TRIADDRAFT_56694 cDNA ORF clone, Trichoplax adhaerens

Gene
Clones
gRNAs

Summary

Gene Symbol	TRIADDRAFT_56694
Entrez Gene ID	6754208
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Trichoplax adhaerens

mRNA and Protein(s)

mRNA	Protein	Name
XM_002112959.1	XP_002112995.1	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_56694 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TRIADDRAFT_56694 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
OTn02646	XM_002112959.1 Latest version!	Trichoplax adhaerens hypothetical protein (TRIADDRAFT_56694), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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** 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_56694 ( XM_002112959.1 ) cDNA ORF clone, Trichoplax adhaerens -> XP_002112995.1 Trichoplax adhaerens hypothetical protein (TRIADDRAFT_56694), partial mRNA.

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CloneID	OTn02646
Clone ID Related Accession (Same CDS sequence)	XM_002112959.1
Accession Version	XM_002112959.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6330bp) 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_002060947). COMPLETENESS: incomplete on both ends.

ATGTCCAAGA AACCACGACA GAAGAGTGGT TCTGCCGGTA TAGGCAGATG GGATTCGCAA 
CTAGTCAATT ATAATCTAAA CGAGGATGAT TGGAAAGCAG CTTTATTCTT TGTAGTTGGT 
GATCGAACGG AAGATTTTAA GCATATCAAT ATATTACATT CCGCAATTGC TACCGGTATT 
CGCAAACAAT TTTACGCTAT ATCTAAGGAC GACGTTCTAA ATCAGGCTAG AGAATTAGGT 
GGTAAAGTCA GAAAGGGATC AAATCGTGAC CTACCACAAT TTGTCGAAAT CTGTGAGCAT 
GTTAAGGGAA TTCTGGATAA TGGAGATGAA ATTAGCCCTC ATTTACAATC AAGATTAATA 
AAATTTAAGC TGATTCAGAT AAAGACTAAA GATATTGCTA AACGCGAAGC GGAACGAAAA 
GTCGCAGAAT TGGCGAATAG AAACAATGTG CGTCAAGATA GGGTAGATAC GAAAGGCAAG 
AAACCTATTT CTAGCCGAAG AAGTCGTTCT CCTGCTAAAA AGCGCGATAT ACAACGAGAA 
GTACCAATGC CACTTAAGAA GGAAACTAAA CTAAAGAGGC GAGGCGAAAA GGAGGATAAC 
TTTCAAACCA TCGATGATGA ACCAGAATAT GGACCTCAAG CTTACGTCAT TATCCACGGC 
TTCAGTGAAT CTGCTGTCTT AGCATATTGC GCTGAAAGTA ATATACCGAT TGATGCCACT 
ATTAAAGTTC GGTCGGACGA TTATGAAACA TTTGAACAAC TTTATAAATT AGCTGAAACT 
