TRIADDRAFT_58803 cDNA ORF clone, Trichoplax adhaerens

Gene
Clones
gRNAs

Summary

Gene Symbol	TRIADDRAFT_58803
Entrez Gene ID	6756265
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Trichoplax adhaerens

mRNA and Protein(s)

mRNA	Protein	Name
XM_002114827.1	XP_002114863.1	hypothetical protein

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

The Trichoplax genome and the nature of placozoans.
Srivastava M, Begovic E, Chapman J, Putnam NH, Hellsten U, Kawashima T, Kuo A, Mitros T, Salamov A, Carpenter ML, Signorovitch AY, Moreno MA, Kamm K, Grimwood J, Schmutz J, Shapiro H, Grigoriev IV, Buss LW, Schierwater B, Dellaporta SL, Rokhsar DS
Nature454(7207)955-60(2008 Aug)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following TRIADDRAFT_58803 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TRIADDRAFT_58803 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
OTn03737	XM_002114827.1 Latest version!	Trichoplax adhaerens hypothetical protein (TRIADDRAFT_58803), partial 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)

TRIADDRAFT_58803 ( XM_002114827.1 ) cDNA ORF clone, Trichoplax adhaerens -> XP_002114863.1 Trichoplax adhaerens hypothetical protein (TRIADDRAFT_58803), partial mRNA.

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CloneID	OTn03737
Clone ID Related Accession (Same CDS sequence)	XM_002114827.1
Accession Version	XM_002114827.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 11493bp) 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	1525190400000
Organism	Trichoplax adhaerens
Product	hypothetical protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_002060951). COMPLETENESS: incomplete on both ends.

