVTPNETNDVVDVENKLQICEQKCDHTEDTSLEPTKVATDNCKTDCESVTFPQSFAQPSSPEQTEKEQLINLPLNDNLQECVSAPEDSLTTLEQECKPAESVVHDSPPNTETPLINITTEAPEPTAKITVDVPKAPKIEEIPQRMTRNRAQMLANQNKQNASTIEKEMPAVTVPSTRGKSRATEEEESQTQHPRKRKLQKPNQLQQQIISNTSQQTREMIQQTLAAIVDAIKLDDIEPYHSDRSNPYFEYLQIRKKIEEKRKILCYITPQAPQCYAEYVTYTGSYLLDGKPLSKLHIPVIAPPPSLCEPLKELFRQQEAVRGKLRLQHSIEREKLIVSCEQENLRVHCRAARTIANQAVPFSACTMLLDSEVYNMPLENQGDENKSVRDRFNARQFLSWLQDVDDKYDRMKTCVLMRQQHEAAALNAVQRMEWQLKVQELDPTGHKSLCVNEVPSFYVPMVDVIDDFVLLPA

Target ORF information:

RefSeq Version	XM_004913581.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis ankyrin repeat domain 11 (ankrd11), transcript variant X2, mRNA.

Target ORF information:

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

XM_004913581.3

ORF Insert Sequence:

ATGCCCAAAG GTGGGTGTTC TAAAACCCCA CAGCCAGAAG ACTTTTCTCT CAGCTACGAC 
ATGGTGGAGA AACAAACTGG GAAAAAGGAT AAAGATAAAG TTTCCCTAAA TAAGACTCCA 
AAATTGGACC GAACTGATGG AGGGAAAGAG GTAAAAGAAA AAAACACAAA AAGAAAATTG 
CCTTTTTCAG TTGGAACAAA TGGAGATCAG AAAGATTCCG ATACAGAGAA GCAGGGCCCA 
GAAAGGAAAA GAATCAAGAA AGAACCTGCA AATCGAAAGC CTGGGTTGCT TTTTGGGATC 
GGTTTATCTG GAATACGAGC TGGTTACCCT CTTTCAGAGA GGCAACAAGT TGCCTTACTT 
ATGCAGATGA CTGCAGAAGA ATCTGCCAAT AGTCCAGTTG ACACGACACC AAAGCATCCT 
TCTCAGTCTA CAGTTGGTCA GAAGGGTACT CCTAACTCTG CCTCCAAAAC CAAAGATAAA 
GTGAACAAGA GGAATGAGAG GGGAGAAACC CGTCTCCATC GGGCTGCAAT CAGGGGAGAC 
GCTAGACGAA TTAAAGAGTT AATAAATGAA GGTGCCGATG TCAATGTAAA AGACTTTGCA 
GGATGGACTG CATTGCATGA GGCTTGTAAC CGTGGTTACT ATGATGTTGC AAAACAACTT 
CTTGCTGCAG GGGCAGAAGT GAACACCAAG GGTTTGGATG ATGATACACC ATTGCATGAT 
GCATCAAACA ATGGCCACTT CAAGGTTGTC AAATTGCTAC TACGTTATGG AGGAAATCCA 
CATCAAAGTA ACAGGAAAGG AGAAACCCCT TTAAAAGTTG CAAACTCCCC CACAATGGTA 
AACCTTCTTT TAGGAAAGGG TTCCTACACG TCAAGTGAAG AAAGCTCAAC AGAAAGTTCT 
GAAGAGGAGG ATGCACCTTC TTTTGCACCT TCAAGTTCAG TTGATGGCAA TAATACAGAC 
TCTGAATTTG AAAAGGGTTC CAAACACAAA GGCAAGCAGC ACCCAGAGCC GCCCAAAACT 
ACCACACCTG TTAAGGATGA ATATGAATTT GATGAGGATG ATGAAGAAGA TCGTGTACCT 
CCAGTTGATG ACAAGCACTT GCTAAAAAAG GACTTCAGAA AAGAGATAAA ACCTAACAGT 
TTTATTTCTA TACCTAAAAT GGAAGTAAAA ACCTATTCTA AAAACACATC TGCACCAAAG 
AAAACTGCGC GACGCATTCT GTCAGACACT TCTGATGAAG AAGGCAATCC AGTTTCTGTA 
GGAGCAAGTG AAAAGCTTTG TCTTTCTGCT CACACAGGCC TACCGAGCAA TAAAACCAGG 
GAGCAAACTA TTGTGAAGCT TAAAGACAAA AGCAAAGTTA AAAAGAAAAG GAAGAAAGAC 
ACCAAAAATA AGGAAGTAAG ATTTGGAAAG AAAAATGACA TATTCTGTTC CTCTGAATCA 
GAAAGTGAAA ATGTAGACAG TGATGTAGAA AATGATAGAC TTTCTTTGGA AAGCTCAAAC 
TGTTTAAAGG ATACCGCTAT AGTGCTAAAA GAAGCTTCTT TATTTAGTTC ATTGTCAGCA 
TCTTCTGCTT CTTCTCAAGG TAGTTTAACC TCTCAGAAGC ACAACGCTAA TATCACAGAC 
CAGCAGTCTA AACACTGGAG AACGGACAAT TGGAAAACAA TATCATCTCC TACCTGGTCT 
GATGTTAGTT CATTATCAGA CTCTACAAGG ACGCGGTTAA CAAGTGAATC TGATTATGCA 
TCTGAGGGTT CTAGTTTGGA ATCTGTCAAA CAGATTAAAA AAAAATCAGA TCACAAAAAG 
AAAAACAATA TGCAGAATAG TTTATATGAA AAGAATTCAT TCCATTCGCA TGCAGAAGGA 
GCAATTCCTA AATTAGACAA GGAAGGCAAA GTGGTAAAAA AACACAAAAC CAAACACAAA 
CACAAAAATA AAGAAAAAGG ACAGAACCAA ACAGCACATG ATATTAAAGT TTTAAAAAGT 
TTTTCATTTG AATATGAGGA TTCTAAATTA AAGTCTGACA AGACACTGAT TCTGGATCCT 
GATATACCTG AGAAACTCAA AGTGTTAAAA CATGATCATG ACCACCTAAG GAAAGAGGAA 
AAGGGCTCTA AAGTTAAATC TGATGATAAA GATTGGCCAT TTAGGGATGA GAACGTCAAG 
GCTTTGAAAG AGGAAAGATC TACAAAAAAA ATTAAGGATG CAACTAAAAG TGACAGAGAA 
CGCTCTAGCA AAACAGAGCG AGAAAAAAAT GTAAAAGAAA AGTCTCCCAA AGAAGAGAAA 
ACAAAAACAC ACAAAGATGA TAAAAAACGG AAAAATAAGG AAAAAACATC AAAAGCAGAA 
AGAAAAGGTG ACCTAAAAGA GGAAAAAAAT TCAAAAAATG AGAAAGATAA AGGCTTTAAA 
GAAGAGAAAG AAAAGAGTAA AAAGGAAAAA TCCCAAAAAG ATGAACATTC ATATGAAGAA 
CTGAGCAAAA GTCAATTTTT AGAAAATGAG CAGACAAAAT TTAGTATTTC TGATGATCAC 
AATTTTTGGA ACTCTGCAAC ATCCTCAGAT TCCTCAGAAG ATAGTTGGGA TTCTGTGGCA 
TCTTACAGGG AAAGTACCTC CATTACCAAG CTAATGGTTG AATCAGTCAA GGAAGAAATT 
AAAGAAAAGG ATTACAAAAG CAAGGAGAAG AAGGATTGTA TTGAAAAACA AACTGATAAA 
GATCTCATCA AAAGAAAAGA GAGGGATCCT TCTGAAAAAA ATTCTGAAAA GAAAAAGGAG 
CAGGTTGACA GGCACAAAAG TACTTCAACA TACATGTCAG AAAAAGAGAA AAAACGCAAA 
GATATTTTTG ACTGTGTTAA AAACCGAAAG GATAAAGAGA GTATTGAATC TACAAGAAGG 
GAATCTGCTG GAAACAAAGA TCGCAAAGAC TGTAAAGTAA AGCAAGAGGA ACACTACAAA 
GAAGATCTAA AAGACCATGG GAGTGAGCCA TTCATTATAG ATAAACCTGA ACAAGAGGTA 
GTTCCAAGAA ACTCTGAGCT GAGGGAAAGG CATCATTCTG GCAAGGAAAA GAAAGAGCCT 
TCTGAGAAGG AAAAAAAAGA AAAGCCAAAG CCTGAAAAAC ACAGAGAAAA ATCAAAGGAC 
TCGGAAAGAG AGAAAGGTGA AAAGGCTACT TTTGAAAGAA GTCAGAAGGA GAAAGAGACA 
GATAAAGTGT TCAAGGAGAA AAAAGAACCA AAGGAAAAAT ATAAAGAATT GCATAAAGAT 
CGAAAAAGCT CTTCTGAACA GAAAATTGAT AAAAAAGAGA GAAATACATC CTTTGATCGT 
GAGAAAAGGA AAAATTGGTA TAACATAGCT GATATATTCA CAGATGAGAG TGAAGATGAG 
TCAGAGCAAT ATATTCCTGC CTTTAAAATT ACTGAAGGAT TTGGTAATGA ACTGCACAGA 
ATGGATGGTT ACCATGAGCG GGAGATTTCG TATCCAGAAA AGGAGTCTTT ACAGTCTGAA 
AAACACAGGA AATATTCTAA TGAAAAGCAA CATTCAGGAG AAAAACAGAG AGAGCGTGAC 
TTAAAAGACA GGAAAAAAGA GAGAGTACAA AATGATGTAG GGAGAGAGAA AAAAGACAAG 
AACAATGCAG ATAAACACAA AGACAAGAAG GAAAAAGATT CTGTGGAAAA GTCCCGCAAG 
GACAAGGCTT TGTTAGACTC AAATCAAGAC AAGAAATGTA AGCAAAAAGG ACAGAATGAG 
AAAGAAAAAC ACCTCAATGA AGATAAAGCA AAAAACAAAC ATAAGGATAA GTTCGAAAAG 
