pdcd11 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	pdcd11
Entrez Gene ID	100327235
Full Name	programmed cell death 11
Synonyms	alg-4,alg4,nfbp,rrp5
General protein information	Preferred Names programmed cell death 11 Names programmed cell death 11 protein RRP5 homolog
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_004915851.4	XP_004915908.2	protein RRP5 homolog
XM_004915851.3	XP_004915908.1	protein RRP5 homolog

Pathways from BioSystems

Homologies

Rattus norvegicus (Norway rat)	Pdcd11	NP_001101074.2
Danio rerio (zebrafish)	pdcd11	NP_001082837.2
Homo sapiens (human)	PDCD11	NP_055791.1
Canis lupus familiaris (dog)	PDCD11	XP_535003.3
Mus musculus (house mouse)	Pdcd11	NP_035183.2
	PDCD11	XP_001105950.2
Gallus gallus (chicken)	PDCD11	XP_421739.4
Oryza sativa (rice)	Os07g0203300	NP_001059139.1
Pan troglodytes (chimpanzee)	PDCD11	XP_508013.3
Bos taurus (cattle)	PDCD11	NP_001095573.1
Arabidopsis thaliana (thale cress)	AT3G11964	NP_187803.4
Xenopus tropicalis (tropical clawed frog)	pdcd11	XP_004915908.1

Gene Ontology

The following pdcd11 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the pdcd11 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OXa61977	XM_004915851.4 Latest version!	Xenopus tropicalis programmed cell death 11 (pdcd11), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OXa12676	XM_004915851.3 Latest version!	Xenopus tropicalis programmed cell death 11 (pdcd11), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$1021.30 $1459.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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5 or more Clone	50% OFF
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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

pdcd11 ( XM_004915851.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004915908.2 Xenopus tropicalis programmed cell death 11 (pdcd11), mRNA.

Price & Availability↑

CloneID	OXa61977
Clone ID Related Accession (Same CDS sequence)	XM_004915851.4
Accession Version	XM_004915851.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5436bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	protein RRP5 homolog
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) 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_004915851.3. ##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##