ATGTTGATAA CACTAAGCGT GATTGCTTCC GAATCTTTCA AAAGCAAAAA AACTTGGTCA 
AGATTGGTTT GGCCTATCCA GGCTAAAGAT AGCCTGTACC TTCTTGATAC CAATCGATTA 
CGTCAAGCTC AAATTCATAC CGGTCAGATC AGGCGTCAAA AAATCCCAAA CTTGAAAGAT 
ACCATTGCAG TGAATATCTC TATCGATGGC TCATTCGTTG TATTCATATG GAATAATAAT 
GAAATCTGTT TATGGCACGG TGAAAGTCGG ACATTATTAA CCATTGAAAA TTCTAAGCAA 
TTCGTTGAGA ACTACCTAAA TCAAGGGAGC AGAGTTAGCA TTTTCGTCTC AGATTGTGGT 
CGGAAGATTA TCGTAGTTAT TGATATGAAG AAAATATTGC TATGGGAAGC TGATCTTGAT 
AGTTTTTTTG AACTCAAAGG GAAGGAAGCT ACTGCAAGTG GGATTTGGAG TAATATCCAG 
CCAAACAATT GCAGTTTACC GGATGAAGGC AGTAAAGAGG CATTTGTCGA AACAATATTT 
TACTTTGATC CGATGATTGG ATTTAATTGC AGCATCATCT TCGTATTTAA CAATCAAGCG 
AACCAACTCG TAATTACACA GATCTTAATA AGATGGACAG ATTTAAATGA AGAGGAACAA 
GTTTTAAAAA ACATAGCTAA ACAAAGTTTA CGCAGCAGTG AAAATCGACA TCAATCGGAC 
AGAAAGCATC AAGATGAAAT CACATTTATT CCGGATTCTG TTTATGAAAC GCACAATCCC 
AGCTATCAAA CTATACCGCA GGCCTTTGAT CAACGTTATC GTTCGGAACT TATTAACTTA 
GCAGATATCT GTAGTGCTGC CAAAGCTAAT TTTAAAGCAG GTGCATATGT TGCGAAGCAT 
TCACGCGATG GCGATATTTT AGCTATCGCT ATGAATCAGA AAATATCCAA GGATACCAGA 
ATTATATTTT ACTCTTTACG TGCTAAAGCC ATTGTAGTAA CAGACATGTA CGGGTGCAGT 
CGTCGTGATG GACGCGGCAA GGAATTCAGC ATTACCGATA TGACTTGGAC TTCCAATAGT 
TTATTACTAA TTGCGATAAC ACGTAATGGG TTCGTAGCTA TCATTAGCCG TGCTGGACAA 
CTGCTATTGT GCAATACGAA AGGCTTGGGT ACGGAGTTAG GCCCCTCCTT TTATTTGCCG 
TTACATCCAT TAATGACCAT TAAAAAATTT AGTGATATGA CAGGTGATAG TAGCAGCAAA 
ATTACGAGCC CGAATACAAG CGAACATGAA AATGATGACT TTGAAAAGCT GAAACAAAAG 
TTTTCTGTTA CAGTTCATCC TCGGTTACCG CGAATTATCA CATCAGACGG CTACATGTTT 
ATTATTATAT CTTTGCCAGC AATTGCAACT CATTGTCAAC ATATGATCTC AACATTCATA 
CAGGAAGTAC AAGTAGCTGT TTTAAGGAAA TTTAAAGATT CAGCTAACCC GATAATTGGC 
ATCAACACGG AAACAAATTT TAGTCGCACT AATAATTTTG ATTATTTAGG CACGCGAAGT 
ATTAATCAAT TACTATACAA GGGATCATTA TATACAGGTC TTCCAATCGG TGACGGGAGT 
GGTAATATCG AGCAAGGATT CGATCACACG CAATTTGGCA ATCAACAGTT GCAACGCACG 
ATAAGCGAAG AATTTAACAC TACATATGGA TATTCTACAA CATCATCAAC AACCGAATTA 
GGCCTCAACA CATTCTTAAA TGGTCTAGAT TATGGCATTA TTGAATTTGG TTTTCCAATT 
GATACCCTAG AAAAAGAAAC AGCTGCTGTA CTGGGGCAAG AATACGCACC GTTGCATGTT 
AGTTTTAATG GTTTATTAAA TGCCTGGTCA CTATTGGTGA CTGCCAATAT AGATGCGTCG 
GCTGGATTTA ATCGTGATTT ACTAACCTGG AAAGTCATCC AATGTATTGC ACAGGTTTCT 
AACCAAGTTT TAATTTTTAG TATATCAAAA TTTACTCAAA CTGATGGTTC AAGTAATCGT 
CGTGCTCATA GACAATTGAC AAGGCAGAGA TCAATACTAT TTGATTTATC ATTTATTCAG 
GCCATTAACA TGGTCACATC ACTGTACCAA AAATGCATGA CTATAATTCT GTGGGATGCA 
GCTACACGCC ACTCTATGCA ACATGCAATT TTTCTGCCAT TTAGTTTGAT TCGTGCTTTT 
CTAAATATAC CGGCTCGATC GGATCAGAGA TTTATTTTAC TTGAATATTG TTACAAATTT 
ACCAGATTTG CTGATCAAAT TTTGACGTCA ACTTACTCTT CTATAATACG CGAGCGCAAT 
GCCGGTAATA AACAGAGTTT TCAAAATACT ACCAACGCAA AGTCATCCGC TAACGATGCT 
CTACACCTTG ACGTGACAGT GAGAGTGGCC AACTTATGGC TGTATCTTTA TAGCCATATC 
GTTGTTACTT GGAAAGCTGT ACAATCAGAA AATATTGCAA GTGATAAAAT CAAGGAATTG 
GCTAGGTCCT TATTATATAA CATTCAGGGG GTGTTAACGC ATTATAATAT AGAAATACCT 
TACCAAGATA ATGATCATGC CTGTATTCAA GCATTAAATG AGTGCTATAC AATGTATTTT 
AAAGGATCAA TACTAGATGC TGCCAAATCC TTGGCGTCAG CATATCAACG TCGAAGCGAT 
AATAATCTTC TAACTGACAA TTTTAAATCT GCTCATCCCA AATTATCCTT ACTTTACATG 
TATCTTGAAA GTTATCATTT AAATGACGCC ATTAATCTGG TTAACTCACT AATTGCCGTT 
CGTCACGATC ATGATGCATC ACTATCATCC ATTAATCGAG CTGCAAGCTA TGCTAGCCTA 
AGTGCCGGCT CAGACATAAG CCATTTATCA GTACCACAGC TATTTTCAGG TAGACAGAAA 
CATCGATCAT CTCGGAAAAA GAATTTAAGT AACAACATGC CCCATTATTG GGTTAAAGAT 
ATAATAGACC TTGAAGTTGT GCAAAATTTT GCGCGTTGTA TGGCTTTGTA TTTTTGCTAT 
GGATATGATA TTTTAATTAG TCCTGCACAC CATGCCCAAA ATTGTCCGAG TCTATTTACA 
TTAACTTGTC GAAAAGGAGA GGATTTAGAT CTAGTAAATA AAACTGAAAA CACCAGATTA 
TTTCGGTTGA AAGAGCGTCT TAAAGGACAT AAATTTTTAC CAAGAATAAA ATCCACAGCC 
CTAGAGGTGG TCTATAAAGA TGGAAATCGT TATTTTAAAT TGGATCGTGA AAGCATCGCT 
AAAGCAGTTC GTAACTTAAC TTTAGATAGT GTATGGACAG CGAAATTTAC GTGTTATTTA 
CTGCTGACAT CAGGTTTACT GTCAGAATCG ATTTGGTTTA CCATGCAACT GGGCGATTGG 
AAAAATGCTT TAGTACTTGC TACACTATAC GAGAAGCGGT ATCAATTTTT TCAAGCGAAC 
AAATTTGTAT CTTTTGCAGA ATTACCGAAA CAATTGACAA CAAGATACAT TATTCAATCG 
CATATCGATT CAGCCTTGCA TATTAACAAG AAAATTATCG AAGAAACTAA TGCAACAGCA 
AGTGAAGTTA ATGACTCAAA TGTTACTTCT TGTAGTGGTG AAGTAATTAG TTCTGTTATT 
GCTGATGTTT TACAAATCTC CGCCTTGCTA AATCTGTCGG AAGTTGCTCC GTATACCTTA 
TCTAGCCTAA TCCGAGCACT GAAAAATAAA ATTTGTCAAC TTGATATATT TGTTCCTGAA 
GAACTGTACT TACCAGCTCC GCCACTGTAT TGTCCGCAGT TTTTGGATAA TGAAGATGAA 