GATCATTTTA AGGACAGAAA ATTTTCAAAA GGTGAAGCAG AAAAAAGCCT TTTGGAAAAA 
CTAGAAGAGG AGGCACTTAA CGACTATAAG GATGATTCAA ATGATAAAAT TAGTGAAATA 
TCTTCTGACA GTTTCACAGA TAGAGTTCCA GACCCAGCCC TTACAAATAT TTTTGAAACT 
TCCATACACA CTAGTATAGA AGCATTAGAA GATAAATTTA AGGATTCTGT ACCTTTGCAG 
TGTTTAGCCG AGAAGCTCAA AGATAAAGAG AGAAACAGAC ATTCCTCCTC CTCATCCTCA 
AAAAAGAGCC ATGACAAGGA CAAAATACGA AAGGAGAAAT CTGATAAAAA ATCTGAAAAA 
TTAGATGATA TAAAGGATCC CTATATGAGG AAAGACTTCC TGCAGTATGA TAAGGAAACA 
CCTCTACCAG ATGGTGATGC ACACATTTTG TTTCCTGTCA GAAATGAGAC TGAAGAAGAA 
GCTGATAGAA GTGTAGACTA TGTGTTCCCT TCTGAGAAAG ACAAGCATGA TCTGGAGCGA 
GAATCTTCTA AAAAGTCAGA GCGTGAAAAG GGTTATAGTA CCACCTCTTC TGTTGTCAAA 
GAAAAGAAAA AGAAAGAGCG GCACCGTGAA AAAGGCAAAG ATGAAAAACA CAGAGACAAA 
CATTTGGAAG CATTTTTTAG GCATCATAGA GAAGAGCAAA AAAATGTAAT AAGAGAAAAG 
GAGTTGCCAC AAGTTATTTT AAAAGACAAA TCAAAGGATG AGGTGGTAAA ATGTGGAGAG 
ATGAAGCTAA AAGAGAAAAC AAAAGAAAAT GAGAAGGAGA AATCTGACAC TGTCCGAATA 
AGTAATGGAA ATGAGAGAGT AAGCCAAGTC AAGGAATCCA GCAAAAAAGA CAATAAACCT 
AGAGAAAAAC TTCTGGGTGA TGGAGACTTG ATGATGACTA GCTTTGAAAG AATGCTTAGC 
CAAAAGGACC TAGAAATAGA GGAGAGGCAT AAACGTCACA AAGAAAGAAT GAAGCAAATT 
GAAAAAATGA GGCACAGGTC AGGAGATCCT AAATTAAAAG ACAAATCAAA GTCTGAAGAT 
TTACGTAAAC GAAGTTTAGA CTCATCCTCA AAAAAGCCAC TAATTACAGA TTCTATACAA 
AAGGAGAAAA AGGCAAAAGA GTTGAATTTG ACAGTGTCTG AAAATAAAGT ACAGCCTGTA 
GTATGTAATG ATTCTAAAGA CTGGCTAAAT GGTCCACAAA CAAAAGAAAT TCTTACTGCT 
TCTCCAAGGC CTGATCAAAG CCGTCCAACA GGGGTCCCTA CGCCAACATC TGTGATTTCT 
TGTCCAAGCT ATGAGGAAGT GATGCAGACT CCAAGAACAC CTTCATGCAG CACTGAGGAC 
TACCAAGACC TGTTTGAGTG TTCAGATACA CAACATTCTT TACCAGTGTC CGCTATGTCT 
ATGAATGCTT GTTCACCAAC ATTTTTTGAC AGATTTTCCA ATACATCTGG TGGGATTGGG 
GAGAATCCTA GCCAAACACC AACTAGGTCA ATTTCTTCTG CCAACCGTAG CCGATCTATA 
TCTGTTGACA TTAAAAGAGC GCCTGAAGAT GAATTCCACT TATCTGAAAA GTTTTTCAGA 
CAACAAAGTG TTCCAGTTTC TTCAAGTTTC AATTCACCCG TTCAGATGTC AATGGATGAC 
AAGGTTCCTT TACCTGTACT CTCTGCTGAA AAATTTCCTT GTCTTTCTCC AGGTTATTAC 
TCTCCTGAGT ACAGGGCTCA ATCTCCTGGT GTTAATAAAT CTATATCAGT AGATTGTGGA 
AACATTGCCG TTTCACCTGA ACCTGTTTAT TCCTGTGTAC CAGGAAAGTT GTCGCCATCA 
GAAAGAGATG ATTTATTAGA GCCTTCCACA GAAAGTGCCA TTCCTCCAGC TGAGTTAGCC 
CTTCCCGCTG ATTCTGCAGA AGCTCAAAAA GCAACTGAGT CCATTCTTCC TCAAGAGGAG 
AGTTTTTCAC CACCTGAATC AAATTTTATG CCACAGGAAT CCTTTCTACC ACCTGAAACC 
AACTTTATGC CAAATGAAAA TAGCTTTCCT GCAGAATCTG ACTTTATGCC CCAAGAAACA 
ACTTATTTAC CCCAAGAGAC AAGTTTTTTA CCTCAGCAGT CAAGCTTTAT CCCAGAGGAG 
TCAGGCTTTT TGCCACCAGA ACCTGCCTAC TTAGCCCCAG AGCAAAGCTT TGCAGTTCAA 
TCTGAGCCTG ATTTTGCCCC CACGGAAACT GCATATTTGC CTGATGATGC TGTTTTCCAC 
GCACAGCCGA CTGAAAGCAC TTTCCTAACA CCAGAACCAG CTTTTATGCC ACCCCCATCT 
GAATCAAATT TTCTTCCATC AGTTGAGGAA AATGTGTTTT GTTCCAGCAT CTCGGATCAG 
AATCTAGGAT GGTCTAGTTC TCCAGTACAG AATTCTGAAA CTACAATGCC AACAAGTCTC 
CTTGGAAACA CTTTAGAACA TCCTATTAGC TGGGCAGTTG GGCCTGATGT ATTAAAGTCT 
CCAGAAAGGT TTGCTGAGTC ACCTAAACAT TTTTCTTCAT CAGACAAAGG CATTGTTGCC 
ACAGTTCCTT TTATTCCTTC AGAGTCCCCC TACCCAGCTT CTCCAATACC CTATCCAATG 
TCAGAACAAG CCCCAGAAGA GAATAAAAAT GAAGTAGATA GTATACCCCA GCCTGATGAT 
CAGGCTCCTT ATATGTCTCC TACACCACTT GCATCATTTT TTAACAACTG TAGACAAGAG 
GAACCTCAAT CACTGTCAGA AGAGTCTCTA TGTTTAACGA ATGAGGTTCA GGCAGAGGCA 
TCGGATAACG AGAACAATAA CTACACAGAG TCCAGTGATG TTCGCCCTCC TGTTGCTGAA 
GAGCCAGAAT CATGGTCTGA TCCATTTTCA ACTGCAGATG ATGATTTAGA TCTTGGCCCA 
TTTTCTTTAC CAGACCTTCC ATCCCCAGTT AAAGAAGATG CAGATGAAAT AAGTAGTAGG 
CAGCAGATAG TTGCCAGAAG TCCTTCTATT ATCCATAATG AGTGCGACAC AAGTGAGACA 
AACCCTGTTG ATATTAATTT CCAGAGCACT GTAACTCCAA ATGAAACCAA TGATGTAGTT 
GATGTGGAAA ATAAATTACA AATCTGTGAG CAGAAGTGTG ACCATACAGA AGATACATCT 
TTAGAACCTA CCAAAGTTGC AACAGACAAT TGTAAGACTG ACTGTGAGTC TGTAACGTTT 
CCACAGTCAT TTGCACAGCC ATCTTCACCA GAGCAAACTG AGAAAGAACA ACTGATAAAT 
CTTCCTCTGA ATGACAATTT GCAGGAATGT GTGAGTGCAC CTGAAGACTC TCTAACAACT 
TTGGAGCAAG AATGTAAACC TGCTGAAAGT GTTGTTCATG ATTCTCCTCC AAATACTGAA 
ACTCCGTTAA TAAACATCAC AACAGAAGCC CCAGAGCCAA CTGCAAAAAT TACAGTTGAT 
GTTCCCAAAG CACCCAAAAT TGAAGAAATA CCTCAACGTA TGACCCGTAA CAGAGCTCAG 
ATGCTTGCTA ATCAGAATAA ACAAAATGCA TCTACTATAG AGAAGGAGAT GCCTGCAGTT 
ACAGTGCCAT CCACACGGGG AAAGAGTAGA GCCACAGAGG AAGAAGAATC GCAAACCCAG 
CACCCACGCA AGCGAAAGCT CCAAAAACCT AACCAACTAC AACAACAGAT TATAAGTAAC 
ACCAGCCAAC AGACTAGAGA GATGATTCAA CAGACATTGG CTGCCATTGT TGATGCTATA 
AAGCTGGATG ACATTGAGCC ATATCACAGT GACAGGTCAA ACCCTTACTT TGAGTATTTG 
CAGATAAGAA AGAAGATTGA GGAAAAGCGG AAAATCTTGT GCTATATCAC ACCACAGGCT 
CCTCAGTGTT ATGCAGAATA TGTAACCTAT ACTGGATCAT ATTTGTTAGA TGGCAAACCT 
CTCAGCAAAC TTCACATTCC AGTGATTGCA CCTCCACCAT CTTTGTGTGA GCCTCTCAAG 
GAGCTGTTTA GGCAACAGGA AGCTGTGAGA GGGAAGCTTC GCTTACAACA CAGCATTGAG 
CGGGAAAAGC TCATAGTGTC CTGTGAGCAA GAGAACCTTC GAGTTCACTG CAGAGCTGCC 
AGGACGATTG CCAACCAGGC TGTGCCTTTC AGTGCCTGCA CGATGTTGCT GGACTCAGAA 
GTGTATAACA TGCCTTTGGA AAATCAGGGA GATGAAAATA AGTCAGTCCG AGATCGCTTC 
AATGCTCGTC AGTTCCTTTC CTGGCTGCAA GATGTTGATG ACAAGTATGA CAGGATGAAG 
ACTTGTGTAT TAATGCGACA GCAGCACGAA GCTGCAGCCT TGAACGCAGT GCAAAGGATG 
GAGTGGCAAT TAAAGGTGCA AGAGCTGGAT CCAACTGGTC ATAAATCTCT GTGTGTTAAT 
GAGGTTCCCT CTTTCTATGT GCCAATGGTG GACGTTATTG ATGACTTTGT GCTCTTGCCG 
GCATGA

