TRIADDRAFT_34041 cDNA ORF clone, Trichoplax adhaerens

Gene
Clones
gRNAs

Summary

Gene Symbol	TRIADDRAFT_34041
Entrez Gene ID	6759561
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Trichoplax adhaerens

mRNA and Protein(s)

mRNA	Protein	Name
XM_002118302.1	XP_002118338.1	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_34041 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TRIADDRAFT_34041 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
OTn09506	XM_002118302.1 Latest version!	Trichoplax adhaerens hypothetical protein (TRIADDRAFT_34041), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00

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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_34041 ( XM_002118302.1 ) cDNA ORF clone, Trichoplax adhaerens -> XP_002118338.1 Trichoplax adhaerens hypothetical protein (TRIADDRAFT_34041), partial mRNA.

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CloneID	OTn09506
Clone ID Related Accession (Same CDS sequence)	XM_002118302.1
Accession Version	XM_002118302.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7647bp) 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_002060984). COMPLETENESS: incomplete on both ends.

ATGTTCCAAA TTTGCGATGA AGATATTGTT ATTGCCGGCA TATCTTGCCG AATGCCTGAA 
TCCGATAATG CCGAAGAATT TTGGCAACAC TTAATTCAAG GAAATGATAT GGTCACCGAA 
GATGATCGAC GTTGGCCGCC TGGTATATTT GGTTTACCTA AACGAAATGG TAAATTGAAA 
GATATAGAGC ACTTTGATGC AATCTTCTTT GGAGTCCATG CTAAGCAATG CAACACTATG 
GACCCTCAGT TAAGAATATT ATTAGAAGTA ACTTACGAAG CAATAGTAGA TGGTGGAATA 
AATCCAATAG AATTTCGTGG TCGAAAATGG GGTGTTTTTG TCGGTCAAAG TGGATCGGAA 
GCCATGCAAG CTTATCAATC GAATCCCGAC ATACAAATTG GTTATAGTAT GACAGGATGC 
AATTGCTGCA TGTTATCCAA TCGATTATCA TATTATTTCA ATTTTAATGG ACCTAGTATT 
TCAATAGATA CAGCTTGCTC TTCATCTCTA ATAGCTTTTG ATCAGGCTAT TAGAGCAATT 
AAAACAGGAG TTTGCGAGGG GGCTATCGTC GGTGGCTTAG GACTTGATGT TAAACCTCAC 
ACAAGCTTAG AATTTATGAA ATTAGGCATG CTATCACCTG AAGGCGCCTG TAAATCTTTC 
GATAATTCTG GTAATGGATA TTGTCGATCA GAAGGAATCG TCTCATTGTT ACTACTTAAG 
AAATCTCAAG CTAAACGAAA TTATGCGACA GTTATCCATA GTAAATCAGC TAGCGATGGC 
TTTAAACAAC AAGGTATAAC GTTCCCTAAT GGAGCTGCTC AAAGTCTATT ACTTCAACAA 
GTTTATCAAG AAGCCAGAAT CGATCCGCAA AAAGAGGTTA ACTATGTCGA AGCTCACGGA 
ACCGGCACCA AGGCTGGCGA TCCACAAGAA GTCAATGCTA TCGCTTCTGT CTTTATTGGA 
GAAGACCGCC AGAATAAACC TCTTTTAATA GGATCTGTTA AGTCGAACAT GGGCCATTGC 
GAGGCGGCGT CTGGCTTAGC CGGTGTAGTC AAGGTTATTC TGAGTGCTCA ACATGGCATT 