GCATCTCCAT TCACAAGCTC GGATACTGAA TCTGTTTTCC GTACGATCAT ATATAATAGC 
AGTCAACAAT TACTGAATAT TTATAGCTCA TCACATTATA TATCCGCCTG TACGAAATGG 
TATTGCCAAA AGATAGTTCG AGCTTATTTA ATGAAGAATT TTTCTAATTC GCAAGAAAGT 
CACAACGATA GAAATGATTT GAATAATAAT TCCGTACTTC TAGATACAAA TATGTTAGAA 
ACTCATAATA TACCGGCAAC TCTTTCAAAT TACGCTCTAG CTGAAGACAA TCTTGCTACG 
ATTTGGCTAG ATCAATGTAA TGATATAAAT ACATCTTCAT CAAATGTTAC CGAAATCATA 
AATGCAATTA GTGTATTAAA TTCTTTTCGA CAACTCTGTA TTCTACTCTG GTTGATGCAT 
GTTCGAGATG AATTTTCTTT AAATTATCGT AAATTGATGG AAGGAAAAAA TTTTTCATCA 
TCTGCGAATG GGTTCAATAT TGAAGATTTT CACCAACATT GCCTAGTAAC GCTAAAGTGG 
TGCTTAATGC TAATTCATTT TGCTGATTTG TTGCAAGATA AAGCGACGAT ATTGAATATC 
ATGTTAAATA TTTTAATAGA AATTCCTATT AGCCCTGTTC ATGCTAAGAT TTTGATGATG 
CACAAAGATG AATTTACTGA TTCATCGACT TCATCAATGA TTAGAAAGAA GTATTATCGC 
CTTATTAAAA ATATTGAACG CCATGTTATT CAACAAACAC ATGAAATACA TATCACAACA 
GAAGAAGCAT TAGCTACTTT AAGTGAGCAG AAACAAGATC AGTTTCAGAA TGTAACCATA 
GAAAATTATC AAATTCAGTT TGAAATCTGT GAAGGCCAAG ATAGTCAATA TAATCAAGCA 
TCGGATTATA TTACCCTTTG GCCATTCGAA ATGGATAAGG ATTATCTAGA GTTTTTAGAT 
ACATTCTTTT TGATAGCACT ATCTAAAATA CCAGAAATAT CGACCACTAC CAATATACCC 
GGCGTTGCAA CACTTCCTCC TTTGCCATTG CTGTCCTTGT TTCGTAATCA AATTGCTGAA 
TATCTGAACA TTGTCGATGG GTATTACAAC ACCAAGCGTA ACACCAAACA ACGCTATCGG 
AAGACAAATT CAGGCAAAAT CGACCCAAAA GACAGAATTT TACAGAAAAC GGCCTCCTCC 
GCTGCTTTAT TGCAAAATAT ATCAAAAAAA AGTCCACAAT CTACTCCTCA ATCAGCTAGA 
GGTCACCGTT TACCTACTGG CGCTACTAAA CAAAAAGTAC AGCGGCAACG TAGCCGCAGT 
TTCGATGCCA GTGAGAAAGC TAGCCATAAA GGAGCATTTA TTCATCAAGT GCTGTTAGAT 
GATGATTCTG CAGCTAACAG TGACGATAAA TATCGGCAGG ATAGTGAAAA TGATTTAGAA 
AAAATACTGA ATGGTCCGCT GTCATTACTG ACTCCATTCG CTAAATGGTT GTTGAAATGG 
TCGGCAAAAA GTGAGCCTGG AGATATTCAG CGACTTAACA TTGGCACTAA TAGATGCCAC 
CTGATTAGCA TGAGAGTAAT TTTGGATCTA GATATCGTAC TAAATAGCCT TTGGCTGCTT 
GAGAATGGCT ACCAAATTGA CTCTTCTAGA TTCAATGACG ATGAAATTGT CCATGGTACT 
CATTTTATGG CAGAATCCTC AATTAAGACA GTAACGTCTG ATGATTCTAT GGCATCATCG 
TCACGATTAC GAAGTGTATC ACATCCTACT CCGATCCTGA ATGCGCTAAA CGTGCAAGAT 
CATGACAGAT CTGATGGTTT TGACTCTAAG CTTGATCTTA ATCCCTCCTC AGTGTCTTCA 
ATACCATTAA CAAAGCTGTC ACATGATGAT TTATCCATGA AAGATATTGA TTCTGTCAAA 
AGCGTAGACT TTTACAATGT TAACGAAGTT TTGGAACATG AGCAGCAAAA TCATATTGAT 
GACGGCGATG ATGCAAACGA CAATCTAATT CAGAATCCGT TAGATACAGA GAAACAATCT 
GCCTATTTTC ATTTAAACAC TGATTCAAGC GAGTCAGAAT CTAATAACTT AAAAGGTGTT 
CTCACCAAGC AGATACAAAA TATAGAAAGA AAGGGTGATT TTCTAGCTAT GAAGCAGCAA 
AATATTAGTG ATAGTACTCG GTCTGAAGGT GGACAATTGC ATAAAAGTAG TCAAACAAGG 
GAAAAAATAT CAACATGCGA AATACCACCT ACCGATGCTG ATCAAGAGTT GAGCACATCG 
TTAGATGATC CAACTAAAAA ATTGACAAAT ACCAAAAGTA ATTCTAGTTC ATTAACGGCT 
TCAACGCCTT TTCATCAAGC TATCACGACC GTTGATTTGT CACCTTCAAC TTACCGATCG 
ACAAATAATC AGGATGGCAC CTTAATTTTT TTCGATCGTA CTGACAATAG TGCTGAAGAA 
AAGAAAATTA TGGAACTTAA TGATAGCGAC AACCAATATC CAACTGTTAT TGCAAAGAAA 
GAATTATCCA ATGTTGACCA GGTCAATTTG GATAGTAGCG GTAAAAGGTT GGATTTAAAT 
CCTGATCAAT CTTCAAAATC TTATGGTGGC TTTCATCAGG AAGTAGACTA CGACAAGGTG 
ACAGACATAA TGCCAACTTA TGTAATGGCA GTCGATCAGA TAGCGACAGA CAGTAACTCA 
GATGTTTGTC ATAGTAGGGA CAACAAAGTA TTAAGTCCGA CACATGGCAG GAAAATAACC 
AGGCAACATC AAGTCAAGAG CTCTTCTAGT GCTAACGAGC ACTCTAGTAC AATGAAACAG 
GAAATTTCAA CATTACGACG ATATAGTAAA AATTCTCAGG ATCACAATAA TAAATCTAAG 
AGTTACAATA GGAATGCACT GGTTACTAGT CACTATCGAA ATAGTTTGCA ACCTGATAAT 
GATAGTGAAA GTGGGGAATG GAATAGTAGC AAAATCAAAG CAGCTTCAAG CAAATATCAA 
ATTAGCAGAA ACGTCAAAAG TAGTAATAAG GAATTTCACG ACGATAGCGA TGAAGAATGT 
ACTTATCGTC AAGCAATTTT AAATCCTTTA AGCAATGGCA CTACGGACAG CATTAAATTG 
AACACAGCAA AAATTATGCC AACCTCGAAT AAAAATCAAG GCAATAAACT GTATCAGCAC 
TCTGTTGAAG GTAATGGGCA GGAATCATGT CATGACCAAT TTTCGGATAC CATGGAAAAA 
GACGAAGTAA AAATAACCCC TGATTCAGTT CAAAGAGTTG TTCGTGATGA AATGATTAGA 
GTTTTACAGA TGCAAAATAG TAATTTAATG ATGATGTTGC AAGGTGCTCA GGAAAGTGGG 
GCCCCATTAT CAAAGCCAGC TTTAGACGCT GACAATATCG GTATTGCTAC CCAAAGTCGT 
CAATTTTCAG AAAGAGATAA TGCAATAAAA ATCAATGATG ATGAGAAAGA ACATAAGAAA 
TTTGAAACCA AAGTTGATGC ATCAACGAGT CCGATTTTAT ATCAAGCTAA TGGAATAAGT 
CAACAGGAAG ATGAGGATAC AACTCGTAAA GATAGTTCAG ATTCGAAATT ATCAATCCGT 
ACCCAATCAT TAAATGAAAC AAGAAGTATT CAATCTAGCT GCCAATCAAG TATCAGAAAG 
ACCGATTTAG TTCATTCTGC CGTATCTTCT GGTACTTTAC CGCTTTTGCA AGCTAACATT 
GCAGATGATG AAGACGAGCA ATTACCTCAG CTAGATTCGA ATTCCCTAGT CTACTCTGGC 
ATAAATTCGA AGCTAAATCA AGATCACGGA GTATCTATGG CTCCATTGTA CCATTTGCAC 