TCAAATGTGC AAAATGTTAC AACCGAAGAT CATAGCAAGG ATGACATTGA TAAACAGATG 
GAACAAAAAT CGAAAAAATT CTGGAAAGAA CTGGATTCTG TGGTACTGCA GTCCTTTGCT 
AGTGCCAAGT TACATGATTT AGCATCCTTT GAAGTAGAAA TTAAAAAGTC TTTATTCCCG 
GTTGATTATC AAAATATTGA AAAGAAGAAT GAATTTGGGC TGAAAATGTT TGATCAAATT 
GCTAATATAT GCTATAATAT GTTGCTTCGG CGTCGAGAAT ACCAAGAATA TCTAAAAATG 
ATCAATTTGA TCCGAATTCC GACTAACAAT TCAGGAGATC TCAACGGCAC ACAAAATATT 
GTTAATGATT CAGTTACCGC TGATGTTGAT ATGCGTTATT ATAACGATAT TCTCAACTCA 
GTTCCAACGG AAAGTGTTAC TGTGCCTTTA ATTATGTATG CCATGTTGGA GCAGGTAAGC 
ATCGCGATCG ATGAAAGCGA AATTGCAGCT TCTTTAAATA ATACAGCTTT TAATTATCCT 
GCCGCACCAC CTCCATCAAC AGCAGCAACT GCAGTTACAC GCGACGAAAA TGGCGCTGCA 
GAGGCTTCCG TTATGGACTA TTTTGATAAT GCTATTCGCG GTTTGGGCTT ATCCGAGCCT 
ATCGTAAAGT CCATAACAGA TAATGCTACT ATCAATGATA CAAGTGTATG GTCGAAGGAC 
AACAAAGTAG AAATTCCTCC CGTAGTTATT CGTCATGGTG ATGAAGCATT AAAACGTTAT 
TACCATTTGG CTCGCTTAAA CAATATTATT CCACATGAGG CGGAATTAGA GATGCTACGA 
AAATTACCAG TTGCCCGCCT CTCGCAATTT CAGGTACCTT CTCAACGTTG TGTTTTGGAT 
CGAGCTTCAA GAGCTCATCA ACTTCAGCAT TTTTGTACAA AAGTATCGCT AACTGAAGAC 
TCACTTAATC GCATCTTAAA ACAAGCTACA TTTGAAAACG TTAGCTTAAC TAGTGTTGAT 
GATCAAGAGA TTGTTCAGGA CAGTAAAGAC GTTAAACCTA TCATTTTACC TTGGGACGAT 
CCATATTTAT TTCCCACTCA AAATAATGAT CATCATTTGG ATGAAAATCA GCATGATTTC 
GACAATTGGC TTTACGCTGA ACACTATCAA GCTGATAGCA TGGTACAGGT ATTATGTGAA 
GCTCAGGAAT TAAGATCGCA TGTGGACACT TATCATAATC GACGCGATAA TACTCTACTT 
GTGGTTATGC ATAATCCCAT TGGTAAACGA CAACAGCACT TAACTAATTG GGATTACAGC 
TTACACTCCA ATGTTGGCTT TCGCAACTAT CTAGAATATG TAGCTAAAGA TATTGGCGAT 
ATTGTATCGG AGAAGGTACA AAAGGAAATA GCAGCCACCG AAGCATTAAA TACTGCTCAA 
GCCGAAACCG TATCGGTTGT TGTTCAACCT GCTATGCCTT TACCGCCGAA GCAAGAGCTG 
ATTTCACGAG CAAGTATTAA AGAAGCTGAA ATAGCAGAAA GTATGGAAAG TAGTAAAAGG 
GCTAGAACGA AGCGCAGTAC TGCTCGACGA AGTCCACATA CCGAACAAAG AAAAACTCCA 
GAGCGACGTA CGCCTTCACC ACAATTTGGA AATTCAATGA ACAAGAAGTC TGTGTCTAAG 
TTGAAATTGC AAACTAAAAA CGAGAAATTA ACTGAGAAAG AAGCACAATT TCCATCTCAT 
GGTACGGGTA GTAAACGAGG TGCTAGCAAT AATCGGCGTG TTAGTTTACC TGAATCTGTT 
AAAAGTATGA CAGTGGATTC ATCAGTACGA TCAGAAACAC CAGTTAAAGA TGAGCTCAAT 