ATGGAAGAAA GTTTCCCACG GGGTGGAACC CAGAAAAAAA CTGATCAAAA AACTGTTAAA 
AAAAGGCCTA AGGAAAATGA CGGCAACCTT TTCTCGACTT ATCATGAGGA GAATGAACAG 
GAGATCAAGA AGAAAAAGAA AGTATTTCAT GAAAAGCCAA AGGCTGCTAG TCAAGAAAAA 
AGTGTAACAA CAGCTGCAAA GGAAACCGTG GAGATTCCAC AGTATAAAAA CCTGAGCGTC 
GGGATGATGT TCCTTGGCTG TGTGAAACAG GCTAAAGATT TTGAGCTGGC AGTGAGTTTG 
CCATATTGCT TAACAGGCTA TATCCAAGCA ACAAATATTT GTGAGGCGTA TACTAAACTC 
ATTGGTGAGC AAGTGAAAAA AGATGACCCC ATGGAGGCAT TAACACCCCT CTCTGAGCTG 
TACAGTCCAG GAATGTTGGT ACGATGTGCA ATAAGCAGTT TAGAGACAAC AACCAGTGGT 
TGCAACAGCG TCAAACTGTC CATCAACCCA AAACATGTCA ATAAAGCTCT GACCACCGGA 
TCGCTGAAAG CAGGCATGCT TGTATCTGGG TGTGTGTCAA GCGTAGAAGA CCATGGATAT 
CTTGTTGACA TAGGAGTCAC TGGAAGTAAA GCATTCCTGC CACGTCAAAA AGCACAATTA 
TTTTTAAATC AAGCAGGAAA AGGACCCTTA CTCAGAATAG GACAGTACCT AAACTGCGTG 
ATTCAAGAAG TGAAGAATGA AGGAAGGATA GTCCGTCTGT CCATCACCCA AAATGATGTG 
ACTGGGGCCC TTGCAACTAT GGAACAAAAT TGGACTCTGA ATAATCTATT GCCGGGACTT 
GTACTTAAAG CACAGATAGA GAAGGTGACC CAGAGCAGCA TCACTTTGTC TTTCCTTTCA 
TCCTACACGG GCTTTGTGGA TTTCTTGCAC TTTGAACCAA AGAAAATCGG TTCCTACAAG 
GAGGGTCAGG AAGTCAAAGC CTGTATCTTG TGGCTTGATC CTTCCACAAA GAGCATCAGA 
CTTACACTCC GCCAGTGTTT TCAGCAGCCA GGGAACCCCC TGCCCCAGCT CACCAGTGAC 
TGGGTTGGCT CTGTACTTGA GAACTGCATG GTTCAAACAC TGGTTAGGAA CGCTGGAGCC 
ATTTTTGAGC TGGATGGAGG AAACCTGGGC TTTGCGTTTA AACATAATCT TTCTGCTTCC 
AAACACCCTG ATAACGAAAT CTTCAAAAAA GGCACTGCTC ATAAAGGAAG AATCAAAGAA 
TTTAGTCCCA TGGAGGAGAT GCACTTTCTG TCTCTAAGAG AGAAAATGAT TACAGATCTG 
TTCTTGCGCC ATGAAGATAT ACAGGCTGGA CAGGTGCTGG AGGGCACAAT ACAGAGCTTG 
GAAGCAGTAG GATTGGTGGT GAAGATCACC GATCACCTCA CTGGTCTTGT GCCTAAACTC 
CATTTTGCTG ATGTTCTTCT CAAACATCCC GAGAAGAAAT ACATTATTGG GAACAAGATC 
AAATGCAAGG TCTTGACTGT AATTACTTCT GAACGAAAGT TGATCCTGAC ACGGAAGAAA 
ACTCTGATGA AGTCAAAGTT GCCCATAATT GCCAGCTTTG ACGATGCCCA ACCAGGCCTA 
ATTACCCATG GCTTCATTGT GGCCATCAAA GACTATGGAT GCATTGTTAA ATTCTTTAAT 
GAGGTACAAG GCCTAGCTCC ACGCCGTGAA CTGGGCTCTC TGCAAGAGAT TTCCTCGCTG 
GAAGATGCCT TTTACAGAGG GCAGGTAATT AAGGTTCGAG TTCTGGATTG TAACCCCCAA 
ACACAAAAAT TGCTGTTGTC CTTCAGAATA ACTGAAGAGG GGGAGACTGA ACAAGAACAA 
CGCTACCTCA AGAAGACAAA GGCGGTGAAG CTAGATGTTG GCAAGGTGGT TGACACAAGA 
GTCGTATCGA AAACCGACAA AGGTGTTAAT GTTCTAATCC TGCCTGAGGA AAGCCCCGCC 
TTCATTCCCA AAATGCATCT CTCAGATCAC ATATCAAATT GCGAGCTACT CTGGCATGCG 
CTGGAAGAAG GGGACAACAT TCCTGGAGTT ATGTGTCTTA GCACCTTCAA GGGCCACCAT 
ATATTAACAA AGAAAGCAGT TCTGATTTCC TCCTTTGAGA AAGGATCGTG CGTAAAAGTC 
ATCTCTGAAG TGCAGACAGG GATGCACCTG ACTGGCTTTG TGAAAAGTAT CATGCCATAT 
GGTGCCTTTG TTGAATTCCC ATACGGCCTG TTTGGATTGG TGCCCAAATC AGAAATATCA 
GACAAGTTTG TGACCAACAT CAGTGACCAC TTATTCGAGG GCCAGACTGT GTTGGCCAAG 
GTGATCAAGA CAGATGAAGA GAAACAGCGG TTCCTGCTGA CCCTGAAGAT GTCGGAGTGC 
GCTCCCAGTG ATTGTTCTGC TGAAGGCCTT CTCCTTCTGA GCCAGTGTTT CAGTGAACTG 
CAGCTTCTGA AGGGTCTGCT TTCTAGGAAA GGAGATCCAG AGGATGAGCT AAGTATCTAC 
ACACTGACCT CAGGACAAAA GCTCACTTTG GTTGTTGAGA ATGCAGAGGA GAATGGTCCG 
GTCCACTTCA GTACTGGCAG CATTACTGGC GCGCAAACTG TATCAGCCAC CCATAATAAC 
ATTGGAGATG AAACGCCAAT TGCTGGACAG AAAGTCAAAG CTGTGGTTTT AAATGTTGAT 
TTGCTTAAGC TGCATGTTTA TGTATCTCTA AATGAGGCAC TGTTGAAAAA GAAAAAGAAT 
GTGCCAAAGA TGAATTCGTC CCACTCAGCA GATGTGCTGC ACGTGGCAGA AGAATTTGCA 
GTTGTGTCCT TGACAGGCCC TGCTCACCTA GCTGCTGTTC CTATGTCATC TCACCTTAAC 
GACACCTTCC ATTTTGAGTC TGAAAAGCTG AAGGTGGGAG AGACCATCAC CGTAATTCTA 
AAAGCAACGT CTGTGAATGA ACAGGGCCTC TTGCTGGCTG TGCAAAATAA ATCGGCCTTG 
AAGACAAGCA AGAACCAGGG GCAAACAAAG CAGTCAGATG TGAAAACCTC TGGTTTCATG 
GCACATGGTT TGAAAGTGGG AGATCTGGTA TCTGGAACAG TGAAAAGTAT AAAGCCCACA 
CAAGTGATTG TCTCCATTAA TGATAATGTA TGTGGCTTTA TCCATGTTTC TCAAATAACA 
GAGGATACCC CACTGGGTTC TTTCCCCACC TCCAAACTGA GCCCAAAGCA GGAGGTGACA 
GGTCGAGTTA TTGGAGGAAG AGAAGTGAAG TCGCACAGAT ACCTTCCAAT CACACATCCT 
GACTTCATAC ATTCTCTTCC GGAGCTGAGC ATTCTCCCAG GTTTAATTAA CAAAGACAAT 
AAAGTTCCAA AGCCAAGACC ACTGAAAACG TTCACCCCTG GTGAAAAGGT TACATGTTAT 
ATAAATAAGT ATAACACAGA GAAGAAATAT CTAGAGGTGG AGATTACACC ACAAATCCGG 
GGGAGAATTG AGCTGCTACT TCTTTCCCAG ACCCCCAAGA ACTTAAAGCG TCCGGAAAAA 
CTGTTCAAGA ACGGCCAATC CTTGTCTGCA ACGGTGGTTG GGCCAGACGC CACTCACAAG 
CACCTCTGTC TTTCATTAAC AGGTATCTAT TCATTGGAGG AAGGATCTGT GACGATGGCC 
TCTGTGACCA AGGTAGTAAA GGGCTCTGGG CTGACACTTT CCCTGCCATT TGGGAAGACT 
GGAGAAGCCA GTATTTTTCA CCTACATGAC AACTACACGG AAGCTTCATT GGATAAATTC 
ACCCCTGGGA AGATTGTCAG GTGTGCCATA CTTTCTGTTT CCAAGACAAT TAAGGTTTCT 
TTGATGCAGT CCAAGATAAA TCAACAAGCT TCCAAGAGTA CGGATGATAA GGAAATTACT 
TCCTTTGATA GTCTGGAAGA AGGGCAATTA GTCACTGGCT TTGTGAGTGC AGTTACACAA 
AACAAAGGAG TGTTTTTCAG GTTATCCAGC TCTATTGTGG GACATATCCA GTTCCGGAAT 
ATCACTAGTT ATTTTGTTTA TGATACCTCG GCATACAGTA AATATATCCC AGAAGGCACC 
TTGCTTACAG CCAAAGTTCT GTCTGTAGAT CCGGAGCAGA AACACGTGGA GCTTTCACTA 
CTTCCCAGTG ACACCGGAAA GCCTGATGTG ATACCTGAAT CTGCTGGATT CAGCAAAAGG 
AAAAATAAGG AGAAAAAGAC CACAACAAAA AGGAAAAGGG AGAATTTGGA AAAGGGTTCA 
CAGAAGAAGA AATCCCAGGA ATCTAAGGAG GATGAGGACA GTGGAGTTGA GGTTTACTGC 
AGAGAGGAAG ATTCAGAGGA TAAAACAAAG AAAACACAAA CACAGCAGCA GTCCCAGGAG 
CAAACTAGCA GTCAACCATC TGTCTCCAGG CTGCAAGTTT CCACTGGGTT CTCGTGGGAT 
GTCAGCCTAA ACACTCTCAA ACCATCTCTA GCTGGGGCTA ATGACAGTAG CTCAGACAGT 
GATGAAGAGG AGGATGAACA GCCCAAGAAA AAGAAGATGA AAAAAGAGCT GGCGAGAGAA 
AAAAAGGAAG CAGAGAAAGA ACTTTCTAAG AAAGAAGCTG CTTTACAGGA TTCCGGTCGG 
CAACCTCAGT CAGCGGATGA CTTTGACCGG CTTGTCATTA GCTCCCCAGA CAGCTCCATC 
CTTTGGCTAC AGTACATGGC ATTCCACCTT CATGCCACCG AAATAGAGAA GGCACGAGTT 
GTAGCAGAGA GAGCTCTCAA AACCATTTCT TTCAGAGAAG AACAGGAGAA GCTCAATGTG 
TGGGTTGCAC TGCTAAACTT GGAGAACATG TACGGCACTG AGGAAAGCCT TGTGAAGGCT 
TTTGAACGAG CAGTTCAGTA TAACGAGCCT TTGAAAGTCT ACCAGCAGCT GGCCGACATC 
TACGTCAAGT CTGAGAAGTT TAAGCAAGCA GAGGATTTGT ACAACACCAT GTTGAAGCGC 
TTCCGCCAGG AGAAGTCTGT ATGGATTAAA TTTGCTACTT TCCTTCTAAA GCAAGGCCAA 
GGAGATGGGA CTCACAGACT GTTGCAGCGT GCGCTTAAGA GCCTTCCGGA GAAAGACCAT 
GTTGATGTAA TTTCAAAGTT TGCCCAGTTA GAGTTCCAGC TGGGTGACAG TGAGCGGGCC 
AAAGCCCTGT TTGAGAGTAC GCTGAGCAGC TATCCGAAAC GCACGGACCT CTGGTCAGTT 
TATATTGACA TGATGGTGAA ACATGGCAGC CAACGGGAAG TGAGGGACAT TTTTGAGCGA 
GTGATTCATC TGAGTTTGGC AGCTAAAAGG ATCAAGTTCT TTTTCAAACG CTATTTGGAG 
AATGAAAAGA AACACGGAAG TGCTGAGAGT GTCCAGGCCG TGAAAGAGAA AGCGCTGCAG 
TACGTGGAAT CCCAGAGTTC TCTGGCGGCC ACATAG