AGTCATGATA TTGCATTTGC GTCAAAAGAA GTAGAACTAC CATTATTAAT GGTGGATCCA 
AAACAATTGA ATAATCGAGT AAGCGAATAC CGTTCTACAT CATTAATTCA ATCATATGAT 
ATTACTTCTA TTCCTCGCCC CGAAGAAATA ATCAAATCTG AACGCACCGC TGAAAATTCT 
TATCCACTTT TACATGTCGA TTTGGATACA GTCAATAATA ATTATCCTAA ACGTCAACCG 
CATAATAACA AGCGAAACAC ATTTGTCTCA ACTTTGATAC CTCCCGAGCA AATTTCAACC 
ATAACTGACT GGAATAAAGT GCCCAGCAAT TATTTGTTAT CAAATGGTTT AAATGATGTT 
GAGTTACTGA AATGCGATTT ATCTTTATCC TCATTAAATC ATAATGATAA GCTATTAAAT 
GAAAAAGACC TCTCCAAAAA ACAACCGGAA AAAATTAACG TTGATACGAA AGAAGTTCAA 
ATTGATAATA AAATAAATCA TGAAATCACT GTTACAAGAA GAAAAAGACA CCGGCAGCAA 
AATAAGGAAA ATTTCCAATT TTTAAATCAA TTAGCCCTTG ATAGCAAACC CATTCAATCA 
AATTCGCAAA ATACGGCTAC AATAGATAAC GATTGTGTCA GCTCAAATCA GATTAAAGAT 
TTAAAAGAGA AAAAAAATAA AAGAATATAT AGAAAAGATC AACCAGGTCA AATTAGAGTT 
GGAAATGCAG TTATAACATT AAAACAAGCT AAGGTTACTT CTATTTCTGA TGTTGATATC 
AATGGCGCTG AGAAAAAATC AGGAGAAATT GACAATCTAA GTCTTCAGTT AAGCAATGTT 
AGTCAACAGT CCATACCTAT CACAACCCCT GAACGGGAAG AAATGCAAGA GAAATTACTC 
AAAGATAAGG AAAAATTTCT AAACGATGTT TTCGATGGTC AAGTTCCTCT TGAATTAAAA 
AATATGGTAC TCTTTGGCCA ATCTGTAAAA GGTGAACAGG AGGCAGAAGA TGAATTGGCA 
ACAACTGAAG ATGACGAAGT GCAATTAGCG AGCAATCAAG CTGAAATTGA TCACTATAAT 
AAAGATGCTT GTGTTGGCCC AGATATAGCT GATGATTATA ACATCTTATC ATCAAAGGAA 
ACCACTGAGG TACATACTCA AACAGAAAGT TCAGAATCAA AAGCTAATGT AGCGGGAAAT 
GGTATTCATT CAAAAATGGA AATCCATCAT TTACTTGAAG AATACCCACA ACAACCTCGT 
ACTGCATCTA ATGAAGTAAT TAATCAAGAT CAACAACCTA TTAGTTATGT TTCCCCTGAG 
TTATTTCTTC ACGGCAATAA TCAAGCTACG AATTCATTGC TAACTTTACC TAAAAACACT 
AAGGTAACGC TAATTTCTGC AGCTGATACA GTTAGCAGTA ATCAATCTAG CCATGATGGA 
AAACAGCATC ATTTTATTCA TGTCGCTGAT ATACACAGCG ACCATCCAGA AAGTAATTTC 
ATACCTGTTA GAACATTTAA GCCACCAGAA TTAGCATCAT CTCTGCAGCA AGATGTCGAC 
AGATTGTTAG AGTCAACCGA TAGCGATAGC AAGTTAGACT TGCATAAAGA CGGTAAATTC 
GATGATATTA AGACTAATGA TATTGGTCCG GATGAAGCCA CTATGTCAGC TTTCAAATCT 
CTTGATGACA TGATGAAATC GGTAAAGCCG ATTGCCCCTT CGAGCGAAAA TGACATACAA 
GTACGAGCTA AAACTGGATT ACAACGGCAT TTAGAAGGAA TGAAATCACG TTTGGAAGCA 
ATAGAAGAAA TTACTCAAAA TGTTACAAAT CAATTTCAAG ATGTTAAAGC GCTAGCAAAA 
ACAATTGAAC GACTAGAACA AGCTCGTCAT CCTCAATTAA ACATAGATAA CGACGGAGAA 
GATGATAGCA ATCCTATCCA AGTTACTACA TTACTAGAAC AACTCGGTCA AAAGCTGCAG 
CCAAAGATTG ATCACAGTGA CAGTAATCAT ATATCATTAC AAGTCAATGC TTCTCCATCG 
ACTTCATTAT CCACCTCGAA AGACGTACTC TCGAATGTGG CATTAGAAAT TGAATCCAAT 
GTGGAGCATC ATGTCAGTGA CGATAGAGGT AGTGAGGAAA GTTTTTCGTC GACTATTCAA 
CTAAGTAGCA AATTGCCAAC CGATCTTGCA TCAATGATCA GTAAGCAGAG CCAGATTACT 
GACCAATCTC AAGATAATGT TCTGACCGCA TATAACAGCG TAAAGAGTAT AAAGGAGTCA 
TTGCCTGAAG GTTCGTCTGA TTTAAGATCG CTGTTTCCTG ATTTGCAACA ATCTCAAAGC 
AACGTTGATA ATAAGGAAGA AAAAAGAAAG GAATTACTAG CTTGGATGGC TAAGCGTCGT 
CAAGAACAAG CTATCAAATA TAGGCAACAT TTGGATGATT TAAAAGAGCG AGAAAACCCA 
AGTCATTTCA GATATAAAGA TGGTAAGAAG AAAATGGGAT ATAAAGAAAT TAAAGCTAGT 
CGAAAGAAGG AACTTCATCA GCGTAAGTTA AAAGAGAAGA AATATCAACA AACACGTTTT 
GAACTTGCTT TCCAATTAAT GGGCGATATT GTTACTGAAC CGGCGCCTAA GATACGCAAA 
TACAATGAAG TCGTAAAATC ATCAGTAAAA TCATATCAAC GGAATGGACC AATAAAACAG 
AAAGCCAACA AATCTAATAC CACTGAAAAT AATGCAACGA AGAGATTAGA ATCAGCATTT 
AAACTAATAG AAGACATGCA GTTAACAGGA CAAGAACAGC ATATTATTGG CGAAGAAGGC 
GATGATATAG AAGATGAAGG TGCTCAGACT TTATCCAGTG AAGGGTATTC ATTCGCTCCT 
TATGTTAATG ATCACTTGCA GCAAGCGCTA GTGAAAAATA GAGCTCCATT TATTCGCAGT 
CAAGATCTTC ATTTATCATT AAATCAACAA CAAATCGAGG CCCTTCAGCG AGCTAAACAG 
TATTCACAAA GAATCGATAA GATTCAACAA GTACGAACTA AACGTGAAGA AGAACAATTA 
AAGAGTAAAA CTGATACCAA TACGAAACCT CGTCTGCTAT CTTCAACACC AGCAACACTA 
ACTACTTCAC AAGCTATTAA TCCTAGAAAA TCTTTAGCAT CTCCTCAAAA AGTTAGAGTT 
GGTTTTACTA CACCAGTTGG ACGTTATAAG GCCTCGCAAG CAAAAAGAGA GAGGGCTAAT 
CGCAACCAAT CTTATGCAAA AACAAAGTCA TCAAATAAAG CACGCGTACA ACAAGATCTT 
CAACAATCGA TTGAATCTGA CATTGGTGGA TGGGAAGCAA GTGACGTACA ATATGACGAT 
GTTAAAGAAA TCTTGGCAAA AAATAATATC AATATCGATA ACATTTCGTT AAGTAGTGGC 
AGTGTAAGCC AGTCAATTGA CTGGAAAGCC GTAGATGCTA TCTTAGCTGA AGATAGCAGC 
GTTATTGGCG GAAGTAATAT CTCAAGTAAC GATATTCATG GGTCTTCAAT ATTAAGCGGA 
CCAACTTCGG AAGCACCAAT CCGCTACGGC ATCCAAGACC ATGATTTAGT CTTAAGTTAT 
AATCCTTCTG ATGATTTCAT TAAGTCTAAC GTAGGAAAGG CTGCTCAGAT TCGAGCCGAT 
TATAATCACC CAGATCTTAA ACAATATCAT GTAGTTGGAA ACTCCAGTAA TATACGCGAT 
ACAGCCAGTA TCAGATCAGT TAGTAGCATG AGTGGAAGTA TAATGAGTAA TATCGATTGG 
GATGAAGTAG ATAAACTAAT AGAAGATGCT TAA