CGAGATATTG ATATCGAAAA AACCGATGAC GAGTGTGAAG AAAAATTCTT AGGTTATGAT 
CTCGGAAATC AAATGGTTCG AGTTTCTGGT TGTCAAGCAA CGCAGTTGCC ATGCGATGAT 
GGCTTAATAC GATCAGAAAG GACCAGTTAT GTTCACGGAA CCCTGTACGT TAAAACTTCA 
GTGTATAAAG ATGGTCATCA TTTTGTTGTC CACGTTGTTG ACCCTCATAA CGAAGAAGAC 
GAAGAATCGA ATAACGATGG AAATACTTCA GAGCACAATA AATCTCATGA TGCAGATAAT 
CCTGAGATGA AAGATAGCGG ATTAATGAAT CAAGATAAAA ATGCTCAGGA TGATCAAAAT 
CAGCCTATAC CACCTTGTAA GTTTGGCTCA TTTATTGCTC ATCTTCGTGA CGGTATTACT 
ATTTCCTATA GCCGATTTGG TGGTCACGGA TCTCATACTG CAGCTCCTAC ACCAACCATC 
TCGCCAGTGA AAAGTCGAAA ACATAATCAA GACAAGCAAG ATAGGCAGCA ACAATCACAG 
CAATCGCAAT CGCAACCGAC ACCGTCAGCA TTTGATACAT TCATTCATCA AGATAGTAGA 
ACAGAAGGTG AATTAAATAA TCCTACCTCT AATCATAGTT TCAAAGAGCA AGTTAAAGGT 
TTATTTATGT CCTGTCCTGA TGGTCTTCAT ATTCAAGCAA CCGTTAATGA TAAATTAAGC 
AATGAAGACG GTAGTAGCAA CAATAATCTT GGCATTATAG TTCGCCAGTT CTATACTGAC 
AAATCGAATG GCTATCATGT GTGTGAAGCA CTCAAATCTC AAATAACGAA GGAGGAAATT 
GGTCGAACAT TTACTCATGA CGGCAATGTC ATTAAGTTAA TGGTTGATGG CAGTATACAG 
GTTTTAATGC CACATGGTGT GATATGTAAA TCTGCTAGTG GTAGCATTAA TTTTCCTCGC 
ACTGTTACTA CAGCAAATGG ACAGAAATCA AGCGACGCCG TACCTAATAC ACCACAAAAG 
AAAACAAGTT CACGTAGTGT CTCTAAAAAG GTATCTAATA TTTCAGCTGT TGATCATTTC 
AATAAAATCG CATTAGAAAA GTTCAATCAA TGGGAAGTGA TTAGTCCGGA AGGGCAACGT 
TATTCAACTC GATTAGATTC AACACAGCAT CAATTAATTG ATGAAATTAT CTCTACCGTC 
ATGTCTGATC CAATCACTCA TCAACGTGTT AGAGTAAGAG AAGACAACGT TATCATTTCC 
AACCATGATA ATGGTAGTTC AGTTGTTGAA TATCCTGATG GAACAAGGAT TCATACGTAT 
TATGAAGAAC GACTAAAAGG ACGTGATGAA GATGGTAATA GGATCACTGA AAGAATTAAA 
TACAGAAAAA TTGAATGCAA TGGATATGCC GGTGTAATTT TTAATTGTAG TGACGGTTCA 
TGCCAAATTT TATTTGCTAC TGGAACGAAA GCTACTGTAC AGGTTGATGG AAATCATAAC 
TTAAACTTAG ATGATGGCTC TCAAATTGAA TTACATAATG ATGGTCGGAC ATTATATCAA 
CCAGCATCGG TTCTTATAGC TGGTACATTT GGAAAAGAAG TCGGTGTAGT AGGTGTTTAT 
GAAATGCATC ATGCTTCATC AATCTGTTGC CATACTGTTG ACAGCCGTGG CAATACTTTT 
AAAGTCTCAT CGCAAGGAAA AGTTATTGTT GATTTCGCTA AGAGTCCTGA AAGTGACGGT 
GATCAACTTA TTAATCCACT TATATTACCG CGATTATTTA TCTTGAAACC TGATGGTAGT 
GGTGCTGAAT TGATGAATAT CCATTTAGTT GATAGTGAAC TAAACAACTT AGCAATGGAT 