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

RefSeq	XP_004915908.2
CDS	221..5656
Translation	MEESFPRGGTQKKTDQKTVKKRPKENDGNLFSTYHEENEQEIKKKKKVFHEKPKAASQEKSVTTAAKETVEIPQYKNLSVGMMFLGCVKQAKDFELAVSLPYCLTGYIQATNICEAYTKLIGEQVKKDDPMEALTPLSELYSPGMLVRCAISSLETTTSGCNSVKLSINPKHVNKALTTGSLKAGMLVSGCVSSVEDHGYLVDIGVTGSKAFLPRQKAQLFLNQAGKGPLLRIGQYLNCVIQEVKNEGRIVRLSITQNDVTGALATMEQNWTLNNLLPGLVLKAQIEKVTQSSITLSFLSSYTGFVDFLHFEPKKIGSYKEGQEVKACILWLDPSTKSIRLTLRQCFQQPGNPLPQLTSDWVGSVLENCMVQTLVRNAGAIFELDGGNLGFAFKHNLSASKHPDNEIFKKGTAHKGRIKEFSPMEEMHFLSLREKMITDLFLRHEDIQAGQVLEGTIQSLEAVGLVVKITDHLTGLVPKLHFADVLLKHPEKKYIIGNKIKCKVLTVITSERKLILTRKKTLMKSKLPIIASFDDAQPGLITHGFIVAIKDYGCIVKFFNEVQGLAPRRELGSLQEISSLEDAFYRGQVIKVRVLDCNPQTQKLLLSFRITEEGETEQEQRYLKKTKAVKLDVGKVVDTRVVSKTDKGVNVLILPEESPAFIPKMHLSDHISNCELLWHALEEGDNIPGVMCLSTFKGHHILTKKAVLISSFEKGSCVKVISEVQTGMHLTGFVKSIMPYGAFVEFPYGLFGLVPKSEISDKFVTNISDHLFEGQTVLAKVIKTDEEKQRFLLTLKMSECAPSDCSAEGLLLLSQCFSELQLLKGLLSRKGDPEDELSIYTLTSGQKLTLVVENAEENGPVHFSTGSITGAQTVSATHNNIGDETPIAGQKVKAVVLNVDLLKLHVYVSLNEALLKKKKNVPKMNSSHSADVLHVAEEFAVVSLTGPAHLAAVPMSSHLNDTFHFESEKLKVGETITVILKATSVNEQGLLLAVQNKSALKTSKNQGQTKQSDVKTSGFMAHGLKVGDLVSGTVKSIKPTQVIVSINDNVCGFIHVSQITEDTPLGSFPTSKLSPKQEVTGRVIGGREVKSHRYLPITHPDFIHSLPELSILPGLINKDNKVPKPRPLKTFTPGEKVTCYINKYNTEKKYLEVEITPQIRGRIELLLLSQTPKNLKRPEKLFKNGQSLSATVVGPDATHKHLCLSLTGIYSLEEGSVTMASVTKVVKGSGLTLSLPFGKTGEASIFHLHDNYTEASLDKFTPGKIVRCAILSVSKTIKVSLMQSKINQQASKSTDDKEITSFDSLEEGQLVTGFVSAVTQNKGVFFRLSSSIVGHIQFRNITSYFVYDTSAYSKYIPEGTLLTAKVLSVDPEQKHVELSLLPSDTGKPDVIPESAGFSKRKNKEKKTTTKRKRENLEKGSQKKKSQESKEDEDSGVEVYCREEDSEDKTKKTQTQQQSQEQTSSQPSVSRLQVSTGFSWDVSLNTLKPSLAGANDSSSDSDEEEDEQPKKKKMKKELAREKKEAEKELSKKEAALQDSGRQPQSADDFDRLVISSPDSSILWLQYMAFHLHATEIEKARVVAERALKTISFREEQEKLNVWVALLNLENMYGTEESLVKAFERAVQYNEPLKVYQQLADIYVKSEKFKQAEDLYNTMLKRFRQEKSVWIKFATFLLKQGQGDGTHRLLQRALKSLPEKDHVDVISKFAQLEFQLGDSERAKALFESTLSSYPKRTDLWSVYIDMMVKHGSQREVRDIFERVIHLSLAAKRIKFFFKRYLENEKKHGSAESVQAVKEKALQYVESQSSLAAT

Target ORF information:

RefSeq Version	XM_004915851.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis programmed cell death 11 (pdcd11), mRNA.

Target ORF information:

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

XM_004915851.4

ORF Insert Sequence:

ATGGAAGAAA GTTTCCCACG GGGTGGAACC CAGAAAAAAA CTGATCAAAA AACTGTTAAA 
AAAAGGCCTA AGGAAAATGA CGGCAACCTT TTCTCGACTT ATCATGAGGA GAATGAACAG 
GAGATCAAGA AGAAAAAGAA AGTATTTCAT GAAAAGCCAA AGGCTGCTAG TCAAGAAAAA 
AGTGTAACAA CAGCTGCAAA GGAAACCGTG GAGATTCCAC AGTATAAAAA CCTGAGCGTC 
GGGATGATGT TCCTTGGCTG TGTGAAACAG GCTAAAGATT TTGAGCTGGC AGTGAGTTTG 
CCATATTGCT TAACAGGCTA TATCCAAGCA ACAAATATTT GTGAGGCGTA TACTAAACTC 
ATTGGTGAGC AAGTGAAAAA AGATGACCCC ATGGAGGCAT TAACACCCCT CTCTGAGCTG 
TACAGTCCAG GAATGTTGGT ACGATGTGCA ATAAGCAGTT TAGAGACAAC AACCAGTGGT 
TGCAACAGCG TCAAACTGTC CATCAACCCA AAACATGTCA ATAAAGCTCT GACCACCGGA 
TCGCTGAAAG CAGGCATGCT TGTATCTGGG TGTGTGTCAA GCGTAGAAGA CCATGGATAT 
CTTGTTGACA TAGGAGTCAC TGGAAGTAAA GCATTCCTGC CACGTCAAAA AGCACAATTA 
TTTTTAAATC AAGCAGGAAA AGGACCCTTA CTCAGAATAG GACAGTACCT AAACTGCGTG 
ATTCAAGAAG TGAAGAATGA AGGAAGGATA GTCCGTCTGT CCATCACCCA AAATGATGTG 
ACTGGGGCCC TTGCAACTAT GGAACAAAAT TGGACTCTGA ATAATCTATT GCCGGGACTT 
GTACTTAAAG CACAGATAGA GAAGGTGACC CAGAGCAGCA TCACTTTGTC TTTCCTTTCA 
TCCTACACGG GCTTTGTGGA TTTCTTGCAC TTTGAACCAA AGAAAATCGG TTCCTACAAG 
GAGGGTCAGG AAGTCAAAGC CTGTATCTTG TGGCTTGATC CTTCCACAAA GAGCATCAGA 
CTTACACTCC GCCAGTGTTT TCAGCAGCCA GGGAACCCCC TGCCCCAGCT CACCAGTGAC 
TGGGTTGGCT CTGTACTTGA GAACTGCATG GTTCAAACAC TGGTTAGGAA CGCTGGAGCC 
ATTTTTGAGC TGGATGGAGG AAACCTGGGC TTTGCGTTTA AACATAATCT TTCTGCTTCC 
AAACACCCTG ATAACGAAAT CTTCAAAAAA GGCACTGCTC ATAAAGGAAG AATCAAAGAA 
TTTAGTCCCA TGGAGGAGAT GCACTTTCTG TCTCTAAGAG AGAAAATGAT TACAGATCTG 
TTCTTGCGCC ATGAAGATAT ACAGGCTGGA CAGGTGCTGG AGGGCACAAT ACAGAGCTTG 
GAAGCAGTAG GATTGGTGGT GAAGATCACC GATCACCTCA CTGGTCTTGT GCCTAAACTC 
CATTTTGCTG ATGTTCTTCT CAAACATCCC GAGAAGAAAT ACATTATTGG GAACAAGATC 
AAATGCAAGG TCTTGACTGT AATTACTTCT GAACGAAAGT TGATCCTGAC ACGGAAGAAA 
ACTCTGATGA AGTCAAAGTT GCCCATAATT GCCAGCTTTG ACGATGCCCA ACCAGGCCTA 
ATTACCCATG GCTTCATTGT GGCCATCAAA GACTATGGAT GCATTGTTAA ATTCTTTAAT 
GAGGTACAAG GCCTAGCTCC ACGCCGTGAA CTGGGCTCTC TGCAAGAGAT TTCCTCGCTG 
GAAGATGCCT TTTACAGAGG GCAGGTAATT AAGGTTCGAG TTCTGGATTG TAACCCCCAA 
ACACAAAAAT TGCTGTTGTC CTTCAGAATA ACTGAAGAGG GGGAGACTGA ACAAGAACAA 
CGCTACCTCA AGAAGACAAA GGCGGTGAAG CTAGATGTTG GCAAGGTGGT TGACACAAGA 
GTCGTATCGA AAACCGACAA AGGTGTTAAT GTTCTAATCC TGCCTGAGGA AAGCCCCGCC 
TTCATTCCCA AAATGCATCT CTCAGATCAC ATATCAAATT GCGAGCTACT CTGGCATGCG 
CTGGAAGAAG GGGACAACAT TCCTGGAGTT ATGTGTCTTA GCACCTTCAA GGGCCACCAT 
ATATTAACAA AGAAAGCAGT TCTGATTTCC TCCTTTGAGA AAGGATCGTG CGTAAAAGTC 
ATCTCTGAAG TGCAGACAGG GATGCACCTG ACTGGCTTTG TGAAAAGTAT CATGCCATAT 
GGTGCCTTTG TTGAATTCCC ATACGGCCTG TTTGGATTGG TGCCCAAATC AGAAATATCA 
GACAAGTTTG TGACCAACAT CAGTGACCAC TTATTCGAGG GCCAGACTGT GTTGGCCAAG 
GTGATCAAGA CAGATGAAGA GAAACAGCGG TTCCTGCTGA CCCTGAAGAT GTCGGAGTGC 
GCTCCCAGTG ATTGTTCTGC TGAAGGCCTT CTCCTTCTGA GCCAGTGTTT CAGTGAACTG 
CAGCTTCTGA AGGGTCTGCT TTCTAGGAAA GGAGATCCAG AGGATGAGCT AAGTATCTAC 
ACACTGACCT CAGGACAAAA GCTCACTTTG GTTGTTGAGA ATGCAGAGGA GAATGGTCCG 
GTCCACTTCA GTACTGGCAG CATTACTGGC GCGCAAACTG TATCAGCCAC CCATAATAAC 
ATTGGAGATG AAACGCCAAT TGCTGGACAG AAAGTCAAAG CTGTGGTTTT AAATGTTGAT 
TTGCTTAAGC TGCATGTTTA TGTATCTCTA AATGAGGCAC TGTTGAAAAA GAAAAAGAAT 
GTGCCAAAGA TGAATTCGTC CCACTCAGCA GATGTGCTGC ACGTGGCAGA AGAATTTGCA 
GTTGTGTCCT TGACAGGCCC TGCTCACCTA GCTGCTGTTC CTATGTCATC TCACCTTAAC 
GACACCTTCC ATTTTGAGTC TGAAAAGCTG AAGGTGGGAG AGACCATCAC CGTAATTCTA 
AAAGCAACGT CTGTGAATGA ACAGGGCCTC TTGCTGGCTG TGCAAAATAA ATCGGCCTTG 
AAGACAAGCA AGAACCAGGG GCAAACAAAG CAGTCAGATG TGAAAACCTC TGGTTTCATG 
GCACATGGTT TGAAAGTGGG AGATCTGGTA TCTGGAACAG TGAAAAGTAT AAAGCCCACA 
CAAGTGATTG TCTCCATTAA TGATAATGTA TGTGGCTTTA TCCATGTTTC TCAAATAACA 
GAGGATACCC CACTGGGTTC TTTCCCCACC TCCAAACTGA GCCCAAAGCA GGAGGTGACA 
GGTCGAGTTA TTGGAGGAAG AGAAGTGAAG TCGCACAGAT ACCTTCCAAT CACACATCCT 
GACTTCATAC ATTCTCTTCC GGAGCTGAGC ATTCTCCCAG GTTTAATTAA CAAAGACAAT 
AAAGTTCCAA AGCCAAGACC ACTGAAAACG TTCACCCCTG GTGAAAAGGT TACATGTTAT 
ATAAATAAGT ATAACACAGA GAAGAAATAT CTAGAGGTGG AGATTACACC ACAAATCCGG 
GGGAGAATTG AGCTGCTACT TCTTTCCCAG ACCCCCAAGA ACTTAAAGCG TCCGGAAAAA 
CTGTTCAAGA ACGGCCAATC CTTGTCTGCA ACGGTGGTTG GGCCAGACGC CACTCACAAG 
CACCTCTGTC TTTCATTAAC AGGTATCTAT TCATTGGAGG AAGGATCTGT GACGATGGCC 
TCTGTGACCA AGGTAGTAAA GGGCTCTGGG CTGACACTTT CCCTGCCATT TGGGAAGACT 
GGAGAAGCCA GTATTTTTCA CCTACATGAC AACTACACGG AAGCTTCATT GGATAAATTC 
ACCCCTGGGA AGATTGTCAG GTGTGCCATA CTTTCTGTTT CCAAGACAAT TAAGGTTTCT 
TTGATGCAGT CCAAGATAAA TCAACAAGCT TCCAAGAGTA CGGATGATAA GGAAATTACT 
TCCTTTGATA GTCTGGAAGA AGGGCAATTA GTCACTGGCT TTGTGAGTGC AGTTACACAA 
AACAAAGGAG TGTTTTTCAG GTTATCCAGC TCTATTGTGG GACATATCCA GTTCCGGAAT 
ATCACTAGTT ATTTTGTTTA TGATACCTCG GCATACAGTA AATATATCCC AGAAGGCACC 
TTGCTTACAG CCAAAGTTCT GTCTGTAGAT CCGGAGCAGA AACACGTGGA GCTTTCACTA 
CTTCCCAGTG ACACCGGAAA GCCTGATGTG ATACCTGAAT CTGCTGGATT CAGCAAAAGG 
AAAAATAAGG AGAAAAAGAC CACAACAAAA AGGAAAAGGG AGAATTTGGA AAAGGGTTCA 
CAGAAGAAGA AATCCCAGGA ATCTAAGGAG GATGAGGACA GTGGAGTTGA GGTTTACTGC 
AGAGAGGAAG ATTCAGAGGA TAAAACAAAG AAAACACAAA CACAGCAGCA GTCCCAGGAG 
CAAACTAGCA GTCAACCATC TGTCTCCAGG CTGCAAGTTT CCACTGGGTT CTCGTGGGAT 
GTCAGCCTAA ACACTCTCAA ACCATCTCTA GCTGGGGCTA ATGACAGTAG CTCAGACAGT 
GATGAAGAGG AGGATGAACA GCCCAAGAAA AAGAAGATGA AAAAAGAGCT GGCGAGAGAA 
AAAAAGGAAG CAGAGAAAGA ACTTTCTAAG AAAGAAGCTG CTTTACAGGA TTCCGGTCGG 
CAACCTCAGT CAGCGGATGA CTTTGACCGG CTTGTCATTA GCTCCCCAGA CAGCTCCATC 
CTTTGGCTAC AGTACATGGC ATTCCACCTT CATGCCACCG AAATAGAGAA GGCACGAGTT 
GTAGCAGAGA GAGCTCTCAA AACCATTTCT TTCAGAGAAG AACAGGAGAA GCTCAATGTG 
TGGGTTGCAC TGCTAAACTT GGAGAACATG TACGGCACTG AGGAAAGCCT TGTGAAGGCT 
TTTGAACGAG CAGTTCAGTA TAACGAGCCT TTGAAAGTCT ACCAGCAGCT GGCCGACATC 
TACGTCAAGT CTGAGAAGTT TAAGCAAGCA GAGGATTTGT ACAACACCAT GTTGAAGCGC 
TTCCGCCAGG AGAAGTCTGT ATGGATTAAA TTTGCTACTT TCCTTCTAAA GCAAGGCCAA 
GGAGATGGGA CTCACAGACT GTTGCAGCGT GCGCTTAAGA GCCTTCCGGA GAAAGACCAT 
GTTGATGTAA TTTCAAAGTT TGCCCAGTTA GAGTTCCAGC TGGGTGACAG TGAGCGGGCC 
AAAGCCCTGT TTGAGAGTAC GCTGAGCAGC TATCCGAAAC GCACGGACCT CTGGTCAGTT 
TATATTGACA TGATGGTGAA ACATGGCAGC CAACGGGAAG TGAGGGACAT TTTTGAGCGA 
GTGATTCATC TGAGTTTGGC AGCTAAAAGG ATCAAGTTCT TTTTCAAACG CTATTTGGAG 
AATGAAAAGA AACACGGAAG TGCTGAGAGT GTCCAGGCCG TGAAAGAGAA AGCGCTGCAG 
TACGTGGAAT CCCAGAGTTC TCTGGCGGCC ACATAG

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

pdcd11 ( XM_004915851.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004915908.1 Xenopus tropicalis programmed cell death 11 (pdcd11), mRNA.