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

RefSeq	XP_002114863.1
CDS	1..11493
Translation	MLITLSVIASESFKSKKTWSRLVWPIQAKDSLYLLDTNRLRQAQIHTGQIRRQKIPNLKDTIAVNISIDGSFVVFIWNNNEICLWHGESRTLLTIENSKQFVENYLNQGSRVSIFVSDCGRKIIVVIDMKKILLWEADLDSFFELKGKEATASGIWSNIQPNNCSLPDEGSKEAFVETIFYFDPMIGFNCSIIFVFNNQANQLVITQILIRWTDLNEEEQVLKNIAKQSLRSSENRHQSDRKHQDEITFIPDSVYETHNPSYQTIPQAFDQRYRSELINLADICSAAKANFKAGAYVAKHSRDGDILAIAMNQKISKDTRIIFYSLRAKAIVVTDMYGCSRRDGRGKEFSITDMTWTSNSLLLIAITRNGFVAIISRAGQLLLCNTKGLGTELGPSFYLPLHPLMTIKKFSDMTGDSSSKITSPNTSEHENDDFEKLKQKFSVTVHPRLPRIITSDGYMFIIISLPAIATHCQHMISTFIQEVQVAVLRKFKDSANPIIGINTETNFSRTNNFDYLGTRSINQLLYKGSLYTGLPIGDGSGNIEQGFDHTQFGNQQLQRTISEEFNTTYGYSTTSSTTELGLNTFLNGLDYGIIEFGFPIDTLEKETAAVLGQEYAPLHVSFNGLLNAWSLLVTANIDASAGFNRDLLTWKVIQCIAQVSNQVLIFSISKFTQTDGSSNRRAHRQLTRQRSILFDLSFIQAINMVTSLYQKCMTIILWDAATRHSMQHAIFLPFSLIRAFLNIPARSDQRFILLEYCYKFTRFADQILTSTYSSIIRERNAGNKQSFQNTTNAKSSANDALHLDVTVRVANLWLYLYSHIVVTWKAVQSENIASDKIKELARSLLYNIQGVLTHYNIEIPYQDNDHACIQALNECYTMYFKGSILDAAKSLASAYQRRSDNNLLTDNFKSAHPKLSLLYMYLESYHLNDAINLVNSLIAVRHDHDASLSSINRAASYASLSAGSDISHLSVPQLFSGRQKHRSSRKKNLSNNMPHYWVKDIIDLEVVQNFARCMALYFCYGYDILISPAHHAQNCPSLFTLTCRKGEDLDLVNKTENTRLFRLKERLKGHKFLPRIKSTALEVVYKDGNRYFKLDRESIAKAVRNLTLDSVWTAKFTCYLLLTSGLLSESIWFTMQLGDWKNALVLATLYEKRYQFFQANKFVSFAELPKQLTTRYIIQSHIDSALHINKKIIEETNATASEVNDSNVTSCSGEVISSVIADVLQISALLNLSEVAPYTLSSLIRALKNKICQLDIFVPEELYLPAPPLYCPQFLDNEDEASPFTSSDTESVFRTIIYNSSQQLLNIYSSSHYISACTKWYCQKIVRAYLMKNFSNSQESHNDRNDLNNNSVLLDTNMLETHNIPATLSNYALAEDNLATIWLDQCNDINTSSSNVTEIINAISVLNSFRQLCILLWLMHVRDEFSLNYRKLMEGKNFSSSANGFNIEDFHQHCLVTLKWCLMLIHFADLLQDKATILNIMLNILIEIPISPVHAKILMMHKDEFTDSSTSSMIRKKYYRLIKNIERHVIQQTHEIHITTEEALATLSEQKQDQFQNVTIENYQIQFEICEGQDSQYNQASDYITLWPFEMDKDYLEFLDTFFLIALSKIPEISTTTNIPGVATLPPLPLLSLFRNQIAEYLNIVDGYYNTKRNTKQRYRKTNSGKIDPKDRILQKTASSAALLQNISKKSPQSTPQSARGHRLPTGATKQKVQRQRSRSFDASEKASHKGAFIHQVLLDDDSAANSDDKYRQDSENDLEKILNGPLSLLTPFAKWLLKWSAKSEPGDIQRLNIGTNRCHLISMRVILDLDIVLNSLWLLENGYQIDSSRFNDDEIVHGTHFMAESSIKTVTSDDSMASSSRLRSVSHPTPILNALNVQDHDRSDGFDSKLDLNPSSVSSIPLTKLSHDDLSMKDIDSVKSVDFYNVNEVLEHEQQNHIDDGDDANDNLIQNPLDTEKQSAYFHLNTDSSESESNNLKGVLTKQIQNIERKGDFLAMKQQNISDSTRSEGGQLHKSSQTREKISTCEIPPTDADQELSTSLDDPTKKLTNTKSNSSSLTASTPFHQAITTVDLSPSTYRSTNNQDGTLIFFDRTDNSAEEKKIMELNDSDNQYPTVIAKKELSNVDQVNLDSSGKRLDLNPDQSSKSYGGFHQEVDYDKVTDIMPTYVMAVDQIATDSNSDVCHSRDNKVLSPTHGRKITRQHQVKSSSSANEHSSTMKQEISTLRRYSKNSQDHNNKSKSYNRNALVTSHYRNSLQPDNDSESGEWNSSKIKAASSKYQISRNVKSSNKEFHDDSDEECTYRQAILNPLSNGTTDSIKLNTAKIMPTSNKNQGNKLYQHSVEGNGQESCHDQFSDTMEKDEVKITPDSVQRVVRDEMIRVLQMQNSNLMMMLQGAQESGAPLSKPALDADNIGIATQSRQFSERDNAIKINDDEKEHKKFETKVDASTSPILYQANGISQQEDEDTTRKDSSDSKLSIRTQSLNETRSIQSSCQSSIRKTDLVHSAVSSGTLPLLQANIADDEDEQLPQLDSNSLVYSGINSKLNQDHGVSMAPLYHLHSHDIAFASKEVELPLLMVDPKQLNNRVSEYRSTSLIQSYDITSIPRPEEIIKSERTAENSYPLLHVDLDTVNNNYPKRQPHNNKRNTFVSTLIPPEQISTITDWNKVPSNYLLSNGLNDVELLKCDLSLSSLNHNDKLLNEKDLSKKQPEKINVDTKEVQIDNKINHEITVTRRKRHRQQNKENFQFLNQLALDSKPIQSNSQNTATIDNDCVSSNQIKDLKEKKNKRIYRKDQPGQIRVGNAVITLKQAKVTSISDVDINGAEKKSGEIDNLSLQLSNVSQQSIPITTPEREEMQEKLLKDKEKFLNDVFDGQVPLELKNMVLFGQSVKGEQEAEDELATTEDDEVQLASNQAEIDHYNKDACVGPDIADDYNILSSKETTEVHTQTESSESKANVAGNGIHSKMEIHHLLEEYPQQPRTASNEVINQDQQPISYVSPELFLHGNNQATNSLLTLPKNTKVTLISAADTVSSNQSSHDGKQHHFIHVADIHSDHPESNFIPVRTFKPPELASSLQQDVDRLLESTDSDSKLDLHKDGKFDDIKTNDIGPDEATMSAFKSLDDMMKSVKPIAPSSENDIQVRAKTGLQRHLEGMKSRLEAIEEITQNVTNQFQDVKALAKTIERLEQARHPQLNIDNDGEDDSNPIQVTTLLEQLGQKLQPKIDHSDSNHISLQVNASPSTSLSTSKDVLSNVALEIESNVEHHVSDDRGSEESFSSTIQLSSKLPTDLASMISKQSQITDQSQDNVLTAYNSVKSIKESLPEGSSDLRSLFPDLQQSQSNVDNKEEKRKELLAWMAKRRQEQAIKYRQHLDDLKERENPSHFRYKDGKKKMGYKEIKASRKKELHQRKLKEKKYQQTRFELAFQLMGDIVTEPAPKIRKYNEVVKSSVKSYQRNGPIKQKANKSNTTENNATKRLESAFKLIEDMQLTGQEQHIIGEEGDDIEDEGAQTLSSEGYSFAPYVNDHLQQALVKNRAPFIRSQDLHLSLNQQQIEALQRAKQYSQRIDKIQQVRTKREEEQLKSKTDTNTKPRLLSSTPATLTTSQAINPRKSLASPQKVRVGFTTPVGRYKASQAKRERANRNQSYAKTKSSNKARVQQDLQQSIESDIGGWEASDVQYDDVKEILAKNNINIDNISLSSGSVSQSIDWKAVDAILAEDSSVIGGSNISSNDIHGSSILSGPTSEAPIRYGIQDHDLVLSYNPSDDFIKSNVGKAAQIRADYNHPDLKQYHVVGNSSNIRDTASIRSVSSMSGSIMSNIDWDEVDKLIEDA

Target ORF information:

RefSeq Version	XM_002114827.1
Organism	Trichoplax adhaerens
Definition	Trichoplax adhaerens hypothetical protein (TRIADDRAFT_58803), partial mRNA.

Target ORF information:

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

XM_002114827.1

ORF Insert Sequence:

ATGTTGATAA CACTAAGCGT GATTGCTTCC GAATCTTTCA AAAGCAAAAA AACTTGGTCA 
AGATTGGTTT GGCCTATCCA GGCTAAAGAT AGCCTGTACC TTCTTGATAC CAATCGATTA 
CGTCAAGCTC AAATTCATAC CGGTCAGATC AGGCGTCAAA AAATCCCAAA CTTGAAAGAT 
ACCATTGCAG TGAATATCTC TATCGATGGC TCATTCGTTG TATTCATATG GAATAATAAT 
GAAATCTGTT TATGGCACGG TGAAAGTCGG ACATTATTAA CCATTGAAAA TTCTAAGCAA 
TTCGTTGAGA ACTACCTAAA TCAAGGGAGC AGAGTTAGCA TTTTCGTCTC AGATTGTGGT 
CGGAAGATTA TCGTAGTTAT TGATATGAAG AAAATATTGC TATGGGAAGC TGATCTTGAT 
AGTTTTTTTG AACTCAAAGG GAAGGAAGCT ACTGCAAGTG GGATTTGGAG TAATATCCAG 
CCAAACAATT GCAGTTTACC GGATGAAGGC AGTAAAGAGG CATTTGTCGA AACAATATTT 
TACTTTGATC CGATGATTGG ATTTAATTGC AGCATCATCT TCGTATTTAA CAATCAAGCG 
AACCAACTCG TAATTACACA GATCTTAATA AGATGGACAG ATTTAAATGA AGAGGAACAA 
GTTTTAAAAA ACATAGCTAA ACAAAGTTTA CGCAGCAGTG AAAATCGACA TCAATCGGAC 
AGAAAGCATC AAGATGAAAT CACATTTATT CCGGATTCTG TTTATGAAAC GCACAATCCC 
AGCTATCAAA CTATACCGCA GGCCTTTGAT CAACGTTATC GTTCGGAACT TATTAACTTA 
GCAGATATCT GTAGTGCTGC CAAAGCTAAT TTTAAAGCAG GTGCATATGT TGCGAAGCAT 
TCACGCGATG GCGATATTTT AGCTATCGCT ATGAATCAGA AAATATCCAA GGATACCAGA 
ATTATATTTT ACTCTTTACG TGCTAAAGCC ATTGTAGTAA CAGACATGTA CGGGTGCAGT 
CGTCGTGATG GACGCGGCAA GGAATTCAGC ATTACCGATA TGACTTGGAC TTCCAATAGT 
TTATTACTAA TTGCGATAAC ACGTAATGGG TTCGTAGCTA TCATTAGCCG TGCTGGACAA 
CTGCTATTGT GCAATACGAA AGGCTTGGGT ACGGAGTTAG GCCCCTCCTT TTATTTGCCG 
TTACATCCAT TAATGACCAT TAAAAAATTT AGTGATATGA CAGGTGATAG TAGCAGCAAA 
ATTACGAGCC CGAATACAAG CGAACATGAA AATGATGACT TTGAAAAGCT GAAACAAAAG 
TTTTCTGTTA CAGTTCATCC TCGGTTACCG CGAATTATCA CATCAGACGG CTACATGTTT 
ATTATTATAT CTTTGCCAGC AATTGCAACT CATTGTCAAC ATATGATCTC AACATTCATA 
CAGGAAGTAC AAGTAGCTGT TTTAAGGAAA TTTAAAGATT CAGCTAACCC GATAATTGGC 
ATCAACACGG AAACAAATTT TAGTCGCACT AATAATTTTG ATTATTTAGG CACGCGAAGT 
ATTAATCAAT TACTATACAA GGGATCATTA TATACAGGTC TTCCAATCGG TGACGGGAGT 
GGTAATATCG AGCAAGGATT CGATCACACG CAATTTGGCA ATCAACAGTT GCAACGCACG 
ATAAGCGAAG AATTTAACAC TACATATGGA TATTCTACAA CATCATCAAC AACCGAATTA 
GGCCTCAACA CATTCTTAAA TGGTCTAGAT TATGGCATTA TTGAATTTGG TTTTCCAATT 
GATACCCTAG AAAAAGAAAC AGCTGCTGTA CTGGGGCAAG AATACGCACC GTTGCATGTT 
AGTTTTAATG GTTTATTAAA TGCCTGGTCA CTATTGGTGA CTGCCAATAT AGATGCGTCG 
GCTGGATTTA ATCGTGATTT ACTAACCTGG AAAGTCATCC AATGTATTGC ACAGGTTTCT 
AACCAAGTTT TAATTTTTAG TATATCAAAA TTTACTCAAA CTGATGGTTC AAGTAATCGT 
CGTGCTCATA GACAATTGAC AAGGCAGAGA TCAATACTAT TTGATTTATC ATTTATTCAG 
GCCATTAACA TGGTCACATC ACTGTACCAA AAATGCATGA CTATAATTCT GTGGGATGCA 
GCTACACGCC ACTCTATGCA ACATGCAATT TTTCTGCCAT TTAGTTTGAT TCGTGCTTTT 
CTAAATATAC CGGCTCGATC GGATCAGAGA TTTATTTTAC TTGAATATTG TTACAAATTT 
ACCAGATTTG CTGATCAAAT TTTGACGTCA ACTTACTCTT CTATAATACG CGAGCGCAAT 
GCCGGTAATA AACAGAGTTT TCAAAATACT ACCAACGCAA AGTCATCCGC TAACGATGCT 
CTACACCTTG ACGTGACAGT GAGAGTGGCC AACTTATGGC TGTATCTTTA TAGCCATATC 
GTTGTTACTT GGAAAGCTGT ACAATCAGAA AATATTGCAA GTGATAAAAT CAAGGAATTG 
GCTAGGTCCT TATTATATAA CATTCAGGGG GTGTTAACGC ATTATAATAT AGAAATACCT 
TACCAAGATA ATGATCATGC CTGTATTCAA GCATTAAATG AGTGCTATAC AATGTATTTT 
AAAGGATCAA TACTAGATGC TGCCAAATCC TTGGCGTCAG CATATCAACG TCGAAGCGAT 
AATAATCTTC TAACTGACAA TTTTAAATCT GCTCATCCCA AATTATCCTT ACTTTACATG 
TATCTTGAAA GTTATCATTT AAATGACGCC ATTAATCTGG TTAACTCACT AATTGCCGTT 
CGTCACGATC ATGATGCATC ACTATCATCC ATTAATCGAG CTGCAAGCTA TGCTAGCCTA 
AGTGCCGGCT CAGACATAAG CCATTTATCA GTACCACAGC TATTTTCAGG TAGACAGAAA 
CATCGATCAT CTCGGAAAAA GAATTTAAGT AACAACATGC CCCATTATTG GGTTAAAGAT 
ATAATAGACC TTGAAGTTGT GCAAAATTTT GCGCGTTGTA TGGCTTTGTA TTTTTGCTAT 
GGATATGATA TTTTAATTAG TCCTGCACAC CATGCCCAAA ATTGTCCGAG TCTATTTACA 
TTAACTTGTC GAAAAGGAGA GGATTTAGAT CTAGTAAATA AAACTGAAAA CACCAGATTA 
TTTCGGTTGA AAGAGCGTCT TAAAGGACAT AAATTTTTAC CAAGAATAAA ATCCACAGCC 
CTAGAGGTGG TCTATAAAGA TGGAAATCGT TATTTTAAAT TGGATCGTGA AAGCATCGCT 
AAAGCAGTTC GTAACTTAAC TTTAGATAGT GTATGGACAG CGAAATTTAC GTGTTATTTA 
CTGCTGACAT CAGGTTTACT GTCAGAATCG ATTTGGTTTA CCATGCAACT GGGCGATTGG 
AAAAATGCTT TAGTACTTGC TACACTATAC GAGAAGCGGT ATCAATTTTT TCAAGCGAAC 
AAATTTGTAT CTTTTGCAGA ATTACCGAAA CAATTGACAA CAAGATACAT TATTCAATCG 
CATATCGATT CAGCCTTGCA TATTAACAAG AAAATTATCG AAGAAACTAA TGCAACAGCA 
AGTGAAGTTA ATGACTCAAA TGTTACTTCT TGTAGTGGTG AAGTAATTAG TTCTGTTATT 
GCTGATGTTT TACAAATCTC CGCCTTGCTA AATCTGTCGG AAGTTGCTCC GTATACCTTA 
TCTAGCCTAA TCCGAGCACT GAAAAATAAA ATTTGTCAAC TTGATATATT TGTTCCTGAA 
GAACTGTACT TACCAGCTCC GCCACTGTAT TGTCCGCAGT TTTTGGATAA TGAAGATGAA 
GCATCTCCAT TCACAAGCTC GGATACTGAA TCTGTTTTCC GTACGATCAT ATATAATAGC 
AGTCAACAAT TACTGAATAT TTATAGCTCA TCACATTATA TATCCGCCTG TACGAAATGG 
TATTGCCAAA AGATAGTTCG AGCTTATTTA ATGAAGAATT TTTCTAATTC GCAAGAAAGT 