TTACCCCCAA ATTTACATTT TAATCAGCCT AATCCAGATA TTCCGGGATT ACTTGATGGA 
AGTATAAAAG TAGTAACAGA ACCCACAACT TTCCCAGATG GATACGTTGG AATTAATTCT 
TTCGGTTTTG GGGGAGCTAA TGCTCACGTA TTATTAAAAC CCAACGTATA TTATCAAGAA 
GATGCTGATC GAAGTAAACA TCAAGAACTA TCACTTATTC TATGTTCTGG GCGTACACGA 
GAAAGCGTCC AAAGCTTAAT CCATCTTGGT CACAAAAATA CCGATAATCC GTATTTAATT 
AACTTAATTA ACAGTATATC TGCTACACCG ATAAGTAATA ATTATCATCC GATGCGTGGC 
TTTGCTTTAC TAAATAGTCA AGAGTCTATT CAAGATATCG ATCTTACTGT ATCAGATAAG 
CGACCTATCT GGTGGATATT TTCTGGAATG GGAGCTAATT GGAATAAAAT GGGTCAGAAC 
ATGATGAAAT TTCCGGTTTT CAAAAATACA ATCACGAGAG CACGCGAAAT ATTGATGCCT 
ACAGGATTAG ATCTTATAAA TATATTATTT AGTGAAGATC CTAATGTTTA CGATAATGTA 
AGAGATGCAT TTATTGGTCT TGTAGCAGTT CAAATAGCTC TTATAGATTG TCTTCGAGCT 
TGTGGAATCG AATACGATGG TTTAATAGGT CATAGTGTTG GCGAAATAGC TTGTGGTTAT 
GCCGATGGCG CACTTACAGC TGAGACAGCT TTACAGATTG CTTACTGGCG AGGACAATCG 
ATTCTTGACG CTAAGGTAGA TAGCGGAGCC ATGGCGGTAG TAGGACTAAG TTGGGAAGAA 
GCCAAACAAC GTTGTCTGCC AGATGTTGTA GCAGCTTGTC ATAATGCTGA AAGAGCTATT 
ACTATTTCAG GCGATCCAAA TCAAATTGAC GTGATGATTA CGGAACTTCA ATCTCAAGAA 
ATTTTTACAA GAAGAGTTAA TAGTTCCGGC ATAGCTTTCC ATTCTCCATA TATTGCTAAA 
GGTGCATCGC TATTCAAATC TGCCTTGAAG AAAATTCTTA AAACGCCGAA GTTGCGCTCT 
TCGCGATGGA TAACTACCTC AGTTCCCAAA TCAGAAATCA ACGATGAATA CGCAATGTAC 
GCTTCAGCAA AATATTACCA TAATAATTTT ATCAATCCAG TACTATTCTA TGAAGCGATG 
ACAGCTATAC CAGATAATGC TATAGTTATC GAAATTAGTC CTCATCATAT TCTTCAAGCT 
GTTATAAAGC GAAATCTCAC ATCGAATTCG TTAGTACTTA AAACCATGCG TAAGCATCAT 
TCCGATAATC GTGAATTATT CTTAAATTCG CTTGGCAAGC TGTATCTTCA AGGGATAAAT 
ATTGATCCTT CGCCTCTTCT GCCTAAAATC TCTTATCCGG TGCCTGCAGG TACTCCGTCT 
ATTGCACCAG CAATCACCTG GGATCATTCT CAAACTTGGG CTATACCTAC TCTCGATATG 
TTTTATTTAA AGAGTAATCA AAACTCTTCT TCTGCTATTA CATTCGATAT CGATCTCTCC 
GCAGATTCGC CTGATCATTA TGTCTTGGGC CATGTAATCG ATAACCGAGT AATTTATCCA 
TTCGTAGGTT ATTTATTACT TGCTTGGAAA GCGTTAGCTC GATTATTAGA TACAACCTAT 
ACAAGACTAC CTGTTATATT TAAAGACGTT GAAATTCATC AAGCGACGTT ACTACCATCT 
ACTGGTATTG TCAAGTTTAA CGTCGATATT AAAGTGAAAA CTGGAAAATT TGAAATAGAA 
CATTGCAATA ATATAATAGT TACTGGAGAA ATTAAAGAAG CTGAAGAGAA TATTGCTGTT 
AGTCAGTTAT CGCCAATAGA TCATAAAGAA AAGTTAAGAT TATCTAATGA AGATGTCTAT 
AAGGAGCTTC GTGTACGCGG ATATGATTAT AGCTTAAGCT TTAGATCCAT TCATGATGCA 
TCACGTGATG GAACAAGTGG CCAAATTATC TGGGAAGGAA ATTGGGTTAC GTTTCTTGAC 
GCTATGCTAC AAATGTCAGT AGTAGGCTTA TCTGGACGTA GTTTACCCTT ACCAACACAA 
ATTCGTTATA TTTCTATTAA CCCCACGAAA CAAACTTACT ACTTACAAGA GGATGAGATA 
GATAGCTCTA ATAATGATGA AGTGCAAGAA GGAGTAACTA ACTCACACCA TCAATTAGTA 