AAGGATAACA TTATCATGAA TGAAAATATT AGCAATCGCT CTAAAGCTTC ATGCGTTACA 
ATATTGCAAC CGCTAGCTAA TGTTACTTTA AATCGTTGGA CAGCACCACC ACAAGCTCGA 
GAATCTATCA TGGCCTCATT GAGAGTGAAT TCTTTCCGTG TAGATTCTAC TATTGCGGAT 
ATCAAACAAG AAATGCGCCA AGCAATCTTT GGTCAGGAAA ATGATAAGAA GAAAGCTGCT 
TTGCATAAGA AAAAGATACA TCCAAATGGC GTCGAAATCC GCCACTTAAT ACGATATCCG 
AGAATATCAA AGAAAGAAAA GAAAACCTTA TTCAATTGTC TAAGTGAATA TAACGAATTC 
GTTAATGAAC GTGAAATCAA TGCCGATCAA TTATTACCTC AGGATGAACG AAATTTAGAA 
GAGCGTTCAC AAGCGTCTGA TTTTACAGTC AATTATCGCA GTCAAAGTCG ATATCATACA 
CAACAAGAAG AATTGAATGA ATTTATAAGT GATATTATAG CAAATAGTTC TAAGCCTGAG 
TTATCTGATC GCGATATTAT TCAATTATAT CTTCACGCCA AATCACCATC AAAATTAGAA 
AAACAACAAA AACCTAAGCC GAAAAGAACA CCAGCAGATT GGCAAGCTGA TAGAGAAGAA 
CTAGCTGCTG CTGAGGCACG TAAAGAACAG TTGAAGTCTC ATCATATCCC TCCTTATTTT 
CATACCGAGA AGGGGAAAGA AATTTTAGAG TACATTAACG AACCTAATAT GACAGCATTG 
ACAAAAGAAT TAGCAAAATC GCCGCTGAAA AGTCATCAAG GCGACAGATC GTCTACTGCG 
TTATCTTATA TTTTAGATAA TTTAAAACTG GATTCGGAAC AAACTTTACC TAATCCTAGC 
GGGATTGCGG GTGGTGATGA TACCGGTGTG GTTGATCTAA ATGTTACTAG TGAAAATAAT 
CCAGATAATA AAGATGAGGA AAGCAATACA AAGGTAATAT CCAGTCTTGA TGTTAGTTAT 
GAGGAAGCGC GACCGATAGC ACCAACACCT GGAAAAGCAG TGAAAATGCA TACAAGTAGC 
AAATTTAATG AAGTCGAGCA TCATAGTACC ACCATGAGTC CATCGCGCCC CGCTAATGCA 
ACTCCTAGTC AAGCAAGTGT TTATCCTTCT ACTGTAGCTA AATTTGCCGA GCAGGATGAT 
GCAAAATCTA TTAATAATTC TTTGAGAGGT GATGTTCAAT CGGCGCCATT AGAGCGTATT 
ACGGCAGCTA CTGAATTAGA AACAGCATCT CCTGACATAC TTACTATGCA TAATGGGAAC 
GAATTTAAAA TGCGTAATTT AGTTTCCGAG AGTGATGCTC AACGTAATAT TTCCACAAAT 
GAGAGTCTTA GTAGGAGCAG TCAATCTCGT GTTAGAAAGC CTGTATCGGT CAAAGGCTCT 
AGACCTGGCT CAATTCCCAA TGAGAAGTAT ATGAAAATAG AAAGCCCAGT TCGTCGAGAT 
GTCAATACAG CATCTGTCTC TAATGGCAGA CAATCACGTG CCTTTGAAGT TTATCCTGAC 
TGTGTGGAAT TTGGTGTCTT GAAAGAAGGC TACATGTACA GGAGTACGTT TTTACTTAAA 
AATATTGGAG TTGATGTAGG CAGATACAAG ATTACTCAAC CCCCACCTTC AACCGGTTTA 
AAGGCTTCTT TTCAACCAGG ACCCCTCGCT GTCGGTATGA CTGCAAAAAT AATAGTTGAT 
ATCTATGCAG TTGCGGTTGG CATTGAAGGT GGCAAAGATG GTGCTGGTTC AGCAAGATTA 
ACATCAACCA AGACTTGGTA TCCCAACTAA