CACAACGATA GAAATGATTT GAATAATAAT TCCGTACTTC TAGATACAAA TATGTTAGAA 
ACTCATAATA TACCGGCAAC TCTTTCAAAT TACGCTCTAG CTGAAGACAA TCTTGCTACG 
ATTTGGCTAG ATCAATGTAA TGATATAAAT ACATCTTCAT CAAATGTTAC CGAAATCATA 
AATGCAATTA GTGTATTAAA TTCTTTTCGA CAACTCTGTA TTCTACTCTG GTTGATGCAT 
GTTCGAGATG AATTTTCTTT AAATTATCGT AAATTGATGG AAGGAAAAAA TTTTTCATCA 
TCTGCGAATG GGTTCAATAT TGAAGATTTT CACCAACATT GCCTAGTAAC GCTAAAGTGG 
TGCTTAATGC TAATTCATTT TGCTGATTTG TTGCAAGATA AAGCGACGAT ATTGAATATC 
ATGTTAAATA TTTTAATAGA AATTCCTATT AGCCCTGTTC ATGCTAAGAT TTTGATGATG 
CACAAAGATG AATTTACTGA TTCATCGACT TCATCAATGA TTAGAAAGAA GTATTATCGC 
CTTATTAAAA ATATTGAACG CCATGTTATT CAACAAACAC ATGAAATACA TATCACAACA 
GAAGAAGCAT TAGCTACTTT AAGTGAGCAG AAACAAGATC AGTTTCAGAA TGTAACCATA 
GAAAATTATC AAATTCAGTT TGAAATCTGT GAAGGCCAAG ATAGTCAATA TAATCAAGCA 
TCGGATTATA TTACCCTTTG GCCATTCGAA ATGGATAAGG ATTATCTAGA GTTTTTAGAT 
ACATTCTTTT TGATAGCACT ATCTAAAATA CCAGAAATAT CGACCACTAC CAATATACCC 
GGCGTTGCAA CACTTCCTCC TTTGCCATTG CTGTCCTTGT TTCGTAATCA AATTGCTGAA 
TATCTGAACA TTGTCGATGG GTATTACAAC ACCAAGCGTA ACACCAAACA ACGCTATCGG 
AAGACAAATT CAGGCAAAAT CGACCCAAAA GACAGAATTT TACAGAAAAC GGCCTCCTCC 
GCTGCTTTAT TGCAAAATAT ATCAAAAAAA AGTCCACAAT CTACTCCTCA ATCAGCTAGA 
GGTCACCGTT TACCTACTGG CGCTACTAAA CAAAAAGTAC AGCGGCAACG TAGCCGCAGT 
TTCGATGCCA GTGAGAAAGC TAGCCATAAA GGAGCATTTA TTCATCAAGT GCTGTTAGAT 
GATGATTCTG CAGCTAACAG TGACGATAAA TATCGGCAGG ATAGTGAAAA TGATTTAGAA 
AAAATACTGA ATGGTCCGCT GTCATTACTG ACTCCATTCG CTAAATGGTT GTTGAAATGG 
TCGGCAAAAA GTGAGCCTGG AGATATTCAG CGACTTAACA TTGGCACTAA TAGATGCCAC 
CTGATTAGCA TGAGAGTAAT TTTGGATCTA GATATCGTAC TAAATAGCCT TTGGCTGCTT 
GAGAATGGCT ACCAAATTGA CTCTTCTAGA TTCAATGACG ATGAAATTGT CCATGGTACT 
CATTTTATGG CAGAATCCTC AATTAAGACA GTAACGTCTG ATGATTCTAT GGCATCATCG 
TCACGATTAC GAAGTGTATC ACATCCTACT CCGATCCTGA ATGCGCTAAA CGTGCAAGAT 
CATGACAGAT CTGATGGTTT TGACTCTAAG CTTGATCTTA ATCCCTCCTC AGTGTCTTCA 
ATACCATTAA CAAAGCTGTC ACATGATGAT TTATCCATGA AAGATATTGA TTCTGTCAAA 
AGCGTAGACT TTTACAATGT TAACGAAGTT TTGGAACATG AGCAGCAAAA TCATATTGAT 
GACGGCGATG ATGCAAACGA CAATCTAATT CAGAATCCGT TAGATACAGA GAAACAATCT 
GCCTATTTTC ATTTAAACAC TGATTCAAGC GAGTCAGAAT CTAATAACTT AAAAGGTGTT 
CTCACCAAGC AGATACAAAA TATAGAAAGA AAGGGTGATT TTCTAGCTAT GAAGCAGCAA 
AATATTAGTG ATAGTACTCG GTCTGAAGGT GGACAATTGC ATAAAAGTAG TCAAACAAGG 
GAAAAAATAT CAACATGCGA AATACCACCT ACCGATGCTG ATCAAGAGTT GAGCACATCG 
TTAGATGATC CAACTAAAAA ATTGACAAAT ACCAAAAGTA ATTCTAGTTC ATTAACGGCT 
TCAACGCCTT TTCATCAAGC TATCACGACC GTTGATTTGT CACCTTCAAC TTACCGATCG 
ACAAATAATC AGGATGGCAC CTTAATTTTT TTCGATCGTA CTGACAATAG TGCTGAAGAA 
AAGAAAATTA TGGAACTTAA TGATAGCGAC AACCAATATC CAACTGTTAT TGCAAAGAAA 
GAATTATCCA ATGTTGACCA GGTCAATTTG GATAGTAGCG GTAAAAGGTT GGATTTAAAT 
CCTGATCAAT CTTCAAAATC TTATGGTGGC TTTCATCAGG AAGTAGACTA CGACAAGGTG 
ACAGACATAA TGCCAACTTA TGTAATGGCA GTCGATCAGA TAGCGACAGA CAGTAACTCA 
GATGTTTGTC ATAGTAGGGA CAACAAAGTA TTAAGTCCGA CACATGGCAG GAAAATAACC 
AGGCAACATC AAGTCAAGAG CTCTTCTAGT GCTAACGAGC ACTCTAGTAC AATGAAACAG 
GAAATTTCAA CATTACGACG ATATAGTAAA AATTCTCAGG ATCACAATAA TAAATCTAAG 
AGTTACAATA GGAATGCACT GGTTACTAGT CACTATCGAA ATAGTTTGCA ACCTGATAAT 
GATAGTGAAA GTGGGGAATG GAATAGTAGC AAAATCAAAG CAGCTTCAAG CAAATATCAA 
ATTAGCAGAA ACGTCAAAAG TAGTAATAAG GAATTTCACG ACGATAGCGA TGAAGAATGT 
ACTTATCGTC AAGCAATTTT AAATCCTTTA AGCAATGGCA CTACGGACAG CATTAAATTG 
AACACAGCAA AAATTATGCC AACCTCGAAT AAAAATCAAG GCAATAAACT GTATCAGCAC 
TCTGTTGAAG GTAATGGGCA GGAATCATGT CATGACCAAT TTTCGGATAC CATGGAAAAA 
GACGAAGTAA AAATAACCCC TGATTCAGTT CAAAGAGTTG TTCGTGATGA AATGATTAGA 
GTTTTACAGA TGCAAAATAG TAATTTAATG ATGATGTTGC AAGGTGCTCA GGAAAGTGGG 
GCCCCATTAT CAAAGCCAGC TTTAGACGCT GACAATATCG GTATTGCTAC CCAAAGTCGT 
CAATTTTCAG AAAGAGATAA TGCAATAAAA ATCAATGATG ATGAGAAAGA ACATAAGAAA 
TTTGAAACCA AAGTTGATGC ATCAACGAGT CCGATTTTAT ATCAAGCTAA TGGAATAAGT 
CAACAGGAAG ATGAGGATAC AACTCGTAAA GATAGTTCAG ATTCGAAATT ATCAATCCGT 
ACCCAATCAT TAAATGAAAC AAGAAGTATT CAATCTAGCT GCCAATCAAG TATCAGAAAG 
ACCGATTTAG TTCATTCTGC CGTATCTTCT GGTACTTTAC CGCTTTTGCA AGCTAACATT 
GCAGATGATG AAGACGAGCA ATTACCTCAG CTAGATTCGA ATTCCCTAGT CTACTCTGGC 
ATAAATTCGA AGCTAAATCA AGATCACGGA GTATCTATGG CTCCATTGTA CCATTTGCAC 
AGTCATGATA TTGCATTTGC GTCAAAAGAA GTAGAACTAC CATTATTAAT GGTGGATCCA 
AAACAATTGA ATAATCGAGT AAGCGAATAC CGTTCTACAT CATTAATTCA ATCATATGAT 
ATTACTTCTA TTCCTCGCCC CGAAGAAATA ATCAAATCTG AACGCACCGC TGAAAATTCT 
TATCCACTTT TACATGTCGA TTTGGATACA GTCAATAATA ATTATCCTAA ACGTCAACCG 
CATAATAACA AGCGAAACAC ATTTGTCTCA ACTTTGATAC CTCCCGAGCA AATTTCAACC 
ATAACTGACT GGAATAAAGT GCCCAGCAAT TATTTGTTAT CAAATGGTTT AAATGATGTT 