CAATATATTC TAAATCCTCA TACTAATGTT CGAGTTTTAG GTAATATTGT TGAAATGCGT 
GGAGTAAATA TCACTATTGC GCCGCGGCGA CAAGATGATC CAGACGGATT AACCTTAGCT 
GAGTATCATT TTATACCTTA TTTTGAGCAA CAAACCATGC ACAATAACGA AATGTTGGTC 
CAATATAAAT CTCACTTACA AGACTTTATT CAAAACAATT TTAAGAAATT AACACAGCTA 
CTAGATAGCA ATACGCAAAT CGATCATGAC TTAGATAATG ACAAGATCGA ACAATATCTA 
GAGAATAACA ATTATAGTTT ATTCCAGCTA TTATACAAGG TCTATCAAGT TAAATCCGAT 
ATCGGAGCAA CGCATCTAGT AGAAGATATT GTACCTGACA GTATAAATTT ATTAAGATAC 
GATATTTTAT TGTCGGCATT AATTTCGCCT CGATACTTAA GGACTTCGAT CGATATTGTA 
TATGAGAATA TGTTTACATC GCCTATTCGT ATTGTAGAAC TTAATGCTGT CTATGGACAA 
CTCTTTCGAA GTGTAATCCA TTCTATATTA TGGCATCCTC AATCAAGTGT AGCTTATACG 
GCTTTAGTTA GACACACTGA ACATCAAACT AAATTAGAGG GCGAAGTTAA AGCTTTTAGT 
AACATAGCTA GAATAATGCT GTTTAATAAG GATGTTATAA ATGATCAAAT GAAAAAGTCT 
ACAGATTTAC TTTTAAGTAG TTACACTACT CTGTATGAGA ATATCTCAGC TGAAGATCAG 
ATCTCGTTAG CAGCTACATT ATTAAGTGAC GGCGGATTTT TCATTTTACA TGAATGCACT 
CGTAATTTTG CAATAGTTTT AGCTTTATTT GCTTACAATA AGAATATATG GACAGATAGT 
AGGCCGAATG GTCATCGTTT GTTAACAGAA AGTGAATGGA TAGCTATTTT AGAAAAGAGT 
GGATTTCAAA TTGTCTCCAT GAAAAGCGAT GGTCTACTGT CGACTTTATT TATCTGTCGA 
TATCGAAATG TTGAGAATAT TCAATCGTCA TCTATGCTAT TAGACATTAA TAGCATCCAA 
TTTGATTGGG TCGAGATATT AAAGGAAATG ATGGCTGATA ATCGTAAACA AAAGCAAAAT 
AAAAAGATAT GGATAATCGC TGATTCTAAT AATACATCTG GTGTAATTGG ATTTATGAAC 
TGTTTACGTA AAGAGCCAGA AGGTGAAAAT GTTCGTTGTA TTTTCAATGC TTCTCTTGAA 
GATTCGAATT CATCTATAAA TATAATATCT GAAATGGAGA AAATTCAACA ACACGATTTA 
ATTATAAATG TTTATCGCGA TGATCGATGG GGATCATTTC GTCATTTATA TATTTCTCAA 
CAACAAACAT TATCAACAAG TCATCCGCAT GCTTATATTA ACATGGATAT TCGAGGGGAT 
TTATCGTCAT TAAAATGGTT TACTTCCTCT ATCAGTTATA CTCGACCTAA TAATGATGAC 
GATGATGATT ATGACGAAGT TTTATATCAT ATTTATTATG CCCCTATCAA TTATCGCGAT 
GTTATGATTG CTACTGGTAA ACTAGCGCTA GATGCTCTAC CTGCTAATGT CTCGACACAA 
GAACGTATTC TAGGCATAGA ATATTCCGGA AAAGATGATC AAGGCCGCTG CGTAATGGGA 
TTATTACCTT GTAATGGTAT GGCTACAACT ATTGTAACTA AAAAGATATG GTCATGGTTT 
GTACCTGAGA AATGGAGTCT ACAACAAGCA GCGACTATCC CAATAGCTTA TTCGACAGCG 
TACTATGCTC TAGTTTTAAG AGGCCAAATT AAATGTGGAG AATCAGTATT AATACATATT 
GGCGCCAGTA ATGTCGGTCA AGCTGCTATT AGAATCGCAT TATCTAAAGA ATGTAGAGTT 
TTCACGACTG TCGGTACAGA AGAAAAGCGT CAGTTCTTAT TACAACAATT TCCACAATTA 
TGTAACGAAA ATATCGGCAA TTCGCGAGAT ACATCTTTTG AGGAAATGGT TATGAACGCT 
ACTAATGGAC ATGGAGTAGA TATAGTATTA AATTCGTTAT CTGGAGAAAA GTTACATACG 
AGTATTCGTG TATTAGCTGA TCACGGTCGA TTCTTAGAAA TTGGCAAATA CGATTTATCA 