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

RefSeq	XP_002112995.1
CDS	1..6330
Translation	MSKKPRQKSGSAGIGRWDSQLVNYNLNEDDWKAALFFVVGDRTEDFKHINILHSAIATGIRKQFYAISKDDVLNQARELGGKVRKGSNRDLPQFVEICEHVKGILDNGDEISPHLQSRLIKFKLIQIKTKDIAKREAERKVAELANRNNVRQDRVDTKGKKPISSRRSRSPAKKRDIQREVPMPLKKETKLKRRGEKEDNFQTIDDEPEYGPQAYVIIHGFSESAVLAYCAESNIPIDATIKVRSDDYETFEQLYKLAETSNVQNVTTEDHSKDDIDKQMEQKSKKFWKELDSVVLQSFASAKLHDLASFEVEIKKSLFPVDYQNIEKKNEFGLKMFDQIANICYNMLLRRREYQEYLKMINLIRIPTNNSGDLNGTQNIVNDSVTADVDMRYYNDILNSVPTESVTVPLIMYAMLEQVSIAIDESEIAASLNNTAFNYPAAPPPSTAATAVTRDENGAAEASVMDYFDNAIRGLGLSEPIVKSITDNATINDTSVWSKDNKVEIPPVVIRHGDEALKRYYHLARLNNIIPHEAELEMLRKLPVARLSQFQVPSQRCVLDRASRAHQLQHFCTKVSLTEDSLNRILKQATFENVSLTSVDDQEIVQDSKDVKPIILPWDDPYLFPTQNNDHHLDENQHDFDNWLYAEHYQADSMVQVLCEAQELRSHVDTYHNRRDNTLLVVMHNPIGKRQQHLTNWDYSLHSNVGFRNYLEYVAKDIGDIVSEKVQKEIAATEALNTAQAETVSVVVQPAMPLPPKQELISRASIKEAEIAESMESSKRARTKRSTARRSPHTEQRKTPERRTPSPQFGNSMNKKSVSKLKLQTKNEKLTEKEAQFPSHGTGSKRGASNNRRVSLPESVKSMTVDSSVRSETPVKDELNRDIDIEKTDDECEEKFLGYDLGNQMVRVSGCQATQLPCDDGLIRSERTSYVHGTLYVKTSVYKDGHHFVVHVVDPHNEEDEESNNDGNTSEHNKSHDADNPEMKDSGLMNQDKNAQDDQNQPIPPCKFGSFIAHLRDGITISYSRFGGHGSHTAAPTPTISPVKSRKHNQDKQDRQQQSQQSQSQPTPSAFDTFIHQDSRTEGELNNPTSNHSFKEQVKGLFMSCPDGLHIQATVNDKLSNEDGSSNNNLGIIVRQFYTDKSNGYHVCEALKSQITKEEIGRTFTHDGNVIKLMVDGSIQVLMPHGVICKSASGSINFPRTVTTANGQKSSDAVPNTPQKKTSSRSVSKKVSNISAVDHFNKIALEKFNQWEVISPEGQRYSTRLDSTQHQLIDEIISTVMSDPITHQRVRVREDNVIISNHDNGSSVVEYPDGTRIHTYYEERLKGRDEDGNRITERIKYRKIECNGYAGVIFNCSDGSCQILFATGTKATVQVDGNHNLNLDDGSQIELHNDGRTLYQPASVLIAGTFGKEVGVVGVYEMHHASSICCHTVDSRGNTFKVSSQGKVIVDFAKSPESDGDQLINPLILPRLFILKPDGSGAELMNIHLVDSELNNLAMDKDNIIMNENISNRSKASCVTILQPLANVTLNRWTAPPQARESIMASLRVNSFRVDSTIADIKQEMRQAIFGQENDKKKAALHKKKIHPNGVEIRHLIRYPRISKKEKKTLFNCLSEYNEFVNEREINADQLLPQDERNLEERSQASDFTVNYRSQSRYHTQQEELNEFISDIIANSSKPELSDRDIIQLYLHAKSPSKLEKQQKPKPKRTPADWQADREELAAAEARKEQLKSHHIPPYFHTEKGKEILEYINEPNMTALTKELAKSPLKSHQGDRSSTALSYILDNLKLDSEQTLPNPSGIAGGDDTGVVDLNVTSENNPDNKDEESNTKVISSLDVSYEEARPIAPTPGKAVKMHTSSKFNEVEHHSTTMSPSRPANATPSQASVYPSTVAKFAEQDDAKSINNSLRGDVQSAPLERITAATELETASPDILTMHNGNEFKMRNLVSESDAQRNISTNESLSRSSQSRVRKPVSVKGSRPGSIPNEKYMKIESPVRRDVNTASVSNGRQSRAFEVYPDCVEFGVLKEGYMYRSTFLLKNIGVDVGRYKITQPPPSTGLKASFQPGPLAVGMTAKIIVDIYAVAVGIEGGKDGAGSARLTSTKTWYPN

Target ORF information:

RefSeq Version	XM_002112959.1
Organism	Trichoplax adhaerens
Definition	Trichoplax adhaerens hypothetical protein (TRIADDRAFT_56694), partial mRNA.

Target ORF information:

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

XM_002112959.1

ORF Insert Sequence:

ATGTCCAAGA AACCACGACA GAAGAGTGGT TCTGCCGGTA TAGGCAGATG GGATTCGCAA 
CTAGTCAATT ATAATCTAAA CGAGGATGAT TGGAAAGCAG CTTTATTCTT TGTAGTTGGT 
GATCGAACGG AAGATTTTAA GCATATCAAT ATATTACATT CCGCAATTGC TACCGGTATT 
CGCAAACAAT TTTACGCTAT ATCTAAGGAC GACGTTCTAA ATCAGGCTAG AGAATTAGGT 
GGTAAAGTCA GAAAGGGATC AAATCGTGAC CTACCACAAT TTGTCGAAAT CTGTGAGCAT 
GTTAAGGGAA TTCTGGATAA TGGAGATGAA ATTAGCCCTC ATTTACAATC AAGATTAATA 
AAATTTAAGC TGATTCAGAT AAAGACTAAA GATATTGCTA AACGCGAAGC GGAACGAAAA 
GTCGCAGAAT TGGCGAATAG AAACAATGTG CGTCAAGATA GGGTAGATAC GAAAGGCAAG 
AAACCTATTT CTAGCCGAAG AAGTCGTTCT CCTGCTAAAA AGCGCGATAT ACAACGAGAA 
GTACCAATGC CACTTAAGAA GGAAACTAAA CTAAAGAGGC GAGGCGAAAA GGAGGATAAC 
TTTCAAACCA TCGATGATGA ACCAGAATAT GGACCTCAAG CTTACGTCAT TATCCACGGC 
TTCAGTGAAT CTGCTGTCTT AGCATATTGC GCTGAAAGTA ATATACCGAT TGATGCCACT 
ATTAAAGTTC GGTCGGACGA TTATGAAACA TTTGAACAAC TTTATAAATT AGCTGAAACT 
TCAAATGTGC AAAATGTTAC AACCGAAGAT CATAGCAAGG ATGACATTGA TAAACAGATG 
GAACAAAAAT CGAAAAAATT CTGGAAAGAA CTGGATTCTG TGGTACTGCA GTCCTTTGCT 
AGTGCCAAGT TACATGATTT AGCATCCTTT GAAGTAGAAA TTAAAAAGTC TTTATTCCCG 
GTTGATTATC AAAATATTGA AAAGAAGAAT GAATTTGGGC TGAAAATGTT TGATCAAATT 
GCTAATATAT GCTATAATAT GTTGCTTCGG CGTCGAGAAT ACCAAGAATA TCTAAAAATG 
ATCAATTTGA TCCGAATTCC GACTAACAAT TCAGGAGATC TCAACGGCAC ACAAAATATT 
GTTAATGATT CAGTTACCGC TGATGTTGAT ATGCGTTATT ATAACGATAT TCTCAACTCA 
GTTCCAACGG AAAGTGTTAC TGTGCCTTTA ATTATGTATG CCATGTTGGA GCAGGTAAGC 
ATCGCGATCG ATGAAAGCGA AATTGCAGCT TCTTTAAATA ATACAGCTTT TAATTATCCT 
GCCGCACCAC CTCCATCAAC AGCAGCAACT GCAGTTACAC GCGACGAAAA TGGCGCTGCA 
GAGGCTTCCG TTATGGACTA TTTTGATAAT GCTATTCGCG GTTTGGGCTT ATCCGAGCCT 
ATCGTAAAGT CCATAACAGA TAATGCTACT ATCAATGATA CAAGTGTATG GTCGAAGGAC 
AACAAAGTAG AAATTCCTCC CGTAGTTATT CGTCATGGTG ATGAAGCATT AAAACGTTAT 
TACCATTTGG CTCGCTTAAA CAATATTATT CCACATGAGG CGGAATTAGA GATGCTACGA 
AAATTACCAG TTGCCCGCCT CTCGCAATTT CAGGTACCTT CTCAACGTTG TGTTTTGGAT 
CGAGCTTCAA GAGCTCATCA ACTTCAGCAT TTTTGTACAA AAGTATCGCT AACTGAAGAC 
TCACTTAATC GCATCTTAAA ACAAGCTACA TTTGAAAACG TTAGCTTAAC TAGTGTTGAT 
GATCAAGAGA TTGTTCAGGA CAGTAAAGAC GTTAAACCTA TCATTTTACC TTGGGACGAT 
CCATATTTAT TTCCCACTCA AAATAATGAT CATCATTTGG ATGAAAATCA GCATGATTTC 
GACAATTGGC TTTACGCTGA ACACTATCAA GCTGATAGCA TGGTACAGGT ATTATGTGAA 
GCTCAGGAAT TAAGATCGCA TGTGGACACT TATCATAATC GACGCGATAA TACTCTACTT 
GTGGTTATGC ATAATCCCAT TGGTAAACGA CAACAGCACT TAACTAATTG GGATTACAGC 
TTACACTCCA ATGTTGGCTT TCGCAACTAT CTAGAATATG TAGCTAAAGA TATTGGCGAT 
ATTGTATCGG AGAAGGTACA AAAGGAAATA GCAGCCACCG AAGCATTAAA TACTGCTCAA 