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

ankrd11 ( XM_002933658.5 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002933704.1 Xenopus tropicalis ankyrin repeat domain 11 (ankrd11), transcript variant X1, mRNA.

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CloneID	OXa56865
Clone ID Related Accession (Same CDS sequence)	XM_002933658.5 , XM_004913581.4
Accession Version	XM_002933658.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8286bp) 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	1576512000000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	ankyrin repeat domain-containing protein 11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.2) 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_002933658.4. ##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##

ATGCCCAAAG GTGGGTGTTC TAAAACCCCA CAGCCAGAAG ACTTTTCTCT CAGCTACGAC 
ATGGTGGAGA AACAAACTGG GAAAAAGGAT AAAGATAAAG TTTCCCTAAA TAAGACTCCA 
AAATTGGACC GAACTGATGG AGGGAAAGAG GTAAAAGAAA AAAACACAAA AAGAAAATTG 
CCTTTTTCAG TTGGAACAAA TGGAGATCAG AAAGATTCCG ATACAGAGAA GCAGGGCCCA 
GAAAGGAAAA GAATCAAGAA AGAACCTGCA AATCGAAAGC CTGGGTTGCT TTTTGGGATC 
GGTTTATCTG GAATACGAGC TGGTTACCCT CTTTCAGAGA GGCAACAAGT TGCCTTACTT 
ATGCAGATGA CTGCAGAAGA ATCTGCCAAT AGTCCAGTTG ACACGACACC AAAGCATCCT 
TCTCAGTCTA CAGTTGGTCA GAAGGGTACT CCTAACTCTG CCTCCAAAAC CAAAGATAAA 
GTGAACAAGA GGAATGAGAG GGGAGAAACC CGTCTCCATC GGGCTGCAAT CAGGGGAGAC 
GCTAGACGAA TTAAAGAGTT AATAAATGAA GGTGCCGATG TCAATGTAAA AGACTTTGCA 
GGATGGACTG CATTGCATGA GGCTTGTAAC CGTGGTTACT ATGATGTTGC AAAACAACTT 
CTTGCTGCAG GGGCAGAAGT GAACACCAAG GGTTTGGATG ATGATACACC ATTGCATGAT 
GCATCAAACA ATGGCCACTT CAAGGTTGTC AAATTGCTAC TACGTTATGG AGGAAATCCA 
CATCAAAGTA ACAGGAAAGG AGAAACCCCT TTAAAAGTTG CAAACTCCCC CACAATGGTA 
AACCTTCTTT TAGGAAAGGG TTCCTACACG TCAAGTGAAG AAAGCTCAAC AGAAAGTTCT 
GAAGAGGAGG ATGCACCTTC TTTTGCACCT TCAAGTTCAG TTGATGGCAA TAATACAGAC 
TCTGAATTTG AAAAGGGTTC CAAACACAAA GGCAAGCAGC ACCCAGAGCC GCCCAAAACT 
ACCACACCTG TTAAGGATGA ATATGAATTT GATGAGGATG ATGAAGAAGA TCGTGTACCT 
CCAGTTGATG ACAAGCACTT GCTAAAAAAG GACTTCAGAA AAGAGATAAA ACCTAACAGT 
TTTATTTCTA TACCTAAAAT GGAAGTAAAA ACCTATTCTA AAAACACATC TGCACCAAAG 
AAAACTGCGC GACGCATTCT GTCAGACACT TCTGATGAAG AAGGCAATCC AGTTTCTGTA 
GGAGCAAGTG AAAAGCTTTG TCTTTCTGCT CACACAGGCC TACCGAGCAA TAAAACCAGG 
GAGCAAACTA TTGTGAAGCT TAAAGACAAA AGCAAAGTTA AAAAGAAAAG GAAGAAAGAC 
ACCAAAAATA AGGAAGTAAG ATTTGGAAAG AAAAATGACA TATTCTGTTC CTCTGAATCA 
GAAAGTGAAA ATGTAGACAG TGATGTAGAA AATGATAGAC TTTCTTTGGA AAGCTCAAAC 
TGTTTAAAGG ATACCGCTAT AGTGCTAAAA GAAGCTTCTT TATTTAGTTC ATTGTCAGCA 
TCTTCTGCTT CTTCTCAAGG TAGTTTAACC TCTCAGAAGC ACAACGCTAA TATCACAGAC 
CAGCAGTCTA AACACTGGAG AACGGACAAT TGGAAAACAA TATCATCTCC TACCTGGTCT 
GATGTTAGTT CATTATCAGA CTCTACAAGG ACGCGGTTAA CAAGTGAATC TGATTATGCA 
TCTGAGGGTT CTAGTTTGGA ATCTGTCAAA CAGATTAAAA AAAAATCAGA TCACAAAAAG 
AAAAACAATA TGCAGAATAG TTTATATGAA AAGAATTCAT TCCATTCGCA TGCAGAAGGA 
GCAATTCCTA AATTAGACAA GGAAGGCAAA GTGGTAAAAA AACACAAAAC CAAACACAAA 
CACAAAAATA AAGAAAAAGG ACAGAACCAA ACAGCACATG ATATTAAAGT TTTAAAAAGT 
TTTTCATTTG AATATGAGGA TTCTAAATTA AAGTCTGACA AGACACTGAT TCTGGATCCT 
GATATACCTG AGAAACTCAA AGTGTTAAAA CATGATCATG ACCACCTAAG GAAAGAGGAA 
AAGGGCTCTA AAGTTAAATC TGATGATAAA GATTGGCCAT TTAGGGATGA GAACGTCAAG 
GCTTTGAAAG AGGAAAGATC TACAAAAAAA ATTAAGGATG CAACTAAAAG TGACAGAGAA 
CGCTCTAGCA AAACAGAGCG AGAAAAAAAT GTAAAAGAAA AGTCTCCCAA AGAAGAGAAA 
ACAAAAACAC ACAAAGATGA TAAAAAACGG AAAAATAAGG AAAAAACATC AAAAGCAGAA 
AGAAAAGGTG ACCTAAAAGA GGAAAAAAAT TCAAAAAATG AGAAAGATAA AGGCTTTAAA 
GAAGAGAAAG AAAAGAGTAA AAAGGAAAAA TCCCAAAAAG ATGAACATTC ATATGAAGAA 
CTGAGCAAAA GTCAATTTTT AGAAAATGAG CAGACAAAAT TTAGTATTTC TGATGATCAC 
AATTTTTGGA ACTCTGCAAC ATCCTCAGAT TCCTCAGAAG ATAGTTGGGA TTCTGTGGCG 
TCTTACAGGG AAAGTACCTC CATTACCAAG CTAATGGTTG AATCAGTCAA GGAAGAAATT 
AAAGAAAAGG ATTACAAAAG CAAGGAGAAG AAGGATTGTA TTGAAAAACA AACTGATAAA 
GATCTCATCA AAAGAAAAGA GAGGGATCCT TCTGAAAAAA ATTCTGAAAA GAAAAAGGAG 
CAGGTTGACA GGCACAAAAG TACTTCAACA TACATGTCAG AAAAAGAGAA AAAACGCAAA 
GATATTTTTG ACTGTGTTAA AAACCGAAAG GATAAAGAGA GTATTGAATC TACAAGAAGG 
GAATCTGCTG GAAACAAAGA TCGCAAAGAC TGTAAAGTAA AGCAAGAGGA ACACTACAAA 
GAAGATCTAA AAGACCATGG GAGTGAGCCA TTCATTATAG ATAAACCTGA ACAAGAGGTA 
GTTCCAAGAA ACTCTGAGCT GAGGGAAAGG CATCATTCTG GCAAGGAAAA GAAAGAGCCT 
TCTGAGAAGG AAAAAAAAGA AAAGCCAAAG CCTGAAAAAC ACAGAGAAAA ATCAAAGGAC 
TCGGAAAGAG AGAAAGGTGA AAAGGCTACT TTTGAAAGAA GTCAGAAGGA GAAAGAGACA 
GATAAAGTGT TCAAGGAGAA AAAAGAACCA AAGGAAAAAT ATAAAGAATT GCATAAAGAT 
CGAAAAAGCT CTTCTGAACA GAAAATTGAT AAAAAAGAGA GAAATACATC CTTTGATCGT 
GAGAAAAGGA AAAATTGGTA TAACATAGCT GATATATTCA CAGATGAGAG TGAAGATGAG 
TCAGAGCAAT ATATTCCTGC CTTTAAAATT ACTGAAGGAT TTGGTAATGA ACTGCACAGA 
ATGGATGGTT ACCATGAGCG GGAGATTTCG TATCCAGAAA AGGAGTCTTT ACAGTCTGAA 
AAACACAGGA AATATTCTAA TGAAAAGCAA CATTCAGGAG AAAAACAGAG AGAGCGTGAC 
TTAAAAGACA GGAAAAAAGA GAGAGTACAA AATGATGTAG GGAGAGAGAA AAAAGACAAG 
AACAATGCAG ATAAACACAA AGACAAGAAG GAAAAAGATT CTGTGGAAAA GTCCCGCAAG 
GACAAGGCTT TGTTAGACTC AAATCAAGAC AAGAAATGTA AGCAAAAAGG ACAGAATGAG 
AAAGAAAAAC ACCTCAATGA AGATAAAGCA AAAAACAAAC ATAAGGATAA GTTCGAAAAG 
GATCATTTTA AGGACAGAAA ATTTTCAAAA GGTGAAGCAG AAAAAAGCCT TTTGGAAAAA 
CTAGAAGAGG AGGCACTTAA CGACTATAAG GATGATTCAA ATGATAAAAT TAGTGAAATA 
TCTTCTGACA GTTTCACAGA TAGAGTTCCA GACCCAGCCC TTACAAATAT TTTTGAAACT 
TCCATACACA CTAGTATAGA AGCATTAGAA GATAAATTTA AGGATTCTGT ACCTTTGCAG 
TGTTTAGCCG AGAAGCTCAA AGATAAAGAG AGAAACAGAC ATTCCTCCTC CTCATCCTCA 
AAAAAGAGCC ATGACAAGGA CAAAATACGA AAGGAGAAAT CTGATAAAAA ATCTGAAAAA 
TTAGATGATA TAAAGGATCC CTATATGAGG AAAGACTTCC TGCAGTATGA TAAGGAAACA 
CCTCTACCAG ATGGTGATGC ACACATTTTG TTTCCTGTCA GAAATGAGAC TGAAGAAGAA 
GCTGATAGAA GTGTAGACTA TGTGTTCCCT TCTGAGAAAG ACAAGCATGA TCTGGAGCGA 
GAATCTTCTA AAAAGTCAGA GCGTGAAAAG GGTTATAGTA CCACCTCTTC TGTTGTCAAA 
GAAAAGAAAA AGAAAGAGCG GCACCGTGAA AAAGGCAAAG ATGAAAAACA CAGAGACAAA 
CATTTGGAAG CATTTTTTAG GCATCATAGA GAAGAGCAAA AAAATGTAAT AAGAGAAAAG 
GAGTTGCCAC AAGTTATTTT AAAAGACAAA TCAAAGGATG AGGTGGTAAA ATGTGGAGAG 
ATGAAGCTAA AAGAGAAAAC AAAAGAAAAT GAGAAGGAGA AATCTGACAC TGTCCGAATA 
AGTAATGGAA ATGAGAGAGT AAGCCAAGTC AAGGAATCCA GCAAAAAAGA CAATAAACCT 
AGAGAAAAAC TTCTGGGTGA TGGAGACTTG ATGATGACTA GCTTTGAAAG AATGCTTAGC 
CAAAAGGACC TAGAAATAGA GGAGAGGCAT AAACGTCACA AAGAAAGAAT GAAGCAAATT 
GAAAAAATGA GGCACAGGTC AGGAGATCCT AAATTAAAAG ACAAATCAAA GTCTGAAGAT 
TTACGTAAAC GAAGTTTAGA CTCATCCTCA AAAAAGCCAC TAATTACAGA TTCTATACAA 
AAGGAGAAAA AGGCAAAAGA GTTGAATTTG ACAGTGTCTG AAAATAAAGT ACAGCCTGTA 
GTATGTAATG ATTCTAAAGA CTGGCTAAAT GGTCCACAAA CAAAAGAAAT TCTTACTGCT 
TCTCCAAGGC CTGATCAAAG CCGTCCAACA GGGGTCCCTA CGCCAACATC TGTGATTTCT 
TGTCCAAGCT ATGAGGAAGT GATGCAGACT CCAAGAACAC CTTCATGCAG CACTGAGGAC 
TACCAAGACC TGTTTGAGTG TTCAGATACA CAACATTCTT TACCAGTGTC CGCTATGTCT 
ATGAATGCTT GTTCACCAAC ATTTTTTGAC AGATTTTCCA ATACATCTGG TGGGATTGGG 
GAGAATCCTA GCCAAACACC AACTAGGTCA ATTTCTTCTG CCAACCGTAG CCGATCTATA 
TCTGTTGACA TTAAAAGAGC GCCTGAAGAT GAATTCCACT TATCTGAAAA GTTTTTCAGA 
CAACAAAGTG TTCCAGTTTC TTCAAGTTTC AATTCACCCG TTCAGATGTC AATGGATGAC 
AAGGTTCCTT TACCTGTACT CTCTGCTGAA AAATTTCCTT GTCTTTCTCC AGGTTATTAC 
TCTCCTGAGT ACAGGGCTCA ATCTCCTGGT GTTAATAAAT CTATATCAGT AGATTGTGGA 
AACATTGCCG TTTCACCTGA ACCTGTTTAT TCCTGTGTAC CAGGAAAGTT GTCGCCATCA 
GAAAGAGATG ATTTATTAGA GCCTTCCACA GAAAGTGCCA TTCCTCCAGC TGAGTTAGCC 
CTTCCCGCTG ATTCTGCAGA AGCTCAAAAA GCAACTGAGT CCATTCTTCC TCAAGAGGAG 
AGTTTTTCAC CACCTGAATC AAATTTTATG CCACAGGAAT CCTTTCTACC ACCTGAAACC 
AACTTTATGC CAAATGAAAA TAGCTTTCCT GCAGAATCTG ACTTTATGCC CCAAGAAACA 
ACTTATTTAC CCCAAGAGAC AAGTTTTTTA CCTCAGCAGT CAAGCTTTAT CCCAGAGGAG 
TCAGGCTTTT TGCCACCAGA ACCTGCCTAC TTAGCCCCAG AGCAAAGCTT TGCAGTTCAA 
TCTGAGCCTG ATTTTGCCCC CACGGAAACT GCATATTTGC CTGATGATGC TGTTTTCCAC 
GCACAGCCGA CTGAAAGCAC TTTCCTAACA CCAGAACCAG CTTTTATGCC ACCCCCATCT 
GAATCAAATT TTCTTCCATC AGTTGAGGAA AATGTGTTTT GTTCCAGCAT CTCGGATCAG 
AATCTAGGAT GGTCTAGTTC TCCAGTACAG AATTCTGAAA CTACAATGCC AACAAGTCTC 
CTTGGAAACA CTTTAGAACA TCCTATTAGC TGGGCAGTTG GGCCTGATGT ATTAAAGTCT 
CCAGAAAGGT TTGCTGAGTC ACCTAAACAT TTTTCTTCAT CAGACAAAGG CATTGTTGCC 
ACAGTTCCTT TTATTCCTTC AGAGTCCCCC TACCCAGCTT CTCCAATACC CTATCCAATG 
TCAGAACAAG CCCCAGAAGA GAATAAAAAT GAAGTAGATA GTATACCCCA GCCTGATGAT 
CAGGCTCCTT ATATGTCTCC TACACCACTT GCATCATTTT TTAACAACTG TAGACAAGAG 
GAACCTCAAT CACTGTCAGA AGAGTCTCTA TGTTTAACGA ATGAGGTTCA GGCAGAGGCA 
TCGGATAACG AGAACAATAA CTACACAGAG TCCAGTGATG TTCGCCCTCC TGTTGCTGAA 
GAGCCAGAAT CATGGTCTGA TCCATTTTCA ACTGCAGATG ATGATTTAGA TCTTGGCCCA 
TTTTCTTTAC CAGACCTTCC ATCCCCAGTT AAAGAAGATG CAGATGAAAT AAGTAGTAGG 
CAGCAGATAG TTGCCAGAAG TCCTTCTATT ATCCATAATG AGTGCGACAC AAGTGAGACA 
AACCCTGTTG ATATTAATTT CCAGAGCACT GTAACTCCAA ATGAAACCAA TGATGTAGTT 
GATGTGGAAA ATAAATTACA AATCTGTGAG CAGAAGTGTG ACCATACAGA AGATACATCT 
TTAGAACCTA CCAAAGTTGC AACAGACAAT TGTAAGACTG ACTGTGAGTC TGTAACGTTT 
CCACAGTCAT TTGCACAGCC ATCTTCACCA GAGCAAACTG AGAAAGAACA ACTGATAAAT 
CTTCCTCTGA ATGACAATTT GCAGGAATGT GTGAGTGCAC CTGAAGACTC TCTAACAACT 
TTGGAGCAAG AATGTAAACC TGCTGAAAGT GTTGTTCATG ATTCTCCTCC AAATACTGAA 
ACTCCGTTAA TAAACATCAC AACAGAAGCC CCAGAGCCAA CTGCAAAAAT TACAGTTGAT 
GTTCCCAAAG CACCCAAAAT TGAAGAAATA CCTCAACGTA TGACCCGTAA CAGAGCTCAG 
ATGCTTGCTA ATCAGAATAA ACAAAATGCA TCTACTATAG AGAAGGAGAT GCCTGCAGTT 
ACAGTGCCAT CCACACGGGG AAAGAGTAGA GCCACAGAGG AAGAAGAATC GCAAACCCAG 
CACCCACGCA AGCGAAAGCT CCAAAAACCT AACCAACTAC AACAACAGAT TATAAGTAAC 
ACCAGCCAAC AGACTAGAGA GATGATTCAA CAGACATTGG CTGCCATTGT TGATGCTATA 
AAGCTGGATG ACATTGAGCC ATATCACAGT GACAGGTCAA ACCCTTACTT TGAGTATTTG 
CAGATAAGAA AGAAGATTGA GGAAAAGCGG AAAATCTTGT GCTATATCAC ACCACAGGCT 
CCTCAGTGTT ATGCAGAATA TGTAACCTAT ACTGGATCAT ATTTGTTAGA TGGCAAACCT 
CTCAGCAAAC TTCACATTCC AGTGATTGCA CCTCCACCAT CTTTGTGTGA GCCTCTCAAG 
GAGCTGTTTA GGCAACAGGA AGCTGTGAGA GGGAAGCTTC GCTTACAACA CAGCATTGAG 
CGGGAAAAGC TCATAGTGTC CTGTGAGCAA GAGAACCTTC GAGTTCACTG CAGAGCTGCC 
AGGACGATTG CCAACCAGGC TGTGCCTTTC AGTGCCTGCA CGATGTTGCT GGACTCAGAA 
GTGTATAACA TGCCTTTGGA AAATCAGGGA GATGAAAATA AGTCAGTCCG AGATCGCTTC 
AATGCTCGTC AGTTCCTTTC CTGGCTGCAA GATGTTGATG ACAAGTATGA CAGGATGAAG 
ACTTGTGTAT TAATGCGACA GCAGCACGAA GCTGCAGCCT TGAACGCAGT GCAAAGGATG 
GAGTGGCAAT TAAAGGTGCA AGAGCTGGAT CCAACTGGTC ATAAATCTCT GTGTGTTAAT 
GAGGTTCCCT CTTTCTATGT GCCAATGGTG GACGTTATTG ATGACTTTGT GCTCTTGCCG 
GCATGA