AAGAATACCT CGTTAGGTAT GGCTATATTT CTACGTAATA TTTCTTTCCA TGGTATCTTA 
TTAGATGCGT TACTCGAAGA CGACAATCCT GAATGGCCGC AAGTAGCTAA ACTTGTATCG 
GATGGTATAG CATCTGGTAT CGTGCAGCCT TTGAAAACGA TCGTATTCGA TCGCGACGAT 
TTAGAAAGTG CATTCCGATT TGTAGCTCAA GGTAGACATA TTGGGAAAGT ACTAATTCGA 
ATCCGTGATA ACGAGAATGA TTCTATCGAT AAATCGATCA ACTTAGCTAG TAGAGTTCGA 
TTTAATTGTA TAGCGGATAA GAGTTATATT ATAACAGGTG GTCTAGGAGG ATTTGGTTTA 
GAGTTAGCTC AATGGCTAAT CGATCGAGGA GCATGTAAAC TAGTCTTAAC GACTACAACT 
GGAGTTCGTA ATAACTATCA AGCAGGCAAA ATATCTACAT GGAAAGATAA AGACAGTGTA 
GAAGTTTTGA TATATAAATG TAATCTTGCT CTTGAAGAAA GTGTAGAAGA TTTAATTTTT 
GTGGCTGATC AGTTAGGTCC TATTGATGGT ATTTTTCACT TAGCTGGAGT ATTTGATGAT 
GGATTATTCG AAATTCAAAG TCAGGAGTCT TTTCATAAAG TCGCTAAAGC TAAAATTGAG 
GGTACAAAAC ATTTAGATAC TATTTCTCGT ATACAATGTA CTACACTACA ATGGTTTGTT 
ACTTTCTCAT CGTATGTTTC TGTTCGTGGT AATATCGGCC AAACTAATTA CGGTTATGCT 
AATTCTGCTA TGGAACGTCT ATGTGAAAAA CGACATTATG ATCAATTACC CGCAACATCG 
ATACAGTGGG GAGCTATCGG AGATACTGGT ATGGTATTTG ATCGTCTTAT AGGCGATAAT 
AATACACAGA TTGGAGGGAT GTTACCGCAA CGAATAATTT CTTGTTTAAA AGTTATGGAA 
ACATTGCTGT TTAATAAGCA TCCAGTAGTT TCTACTTTTA TACAAGCAAA TCGTGGAAAT 
AACTTTAGCA GCGATAATCA GATTTCATCA TTTGATCTGT TAAATAGTAT CGGCAATATA 
TTAGGAGTTA AGGATCTGAC GACTATTAAT GAAAATTCGT CTCTATCCGA TCTTGGATTA 
GATTCATTAA TGGGTGTTGA AATTAGACTA CTAATGGAAA GAGATTGTAA ACTATCGATG 
TCTATCGATG AAGTTAGACA GCTTACAATT AATAAACTCA AAGAAATCAG TTCGTCGCTG 
ACATCAAACG ATCACAGCGC AAATAATATA GAATCGAGAT TACAAACGAT AACTGCTATG 
CAGTTTGACG GATTTCCGAT CAAAGCGCCT TTACACTATG ATACACTGAT TTCATTAAAT 
ACAGTTACAT CTAAAGATAG GCCAATGTAT ATGTTCCATC CGATAGAAGG ATCTGTCCAA 
CGATTTACAG ATATCGCAAG TAAACTAGCT ATACCCGTTT ACGGTATTCA ATTATCGCCT 
GAAGCACCCA TGGATAATAC AGAAATCTTA GCTAGATTTT ATTTAGATAA AATCAGAGAG 
AAGCAAGAAA AAGGTCCTTA TCGTTTATGT GGATATTCTT ATGGCTGTAT GATCGCTTAC 
GAGTTAGCGA TTCAGCTACA ACGAGAATCG AATGACAATG TAGAAGTGTT ATTTATGATT 
GAAGGATCAT ATTGCTCTAC GAGTGATCGT TTGAAGATTT ATAGAGAGCG ATATCGAAAA 
GAGCTTACTG ACGATAACGT ATACTATTCT GAAATGCTAT TTTATTTTAT TCAAGCTTAC 
ATTTCTAATA TCTATCACGA TACTCTTGTC GATGAATTGA TTAGTTTAAC GTCGCTTGAA 
CAGAAAATTA TTCATATTGT ATCGTTAATT ATGAAGGAAC ATCCTAATAG TGAGCGAAAA 
TTTTTAACAT GGGTTACTAA TTCGTTTATT AATTTAAACA AAATTGCCTA TGATTATGTA 
CCATCATCAA AATTTGACGG AGACATATAT ATGATAACAG CATCAGACAG GGATGAAATA 
GCAATGGCTC TAGGCAATGA CTACGGACAG CAAGTTCAAT GCGATGGAAA AGTATATAAC 
AAGATGATAG AAAGTAATCA TGTCTCTATA TTGCACGACG AGAATTCAGT TAATATTGCT 
AGTTATATAA CTTCGAAACT TGGATAA