GCCGAAACCG TATCGGTTGT TGTTCAACCT GCTATGCCTT TACCGCCGAA GCAAGAGCTG 
ATTTCACGAG CAAGTATTAA AGAAGCTGAA ATAGCAGAAA GTATGGAAAG TAGTAAAAGG 
GCTAGAACGA AGCGCAGTAC TGCTCGACGA AGTCCACATA CCGAACAAAG AAAAACTCCA 
GAGCGACGTA CGCCTTCACC ACAATTTGGA AATTCAATGA ACAAGAAGTC TGTGTCTAAG 
TTGAAATTGC AAACTAAAAA CGAGAAATTA ACTGAGAAAG AAGCACAATT TCCATCTCAT 
GGTACGGGTA GTAAACGAGG TGCTAGCAAT AATCGGCGTG TTAGTTTACC TGAATCTGTT 
AAAAGTATGA CAGTGGATTC ATCAGTACGA TCAGAAACAC CAGTTAAAGA TGAGCTCAAT 
CGAGATATTG ATATCGAAAA AACCGATGAC GAGTGTGAAG AAAAATTCTT AGGTTATGAT 
CTCGGAAATC AAATGGTTCG AGTTTCTGGT TGTCAAGCAA CGCAGTTGCC ATGCGATGAT 
GGCTTAATAC GATCAGAAAG GACCAGTTAT GTTCACGGAA CCCTGTACGT TAAAACTTCA 
GTGTATAAAG ATGGTCATCA TTTTGTTGTC CACGTTGTTG ACCCTCATAA CGAAGAAGAC 
GAAGAATCGA ATAACGATGG AAATACTTCA GAGCACAATA AATCTCATGA TGCAGATAAT 
CCTGAGATGA AAGATAGCGG ATTAATGAAT CAAGATAAAA ATGCTCAGGA TGATCAAAAT 
CAGCCTATAC CACCTTGTAA GTTTGGCTCA TTTATTGCTC ATCTTCGTGA CGGTATTACT 
ATTTCCTATA GCCGATTTGG TGGTCACGGA TCTCATACTG CAGCTCCTAC ACCAACCATC 
TCGCCAGTGA AAAGTCGAAA ACATAATCAA GACAAGCAAG ATAGGCAGCA ACAATCACAG 
CAATCGCAAT CGCAACCGAC ACCGTCAGCA TTTGATACAT TCATTCATCA AGATAGTAGA 
ACAGAAGGTG AATTAAATAA TCCTACCTCT AATCATAGTT TCAAAGAGCA AGTTAAAGGT 
TTATTTATGT CCTGTCCTGA TGGTCTTCAT ATTCAAGCAA CCGTTAATGA TAAATTAAGC 
AATGAAGACG GTAGTAGCAA CAATAATCTT GGCATTATAG TTCGCCAGTT CTATACTGAC 
AAATCGAATG GCTATCATGT GTGTGAAGCA CTCAAATCTC AAATAACGAA GGAGGAAATT 
GGTCGAACAT TTACTCATGA CGGCAATGTC ATTAAGTTAA TGGTTGATGG CAGTATACAG 
GTTTTAATGC CACATGGTGT GATATGTAAA TCTGCTAGTG GTAGCATTAA TTTTCCTCGC 
ACTGTTACTA CAGCAAATGG ACAGAAATCA AGCGACGCCG TACCTAATAC ACCACAAAAG 
AAAACAAGTT CACGTAGTGT CTCTAAAAAG GTATCTAATA TTTCAGCTGT TGATCATTTC 
AATAAAATCG CATTAGAAAA GTTCAATCAA TGGGAAGTGA TTAGTCCGGA AGGGCAACGT 
TATTCAACTC GATTAGATTC AACACAGCAT CAATTAATTG ATGAAATTAT CTCTACCGTC 
ATGTCTGATC CAATCACTCA TCAACGTGTT AGAGTAAGAG AAGACAACGT TATCATTTCC 
AACCATGATA ATGGTAGTTC AGTTGTTGAA TATCCTGATG GAACAAGGAT TCATACGTAT 
TATGAAGAAC GACTAAAAGG ACGTGATGAA GATGGTAATA GGATCACTGA AAGAATTAAA 
TACAGAAAAA TTGAATGCAA TGGATATGCC GGTGTAATTT TTAATTGTAG TGACGGTTCA 
TGCCAAATTT TATTTGCTAC TGGAACGAAA GCTACTGTAC AGGTTGATGG AAATCATAAC 
TTAAACTTAG ATGATGGCTC TCAAATTGAA TTACATAATG ATGGTCGGAC ATTATATCAA 
CCAGCATCGG TTCTTATAGC TGGTACATTT GGAAAAGAAG TCGGTGTAGT AGGTGTTTAT 
GAAATGCATC ATGCTTCATC AATCTGTTGC CATACTGTTG ACAGCCGTGG CAATACTTTT 
AAAGTCTCAT CGCAAGGAAA AGTTATTGTT GATTTCGCTA AGAGTCCTGA AAGTGACGGT 