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CloneID	OXa12676
Clone ID Related Accession (Same CDS sequence)	XM_004915851.3
Accession Version	XM_004915851.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5436bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	protein RRP5 homolog
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_004915851.2. ##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##

ATGGAAGAAA GTTTCCCACG GGGTGGAACC CAGAAAAAAA CCGATCAAAA AACTGTTAAA 
AAAAGGCCTA AGGAAAATGA TGGCAACCTT TTCTCGACTT ATCATGAGGA GAATGAACAG 
GAGATCAAGA AGAAAAAGAA AGTATTTCAT GAAAAGCCAA AGGCTGCTAG TCAAGAAAAA 
AGTGTAACAA CAGCTGCAAA GGAAACCGTG GAGATTCCAC AGTATAAAAA CCTGAGCGTC 
GGGATGATGT TCCTTGGCTG TGTGAAACAG GCTAAAGATT TTGAGCTGGC AGTGAGTTTG 
CCATATTGCT TAACAGGCTA TATCCAAGCA ACAAATATTT GTGAGGCGTA TACTAAACTC 
ATTGGTGAGC AAGTGAAAAA AGATGACCCC ATGGAGGCAT TAACACCCCT CTCTGAGCTG 
TACAGTCCAG GAATGTTGGT ACGATGTGCA ATAAGCAGTT TAGAGACAAC AACCAGTGGT 
TGCAACAGCG TCAAACTGTC CATCAACCCA AAACATGTCA ATAAAGCTCT GACCACCGGA 
TCGCTGAAAG CAGGCATGCT TGTATCTGGG TGTGTGTCAA GCGTAGAAGA CCATGGATAT 
CTTGTTGACA TAGGAGTCAC TGGAAGTAAA GCATTCCTGC CACGTCAAAA AGCACAATTA 
TTTTTAAATC AAGCAGGAAA AGGACCCTTA CTCAGAATAG GACAGTACCT AAACTGCGTG 
ATTCAAGAAG TGAAGAATGA AGGAAGGATA GTCCGTCTGT CCATCACCCA AAATGATGTG 
ACTGGGGCCC TTGCAACTAT GGAACAAAAT TGGACTCTGA ATAATCTATT GCCGGGACTT 
GTACTTAAAG CACAGATAGA GAAGGTGACC CAGAGCAGCA TCACTTTGTC TTTCCTTTCA 
TCCTACACGG GCTTTGTGGA TTTCTTGCAC TTTGAACCAA AGAAAATCGG TTCCTACAAG 
GAGGGTCAGG AAGTCAAAGC CTGTATCTTG TGGCTTGATC CTTCCACAAA GAGCATCAGA 
CTTACACTCC GCCAGTGTTT TCAGCAGCCA GGGAACCCCC TGCCCCAGCT CACCAGTGAC 
TGGGTTGGCT CTGTACTTGA GAACTGCATG GTTCAAACAC TGGTTAGGAA CGCTGGAGCC 
ATTTTTGAGC TGGATGGAGG AAACCTGGGC TTTGCGTTTA AACATAATCT TTCTGCTTCC 
AAACACCCTG ATAACGAAAT CTTCAAAAAA GGCACTGCTC ATAAAGGAAG AATCAAAGAA 
TTTAGTCCCA TGGAGGAGAT GCACTTTCTG TCTCTAAGAG AGAAAATGAT TACAGATCTG 
TTCTTGCGCC ATGAAGATAT ACAGGCTGGA CAGGTGCTGG AGGGCACAAT ACAGAGCTTG 
GAAGCAGTAG GATTGGTGGT GAAGATCACC GATCACCTCA CTGGTCTTGT GCCTAAACTC 
CATTTTGCTG ATGTTCTTCT CAAACATCCC GAGAAGAAAT ACATTATTGG GAACAAGATC 
AAATGCAAGG TCTTGACTGT AATTACTTCT GAACGAAAGT TGATCCTGAC ACGGAAGAAA 
ACTCTGATGA AGTCAAAGTT GCCCATAATT GCCAGCTTTG ACGATGCCCA ACCAGGCCTA 
ATTACCCATG GCTTCATTGT GGCCATCAAA GACTATGGAT GCATTGTTAA ATTCTTTAAT 
GAGGTACAAG GCCTAGCTCC ACGCCGTGAA CTGGGCTCTC TGCAAGAGAT TTCCTCGCTG 
GAAGATGCCT TTTACAGAGG GCAGGTAATT AAGGTTCGAG TTCTGGATTG TAACCCCCAA 
ACACAAAAAT TGCTGTTGTC CTTCAGAATA ACTGAAGAGG GGGAGACTGA ACAAGAACAA 
CGCTACCTCA AGAAGACAAA GGCGGTGAAG CTAGATGTTG GCAAGGTGGT TGACACAAGA 
GTCGTATCGA AAACCGACAA AGGTGTTAAT GTTCTAATCC TGCCTGAGGA AAGCCCCGCC 
TTCATTCCCA AAATGCATCT CTCAGATCAC ATATCAAATT GCGAGCTACT CTGGCATGCG 
CTGGAAGAAG GGGACAACAT TCCTGGAGTT ATGTGTCTTA GCACCTTCAA GGGCCACCAT 
ATATTAACAA AGAAAGCAGT TCTGATTTCC TCCTTTGAGA AAGGATCGTG CGTAAAAGTC 
ATCTCTGAAG TGCAGACAGG GATGCACCTG ACTGGCTTTG TGAAAAGTAT CATGCCATAT 
GGTGCCTTTG TTGAATTCCC ATACGGCCTG TTTGGATTGG TGCCCAAATC AGAAATATCA 
GACAAGTTTG TGACCAACAT CAGTGACCAC TTATTCGAGG GCCAGACTGT GTTGGCCAAG 
GTGATCAAGA CAGATGAAGA GAAACAGCGG TTCCTGCTGA CCCTGAAGAT GTCGGAGTGC 
GCTCCCAGTG ATTGTTCTGC TGAAGGCCTT CTCCTTCTGA GCCAGTGTTT CAGTGAACTG 
CAGCTTCTGA AGGGTCTGCT TTCTAGGAAA GGAGATCCAG AGGATGAGCT AAGTATCTAC 