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

RefSeq	XP_002118338.1
CDS	1..7647
Translation	MFQICDEDIVIAGISCRMPESDNAEEFWQHLIQGNDMVTEDDRRWPPGIFGLPKRNGKLKDIEHFDAIFFGVHAKQCNTMDPQLRILLEVTYEAIVDGGINPIEFRGRKWGVFVGQSGSEAMQAYQSNPDIQIGYSMTGCNCCMLSNRLSYYFNFNGPSISIDTACSSSLIAFDQAIRAIKTGVCEGAIVGGLGLDVKPHTSLEFMKLGMLSPEGACKSFDNSGNGYCRSEGIVSLLLLKKSQAKRNYATVIHSKSASDGFKQQGITFPNGAAQSLLLQQVYQEARIDPQKEVNYVEAHGTGTKAGDPQEVNAIASVFIGEDRQNKPLLIGSVKSNMGHCEAASGLAGVVKVILSAQHGILPPNLHFNQPNPDIPGLLDGSIKVVTEPTTFPDGYVGINSFGFGGANAHVLLKPNVYYQEDADRSKHQELSLILCSGRTRESVQSLIHLGHKNTDNPYLINLINSISATPISNNYHPMRGFALLNSQESIQDIDLTVSDKRPIWWIFSGMGANWNKMGQNMMKFPVFKNTITRAREILMPTGLDLINILFSEDPNVYDNVRDAFIGLVAVQIALIDCLRACGIEYDGLIGHSVGEIACGYADGALTAETALQIAYWRGQSILDAKVDSGAMAVVGLSWEEAKQRCLPDVVAACHNAERAITISGDPNQIDVMITELQSQEIFTRRVNSSGIAFHSPYIAKGASLFKSALKKILKTPKLRSSRWITTSVPKSEINDEYAMYASAKYYHNNFINPVLFYEAMTAIPDNAIVIEISPHHILQAVIKRNLTSNSLVLKTMRKHHSDNRELFLNSLGKLYLQGINIDPSPLLPKISYPVPAGTPSIAPAITWDHSQTWAIPTLDMFYLKSNQNSSSAITFDIDLSADSPDHYVLGHVIDNRVIYPFVGYLLLAWKALARLLDTTYTRLPVIFKDVEIHQATLLPSTGIVKFNVDIKVKTGKFEIEHCNNIIVTGEIKEAEENIAVSQLSPIDHKEKLRLSNEDVYKELRVRGYDYSLSFRSIHDASRDGTSGQIIWEGNWVTFLDAMLQMSVVGLSGRSLPLPTQIRYISINPTKQTYYLQEDEIDSSNNDEVQEGVTNSHHQLVQYILNPHTNVRVLGNIVEMRGVNITIAPRRQDDPDGLTLAEYHFIPYFEQQTMHNNEMLVQYKSHLQDFIQNNFKKLTQLLDSNTQIDHDLDNDKIEQYLENNNYSLFQLLYKVYQVKSDIGATHLVEDIVPDSINLLRYDILLSALISPRYLRTSIDIVYENMFTSPIRIVELNAVYGQLFRSVIHSILWHPQSSVAYTALVRHTEHQTKLEGEVKAFSNIARIMLFNKDVINDQMKKSTDLLLSSYTTLYENISAEDQISLAATLLSDGGFFILHECTRNFAIVLALFAYNKNIWTDSRPNGHRLLTESEWIAILEKSGFQIVSMKSDGLLSTLFICRYRNVENIQSSSMLLDINSIQFDWVEILKEMMADNRKQKQNKKIWIIADSNNTSGVIGFMNCLRKEPEGENVRCIFNASLEDSNSSINIISEMEKIQQHDLIINVYRDDRWGSFRHLYISQQQTLSTSHPHAYINMDIRGDLSSLKWFTSSISYTRPNNDDDDDYDEVLYHIYYAPINYRDVMIATGKLALDALPANVSTQERILGIEYSGKDDQGRCVMGLLPCNGMATTIVTKKIWSWFVPEKWSLQQAATIPIAYSTAYYALVLRGQIKCGESVLIHIGASNVGQAAIRIALSKECRVFTTVGTEEKRQFLLQQFPQLCNENIGNSRDTSFEEMVMNATNGHGVDIVLNSLSGEKLHTSIRVLADHGRFLEIGKYDLSKNTSLGMAIFLRNISFHGILLDALLEDDNPEWPQVAKLVSDGIASGIVQPLKTIVFDRDDLESAFRFVAQGRHIGKVLIRIRDNENDSIDKSINLASRVRFNCIADKSYIITGGLGGFGLELAQWLIDRGACKLVLTTTTGVRNNYQAGKISTWKDKDSVEVLIYKCNLALEESVEDLIFVADQLGPIDGIFHLAGVFDDGLFEIQSQESFHKVAKAKIEGTKHLDTISRIQCTTLQWFVTFSSYVSVRGNIGQTNYGYANSAMERLCEKRHYDQLPATSIQWGAIGDTGMVFDRLIGDNNTQIGGMLPQRIISCLKVMETLLFNKHPVVSTFIQANRGNNFSSDNQISSFDLLNSIGNILGVKDLTTINENSSLSDLGLDSLMGVEIRLLMERDCKLSMSIDEVRQLTINKLKEISSSLTSNDHSANNIESRLQTITAMQFDGFPIKAPLHYDTLISLNTVTSKDRPMYMFHPIEGSVQRFTDIASKLAIPVYGIQLSPEAPMDNTEILARFYLDKIREKQEKGPYRLCGYSYGCMIAYELAIQLQRESNDNVEVLFMIEGSYCSTSDRLKIYRERYRKELTDDNVYYSEMLFYFIQAYISNIYHDTLVDELISLTSLEQKIIHIVSLIMKEHPNSERKFLTWVTNSFINLNKIAYDYVPSSKFDGDIYMITASDRDEIAMALGNDYGQQVQCDGKVYNKMIESNHVSILHDENSVNIASYITSKLG

Target ORF information:

RefSeq Version	XM_002118302.1
Organism	Trichoplax adhaerens
Definition	Trichoplax adhaerens hypothetical protein (TRIADDRAFT_34041), partial mRNA.