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

RefSeq	XP_002933704.1
CDS	783..9068
Translation	MPKGGCSKTPQPEDFSLSYDMVEKQTGKKDKDKVSLNKTPKLDRTDGGKEVKEKNTKRKLPFSVGTNGDQKDSDTEKQGPERKRIKKEPANRKPGLLFGIGLSGIRAGYPLSERQQVALLMQMTAEESANSPVDTTPKHPSQSTVGQKGTPNSASKTKDKVNKRNERGETRLHRAAIRGDARRIKELINEGADVNVKDFAGWTALHEACNRGYYDVAKQLLAAGAEVNTKGLDDDTPLHDASNNGHFKVVKLLLRYGGNPHQSNRKGETPLKVANSPTMVNLLLGKGSYTSSEESSTESSEEEDAPSFAPSSSVDGNNTDSEFEKGSKHKGKQHPEPPKTTTPVKDEYEFDEDDEEDRVPPVDDKHLLKKDFRKEIKPNSFISIPKMEVKTYSKNTSAPKKTARRILSDTSDEEGNPVSVGASEKLCLSAHTGLPSNKTREQTIVKLKDKSKVKKKRKKDTKNKEVRFGKKNDIFCSSESESENVDSDVENDRLSLESSNCLKDTAIVLKEASLFSSLSASSASSQGSLTSQKHNANITDQQSKHWRTDNWKTISSPTWSDVSSLSDSTRTRLTSESDYASEGSSLESVKQIKKKSDHKKKNNMQNSLYEKNSFHSHAEGAIPKLDKEGKVVKKHKTKHKHKNKEKGQNQTAHDIKVLKSFSFEYEDSKLKSDKTLILDPDIPEKLKVLKHDHDHLRKEEKGSKVKSDDKDWPFRDENVKALKEERSTKKIKDATKSDRERSSKTEREKNVKEKSPKEEKTKTHKDDKKRKNKEKTSKAERKGDLKEEKNSKNEKDKGFKEEKEKSKKEKSQKDEHSYEELSKSQFLENEQTKFSISDDHNFWNSATSSDSSEDSWDSVASYRESTSITKLMVESVKEEIKEKDYKSKEKKDCIEKQTDKDLIKRKERDPSEKNSEKKKEQVDRHKSTSTYMSEKEKKRKDIFDCVKNRKDKESIESTRRESAGNKDRKDCKVKQEEHYKEDLKDHGSEPFIIDKPEQEVVPRNSELRERHHSGKEKKEPSEKEKKEKPKPEKHREKSKDSEREKGEKATFERSQKEKETDKVFKEKKEPKEKYKELHKDRKSSSEQKIDKKERNTSFDREKRKNWYNIADIFTDESEDESEQYIPAFKITEGFGNELHRMDGYHEREISYPEKESLQSEKHRKYSNEKQHSGEKQRERDLKDRKKERVQNDVGREKKDKNNADKHKDKKEKDSVEKSRKDKALLDSNQDKKCKQKGQNEKEKHLNEDKAKNKHKDKFEKDHFKDRKFSKGEAEKSLLEKLEEEALNDYKDDSNDKISEISSDSFTDRVPDPALTNIFETSIHTSIEALEDKFKDSVPLQCLAEKLKDKERNRHSSSSSSKKSHDKDKIRKEKSDKKSEKLDDIKDPYMRKDFLQYDKETPLPDGDAHILFPVRNETEEEADRSVDYVFPSEKDKHDLERESSKKSEREKGYSTTSSVVKEKKKKERHREKGKDEKHRDKHLEAFFRHHREEQKNVIREKELPQVILKDKSKDEVVKCGEMKLKEKTKENEKEKSDTVRISNGNERVSQVKESSKKDNKPREKLLGDGDLMMTSFERMLSQKDLEIEERHKRHKERMKQIEKMRHRSGDPKLKDKSKSEDLRKRSLDSSSKKPLITDSIQKEKKAKELNLTVSENKVQPVVCNDSKDWLNGPQTKEILTASPRPDQSRPTGVPTPTSVISCPSYEEVMQTPRTPSCSTEDYQDLFECSDTQHSLPVSAMSMNACSPTFFDRFSNTSGGIGENPSQTPTRSISSANRSRSISVDIKRAPEDEFHLSEKFFRQQSVPVSSSFNSPVQMSMDDKVPLPVLSAEKFPCLSPGYYSPEYRAQSPGVNKSISVDCGNIAVSPEPVYSCVPGKLSPSERDDLLEPSTESAIPPAELALPADSAEAQKATESILPQEESFSPPESNFMPQESFLPPETNFMPNENSFPAESDFMPQETTYLPQETSFLPQQSSFIPEESGFLPPEPAYLAPEQSFAVQSEPDFAPTETAYLPDDAVFHAQPTESTFLTPEPAFMPPPSESNFLPSVEENVFCSSISDQNLGWSSSPVQNSETTMPTSLLGNTLEHPISWAVGPDVLKSPERFAESPKHFSSSDKGIVATVPFIPSESPYPASPIPYPMSEQAPEENKNEVDSIPQPDDQAPYMSPTPLASFFNNCRQEEPQSLSEESLCLTNEVQAEASDNENNNYTESSDVRPPVAEEPESWSDPFSTADDDLDLGPFSLPDLPSPVKEDADEISSRQQIVARSPSIIHNECDTSETNPVDINFQSTVTPNETNDVVDVENKLQICEQKCDHTEDTSLEPTKVATDNCKTDCESVTFPQSFAQPSSPEQTEKEQLINLPLNDNLQECVSAPEDSLTTLEQECKPAESVVHDSPPNTETPLINITTEAPEPTAKITVDVPKAPKIEEIPQRMTRNRAQMLANQNKQNASTIEKEMPAVTVPSTRGKSRATEEEESQTQHPRKRKLQKPNQLQQQIISNTSQQTREMIQQTLAAIVDAIKLDDIEPYHSDRSNPYFEYLQIRKKIEEKRKILCYITPQAPQCYAEYVTYTGSYLLDGKPLSKLHIPVIAPPPSLCEPLKELFRQQEAVRGKLRLQHSIEREKLIVSCEQENLRVHCRAARTIANQAVPFSACTMLLDSEVYNMPLENQGDENKSVRDRFNARQFLSWLQDVDDKYDRMKTCVLMRQQHEAAALNAVQRMEWQLKVQELDPTGHKSLCVNEVPSFYVPMVDVIDDFVLLPA

Target ORF information:

RefSeq Version	XM_002933658.5
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis ankyrin repeat domain 11 (ankrd11), transcript variant X1, mRNA.

Target ORF information:

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

XM_002933658.5

ORF Insert Sequence:

ATGCCCAAAG GTGGGTGTTC TAAAACCCCA CAGCCAGAAG ACTTTTCTCT CAGCTACGAC 
ATGGTGGAGA AACAAACTGG GAAAAAGGAT AAAGATAAAG TTTCCCTAAA TAAGACTCCA 
AAATTGGACC GAACTGATGG AGGGAAAGAG GTAAAAGAAA AAAACACAAA AAGAAAATTG 
CCTTTTTCAG TTGGAACAAA TGGAGATCAG AAAGATTCCG ATACAGAGAA GCAGGGCCCA 
GAAAGGAAAA GAATCAAGAA AGAACCTGCA AATCGAAAGC CTGGGTTGCT TTTTGGGATC 
GGTTTATCTG GAATACGAGC TGGTTACCCT CTTTCAGAGA GGCAACAAGT TGCCTTACTT 
ATGCAGATGA CTGCAGAAGA ATCTGCCAAT AGTCCAGTTG ACACGACACC AAAGCATCCT 
TCTCAGTCTA CAGTTGGTCA GAAGGGTACT CCTAACTCTG CCTCCAAAAC CAAAGATAAA 
GTGAACAAGA GGAATGAGAG GGGAGAAACC CGTCTCCATC GGGCTGCAAT CAGGGGAGAC 
GCTAGACGAA TTAAAGAGTT AATAAATGAA GGTGCCGATG TCAATGTAAA AGACTTTGCA 
GGATGGACTG CATTGCATGA GGCTTGTAAC CGTGGTTACT ATGATGTTGC AAAACAACTT 
CTTGCTGCAG GGGCAGAAGT GAACACCAAG GGTTTGGATG ATGATACACC ATTGCATGAT 
GCATCAAACA ATGGCCACTT CAAGGTTGTC AAATTGCTAC TACGTTATGG AGGAAATCCA 
CATCAAAGTA ACAGGAAAGG AGAAACCCCT TTAAAAGTTG CAAACTCCCC CACAATGGTA 
AACCTTCTTT TAGGAAAGGG TTCCTACACG TCAAGTGAAG AAAGCTCAAC AGAAAGTTCT 
GAAGAGGAGG ATGCACCTTC TTTTGCACCT TCAAGTTCAG TTGATGGCAA TAATACAGAC 
TCTGAATTTG AAAAGGGTTC CAAACACAAA GGCAAGCAGC ACCCAGAGCC GCCCAAAACT 
ACCACACCTG TTAAGGATGA ATATGAATTT GATGAGGATG ATGAAGAAGA TCGTGTACCT 
CCAGTTGATG ACAAGCACTT GCTAAAAAAG GACTTCAGAA AAGAGATAAA ACCTAACAGT 
TTTATTTCTA TACCTAAAAT GGAAGTAAAA ACCTATTCTA AAAACACATC TGCACCAAAG 
AAAACTGCGC GACGCATTCT GTCAGACACT TCTGATGAAG AAGGCAATCC AGTTTCTGTA 
GGAGCAAGTG AAAAGCTTTG TCTTTCTGCT CACACAGGCC TACCGAGCAA TAAAACCAGG 
GAGCAAACTA TTGTGAAGCT TAAAGACAAA AGCAAAGTTA AAAAGAAAAG GAAGAAAGAC 
ACCAAAAATA AGGAAGTAAG ATTTGGAAAG AAAAATGACA TATTCTGTTC CTCTGAATCA 
GAAAGTGAAA ATGTAGACAG TGATGTAGAA AATGATAGAC TTTCTTTGGA AAGCTCAAAC 
TGTTTAAAGG ATACCGCTAT AGTGCTAAAA GAAGCTTCTT TATTTAGTTC ATTGTCAGCA 
TCTTCTGCTT CTTCTCAAGG TAGTTTAACC TCTCAGAAGC ACAACGCTAA TATCACAGAC 
CAGCAGTCTA AACACTGGAG AACGGACAAT TGGAAAACAA TATCATCTCC TACCTGGTCT 
GATGTTAGTT CATTATCAGA CTCTACAAGG ACGCGGTTAA CAAGTGAATC TGATTATGCA 
TCTGAGGGTT CTAGTTTGGA ATCTGTCAAA CAGATTAAAA AAAAATCAGA TCACAAAAAG 
AAAAACAATA TGCAGAATAG TTTATATGAA AAGAATTCAT TCCATTCGCA TGCAGAAGGA 
GCAATTCCTA AATTAGACAA GGAAGGCAAA GTGGTAAAAA AACACAAAAC CAAACACAAA 
CACAAAAATA AAGAAAAAGG ACAGAACCAA ACAGCACATG ATATTAAAGT TTTAAAAAGT 
TTTTCATTTG AATATGAGGA TTCTAAATTA AAGTCTGACA AGACACTGAT TCTGGATCCT 
GATATACCTG AGAAACTCAA AGTGTTAAAA CATGATCATG ACCACCTAAG GAAAGAGGAA 
AAGGGCTCTA AAGTTAAATC TGATGATAAA GATTGGCCAT TTAGGGATGA GAACGTCAAG 
GCTTTGAAAG AGGAAAGATC TACAAAAAAA ATTAAGGATG CAACTAAAAG TGACAGAGAA 
CGCTCTAGCA AAACAGAGCG AGAAAAAAAT GTAAAAGAAA AGTCTCCCAA AGAAGAGAAA 
ACAAAAACAC ACAAAGATGA TAAAAAACGG AAAAATAAGG AAAAAACATC AAAAGCAGAA 
AGAAAAGGTG ACCTAAAAGA GGAAAAAAAT TCAAAAAATG AGAAAGATAA AGGCTTTAAA 
GAAGAGAAAG AAAAGAGTAA AAAGGAAAAA TCCCAAAAAG ATGAACATTC ATATGAAGAA 
CTGAGCAAAA GTCAATTTTT AGAAAATGAG CAGACAAAAT TTAGTATTTC TGATGATCAC 
AATTTTTGGA ACTCTGCAAC ATCCTCAGAT TCCTCAGAAG ATAGTTGGGA TTCTGTGGCG 
TCTTACAGGG AAAGTACCTC CATTACCAAG CTAATGGTTG AATCAGTCAA GGAAGAAATT 
AAAGAAAAGG ATTACAAAAG CAAGGAGAAG AAGGATTGTA TTGAAAAACA AACTGATAAA 
GATCTCATCA AAAGAAAAGA GAGGGATCCT TCTGAAAAAA ATTCTGAAAA GAAAAAGGAG 
CAGGTTGACA GGCACAAAAG TACTTCAACA TACATGTCAG AAAAAGAGAA AAAACGCAAA 
GATATTTTTG ACTGTGTTAA AAACCGAAAG GATAAAGAGA GTATTGAATC TACAAGAAGG 
GAATCTGCTG GAAACAAAGA TCGCAAAGAC TGTAAAGTAA AGCAAGAGGA ACACTACAAA 
GAAGATCTAA AAGACCATGG GAGTGAGCCA TTCATTATAG ATAAACCTGA ACAAGAGGTA 
GTTCCAAGAA ACTCTGAGCT GAGGGAAAGG CATCATTCTG GCAAGGAAAA GAAAGAGCCT 
TCTGAGAAGG AAAAAAAAGA AAAGCCAAAG CCTGAAAAAC ACAGAGAAAA ATCAAAGGAC 
TCGGAAAGAG AGAAAGGTGA AAAGGCTACT TTTGAAAGAA GTCAGAAGGA GAAAGAGACA 
GATAAAGTGT TCAAGGAGAA AAAAGAACCA AAGGAAAAAT ATAAAGAATT GCATAAAGAT 
CGAAAAAGCT CTTCTGAACA GAAAATTGAT AAAAAAGAGA GAAATACATC CTTTGATCGT 
GAGAAAAGGA AAAATTGGTA TAACATAGCT GATATATTCA CAGATGAGAG TGAAGATGAG 
TCAGAGCAAT ATATTCCTGC CTTTAAAATT ACTGAAGGAT TTGGTAATGA ACTGCACAGA 
ATGGATGGTT ACCATGAGCG GGAGATTTCG TATCCAGAAA AGGAGTCTTT ACAGTCTGAA 
AAACACAGGA AATATTCTAA TGAAAAGCAA CATTCAGGAG AAAAACAGAG AGAGCGTGAC 
TTAAAAGACA GGAAAAAAGA GAGAGTACAA AATGATGTAG GGAGAGAGAA AAAAGACAAG 
AACAATGCAG ATAAACACAA AGACAAGAAG GAAAAAGATT CTGTGGAAAA GTCCCGCAAG 
GACAAGGCTT TGTTAGACTC AAATCAAGAC AAGAAATGTA AGCAAAAAGG ACAGAATGAG 
AAAGAAAAAC ACCTCAATGA AGATAAAGCA AAAAACAAAC ATAAGGATAA GTTCGAAAAG 
GATCATTTTA AGGACAGAAA ATTTTCAAAA GGTGAAGCAG AAAAAAGCCT TTTGGAAAAA 
CTAGAAGAGG AGGCACTTAA CGACTATAAG GATGATTCAA ATGATAAAAT TAGTGAAATA 
TCTTCTGACA GTTTCACAGA TAGAGTTCCA GACCCAGCCC TTACAAATAT TTTTGAAACT 
TCCATACACA CTAGTATAGA AGCATTAGAA GATAAATTTA AGGATTCTGT ACCTTTGCAG 
TGTTTAGCCG AGAAGCTCAA AGATAAAGAG AGAAACAGAC ATTCCTCCTC CTCATCCTCA 
AAAAAGAGCC ATGACAAGGA CAAAATACGA AAGGAGAAAT CTGATAAAAA ATCTGAAAAA 
TTAGATGATA TAAAGGATCC CTATATGAGG AAAGACTTCC TGCAGTATGA TAAGGAAACA 
CCTCTACCAG ATGGTGATGC ACACATTTTG TTTCCTGTCA GAAATGAGAC TGAAGAAGAA 
GCTGATAGAA GTGTAGACTA TGTGTTCCCT TCTGAGAAAG ACAAGCATGA TCTGGAGCGA 
GAATCTTCTA AAAAGTCAGA GCGTGAAAAG GGTTATAGTA CCACCTCTTC TGTTGTCAAA 
GAAAAGAAAA AGAAAGAGCG GCACCGTGAA AAAGGCAAAG ATGAAAAACA CAGAGACAAA 
CATTTGGAAG CATTTTTTAG GCATCATAGA GAAGAGCAAA AAAATGTAAT AAGAGAAAAG 
GAGTTGCCAC AAGTTATTTT AAAAGACAAA TCAAAGGATG AGGTGGTAAA ATGTGGAGAG 
ATGAAGCTAA AAGAGAAAAC AAAAGAAAAT GAGAAGGAGA AATCTGACAC TGTCCGAATA 
AGTAATGGAA ATGAGAGAGT AAGCCAAGTC AAGGAATCCA GCAAAAAAGA CAATAAACCT 
AGAGAAAAAC TTCTGGGTGA TGGAGACTTG ATGATGACTA GCTTTGAAAG AATGCTTAGC 
CAAAAGGACC TAGAAATAGA GGAGAGGCAT AAACGTCACA AAGAAAGAAT GAAGCAAATT 
GAAAAAATGA GGCACAGGTC AGGAGATCCT AAATTAAAAG ACAAATCAAA GTCTGAAGAT 
TTACGTAAAC GAAGTTTAGA CTCATCCTCA AAAAAGCCAC TAATTACAGA TTCTATACAA 
AAGGAGAAAA AGGCAAAAGA GTTGAATTTG ACAGTGTCTG AAAATAAAGT ACAGCCTGTA 
GTATGTAATG ATTCTAAAGA CTGGCTAAAT GGTCCACAAA CAAAAGAAAT TCTTACTGCT 
TCTCCAAGGC CTGATCAAAG CCGTCCAACA GGGGTCCCTA CGCCAACATC TGTGATTTCT 
TGTCCAAGCT ATGAGGAAGT GATGCAGACT CCAAGAACAC CTTCATGCAG CACTGAGGAC 
TACCAAGACC TGTTTGAGTG TTCAGATACA CAACATTCTT TACCAGTGTC CGCTATGTCT 
ATGAATGCTT GTTCACCAAC ATTTTTTGAC AGATTTTCCA ATACATCTGG TGGGATTGGG 
GAGAATCCTA GCCAAACACC AACTAGGTCA ATTTCTTCTG CCAACCGTAG CCGATCTATA 
TCTGTTGACA TTAAAAGAGC GCCTGAAGAT GAATTCCACT TATCTGAAAA GTTTTTCAGA 
CAACAAAGTG TTCCAGTTTC TTCAAGTTTC AATTCACCCG TTCAGATGTC AATGGATGAC 
AAGGTTCCTT TACCTGTACT CTCTGCTGAA AAATTTCCTT GTCTTTCTCC AGGTTATTAC 
TCTCCTGAGT ACAGGGCTCA ATCTCCTGGT GTTAATAAAT CTATATCAGT AGATTGTGGA 
AACATTGCCG TTTCACCTGA ACCTGTTTAT TCCTGTGTAC CAGGAAAGTT GTCGCCATCA 
GAAAGAGATG ATTTATTAGA GCCTTCCACA GAAAGTGCCA TTCCTCCAGC TGAGTTAGCC 
CTTCCCGCTG ATTCTGCAGA AGCTCAAAAA GCAACTGAGT CCATTCTTCC TCAAGAGGAG 
AGTTTTTCAC CACCTGAATC AAATTTTATG CCACAGGAAT CCTTTCTACC ACCTGAAACC 
AACTTTATGC CAAATGAAAA TAGCTTTCCT GCAGAATCTG ACTTTATGCC CCAAGAAACA 
ACTTATTTAC CCCAAGAGAC AAGTTTTTTA CCTCAGCAGT CAAGCTTTAT CCCAGAGGAG 
TCAGGCTTTT TGCCACCAGA ACCTGCCTAC TTAGCCCCAG AGCAAAGCTT TGCAGTTCAA 
TCTGAGCCTG ATTTTGCCCC CACGGAAACT GCATATTTGC CTGATGATGC TGTTTTCCAC 
GCACAGCCGA CTGAAAGCAC TTTCCTAACA CCAGAACCAG CTTTTATGCC ACCCCCATCT 
GAATCAAATT TTCTTCCATC AGTTGAGGAA AATGTGTTTT GTTCCAGCAT CTCGGATCAG 
AATCTAGGAT GGTCTAGTTC TCCAGTACAG AATTCTGAAA CTACAATGCC AACAAGTCTC 
CTTGGAAACA CTTTAGAACA TCCTATTAGC TGGGCAGTTG GGCCTGATGT ATTAAAGTCT 
CCAGAAAGGT TTGCTGAGTC ACCTAAACAT TTTTCTTCAT CAGACAAAGG CATTGTTGCC 
ACAGTTCCTT TTATTCCTTC AGAGTCCCCC TACCCAGCTT CTCCAATACC CTATCCAATG 
TCAGAACAAG CCCCAGAAGA GAATAAAAAT GAAGTAGATA GTATACCCCA GCCTGATGAT 
CAGGCTCCTT ATATGTCTCC TACACCACTT GCATCATTTT TTAACAACTG TAGACAAGAG 
GAACCTCAAT CACTGTCAGA AGAGTCTCTA TGTTTAACGA ATGAGGTTCA GGCAGAGGCA 
TCGGATAACG AGAACAATAA CTACACAGAG TCCAGTGATG TTCGCCCTCC TGTTGCTGAA 
GAGCCAGAAT CATGGTCTGA TCCATTTTCA ACTGCAGATG ATGATTTAGA TCTTGGCCCA 
TTTTCTTTAC CAGACCTTCC ATCCCCAGTT AAAGAAGATG CAGATGAAAT AAGTAGTAGG 
CAGCAGATAG TTGCCAGAAG TCCTTCTATT ATCCATAATG AGTGCGACAC AAGTGAGACA 
AACCCTGTTG ATATTAATTT CCAGAGCACT GTAACTCCAA ATGAAACCAA TGATGTAGTT 
GATGTGGAAA ATAAATTACA AATCTGTGAG CAGAAGTGTG ACCATACAGA AGATACATCT 
TTAGAACCTA CCAAAGTTGC AACAGACAAT TGTAAGACTG ACTGTGAGTC TGTAACGTTT 
CCACAGTCAT TTGCACAGCC ATCTTCACCA GAGCAAACTG AGAAAGAACA ACTGATAAAT 
CTTCCTCTGA ATGACAATTT GCAGGAATGT GTGAGTGCAC CTGAAGACTC TCTAACAACT 
TTGGAGCAAG AATGTAAACC TGCTGAAAGT GTTGTTCATG ATTCTCCTCC AAATACTGAA 
ACTCCGTTAA TAAACATCAC AACAGAAGCC CCAGAGCCAA CTGCAAAAAT TACAGTTGAT 
GTTCCCAAAG CACCCAAAAT TGAAGAAATA CCTCAACGTA TGACCCGTAA CAGAGCTCAG 
ATGCTTGCTA ATCAGAATAA ACAAAATGCA TCTACTATAG AGAAGGAGAT GCCTGCAGTT 
ACAGTGCCAT CCACACGGGG AAAGAGTAGA GCCACAGAGG AAGAAGAATC GCAAACCCAG 
CACCCACGCA AGCGAAAGCT CCAAAAACCT AACCAACTAC AACAACAGAT TATAAGTAAC 
ACCAGCCAAC AGACTAGAGA GATGATTCAA CAGACATTGG CTGCCATTGT TGATGCTATA 
AAGCTGGATG ACATTGAGCC ATATCACAGT GACAGGTCAA ACCCTTACTT TGAGTATTTG 
CAGATAAGAA AGAAGATTGA GGAAAAGCGG AAAATCTTGT GCTATATCAC ACCACAGGCT 
CCTCAGTGTT ATGCAGAATA TGTAACCTAT ACTGGATCAT ATTTGTTAGA TGGCAAACCT 
CTCAGCAAAC TTCACATTCC AGTGATTGCA CCTCCACCAT CTTTGTGTGA GCCTCTCAAG 
GAGCTGTTTA GGCAACAGGA AGCTGTGAGA GGGAAGCTTC GCTTACAACA CAGCATTGAG 
CGGGAAAAGC TCATAGTGTC CTGTGAGCAA GAGAACCTTC GAGTTCACTG CAGAGCTGCC 
AGGACGATTG CCAACCAGGC TGTGCCTTTC AGTGCCTGCA CGATGTTGCT GGACTCAGAA 
GTGTATAACA TGCCTTTGGA AAATCAGGGA GATGAAAATA AGTCAGTCCG AGATCGCTTC 
AATGCTCGTC AGTTCCTTTC CTGGCTGCAA GATGTTGATG ACAAGTATGA CAGGATGAAG 
ACTTGTGTAT TAATGCGACA GCAGCACGAA GCTGCAGCCT TGAACGCAGT GCAAAGGATG 
GAGTGGCAAT TAAAGGTGCA AGAGCTGGAT CCAACTGGTC ATAAATCTCT GTGTGTTAAT 
GAGGTTCCCT CTTTCTATGT GCCAATGGTG GACGTTATTG ATGACTTTGT GCTCTTGCCG 
GCATGA

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

ankrd11 ( XM_004913581.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004913638.1 Xenopus tropicalis ankyrin repeat domain 11 (ankrd11), transcript variant X2, mRNA.

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CloneID	OXa56865
Clone ID Related Accession (Same CDS sequence)	XM_002933658.5 , XM_004913581.4
Accession Version	XM_004913581.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8286bp) 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	1576512000000
Organism	Xenopus tropicalis(tropical clawed frog)
Product	ankyrin repeat domain-containing protein 11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.2) 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_004913581.3. ##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##