ACACTGACCT CAGGACAAAA GCTCACTTTG GTTGTTGAGA ATGCAGAGGA GAATGGTCCG 
GTCCACTTCA GTACTGGCAG CATTACTGGC GCGCAAACTG TATCAGCCAC CCATAATAAC 
ATTGGAGATG AAACGCCAAT TGCTGGACAG AAAGTCAAAG CTGTGGTTTT ACATGTTGAT 
TTGCTTAAGC TGCATGTTTA TGTATCTCTA AATGAGGCAC TGTTGAAAAA GAAAAAGAAT 
GTGCCAAAGA TGAATTCGTC CCACTCAGCA GATGTGCTGC ACGTGGCAGA AGAATTTGCA 
GTTGTGTCCT TGGCAGGCCC TGCTCACCTA GCTGCTGTTC CTATGTCATC TCACCTTAAC 
GACACCTTCC ATTTTGAGTC TGAAAAGCTG AAGGTGGGAG AGACCATCAC CGTAATTCTA 
AAAGCAACGT CTGTGAATGA ACAGGGCCTC TTGCTGGCTG TGCAAAATAA ATCGGCCTTG 
AAGACAAGCA AGAACCAGGG GCAAACAAAG CAGTCAGATG TGAAAACCTC TGGTTTCATG 
GCACATGGTT TGAAAGTGGG AGATCTGGTA TCTGGAACAG TGAAAAGTAT AAAGCCCACA 
CAAGTGATTG TCTCCATTAA TGATAATGTA TGTGGCTTTA TCCATGTTTC TCAAATAACA 
GAGGATACCC CACTGGGTTC TTTCCCCACC TCCAAACTGA GCCCAAAGCA GGAGGTGACA 
GGTCGAGTTA TTGGAGGAAG AGAAGTGAAG TCGCACAGAT ACCTTCCAAT CACACATCCT 
GACTTCATAC ATTCTCTTCC GGAGCTGAGC ATTCTCCCAG GTTTAATTAA CAAAGACAAT 
AAAGTTCCAA AGCCAAGACC ACTGAAAACG TTCACCCCTG GTGAAAAGGT TACATGTTAT 
ATAAATAAGT ATAACACAGA GAAGAAATAT CTAGAGGTGG AGATTACACC ACAAATCCGG 
GGGAGAATTG AGCTGCTACT TCTTTCCCAG ACCCCCAAGA ACTTAAAGCG TCCGGAAAAA 
CTGTTCAAGA ACGGCCAATC CTTGTCTGCA ACGGTGGTTG GGCCAGACGC CACTCACAAG 
CACCTCTGTC TTTCATTAAC AGGTATCTAT TCATTGGAGG AAGGATCTGT GACGATGGCC 
TCTGTGACCA AGGTAGTAAA GGGCTCTGGG CTGACACTTT CCCTGCCATT TGGGAAGACT 
GGAGAAGCCA GTATTTTTCA CCTACATGAC AACTACACGG AAGCTTCATT GGATAAATTC 
ACCCCTGGGA AGATTGTCAG GTGTGCCATA CTTTCTGTTT CCAAGACAAT TAAGGTTTCT 
TTGATGCAGT CCAAGATAAA TCAACAAGCT TCCAAGAGTA CGGATGATAA GGAAATTACT 
TCCTTTGATA GTCTGGAAGA AGGGCAATTA GTCACTGGCT TTGTGAGTGC AGTTACACAA 
AACAAAGGAG TGTTTTTCAG GTTATCCAGC TCTATTGTGG GACATATCCA GTTCCGGAAT 
ATCACTAGTT ATTTTGTTTA TGATACCTCG GCATACAGTA AATATATCCC AGAAGGCACC 
TTGCTTACAG CCAAAGTTCT GTCTGTAGAT CCGGAGCAGA AACACGTGGA GCTTTCACTA 
CTTCCCAGTG ACACCGGAAA GCCTGATGTG ATACCTGAAT CTGCTGGATT CAGCAAAAGG 
AAAAATAAGG AGAAAAAGAC CACAACAAAA AGGAAAAGGG AGAATTTGGA AAAGGGTTCA 
CAGAAGAAGA AATCCCAGGA ATCTAAGGAG GATGAGGACA GTGGAGTTGA AGTTTACTGC 
AGAGAGGAAG ATTCAGAGGA TAAAACAAAG AAAACACAAA CACAGCAGCA GTCCCAGGAG 
CAAACTAGCA GTCAACCATC TGTCTCCAGG CTGCAAGTTT CCACTGGGTT CTCGTGGGAT 
GTCAGCCTAA ACACTCTCAA ACCATCTCTA GCTGGGGCTA ATGACAGTAG CTCAGACAGT 
GATGAAGAGG AGGATGAACA GCCCAAGAAA AAGAAGATGA AAAAAGAGCT GGCGAGAGAA 
AAAAAGGAAG CAGAGAAAGA ACTTTCTAAG AAAGAAGCTG CTTTACAGGA TTCCGGTCGG 
CAACCTCAGT CAGCGGATGA CTTTGACCGG CTTGTCATTA GCTCCCCAGA CAGCTCCATC 
CTTTGGCTAC AGTACATGGC ATTCCACCTT CATGCCACCG AAATAGAGAA GGCACGAGTT 
GTAGCAGAGA GAGCTCTCAA AACCATTTCT TTCAGAGAAG AACAGGAGAA GCTCAATGTG 
TGGGTTGCAC TGCTAAACTT GGAGAACATG TACGGCACTG AGGAAAGCCT TGTGAAGGCT 
TTTGAACGAG CAGTTCAGTA TAACGAGCCT TTGAAAGTCT ACCAGCAGCT GGCCGACATC 
TACGTCAAGT CTGAGAAGTT TAAGCAAGCA GAGGATTTGT ACAACACCAT GTTGAAGCGC 
TTCCGCCAGG AGAAGTCTGT ATGGATTAAA TTTGCTACTT TCCTTCTAAA GCAAGGCCAA 
GGAGATGGGA CTCACAGACT GTTGCAGCGT GCGCTTAAGA GCCTTCCGGA GAAAGACCAT 
GTTGATGTAA TTTCAAAGTT TGCCCAGTTA GAGTTCCAGC TGGGTGACAG TGAGCGGGCC 
AAAGCCCTGT TTGAGAGTAC GCTGAGCAGC TATCCGAAAC GCACGGACCT CTGGTCAGTT 
TATATTGACA TGATGGTGAA ACATGGCAGC CAACGGGAAG TGAGGGACAT TTTTGAGCGA 
GTGATTCATC TGAGTTTGGC AGCTAAAAGG ATCAAGTTCT TTTTCAAACG CTATTTGGAG 
AATGAAAAGA AACACGGAAG TGCTGAGAGT GTCCAGGCCG TGAAAGAGAA AGCGCTGCAG 
TACGTGGAAT CCCAGAGTTC TCTGGCGGCC ACATAG