GAGTTACTGA AATGCGATTT ATCTTTATCC TCATTAAATC ATAATGATAA GCTATTAAAT 
GAAAAAGACC TCTCCAAAAA ACAACCGGAA AAAATTAACG TTGATACGAA AGAAGTTCAA 
ATTGATAATA AAATAAATCA TGAAATCACT GTTACAAGAA GAAAAAGACA CCGGCAGCAA 
AATAAGGAAA ATTTCCAATT TTTAAATCAA TTAGCCCTTG ATAGCAAACC CATTCAATCA 
AATTCGCAAA ATACGGCTAC AATAGATAAC GATTGTGTCA GCTCAAATCA GATTAAAGAT 
TTAAAAGAGA AAAAAAATAA AAGAATATAT AGAAAAGATC AACCAGGTCA AATTAGAGTT 
GGAAATGCAG TTATAACATT AAAACAAGCT AAGGTTACTT CTATTTCTGA TGTTGATATC 
AATGGCGCTG AGAAAAAATC AGGAGAAATT GACAATCTAA GTCTTCAGTT AAGCAATGTT 
AGTCAACAGT CCATACCTAT CACAACCCCT GAACGGGAAG AAATGCAAGA GAAATTACTC 
AAAGATAAGG AAAAATTTCT AAACGATGTT TTCGATGGTC AAGTTCCTCT TGAATTAAAA 
AATATGGTAC TCTTTGGCCA ATCTGTAAAA GGTGAACAGG AGGCAGAAGA TGAATTGGCA 
ACAACTGAAG ATGACGAAGT GCAATTAGCG AGCAATCAAG CTGAAATTGA TCACTATAAT 
AAAGATGCTT GTGTTGGCCC AGATATAGCT GATGATTATA ACATCTTATC ATCAAAGGAA 
ACCACTGAGG TACATACTCA AACAGAAAGT TCAGAATCAA AAGCTAATGT AGCGGGAAAT 
GGTATTCATT CAAAAATGGA AATCCATCAT TTACTTGAAG AATACCCACA ACAACCTCGT 
ACTGCATCTA ATGAAGTAAT TAATCAAGAT CAACAACCTA TTAGTTATGT TTCCCCTGAG 
TTATTTCTTC ACGGCAATAA TCAAGCTACG AATTCATTGC TAACTTTACC TAAAAACACT 
AAGGTAACGC TAATTTCTGC AGCTGATACA GTTAGCAGTA ATCAATCTAG CCATGATGGA 
AAACAGCATC ATTTTATTCA TGTCGCTGAT ATACACAGCG ACCATCCAGA AAGTAATTTC 
ATACCTGTTA GAACATTTAA GCCACCAGAA TTAGCATCAT CTCTGCAGCA AGATGTCGAC 
AGATTGTTAG AGTCAACCGA TAGCGATAGC AAGTTAGACT TGCATAAAGA CGGTAAATTC 
GATGATATTA AGACTAATGA TATTGGTCCG GATGAAGCCA CTATGTCAGC TTTCAAATCT 
CTTGATGACA TGATGAAATC GGTAAAGCCG ATTGCCCCTT CGAGCGAAAA TGACATACAA 
GTACGAGCTA AAACTGGATT ACAACGGCAT TTAGAAGGAA TGAAATCACG TTTGGAAGCA 
ATAGAAGAAA TTACTCAAAA TGTTACAAAT CAATTTCAAG ATGTTAAAGC GCTAGCAAAA 
ACAATTGAAC GACTAGAACA AGCTCGTCAT CCTCAATTAA ACATAGATAA CGACGGAGAA 
GATGATAGCA ATCCTATCCA AGTTACTACA TTACTAGAAC AACTCGGTCA AAAGCTGCAG 
CCAAAGATTG ATCACAGTGA CAGTAATCAT ATATCATTAC AAGTCAATGC TTCTCCATCG 
ACTTCATTAT CCACCTCGAA AGACGTACTC TCGAATGTGG CATTAGAAAT TGAATCCAAT 
GTGGAGCATC ATGTCAGTGA CGATAGAGGT AGTGAGGAAA GTTTTTCGTC GACTATTCAA 
CTAAGTAGCA AATTGCCAAC CGATCTTGCA TCAATGATCA GTAAGCAGAG CCAGATTACT 
GACCAATCTC AAGATAATGT TCTGACCGCA TATAACAGCG TAAAGAGTAT AAAGGAGTCA 
TTGCCTGAAG GTTCGTCTGA TTTAAGATCG CTGTTTCCTG ATTTGCAACA ATCTCAAAGC 
AACGTTGATA ATAAGGAAGA AAAAAGAAAG GAATTACTAG CTTGGATGGC TAAGCGTCGT 
CAAGAACAAG CTATCAAATA TAGGCAACAT TTGGATGATT TAAAAGAGCG AGAAAACCCA 
AGTCATTTCA GATATAAAGA TGGTAAGAAG AAAATGGGAT ATAAAGAAAT TAAAGCTAGT 
CGAAAGAAGG AACTTCATCA GCGTAAGTTA AAAGAGAAGA AATATCAACA AACACGTTTT 
GAACTTGCTT TCCAATTAAT GGGCGATATT GTTACTGAAC CGGCGCCTAA GATACGCAAA 
TACAATGAAG TCGTAAAATC ATCAGTAAAA TCATATCAAC GGAATGGACC AATAAAACAG 
AAAGCCAACA AATCTAATAC CACTGAAAAT AATGCAACGA AGAGATTAGA ATCAGCATTT 
AAACTAATAG AAGACATGCA GTTAACAGGA CAAGAACAGC ATATTATTGG CGAAGAAGGC 
GATGATATAG AAGATGAAGG TGCTCAGACT TTATCCAGTG AAGGGTATTC ATTCGCTCCT 
TATGTTAATG ATCACTTGCA GCAAGCGCTA GTGAAAAATA GAGCTCCATT TATTCGCAGT 
CAAGATCTTC ATTTATCATT AAATCAACAA CAAATCGAGG CCCTTCAGCG AGCTAAACAG 
TATTCACAAA GAATCGATAA GATTCAACAA GTACGAACTA AACGTGAAGA AGAACAATTA 
AAGAGTAAAA CTGATACCAA TACGAAACCT CGTCTGCTAT CTTCAACACC AGCAACACTA 
ACTACTTCAC AAGCTATTAA TCCTAGAAAA TCTTTAGCAT CTCCTCAAAA AGTTAGAGTT 
GGTTTTACTA CACCAGTTGG ACGTTATAAG GCCTCGCAAG CAAAAAGAGA GAGGGCTAAT 
CGCAACCAAT CTTATGCAAA AACAAAGTCA TCAAATAAAG CACGCGTACA ACAAGATCTT 
CAACAATCGA TTGAATCTGA CATTGGTGGA TGGGAAGCAA GTGACGTACA ATATGACGAT 
GTTAAAGAAA TCTTGGCAAA AAATAATATC AATATCGATA ACATTTCGTT AAGTAGTGGC 
AGTGTAAGCC AGTCAATTGA CTGGAAAGCC GTAGATGCTA TCTTAGCTGA AGATAGCAGC 
GTTATTGGCG GAAGTAATAT CTCAAGTAAC GATATTCATG GGTCTTCAAT ATTAAGCGGA 
CCAACTTCGG AAGCACCAAT CCGCTACGGC ATCCAAGACC ATGATTTAGT CTTAAGTTAT 
AATCCTTCTG ATGATTTCAT TAAGTCTAAC GTAGGAAAGG CTGCTCAGAT TCGAGCCGAT 
TATAATCACC CAGATCTTAA ACAATATCAT GTAGTTGGAA ACTCCAGTAA TATACGCGAT 
ACAGCCAGTA TCAGATCAGT TAGTAGCATG AGTGGAAGTA TAATGAGTAA TATCGATTGG 
GATGAAGTAG ATAAACTAAT AGAAGATGCT TAA

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

PubMed

The Trichoplax genome and the nature of placozoans.
Nature454(7207)955-60(2008 Aug)
Srivastava M,Begovic E,Chapman J,Putnam NH,Hellsten U,Kawashima T,Kuo A,Mitros T,Salamov A,Carpenter ML,Signorovitch AY,Moreno MA,Kamm K,Grimwood J,Schmutz J,Shapiro H,Grigoriev IV,Buss LW,Schierwater B,Dellaporta SL,Rokhsar DS

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TRIADDRAFT_58803 cDNA ORF clone, Trichoplax adhaerens

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

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