ATGCCCAAAG GTGGGTGTTC TAAAACCCCA CAGCCAGAAG ACTTTTCTCT CAGCTACGAC 
ATGGTGGAGA AACAAACTGG GAAAAAGGAT AAAGATAAAG TTTCCCTAAA TAAGACTCCA 
AAATTGGACC GAACTGATGG AGGGAAAGAG GTAAAAGAAA AAAACACAAA AAGAAAATTG 
CCTTTTTCAG TTGGAACAAA TGGAGATCAG AAAGATTCCG ATACAGAGAA GCAGGGCCCA 
GAAAGGAAAA GAATCAAGAA AGAACCTGCA AATCGAAAGC CTGGGTTGCT TTTTGGGATC 
GGTTTATCTG GAATACGAGC TGGTTACCCT CTTTCAGAGA GGCAACAAGT TGCCTTACTT 
ATGCAGATGA CTGCAGAAGA ATCTGCCAAT AGTCCAGTTG ACACGACACC AAAGCATCCT 
TCTCAGTCTA CAGTTGGTCA GAAGGGTACT CCTAACTCTG CCTCCAAAAC CAAAGATAAA 
GTGAACAAGA GGAATGAGAG GGGAGAAACC CGTCTCCATC GGGCTGCAAT CAGGGGAGAC 
GCTAGACGAA TTAAAGAGTT AATAAATGAA GGTGCCGATG TCAATGTAAA AGACTTTGCA 
GGATGGACTG CATTGCATGA GGCTTGTAAC CGTGGTTACT ATGATGTTGC AAAACAACTT 
CTTGCTGCAG GGGCAGAAGT GAACACCAAG GGTTTGGATG ATGATACACC ATTGCATGAT 
GCATCAAACA ATGGCCACTT CAAGGTTGTC AAATTGCTAC TACGTTATGG AGGAAATCCA 
CATCAAAGTA ACAGGAAAGG AGAAACCCCT TTAAAAGTTG CAAACTCCCC CACAATGGTA 
AACCTTCTTT TAGGAAAGGG TTCCTACACG TCAAGTGAAG AAAGCTCAAC AGAAAGTTCT 
GAAGAGGAGG ATGCACCTTC TTTTGCACCT TCAAGTTCAG TTGATGGCAA TAATACAGAC 
TCTGAATTTG AAAAGGGTTC CAAACACAAA GGCAAGCAGC ACCCAGAGCC GCCCAAAACT 
ACCACACCTG TTAAGGATGA ATATGAATTT GATGAGGATG ATGAAGAAGA TCGTGTACCT 
CCAGTTGATG ACAAGCACTT GCTAAAAAAG GACTTCAGAA AAGAGATAAA ACCTAACAGT 
TTTATTTCTA TACCTAAAAT GGAAGTAAAA ACCTATTCTA AAAACACATC TGCACCAAAG 
AAAACTGCGC GACGCATTCT GTCAGACACT TCTGATGAAG AAGGCAATCC AGTTTCTGTA 
GGAGCAAGTG AAAAGCTTTG TCTTTCTGCT CACACAGGCC TACCGAGCAA TAAAACCAGG 
GAGCAAACTA TTGTGAAGCT TAAAGACAAA AGCAAAGTTA AAAAGAAAAG GAAGAAAGAC 
ACCAAAAATA AGGAAGTAAG ATTTGGAAAG AAAAATGACA TATTCTGTTC CTCTGAATCA 
GAAAGTGAAA ATGTAGACAG TGATGTAGAA AATGATAGAC TTTCTTTGGA AAGCTCAAAC 
TGTTTAAAGG ATACCGCTAT AGTGCTAAAA GAAGCTTCTT TATTTAGTTC ATTGTCAGCA 
TCTTCTGCTT CTTCTCAAGG TAGTTTAACC TCTCAGAAGC ACAACGCTAA TATCACAGAC 
CAGCAGTCTA AACACTGGAG AACGGACAAT TGGAAAACAA TATCATCTCC TACCTGGTCT 
GATGTTAGTT CATTATCAGA CTCTACAAGG ACGCGGTTAA CAAGTGAATC TGATTATGCA 
TCTGAGGGTT CTAGTTTGGA ATCTGTCAAA CAGATTAAAA AAAAATCAGA TCACAAAAAG 
AAAAACAATA TGCAGAATAG TTTATATGAA AAGAATTCAT TCCATTCGCA TGCAGAAGGA 
GCAATTCCTA AATTAGACAA GGAAGGCAAA GTGGTAAAAA AACACAAAAC CAAACACAAA 
CACAAAAATA AAGAAAAAGG ACAGAACCAA ACAGCACATG ATATTAAAGT TTTAAAAAGT 
TTTTCATTTG AATATGAGGA TTCTAAATTA AAGTCTGACA AGACACTGAT TCTGGATCCT 
GATATACCTG AGAAACTCAA AGTGTTAAAA CATGATCATG ACCACCTAAG GAAAGAGGAA 
AAGGGCTCTA AAGTTAAATC TGATGATAAA GATTGGCCAT TTAGGGATGA GAACGTCAAG 
GCTTTGAAAG AGGAAAGATC TACAAAAAAA ATTAAGGATG CAACTAAAAG TGACAGAGAA 
CGCTCTAGCA AAACAGAGCG AGAAAAAAAT GTAAAAGAAA AGTCTCCCAA AGAAGAGAAA 
ACAAAAACAC ACAAAGATGA TAAAAAACGG AAAAATAAGG AAAAAACATC AAAAGCAGAA 
AGAAAAGGTG ACCTAAAAGA GGAAAAAAAT TCAAAAAATG AGAAAGATAA AGGCTTTAAA 
GAAGAGAAAG AAAAGAGTAA AAAGGAAAAA TCCCAAAAAG ATGAACATTC ATATGAAGAA 
CTGAGCAAAA GTCAATTTTT AGAAAATGAG CAGACAAAAT TTAGTATTTC TGATGATCAC 
AATTTTTGGA ACTCTGCAAC ATCCTCAGAT TCCTCAGAAG ATAGTTGGGA TTCTGTGGCG 
TCTTACAGGG AAAGTACCTC CATTACCAAG CTAATGGTTG AATCAGTCAA GGAAGAAATT 
AAAGAAAAGG ATTACAAAAG CAAGGAGAAG AAGGATTGTA TTGAAAAACA AACTGATAAA 
GATCTCATCA AAAGAAAAGA GAGGGATCCT TCTGAAAAAA ATTCTGAAAA GAAAAAGGAG 
CAGGTTGACA GGCACAAAAG TACTTCAACA TACATGTCAG AAAAAGAGAA AAAACGCAAA 
GATATTTTTG ACTGTGTTAA AAACCGAAAG GATAAAGAGA GTATTGAATC TACAAGAAGG 
GAATCTGCTG GAAACAAAGA TCGCAAAGAC TGTAAAGTAA AGCAAGAGGA ACACTACAAA 
GAAGATCTAA AAGACCATGG GAGTGAGCCA TTCATTATAG ATAAACCTGA ACAAGAGGTA 
GTTCCAAGAA ACTCTGAGCT GAGGGAAAGG CATCATTCTG GCAAGGAAAA GAAAGAGCCT 
TCTGAGAAGG AAAAAAAAGA AAAGCCAAAG CCTGAAAAAC ACAGAGAAAA ATCAAAGGAC 
TCGGAAAGAG AGAAAGGTGA AAAGGCTACT TTTGAAAGAA GTCAGAAGGA GAAAGAGACA 
GATAAAGTGT TCAAGGAGAA AAAAGAACCA AAGGAAAAAT ATAAAGAATT GCATAAAGAT 
CGAAAAAGCT CTTCTGAACA GAAAATTGAT AAAAAAGAGA GAAATACATC CTTTGATCGT 
GAGAAAAGGA AAAATTGGTA TAACATAGCT GATATATTCA CAGATGAGAG TGAAGATGAG 
TCAGAGCAAT ATATTCCTGC CTTTAAAATT ACTGAAGGAT TTGGTAATGA ACTGCACAGA 
ATGGATGGTT ACCATGAGCG GGAGATTTCG TATCCAGAAA AGGAGTCTTT ACAGTCTGAA 
AAACACAGGA AATATTCTAA TGAAAAGCAA CATTCAGGAG AAAAACAGAG AGAGCGTGAC 
TTAAAAGACA GGAAAAAAGA GAGAGTACAA AATGATGTAG GGAGAGAGAA AAAAGACAAG 
AACAATGCAG ATAAACACAA AGACAAGAAG GAAAAAGATT CTGTGGAAAA GTCCCGCAAG 
GACAAGGCTT TGTTAGACTC AAATCAAGAC AAGAAATGTA AGCAAAAAGG ACAGAATGAG 
AAAGAAAAAC ACCTCAATGA AGATAAAGCA AAAAACAAAC ATAAGGATAA GTTCGAAAAG 
GATCATTTTA AGGACAGAAA ATTTTCAAAA GGTGAAGCAG AAAAAAGCCT TTTGGAAAAA 
CTAGAAGAGG AGGCACTTAA CGACTATAAG GATGATTCAA ATGATAAAAT TAGTGAAATA 
TCTTCTGACA GTTTCACAGA TAGAGTTCCA GACCCAGCCC TTACAAATAT TTTTGAAACT 
TCCATACACA CTAGTATAGA AGCATTAGAA GATAAATTTA AGGATTCTGT ACCTTTGCAG 
TGTTTAGCCG AGAAGCTCAA AGATAAAGAG AGAAACAGAC ATTCCTCCTC CTCATCCTCA 
AAAAAGAGCC ATGACAAGGA CAAAATACGA AAGGAGAAAT CTGATAAAAA ATCTGAAAAA 
TTAGATGATA TAAAGGATCC CTATATGAGG AAAGACTTCC TGCAGTATGA TAAGGAAACA 
CCTCTACCAG ATGGTGATGC ACACATTTTG TTTCCTGTCA GAAATGAGAC TGAAGAAGAA 
GCTGATAGAA GTGTAGACTA TGTGTTCCCT TCTGAGAAAG ACAAGCATGA TCTGGAGCGA 
GAATCTTCTA AAAAGTCAGA GCGTGAAAAG GGTTATAGTA CCACCTCTTC TGTTGTCAAA 
GAAAAGAAAA AGAAAGAGCG GCACCGTGAA AAAGGCAAAG ATGAAAAACA CAGAGACAAA 
CATTTGGAAG CATTTTTTAG GCATCATAGA GAAGAGCAAA AAAATGTAAT AAGAGAAAAG 
GAGTTGCCAC AAGTTATTTT AAAAGACAAA TCAAAGGATG AGGTGGTAAA ATGTGGAGAG 
ATGAAGCTAA AAGAGAAAAC AAAAGAAAAT GAGAAGGAGA AATCTGACAC TGTCCGAATA 
AGTAATGGAA ATGAGAGAGT AAGCCAAGTC AAGGAATCCA GCAAAAAAGA CAATAAACCT 
AGAGAAAAAC TTCTGGGTGA TGGAGACTTG ATGATGACTA GCTTTGAAAG AATGCTTAGC 
CAAAAGGACC TAGAAATAGA GGAGAGGCAT AAACGTCACA AAGAAAGAAT GAAGCAAATT 
GAAAAAATGA GGCACAGGTC AGGAGATCCT AAATTAAAAG ACAAATCAAA GTCTGAAGAT 
TTACGTAAAC GAAGTTTAGA CTCATCCTCA AAAAAGCCAC TAATTACAGA TTCTATACAA 
AAGGAGAAAA AGGCAAAAGA GTTGAATTTG ACAGTGTCTG AAAATAAAGT ACAGCCTGTA 
GTATGTAATG ATTCTAAAGA CTGGCTAAAT GGTCCACAAA CAAAAGAAAT TCTTACTGCT 
TCTCCAAGGC CTGATCAAAG CCGTCCAACA GGGGTCCCTA CGCCAACATC TGTGATTTCT 
TGTCCAAGCT ATGAGGAAGT GATGCAGACT CCAAGAACAC CTTCATGCAG CACTGAGGAC 
TACCAAGACC TGTTTGAGTG TTCAGATACA CAACATTCTT TACCAGTGTC CGCTATGTCT 
ATGAATGCTT GTTCACCAAC ATTTTTTGAC AGATTTTCCA ATACATCTGG TGGGATTGGG 
GAGAATCCTA GCCAAACACC AACTAGGTCA ATTTCTTCTG CCAACCGTAG CCGATCTATA 
TCTGTTGACA TTAAAAGAGC GCCTGAAGAT GAATTCCACT TATCTGAAAA GTTTTTCAGA 
CAACAAAGTG TTCCAGTTTC TTCAAGTTTC AATTCACCCG TTCAGATGTC AATGGATGAC 
AAGGTTCCTT TACCTGTACT CTCTGCTGAA AAATTTCCTT GTCTTTCTCC AGGTTATTAC 
TCTCCTGAGT ACAGGGCTCA ATCTCCTGGT GTTAATAAAT CTATATCAGT AGATTGTGGA 
AACATTGCCG TTTCACCTGA ACCTGTTTAT TCCTGTGTAC CAGGAAAGTT GTCGCCATCA 
GAAAGAGATG ATTTATTAGA GCCTTCCACA GAAAGTGCCA TTCCTCCAGC TGAGTTAGCC 
CTTCCCGCTG ATTCTGCAGA AGCTCAAAAA GCAACTGAGT CCATTCTTCC TCAAGAGGAG 
AGTTTTTCAC CACCTGAATC AAATTTTATG CCACAGGAAT CCTTTCTACC ACCTGAAACC 
AACTTTATGC CAAATGAAAA TAGCTTTCCT GCAGAATCTG ACTTTATGCC CCAAGAAACA 
ACTTATTTAC CCCAAGAGAC AAGTTTTTTA CCTCAGCAGT CAAGCTTTAT CCCAGAGGAG 
TCAGGCTTTT TGCCACCAGA ACCTGCCTAC TTAGCCCCAG AGCAAAGCTT TGCAGTTCAA 
TCTGAGCCTG ATTTTGCCCC CACGGAAACT GCATATTTGC CTGATGATGC TGTTTTCCAC 
GCACAGCCGA CTGAAAGCAC TTTCCTAACA CCAGAACCAG CTTTTATGCC ACCCCCATCT 
GAATCAAATT TTCTTCCATC AGTTGAGGAA AATGTGTTTT GTTCCAGCAT CTCGGATCAG 
AATCTAGGAT GGTCTAGTTC TCCAGTACAG AATTCTGAAA CTACAATGCC AACAAGTCTC 
CTTGGAAACA CTTTAGAACA TCCTATTAGC TGGGCAGTTG GGCCTGATGT ATTAAAGTCT 
CCAGAAAGGT TTGCTGAGTC ACCTAAACAT TTTTCTTCAT CAGACAAAGG CATTGTTGCC 
ACAGTTCCTT TTATTCCTTC AGAGTCCCCC TACCCAGCTT CTCCAATACC CTATCCAATG 
TCAGAACAAG CCCCAGAAGA GAATAAAAAT GAAGTAGATA GTATACCCCA GCCTGATGAT 
CAGGCTCCTT ATATGTCTCC TACACCACTT GCATCATTTT TTAACAACTG TAGACAAGAG 
GAACCTCAAT CACTGTCAGA AGAGTCTCTA TGTTTAACGA ATGAGGTTCA GGCAGAGGCA 
TCGGATAACG AGAACAATAA CTACACAGAG TCCAGTGATG TTCGCCCTCC TGTTGCTGAA 
GAGCCAGAAT CATGGTCTGA TCCATTTTCA ACTGCAGATG ATGATTTAGA TCTTGGCCCA 
TTTTCTTTAC CAGACCTTCC ATCCCCAGTT AAAGAAGATG CAGATGAAAT AAGTAGTAGG 
CAGCAGATAG TTGCCAGAAG TCCTTCTATT ATCCATAATG AGTGCGACAC AAGTGAGACA 
AACCCTGTTG ATATTAATTT CCAGAGCACT GTAACTCCAA ATGAAACCAA TGATGTAGTT 
GATGTGGAAA ATAAATTACA AATCTGTGAG CAGAAGTGTG ACCATACAGA AGATACATCT 
TTAGAACCTA CCAAAGTTGC AACAGACAAT TGTAAGACTG ACTGTGAGTC TGTAACGTTT 
CCACAGTCAT TTGCACAGCC ATCTTCACCA GAGCAAACTG AGAAAGAACA ACTGATAAAT 
CTTCCTCTGA ATGACAATTT GCAGGAATGT GTGAGTGCAC CTGAAGACTC TCTAACAACT 
TTGGAGCAAG AATGTAAACC TGCTGAAAGT GTTGTTCATG ATTCTCCTCC AAATACTGAA 
ACTCCGTTAA TAAACATCAC AACAGAAGCC CCAGAGCCAA CTGCAAAAAT TACAGTTGAT 
GTTCCCAAAG CACCCAAAAT TGAAGAAATA CCTCAACGTA TGACCCGTAA CAGAGCTCAG 
ATGCTTGCTA ATCAGAATAA ACAAAATGCA TCTACTATAG AGAAGGAGAT GCCTGCAGTT 
ACAGTGCCAT CCACACGGGG AAAGAGTAGA GCCACAGAGG AAGAAGAATC GCAAACCCAG 
CACCCACGCA AGCGAAAGCT CCAAAAACCT AACCAACTAC AACAACAGAT TATAAGTAAC 
ACCAGCCAAC AGACTAGAGA GATGATTCAA CAGACATTGG CTGCCATTGT TGATGCTATA 
AAGCTGGATG ACATTGAGCC ATATCACAGT GACAGGTCAA ACCCTTACTT TGAGTATTTG 
CAGATAAGAA AGAAGATTGA GGAAAAGCGG AAAATCTTGT GCTATATCAC ACCACAGGCT 
CCTCAGTGTT ATGCAGAATA TGTAACCTAT ACTGGATCAT ATTTGTTAGA TGGCAAACCT 
CTCAGCAAAC TTCACATTCC AGTGATTGCA CCTCCACCAT CTTTGTGTGA GCCTCTCAAG 
GAGCTGTTTA GGCAACAGGA AGCTGTGAGA GGGAAGCTTC GCTTACAACA CAGCATTGAG 
CGGGAAAAGC TCATAGTGTC CTGTGAGCAA GAGAACCTTC GAGTTCACTG CAGAGCTGCC 
AGGACGATTG CCAACCAGGC TGTGCCTTTC AGTGCCTGCA CGATGTTGCT GGACTCAGAA 
GTGTATAACA TGCCTTTGGA AAATCAGGGA GATGAAAATA AGTCAGTCCG AGATCGCTTC 
AATGCTCGTC AGTTCCTTTC CTGGCTGCAA GATGTTGATG ACAAGTATGA CAGGATGAAG 
ACTTGTGTAT TAATGCGACA GCAGCACGAA GCTGCAGCCT TGAACGCAGT GCAAAGGATG 
GAGTGGCAAT TAAAGGTGCA AGAGCTGGAT CCAACTGGTC ATAAATCTCT GTGTGTTAAT 
GAGGTTCCCT CTTTCTATGT GCCAATGGTG GACGTTATTG ATGACTTTGT GCTCTTGCCG 
GCATGA