GATCAACTTA TTAATCCACT TATATTACCG CGATTATTTA TCTTGAAACC TGATGGTAGT 
GGTGCTGAAT TGATGAATAT CCATTTAGTT GATAGTGAAC TAAACAACTT AGCAATGGAT 
AAGGATAACA TTATCATGAA TGAAAATATT AGCAATCGCT CTAAAGCTTC ATGCGTTACA 
ATATTGCAAC CGCTAGCTAA TGTTACTTTA AATCGTTGGA CAGCACCACC ACAAGCTCGA 
GAATCTATCA TGGCCTCATT GAGAGTGAAT TCTTTCCGTG TAGATTCTAC TATTGCGGAT 
ATCAAACAAG AAATGCGCCA AGCAATCTTT GGTCAGGAAA ATGATAAGAA GAAAGCTGCT 
TTGCATAAGA AAAAGATACA TCCAAATGGC GTCGAAATCC GCCACTTAAT ACGATATCCG 
AGAATATCAA AGAAAGAAAA GAAAACCTTA TTCAATTGTC TAAGTGAATA TAACGAATTC 
GTTAATGAAC GTGAAATCAA TGCCGATCAA TTATTACCTC AGGATGAACG AAATTTAGAA 
GAGCGTTCAC AAGCGTCTGA TTTTACAGTC AATTATCGCA GTCAAAGTCG ATATCATACA 
CAACAAGAAG AATTGAATGA ATTTATAAGT GATATTATAG CAAATAGTTC TAAGCCTGAG 
TTATCTGATC GCGATATTAT TCAATTATAT CTTCACGCCA AATCACCATC AAAATTAGAA 
AAACAACAAA AACCTAAGCC GAAAAGAACA CCAGCAGATT GGCAAGCTGA TAGAGAAGAA 
CTAGCTGCTG CTGAGGCACG TAAAGAACAG TTGAAGTCTC ATCATATCCC TCCTTATTTT 
CATACCGAGA AGGGGAAAGA AATTTTAGAG TACATTAACG AACCTAATAT GACAGCATTG 
ACAAAAGAAT TAGCAAAATC GCCGCTGAAA AGTCATCAAG GCGACAGATC GTCTACTGCG 
TTATCTTATA TTTTAGATAA TTTAAAACTG GATTCGGAAC AAACTTTACC TAATCCTAGC 
GGGATTGCGG GTGGTGATGA TACCGGTGTG GTTGATCTAA ATGTTACTAG TGAAAATAAT 
CCAGATAATA AAGATGAGGA AAGCAATACA AAGGTAATAT CCAGTCTTGA TGTTAGTTAT 
GAGGAAGCGC GACCGATAGC ACCAACACCT GGAAAAGCAG TGAAAATGCA TACAAGTAGC 
AAATTTAATG AAGTCGAGCA TCATAGTACC ACCATGAGTC CATCGCGCCC CGCTAATGCA 
ACTCCTAGTC AAGCAAGTGT TTATCCTTCT ACTGTAGCTA AATTTGCCGA GCAGGATGAT 
GCAAAATCTA TTAATAATTC TTTGAGAGGT GATGTTCAAT CGGCGCCATT AGAGCGTATT 
ACGGCAGCTA CTGAATTAGA AACAGCATCT CCTGACATAC TTACTATGCA TAATGGGAAC 
GAATTTAAAA TGCGTAATTT AGTTTCCGAG AGTGATGCTC AACGTAATAT TTCCACAAAT 
GAGAGTCTTA GTAGGAGCAG TCAATCTCGT GTTAGAAAGC CTGTATCGGT CAAAGGCTCT 
AGACCTGGCT CAATTCCCAA TGAGAAGTAT ATGAAAATAG AAAGCCCAGT TCGTCGAGAT 
GTCAATACAG CATCTGTCTC TAATGGCAGA CAATCACGTG CCTTTGAAGT TTATCCTGAC 
TGTGTGGAAT TTGGTGTCTT GAAAGAAGGC TACATGTACA GGAGTACGTT TTTACTTAAA 
AATATTGGAG TTGATGTAGG CAGATACAAG ATTACTCAAC CCCCACCTTC AACCGGTTTA 
AAGGCTTCTT TTCAACCAGG ACCCCTCGCT GTCGGTATGA CTGCAAAAAT AATAGTTGAT 
ATCTATGCAG TTGCGGTTGG CATTGAAGGT GGCAAAGATG GTGCTGGTTC AGCAAGATTA 
ACATCAACCA AGACTTGGTA TCCCAACTAA

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_56694 cDNA ORF clone, Trichoplax adhaerens

Gene

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gRNAs

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

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