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

RefSeq	XP_004915908.1
CDS	166..5601
Translation	MEESFPRGGTQKKTDQKTVKKRPKENDGNLFSTYHEENEQEIKKKKKVFHEKPKAASQEKSVTTAAKETVEIPQYKNLSVGMMFLGCVKQAKDFELAVSLPYCLTGYIQATNICEAYTKLIGEQVKKDDPMEALTPLSELYSPGMLVRCAISSLETTTSGCNSVKLSINPKHVNKALTTGSLKAGMLVSGCVSSVEDHGYLVDIGVTGSKAFLPRQKAQLFLNQAGKGPLLRIGQYLNCVIQEVKNEGRIVRLSITQNDVTGALATMEQNWTLNNLLPGLVLKAQIEKVTQSSITLSFLSSYTGFVDFLHFEPKKIGSYKEGQEVKACILWLDPSTKSIRLTLRQCFQQPGNPLPQLTSDWVGSVLENCMVQTLVRNAGAIFELDGGNLGFAFKHNLSASKHPDNEIFKKGTAHKGRIKEFSPMEEMHFLSLREKMITDLFLRHEDIQAGQVLEGTIQSLEAVGLVVKITDHLTGLVPKLHFADVLLKHPEKKYIIGNKIKCKVLTVITSERKLILTRKKTLMKSKLPIIASFDDAQPGLITHGFIVAIKDYGCIVKFFNEVQGLAPRRELGSLQEISSLEDAFYRGQVIKVRVLDCNPQTQKLLLSFRITEEGETEQEQRYLKKTKAVKLDVGKVVDTRVVSKTDKGVNVLILPEESPAFIPKMHLSDHISNCELLWHALEEGDNIPGVMCLSTFKGHHILTKKAVLISSFEKGSCVKVISEVQTGMHLTGFVKSIMPYGAFVEFPYGLFGLVPKSEISDKFVTNISDHLFEGQTVLAKVIKTDEEKQRFLLTLKMSECAPSDCSAEGLLLLSQCFSELQLLKGLLSRKGDPEDELSIYTLTSGQKLTLVVENAEENGPVHFSTGSITGAQTVSATHNNIGDETPIAGQKVKAVVLHVDLLKLHVYVSLNEALLKKKKNVPKMNSSHSADVLHVAEEFAVVSLAGPAHLAAVPMSSHLNDTFHFESEKLKVGETITVILKATSVNEQGLLLAVQNKSALKTSKNQGQTKQSDVKTSGFMAHGLKVGDLVSGTVKSIKPTQVIVSINDNVCGFIHVSQITEDTPLGSFPTSKLSPKQEVTGRVIGGREVKSHRYLPITHPDFIHSLPELSILPGLINKDNKVPKPRPLKTFTPGEKVTCYINKYNTEKKYLEVEITPQIRGRIELLLLSQTPKNLKRPEKLFKNGQSLSATVVGPDATHKHLCLSLTGIYSLEEGSVTMASVTKVVKGSGLTLSLPFGKTGEASIFHLHDNYTEASLDKFTPGKIVRCAILSVSKTIKVSLMQSKINQQASKSTDDKEITSFDSLEEGQLVTGFVSAVTQNKGVFFRLSSSIVGHIQFRNITSYFVYDTSAYSKYIPEGTLLTAKVLSVDPEQKHVELSLLPSDTGKPDVIPESAGFSKRKNKEKKTTTKRKRENLEKGSQKKKSQESKEDEDSGVEVYCREEDSEDKTKKTQTQQQSQEQTSSQPSVSRLQVSTGFSWDVSLNTLKPSLAGANDSSSDSDEEEDEQPKKKKMKKELAREKKEAEKELSKKEAALQDSGRQPQSADDFDRLVISSPDSSILWLQYMAFHLHATEIEKARVVAERALKTISFREEQEKLNVWVALLNLENMYGTEESLVKAFERAVQYNEPLKVYQQLADIYVKSEKFKQAEDLYNTMLKRFRQEKSVWIKFATFLLKQGQGDGTHRLLQRALKSLPEKDHVDVISKFAQLEFQLGDSERAKALFESTLSSYPKRTDLWSVYIDMMVKHGSQREVRDIFERVIHLSLAAKRIKFFFKRYLENEKKHGSAESVQAVKEKALQYVESQSSLAAT

Target ORF information:

RefSeq Version	XM_004915851.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis programmed cell death 11 (pdcd11), mRNA.

Target ORF information:

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

XM_004915851.3

ORF Insert Sequence:

ATGGAAGAAA GTTTCCCACG GGGTGGAACC CAGAAAAAAA CCGATCAAAA AACTGTTAAA 
AAAAGGCCTA AGGAAAATGA TGGCAACCTT TTCTCGACTT ATCATGAGGA GAATGAACAG 
GAGATCAAGA AGAAAAAGAA AGTATTTCAT GAAAAGCCAA AGGCTGCTAG TCAAGAAAAA 
AGTGTAACAA CAGCTGCAAA GGAAACCGTG GAGATTCCAC AGTATAAAAA CCTGAGCGTC 
GGGATGATGT TCCTTGGCTG TGTGAAACAG GCTAAAGATT TTGAGCTGGC AGTGAGTTTG 
CCATATTGCT TAACAGGCTA TATCCAAGCA ACAAATATTT GTGAGGCGTA TACTAAACTC 
ATTGGTGAGC AAGTGAAAAA AGATGACCCC ATGGAGGCAT TAACACCCCT CTCTGAGCTG 
TACAGTCCAG GAATGTTGGT ACGATGTGCA ATAAGCAGTT TAGAGACAAC AACCAGTGGT 
TGCAACAGCG TCAAACTGTC CATCAACCCA AAACATGTCA ATAAAGCTCT GACCACCGGA 
TCGCTGAAAG CAGGCATGCT TGTATCTGGG TGTGTGTCAA GCGTAGAAGA CCATGGATAT 
CTTGTTGACA TAGGAGTCAC TGGAAGTAAA GCATTCCTGC CACGTCAAAA AGCACAATTA 
TTTTTAAATC AAGCAGGAAA AGGACCCTTA CTCAGAATAG GACAGTACCT AAACTGCGTG 
ATTCAAGAAG TGAAGAATGA AGGAAGGATA GTCCGTCTGT CCATCACCCA AAATGATGTG 
ACTGGGGCCC TTGCAACTAT GGAACAAAAT TGGACTCTGA ATAATCTATT GCCGGGACTT 
GTACTTAAAG CACAGATAGA GAAGGTGACC CAGAGCAGCA TCACTTTGTC TTTCCTTTCA 
TCCTACACGG GCTTTGTGGA TTTCTTGCAC TTTGAACCAA AGAAAATCGG TTCCTACAAG 
GAGGGTCAGG AAGTCAAAGC CTGTATCTTG TGGCTTGATC CTTCCACAAA GAGCATCAGA 
CTTACACTCC GCCAGTGTTT TCAGCAGCCA GGGAACCCCC TGCCCCAGCT CACCAGTGAC 
TGGGTTGGCT CTGTACTTGA GAACTGCATG GTTCAAACAC TGGTTAGGAA CGCTGGAGCC 
ATTTTTGAGC TGGATGGAGG AAACCTGGGC TTTGCGTTTA AACATAATCT TTCTGCTTCC 
AAACACCCTG ATAACGAAAT CTTCAAAAAA GGCACTGCTC ATAAAGGAAG AATCAAAGAA 
TTTAGTCCCA TGGAGGAGAT GCACTTTCTG TCTCTAAGAG AGAAAATGAT TACAGATCTG 
TTCTTGCGCC ATGAAGATAT ACAGGCTGGA CAGGTGCTGG AGGGCACAAT ACAGAGCTTG 
GAAGCAGTAG GATTGGTGGT GAAGATCACC GATCACCTCA CTGGTCTTGT GCCTAAACTC 
CATTTTGCTG ATGTTCTTCT CAAACATCCC GAGAAGAAAT ACATTATTGG GAACAAGATC 
AAATGCAAGG TCTTGACTGT AATTACTTCT GAACGAAAGT TGATCCTGAC ACGGAAGAAA 
ACTCTGATGA AGTCAAAGTT GCCCATAATT GCCAGCTTTG ACGATGCCCA ACCAGGCCTA 
ATTACCCATG GCTTCATTGT GGCCATCAAA GACTATGGAT GCATTGTTAA ATTCTTTAAT 
GAGGTACAAG GCCTAGCTCC ACGCCGTGAA CTGGGCTCTC TGCAAGAGAT TTCCTCGCTG 
GAAGATGCCT TTTACAGAGG GCAGGTAATT AAGGTTCGAG TTCTGGATTG TAACCCCCAA 
ACACAAAAAT TGCTGTTGTC CTTCAGAATA ACTGAAGAGG GGGAGACTGA ACAAGAACAA 
CGCTACCTCA AGAAGACAAA GGCGGTGAAG CTAGATGTTG GCAAGGTGGT TGACACAAGA 
GTCGTATCGA AAACCGACAA AGGTGTTAAT GTTCTAATCC TGCCTGAGGA AAGCCCCGCC 
TTCATTCCCA AAATGCATCT CTCAGATCAC ATATCAAATT GCGAGCTACT CTGGCATGCG 
CTGGAAGAAG GGGACAACAT TCCTGGAGTT ATGTGTCTTA GCACCTTCAA GGGCCACCAT 
ATATTAACAA AGAAAGCAGT TCTGATTTCC TCCTTTGAGA AAGGATCGTG CGTAAAAGTC 
ATCTCTGAAG TGCAGACAGG GATGCACCTG ACTGGCTTTG TGAAAAGTAT CATGCCATAT 
GGTGCCTTTG TTGAATTCCC ATACGGCCTG TTTGGATTGG TGCCCAAATC AGAAATATCA 
GACAAGTTTG TGACCAACAT CAGTGACCAC TTATTCGAGG GCCAGACTGT GTTGGCCAAG 
GTGATCAAGA CAGATGAAGA GAAACAGCGG TTCCTGCTGA CCCTGAAGAT GTCGGAGTGC 
GCTCCCAGTG ATTGTTCTGC TGAAGGCCTT CTCCTTCTGA GCCAGTGTTT CAGTGAACTG 
CAGCTTCTGA AGGGTCTGCT TTCTAGGAAA GGAGATCCAG AGGATGAGCT AAGTATCTAC 
ACACTGACCT CAGGACAAAA GCTCACTTTG GTTGTTGAGA ATGCAGAGGA GAATGGTCCG 
GTCCACTTCA GTACTGGCAG CATTACTGGC GCGCAAACTG TATCAGCCAC CCATAATAAC 
ATTGGAGATG AAACGCCAAT TGCTGGACAG AAAGTCAAAG CTGTGGTTTT ACATGTTGAT 
TTGCTTAAGC TGCATGTTTA TGTATCTCTA AATGAGGCAC TGTTGAAAAA GAAAAAGAAT 
GTGCCAAAGA TGAATTCGTC CCACTCAGCA GATGTGCTGC ACGTGGCAGA AGAATTTGCA 
GTTGTGTCCT TGGCAGGCCC TGCTCACCTA GCTGCTGTTC CTATGTCATC TCACCTTAAC 
GACACCTTCC ATTTTGAGTC TGAAAAGCTG AAGGTGGGAG AGACCATCAC CGTAATTCTA 
AAAGCAACGT CTGTGAATGA ACAGGGCCTC TTGCTGGCTG TGCAAAATAA ATCGGCCTTG 
AAGACAAGCA AGAACCAGGG GCAAACAAAG CAGTCAGATG TGAAAACCTC TGGTTTCATG 
GCACATGGTT TGAAAGTGGG AGATCTGGTA TCTGGAACAG TGAAAAGTAT AAAGCCCACA 
CAAGTGATTG TCTCCATTAA TGATAATGTA TGTGGCTTTA TCCATGTTTC TCAAATAACA 
GAGGATACCC CACTGGGTTC TTTCCCCACC TCCAAACTGA GCCCAAAGCA GGAGGTGACA 
GGTCGAGTTA TTGGAGGAAG AGAAGTGAAG TCGCACAGAT ACCTTCCAAT CACACATCCT 
GACTTCATAC ATTCTCTTCC GGAGCTGAGC ATTCTCCCAG GTTTAATTAA CAAAGACAAT 
AAAGTTCCAA AGCCAAGACC ACTGAAAACG TTCACCCCTG GTGAAAAGGT TACATGTTAT 
ATAAATAAGT ATAACACAGA GAAGAAATAT CTAGAGGTGG AGATTACACC ACAAATCCGG 
GGGAGAATTG AGCTGCTACT TCTTTCCCAG ACCCCCAAGA ACTTAAAGCG TCCGGAAAAA 
CTGTTCAAGA ACGGCCAATC CTTGTCTGCA ACGGTGGTTG GGCCAGACGC CACTCACAAG 
CACCTCTGTC TTTCATTAAC AGGTATCTAT TCATTGGAGG AAGGATCTGT GACGATGGCC 
TCTGTGACCA AGGTAGTAAA GGGCTCTGGG CTGACACTTT CCCTGCCATT TGGGAAGACT 
GGAGAAGCCA GTATTTTTCA CCTACATGAC AACTACACGG AAGCTTCATT GGATAAATTC 
ACCCCTGGGA AGATTGTCAG GTGTGCCATA CTTTCTGTTT CCAAGACAAT TAAGGTTTCT 
TTGATGCAGT CCAAGATAAA TCAACAAGCT TCCAAGAGTA CGGATGATAA GGAAATTACT 
TCCTTTGATA GTCTGGAAGA AGGGCAATTA GTCACTGGCT TTGTGAGTGC AGTTACACAA 
AACAAAGGAG TGTTTTTCAG GTTATCCAGC TCTATTGTGG GACATATCCA GTTCCGGAAT 
ATCACTAGTT ATTTTGTTTA TGATACCTCG GCATACAGTA AATATATCCC AGAAGGCACC 
TTGCTTACAG CCAAAGTTCT GTCTGTAGAT CCGGAGCAGA AACACGTGGA GCTTTCACTA 
CTTCCCAGTG ACACCGGAAA GCCTGATGTG ATACCTGAAT CTGCTGGATT CAGCAAAAGG 
AAAAATAAGG AGAAAAAGAC CACAACAAAA AGGAAAAGGG AGAATTTGGA AAAGGGTTCA 
CAGAAGAAGA AATCCCAGGA ATCTAAGGAG GATGAGGACA GTGGAGTTGA AGTTTACTGC 
AGAGAGGAAG ATTCAGAGGA TAAAACAAAG AAAACACAAA CACAGCAGCA GTCCCAGGAG 
CAAACTAGCA GTCAACCATC TGTCTCCAGG CTGCAAGTTT CCACTGGGTT CTCGTGGGAT 
GTCAGCCTAA ACACTCTCAA ACCATCTCTA GCTGGGGCTA ATGACAGTAG CTCAGACAGT 
GATGAAGAGG AGGATGAACA GCCCAAGAAA AAGAAGATGA AAAAAGAGCT GGCGAGAGAA 
AAAAAGGAAG CAGAGAAAGA ACTTTCTAAG AAAGAAGCTG CTTTACAGGA TTCCGGTCGG 
CAACCTCAGT CAGCGGATGA CTTTGACCGG CTTGTCATTA GCTCCCCAGA CAGCTCCATC 
CTTTGGCTAC AGTACATGGC ATTCCACCTT CATGCCACCG AAATAGAGAA GGCACGAGTT 
GTAGCAGAGA GAGCTCTCAA AACCATTTCT TTCAGAGAAG AACAGGAGAA GCTCAATGTG 
TGGGTTGCAC TGCTAAACTT GGAGAACATG TACGGCACTG AGGAAAGCCT TGTGAAGGCT 
TTTGAACGAG CAGTTCAGTA TAACGAGCCT TTGAAAGTCT ACCAGCAGCT GGCCGACATC 
TACGTCAAGT CTGAGAAGTT TAAGCAAGCA GAGGATTTGT ACAACACCAT GTTGAAGCGC 
TTCCGCCAGG AGAAGTCTGT ATGGATTAAA TTTGCTACTT TCCTTCTAAA GCAAGGCCAA 
GGAGATGGGA CTCACAGACT GTTGCAGCGT GCGCTTAAGA GCCTTCCGGA GAAAGACCAT 
GTTGATGTAA TTTCAAAGTT TGCCCAGTTA GAGTTCCAGC TGGGTGACAG TGAGCGGGCC 
AAAGCCCTGT TTGAGAGTAC GCTGAGCAGC TATCCGAAAC GCACGGACCT CTGGTCAGTT 
TATATTGACA TGATGGTGAA ACATGGCAGC CAACGGGAAG TGAGGGACAT TTTTGAGCGA 
GTGATTCATC TGAGTTTGGC AGCTAAAAGG ATCAAGTTCT TTTTCAAACG CTATTTGGAG 
AATGAAAAGA AACACGGAAG TGCTGAGAGT GTCCAGGCCG TGAAAGAGAA AGCGCTGCAG 
TACGTGGAAT CCCAGAGTTC TCTGGCGGCC ACATAG