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

RefSeq	XP_004913638.1
CDS	709..8994
Translation	MPKGGCSKTPQPEDFSLSYDMVEKQTGKKDKDKVSLNKTPKLDRTDGGKEVKEKNTKRKLPFSVGTNGDQKDSDTEKQGPERKRIKKEPANRKPGLLFGIGLSGIRAGYPLSERQQVALLMQMTAEESANSPVDTTPKHPSQSTVGQKGTPNSASKTKDKVNKRNERGETRLHRAAIRGDARRIKELINEGADVNVKDFAGWTALHEACNRGYYDVAKQLLAAGAEVNTKGLDDDTPLHDASNNGHFKVVKLLLRYGGNPHQSNRKGETPLKVANSPTMVNLLLGKGSYTSSEESSTESSEEEDAPSFAPSSSVDGNNTDSEFEKGSKHKGKQHPEPPKTTTPVKDEYEFDEDDEEDRVPPVDDKHLLKKDFRKEIKPNSFISIPKMEVKTYSKNTSAPKKTARRILSDTSDEEGNPVSVGASEKLCLSAHTGLPSNKTREQTIVKLKDKSKVKKKRKKDTKNKEVRFGKKNDIFCSSESESENVDSDVENDRLSLESSNCLKDTAIVLKEASLFSSLSASSASSQGSLTSQKHNANITDQQSKHWRTDNWKTISSPTWSDVSSLSDSTRTRLTSESDYASEGSSLESVKQIKKKSDHKKKNNMQNSLYEKNSFHSHAEGAIPKLDKEGKVVKKHKTKHKHKNKEKGQNQTAHDIKVLKSFSFEYEDSKLKSDKTLILDPDIPEKLKVLKHDHDHLRKEEKGSKVKSDDKDWPFRDENVKALKEERSTKKIKDATKSDRERSSKTEREKNVKEKSPKEEKTKTHKDDKKRKNKEKTSKAERKGDLKEEKNSKNEKDKGFKEEKEKSKKEKSQKDEHSYEELSKSQFLENEQTKFSISDDHNFWNSATSSDSSEDSWDSVASYRESTSITKLMVESVKEEIKEKDYKSKEKKDCIEKQTDKDLIKRKERDPSEKNSEKKKEQVDRHKSTSTYMSEKEKKRKDIFDCVKNRKDKESIESTRRESAGNKDRKDCKVKQEEHYKEDLKDHGSEPFIIDKPEQEVVPRNSELRERHHSGKEKKEPSEKEKKEKPKPEKHREKSKDSEREKGEKATFERSQKEKETDKVFKEKKEPKEKYKELHKDRKSSSEQKIDKKERNTSFDREKRKNWYNIADIFTDESEDESEQYIPAFKITEGFGNELHRMDGYHEREISYPEKESLQSEKHRKYSNEKQHSGEKQRERDLKDRKKERVQNDVGREKKDKNNADKHKDKKEKDSVEKSRKDKALLDSNQDKKCKQKGQNEKEKHLNEDKAKNKHKDKFEKDHFKDRKFSKGEAEKSLLEKLEEEALNDYKDDSNDKISEISSDSFTDRVPDPALTNIFETSIHTSIEALEDKFKDSVPLQCLAEKLKDKERNRHSSSSSSKKSHDKDKIRKEKSDKKSEKLDDIKDPYMRKDFLQYDKETPLPDGDAHILFPVRNETEEEADRSVDYVFPSEKDKHDLERESSKKSEREKGYSTTSSVVKEKKKKERHREKGKDEKHRDKHLEAFFRHHREEQKNVIREKELPQVILKDKSKDEVVKCGEMKLKEKTKENEKEKSDTVRISNGNERVSQVKESSKKDNKPREKLLGDGDLMMTSFERMLSQKDLEIEERHKRHKERMKQIEKMRHRSGDPKLKDKSKSEDLRKRSLDSSSKKPLITDSIQKEKKAKELNLTVSENKVQPVVCNDSKDWLNGPQTKEILTASPRPDQSRPTGVPTPTSVISCPSYEEVMQTPRTPSCSTEDYQDLFECSDTQHSLPVSAMSMNACSPTFFDRFSNTSGGIGENPSQTPTRSISSANRSRSISVDIKRAPEDEFHLSEKFFRQQSVPVSSSFNSPVQMSMDDKVPLPVLSAEKFPCLSPGYYSPEYRAQSPGVNKSISVDCGNIAVSPEPVYSCVPGKLSPSERDDLLEPSTESAIPPAELALPADSAEAQKATESILPQEESFSPPESNFMPQESFLPPETNFMPNENSFPAESDFMPQETTYLPQETSFLPQQSSFIPEESGFLPPEPAYLAPEQSFAVQSEPDFAPTETAYLPDDAVFHAQPTESTFLTPEPAFMPPPSESNFLPSVEENVFCSSISDQNLGWSSSPVQNSETTMPTSLLGNTLEHPISWAVGPDVLKSPERFAESPKHFSSSDKGIVATVPFIPSESPYPASPIPYPMSEQAPEENKNEVDSIPQPDDQAPYMSPTPLASFFNNCRQEEPQSLSEESLCLTNEVQAEASDNENNNYTESSDVRPPVAEEPESWSDPFSTADDDLDLGPFSLPDLPSPVKEDADEISSRQQIVARSPSIIHNECDTSETNPVDINFQSTVTPNETNDVVDVENKLQICEQKCDHTEDTSLEPTKVATDNCKTDCESVTFPQSFAQPSSPEQTEKEQLINLPLNDNLQECVSAPEDSLTTLEQECKPAESVVHDSPPNTETPLINITTEAPEPTAKITVDVPKAPKIEEIPQRMTRNRAQMLANQNKQNASTIEKEMPAVTVPSTRGKSRATEEEESQTQHPRKRKLQKPNQLQQQIISNTSQQTREMIQQTLAAIVDAIKLDDIEPYHSDRSNPYFEYLQIRKKIEEKRKILCYITPQAPQCYAEYVTYTGSYLLDGKPLSKLHIPVIAPPPSLCEPLKELFRQQEAVRGKLRLQHSIEREKLIVSCEQENLRVHCRAARTIANQAVPFSACTMLLDSEVYNMPLENQGDENKSVRDRFNARQFLSWLQDVDDKYDRMKTCVLMRQQHEAAALNAVQRMEWQLKVQELDPTGHKSLCVNEVPSFYVPMVDVIDDFVLLPA

Target ORF information:

RefSeq Version	XM_004913581.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis ankyrin repeat domain 11 (ankrd11), transcript variant X2, mRNA.

Target ORF information:

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

XM_004913581.4

ORF Insert Sequence:

ATGCCCAAAG GTGGGTGTTC TAAAACCCCA CAGCCAGAAG ACTTTTCTCT CAGCTACGAC 
ATGGTGGAGA AACAAACTGG GAAAAAGGAT AAAGATAAAG TTTCCCTAAA TAAGACTCCA 
AAATTGGACC GAACTGATGG AGGGAAAGAG GTAAAAGAAA AAAACACAAA AAGAAAATTG 
CCTTTTTCAG TTGGAACAAA TGGAGATCAG AAAGATTCCG ATACAGAGAA GCAGGGCCCA 
GAAAGGAAAA GAATCAAGAA AGAACCTGCA AATCGAAAGC CTGGGTTGCT TTTTGGGATC 
GGTTTATCTG GAATACGAGC TGGTTACCCT CTTTCAGAGA GGCAACAAGT TGCCTTACTT 
ATGCAGATGA CTGCAGAAGA ATCTGCCAAT AGTCCAGTTG ACACGACACC AAAGCATCCT 
TCTCAGTCTA CAGTTGGTCA GAAGGGTACT CCTAACTCTG CCTCCAAAAC CAAAGATAAA 
GTGAACAAGA GGAATGAGAG GGGAGAAACC CGTCTCCATC GGGCTGCAAT CAGGGGAGAC 
GCTAGACGAA TTAAAGAGTT AATAAATGAA GGTGCCGATG TCAATGTAAA AGACTTTGCA 
GGATGGACTG CATTGCATGA GGCTTGTAAC CGTGGTTACT ATGATGTTGC AAAACAACTT 
CTTGCTGCAG GGGCAGAAGT GAACACCAAG GGTTTGGATG ATGATACACC ATTGCATGAT 
GCATCAAACA ATGGCCACTT CAAGGTTGTC AAATTGCTAC TACGTTATGG AGGAAATCCA 
CATCAAAGTA ACAGGAAAGG AGAAACCCCT TTAAAAGTTG CAAACTCCCC CACAATGGTA 
AACCTTCTTT TAGGAAAGGG TTCCTACACG TCAAGTGAAG AAAGCTCAAC AGAAAGTTCT 
GAAGAGGAGG ATGCACCTTC TTTTGCACCT TCAAGTTCAG TTGATGGCAA TAATACAGAC 
TCTGAATTTG AAAAGGGTTC CAAACACAAA GGCAAGCAGC ACCCAGAGCC GCCCAAAACT 
ACCACACCTG TTAAGGATGA ATATGAATTT GATGAGGATG ATGAAGAAGA TCGTGTACCT 
CCAGTTGATG ACAAGCACTT GCTAAAAAAG GACTTCAGAA AAGAGATAAA ACCTAACAGT 
TTTATTTCTA TACCTAAAAT GGAAGTAAAA ACCTATTCTA AAAACACATC TGCACCAAAG 
AAAACTGCGC GACGCATTCT GTCAGACACT TCTGATGAAG AAGGCAATCC AGTTTCTGTA 
GGAGCAAGTG AAAAGCTTTG TCTTTCTGCT CACACAGGCC TACCGAGCAA TAAAACCAGG 
GAGCAAACTA TTGTGAAGCT TAAAGACAAA AGCAAAGTTA AAAAGAAAAG GAAGAAAGAC 
ACCAAAAATA AGGAAGTAAG ATTTGGAAAG AAAAATGACA TATTCTGTTC CTCTGAATCA 
GAAAGTGAAA ATGTAGACAG TGATGTAGAA AATGATAGAC TTTCTTTGGA AAGCTCAAAC 
TGTTTAAAGG ATACCGCTAT AGTGCTAAAA GAAGCTTCTT TATTTAGTTC ATTGTCAGCA 
TCTTCTGCTT CTTCTCAAGG TAGTTTAACC TCTCAGAAGC ACAACGCTAA TATCACAGAC 
CAGCAGTCTA AACACTGGAG AACGGACAAT TGGAAAACAA TATCATCTCC TACCTGGTCT 
GATGTTAGTT CATTATCAGA CTCTACAAGG ACGCGGTTAA CAAGTGAATC TGATTATGCA 
TCTGAGGGTT CTAGTTTGGA ATCTGTCAAA CAGATTAAAA AAAAATCAGA TCACAAAAAG 
AAAAACAATA TGCAGAATAG TTTATATGAA AAGAATTCAT TCCATTCGCA TGCAGAAGGA 
GCAATTCCTA AATTAGACAA GGAAGGCAAA GTGGTAAAAA AACACAAAAC CAAACACAAA 
CACAAAAATA AAGAAAAAGG ACAGAACCAA ACAGCACATG ATATTAAAGT TTTAAAAAGT 
TTTTCATTTG AATATGAGGA TTCTAAATTA AAGTCTGACA AGACACTGAT TCTGGATCCT 
GATATACCTG AGAAACTCAA AGTGTTAAAA CATGATCATG ACCACCTAAG GAAAGAGGAA 
AAGGGCTCTA AAGTTAAATC TGATGATAAA GATTGGCCAT TTAGGGATGA GAACGTCAAG 
GCTTTGAAAG AGGAAAGATC TACAAAAAAA ATTAAGGATG CAACTAAAAG TGACAGAGAA 
CGCTCTAGCA AAACAGAGCG AGAAAAAAAT GTAAAAGAAA AGTCTCCCAA AGAAGAGAAA 
ACAAAAACAC ACAAAGATGA TAAAAAACGG AAAAATAAGG AAAAAACATC AAAAGCAGAA 
AGAAAAGGTG ACCTAAAAGA GGAAAAAAAT TCAAAAAATG AGAAAGATAA AGGCTTTAAA 
GAAGAGAAAG AAAAGAGTAA AAAGGAAAAA TCCCAAAAAG ATGAACATTC ATATGAAGAA 
CTGAGCAAAA GTCAATTTTT AGAAAATGAG CAGACAAAAT TTAGTATTTC TGATGATCAC 
AATTTTTGGA ACTCTGCAAC ATCCTCAGAT TCCTCAGAAG ATAGTTGGGA TTCTGTGGCG 
TCTTACAGGG AAAGTACCTC CATTACCAAG CTAATGGTTG AATCAGTCAA GGAAGAAATT 
AAAGAAAAGG ATTACAAAAG CAAGGAGAAG AAGGATTGTA TTGAAAAACA AACTGATAAA 
GATCTCATCA AAAGAAAAGA GAGGGATCCT TCTGAAAAAA ATTCTGAAAA GAAAAAGGAG 
CAGGTTGACA GGCACAAAAG TACTTCAACA TACATGTCAG AAAAAGAGAA AAAACGCAAA 
GATATTTTTG ACTGTGTTAA AAACCGAAAG GATAAAGAGA GTATTGAATC TACAAGAAGG 
GAATCTGCTG GAAACAAAGA TCGCAAAGAC TGTAAAGTAA AGCAAGAGGA ACACTACAAA 
GAAGATCTAA AAGACCATGG GAGTGAGCCA TTCATTATAG ATAAACCTGA ACAAGAGGTA 
GTTCCAAGAA ACTCTGAGCT GAGGGAAAGG CATCATTCTG GCAAGGAAAA GAAAGAGCCT 
TCTGAGAAGG AAAAAAAAGA AAAGCCAAAG CCTGAAAAAC ACAGAGAAAA ATCAAAGGAC 
TCGGAAAGAG AGAAAGGTGA AAAGGCTACT TTTGAAAGAA GTCAGAAGGA GAAAGAGACA 
GATAAAGTGT TCAAGGAGAA AAAAGAACCA AAGGAAAAAT ATAAAGAATT GCATAAAGAT 
CGAAAAAGCT CTTCTGAACA GAAAATTGAT AAAAAAGAGA GAAATACATC CTTTGATCGT 
GAGAAAAGGA AAAATTGGTA TAACATAGCT GATATATTCA CAGATGAGAG TGAAGATGAG 
TCAGAGCAAT ATATTCCTGC CTTTAAAATT ACTGAAGGAT TTGGTAATGA ACTGCACAGA 
ATGGATGGTT ACCATGAGCG GGAGATTTCG TATCCAGAAA AGGAGTCTTT ACAGTCTGAA 
AAACACAGGA AATATTCTAA TGAAAAGCAA CATTCAGGAG AAAAACAGAG AGAGCGTGAC 
TTAAAAGACA GGAAAAAAGA GAGAGTACAA AATGATGTAG GGAGAGAGAA AAAAGACAAG 
AACAATGCAG ATAAACACAA AGACAAGAAG GAAAAAGATT CTGTGGAAAA GTCCCGCAAG 
GACAAGGCTT TGTTAGACTC AAATCAAGAC AAGAAATGTA AGCAAAAAGG ACAGAATGAG 
AAAGAAAAAC ACCTCAATGA AGATAAAGCA AAAAACAAAC ATAAGGATAA GTTCGAAAAG 
GATCATTTTA AGGACAGAAA ATTTTCAAAA GGTGAAGCAG AAAAAAGCCT TTTGGAAAAA 
CTAGAAGAGG AGGCACTTAA CGACTATAAG GATGATTCAA ATGATAAAAT TAGTGAAATA 
TCTTCTGACA GTTTCACAGA TAGAGTTCCA GACCCAGCCC TTACAAATAT TTTTGAAACT 
TCCATACACA CTAGTATAGA AGCATTAGAA GATAAATTTA AGGATTCTGT ACCTTTGCAG 
TGTTTAGCCG AGAAGCTCAA AGATAAAGAG AGAAACAGAC ATTCCTCCTC CTCATCCTCA 
AAAAAGAGCC ATGACAAGGA CAAAATACGA AAGGAGAAAT CTGATAAAAA ATCTGAAAAA 
TTAGATGATA TAAAGGATCC CTATATGAGG AAAGACTTCC TGCAGTATGA TAAGGAAACA 
CCTCTACCAG ATGGTGATGC ACACATTTTG TTTCCTGTCA GAAATGAGAC TGAAGAAGAA 
GCTGATAGAA GTGTAGACTA TGTGTTCCCT TCTGAGAAAG ACAAGCATGA TCTGGAGCGA 
GAATCTTCTA AAAAGTCAGA GCGTGAAAAG GGTTATAGTA CCACCTCTTC TGTTGTCAAA 
GAAAAGAAAA AGAAAGAGCG GCACCGTGAA AAAGGCAAAG ATGAAAAACA CAGAGACAAA 
CATTTGGAAG CATTTTTTAG GCATCATAGA GAAGAGCAAA AAAATGTAAT AAGAGAAAAG 
GAGTTGCCAC AAGTTATTTT AAAAGACAAA TCAAAGGATG AGGTGGTAAA ATGTGGAGAG 
ATGAAGCTAA AAGAGAAAAC AAAAGAAAAT GAGAAGGAGA AATCTGACAC TGTCCGAATA 
AGTAATGGAA ATGAGAGAGT AAGCCAAGTC AAGGAATCCA GCAAAAAAGA CAATAAACCT 
AGAGAAAAAC TTCTGGGTGA TGGAGACTTG ATGATGACTA GCTTTGAAAG AATGCTTAGC 
CAAAAGGACC TAGAAATAGA GGAGAGGCAT AAACGTCACA AAGAAAGAAT GAAGCAAATT 
GAAAAAATGA GGCACAGGTC AGGAGATCCT AAATTAAAAG ACAAATCAAA GTCTGAAGAT 
TTACGTAAAC GAAGTTTAGA CTCATCCTCA AAAAAGCCAC TAATTACAGA TTCTATACAA 
AAGGAGAAAA AGGCAAAAGA GTTGAATTTG ACAGTGTCTG AAAATAAAGT ACAGCCTGTA 
GTATGTAATG ATTCTAAAGA CTGGCTAAAT GGTCCACAAA CAAAAGAAAT TCTTACTGCT 
TCTCCAAGGC CTGATCAAAG CCGTCCAACA GGGGTCCCTA CGCCAACATC TGTGATTTCT 
TGTCCAAGCT ATGAGGAAGT GATGCAGACT CCAAGAACAC CTTCATGCAG CACTGAGGAC 
TACCAAGACC TGTTTGAGTG TTCAGATACA CAACATTCTT TACCAGTGTC CGCTATGTCT 
ATGAATGCTT GTTCACCAAC ATTTTTTGAC AGATTTTCCA ATACATCTGG TGGGATTGGG 
GAGAATCCTA GCCAAACACC AACTAGGTCA ATTTCTTCTG CCAACCGTAG CCGATCTATA 
TCTGTTGACA TTAAAAGAGC GCCTGAAGAT GAATTCCACT TATCTGAAAA GTTTTTCAGA 
CAACAAAGTG TTCCAGTTTC TTCAAGTTTC AATTCACCCG TTCAGATGTC AATGGATGAC 
AAGGTTCCTT TACCTGTACT CTCTGCTGAA AAATTTCCTT GTCTTTCTCC AGGTTATTAC 
TCTCCTGAGT ACAGGGCTCA ATCTCCTGGT GTTAATAAAT CTATATCAGT AGATTGTGGA 
AACATTGCCG TTTCACCTGA ACCTGTTTAT TCCTGTGTAC CAGGAAAGTT GTCGCCATCA 
GAAAGAGATG ATTTATTAGA GCCTTCCACA GAAAGTGCCA TTCCTCCAGC TGAGTTAGCC 
CTTCCCGCTG ATTCTGCAGA AGCTCAAAAA GCAACTGAGT CCATTCTTCC TCAAGAGGAG 
AGTTTTTCAC CACCTGAATC AAATTTTATG CCACAGGAAT CCTTTCTACC ACCTGAAACC 
AACTTTATGC CAAATGAAAA TAGCTTTCCT GCAGAATCTG ACTTTATGCC CCAAGAAACA 
ACTTATTTAC CCCAAGAGAC AAGTTTTTTA CCTCAGCAGT CAAGCTTTAT CCCAGAGGAG 
TCAGGCTTTT TGCCACCAGA ACCTGCCTAC TTAGCCCCAG AGCAAAGCTT TGCAGTTCAA 
TCTGAGCCTG ATTTTGCCCC CACGGAAACT GCATATTTGC CTGATGATGC TGTTTTCCAC 
GCACAGCCGA CTGAAAGCAC TTTCCTAACA CCAGAACCAG CTTTTATGCC ACCCCCATCT 
GAATCAAATT TTCTTCCATC AGTTGAGGAA AATGTGTTTT GTTCCAGCAT CTCGGATCAG 
AATCTAGGAT GGTCTAGTTC TCCAGTACAG AATTCTGAAA CTACAATGCC AACAAGTCTC 
CTTGGAAACA CTTTAGAACA TCCTATTAGC TGGGCAGTTG GGCCTGATGT ATTAAAGTCT 
CCAGAAAGGT TTGCTGAGTC ACCTAAACAT TTTTCTTCAT CAGACAAAGG CATTGTTGCC 
ACAGTTCCTT TTATTCCTTC AGAGTCCCCC TACCCAGCTT CTCCAATACC CTATCCAATG 
TCAGAACAAG CCCCAGAAGA GAATAAAAAT GAAGTAGATA GTATACCCCA GCCTGATGAT 
CAGGCTCCTT ATATGTCTCC TACACCACTT GCATCATTTT TTAACAACTG TAGACAAGAG 
GAACCTCAAT CACTGTCAGA AGAGTCTCTA TGTTTAACGA ATGAGGTTCA GGCAGAGGCA 
TCGGATAACG AGAACAATAA CTACACAGAG TCCAGTGATG TTCGCCCTCC TGTTGCTGAA 
GAGCCAGAAT CATGGTCTGA TCCATTTTCA ACTGCAGATG ATGATTTAGA TCTTGGCCCA 
TTTTCTTTAC CAGACCTTCC ATCCCCAGTT AAAGAAGATG CAGATGAAAT AAGTAGTAGG 
CAGCAGATAG TTGCCAGAAG TCCTTCTATT ATCCATAATG AGTGCGACAC AAGTGAGACA 
AACCCTGTTG ATATTAATTT CCAGAGCACT GTAACTCCAA ATGAAACCAA TGATGTAGTT 
GATGTGGAAA ATAAATTACA AATCTGTGAG CAGAAGTGTG ACCATACAGA AGATACATCT 
TTAGAACCTA CCAAAGTTGC AACAGACAAT TGTAAGACTG ACTGTGAGTC TGTAACGTTT 
CCACAGTCAT TTGCACAGCC ATCTTCACCA GAGCAAACTG AGAAAGAACA ACTGATAAAT 
CTTCCTCTGA ATGACAATTT GCAGGAATGT GTGAGTGCAC CTGAAGACTC TCTAACAACT 
TTGGAGCAAG AATGTAAACC TGCTGAAAGT GTTGTTCATG ATTCTCCTCC AAATACTGAA 
ACTCCGTTAA TAAACATCAC AACAGAAGCC CCAGAGCCAA CTGCAAAAAT TACAGTTGAT 
GTTCCCAAAG CACCCAAAAT TGAAGAAATA CCTCAACGTA TGACCCGTAA CAGAGCTCAG 
ATGCTTGCTA ATCAGAATAA ACAAAATGCA TCTACTATAG AGAAGGAGAT GCCTGCAGTT 
ACAGTGCCAT CCACACGGGG AAAGAGTAGA GCCACAGAGG AAGAAGAATC GCAAACCCAG 
CACCCACGCA AGCGAAAGCT CCAAAAACCT AACCAACTAC AACAACAGAT TATAAGTAAC 
ACCAGCCAAC AGACTAGAGA GATGATTCAA CAGACATTGG CTGCCATTGT TGATGCTATA 
AAGCTGGATG ACATTGAGCC ATATCACAGT GACAGGTCAA ACCCTTACTT TGAGTATTTG 
CAGATAAGAA AGAAGATTGA GGAAAAGCGG AAAATCTTGT GCTATATCAC ACCACAGGCT 
CCTCAGTGTT ATGCAGAATA TGTAACCTAT ACTGGATCAT ATTTGTTAGA TGGCAAACCT 
CTCAGCAAAC TTCACATTCC AGTGATTGCA CCTCCACCAT CTTTGTGTGA GCCTCTCAAG 
GAGCTGTTTA GGCAACAGGA AGCTGTGAGA GGGAAGCTTC GCTTACAACA CAGCATTGAG 
CGGGAAAAGC TCATAGTGTC CTGTGAGCAA GAGAACCTTC GAGTTCACTG CAGAGCTGCC 
AGGACGATTG CCAACCAGGC TGTGCCTTTC AGTGCCTGCA CGATGTTGCT GGACTCAGAA 
GTGTATAACA TGCCTTTGGA AAATCAGGGA GATGAAAATA AGTCAGTCCG AGATCGCTTC 
AATGCTCGTC AGTTCCTTTC CTGGCTGCAA GATGTTGATG ACAAGTATGA CAGGATGAAG 
ACTTGTGTAT TAATGCGACA GCAGCACGAA GCTGCAGCCT TGAACGCAGT GCAAAGGATG 
GAGTGGCAAT TAAAGGTGCA AGAGCTGGAT CCAACTGGTC ATAAATCTCT GTGTGTTAAT 
GAGGTTCCCT CTTTCTATGT GCCAATGGTG GACGTTATTG ATGACTTTGT GCTCTTGCCG 
GCATGA

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

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ankrd11 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:

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