Target ORF information:

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

XM_002118302.1

ORF Insert Sequence:

ATGTTCCAAA TTTGCGATGA AGATATTGTT ATTGCCGGCA TATCTTGCCG AATGCCTGAA 
TCCGATAATG CCGAAGAATT TTGGCAACAC TTAATTCAAG GAAATGATAT GGTCACCGAA 
GATGATCGAC GTTGGCCGCC TGGTATATTT GGTTTACCTA AACGAAATGG TAAATTGAAA 
GATATAGAGC ACTTTGATGC AATCTTCTTT GGAGTCCATG CTAAGCAATG CAACACTATG 
GACCCTCAGT TAAGAATATT ATTAGAAGTA ACTTACGAAG CAATAGTAGA TGGTGGAATA 
AATCCAATAG AATTTCGTGG TCGAAAATGG GGTGTTTTTG TCGGTCAAAG TGGATCGGAA 
GCCATGCAAG CTTATCAATC GAATCCCGAC ATACAAATTG GTTATAGTAT GACAGGATGC 
AATTGCTGCA TGTTATCCAA TCGATTATCA TATTATTTCA ATTTTAATGG ACCTAGTATT 
TCAATAGATA CAGCTTGCTC TTCATCTCTA ATAGCTTTTG ATCAGGCTAT TAGAGCAATT 
AAAACAGGAG TTTGCGAGGG GGCTATCGTC GGTGGCTTAG GACTTGATGT TAAACCTCAC 
ACAAGCTTAG AATTTATGAA ATTAGGCATG CTATCACCTG AAGGCGCCTG TAAATCTTTC 
GATAATTCTG GTAATGGATA TTGTCGATCA GAAGGAATCG TCTCATTGTT ACTACTTAAG 
AAATCTCAAG CTAAACGAAA TTATGCGACA GTTATCCATA GTAAATCAGC TAGCGATGGC 
TTTAAACAAC AAGGTATAAC GTTCCCTAAT GGAGCTGCTC AAAGTCTATT ACTTCAACAA 
GTTTATCAAG AAGCCAGAAT CGATCCGCAA AAAGAGGTTA ACTATGTCGA AGCTCACGGA 
ACCGGCACCA AGGCTGGCGA TCCACAAGAA GTCAATGCTA TCGCTTCTGT CTTTATTGGA 
GAAGACCGCC AGAATAAACC TCTTTTAATA GGATCTGTTA AGTCGAACAT GGGCCATTGC 
GAGGCGGCGT CTGGCTTAGC CGGTGTAGTC AAGGTTATTC TGAGTGCTCA ACATGGCATT 
TTACCCCCAA ATTTACATTT TAATCAGCCT AATCCAGATA TTCCGGGATT ACTTGATGGA 
AGTATAAAAG TAGTAACAGA ACCCACAACT TTCCCAGATG GATACGTTGG AATTAATTCT 
TTCGGTTTTG GGGGAGCTAA TGCTCACGTA TTATTAAAAC CCAACGTATA TTATCAAGAA 
GATGCTGATC GAAGTAAACA TCAAGAACTA TCACTTATTC TATGTTCTGG GCGTACACGA 
GAAAGCGTCC AAAGCTTAAT CCATCTTGGT CACAAAAATA CCGATAATCC GTATTTAATT 
AACTTAATTA ACAGTATATC TGCTACACCG ATAAGTAATA ATTATCATCC GATGCGTGGC 
TTTGCTTTAC TAAATAGTCA AGAGTCTATT CAAGATATCG ATCTTACTGT ATCAGATAAG 
CGACCTATCT GGTGGATATT TTCTGGAATG GGAGCTAATT GGAATAAAAT GGGTCAGAAC 
ATGATGAAAT TTCCGGTTTT CAAAAATACA ATCACGAGAG CACGCGAAAT ATTGATGCCT 
ACAGGATTAG ATCTTATAAA TATATTATTT AGTGAAGATC CTAATGTTTA CGATAATGTA 
AGAGATGCAT TTATTGGTCT TGTAGCAGTT CAAATAGCTC TTATAGATTG TCTTCGAGCT 
TGTGGAATCG AATACGATGG TTTAATAGGT CATAGTGTTG GCGAAATAGC TTGTGGTTAT 
GCCGATGGCG CACTTACAGC TGAGACAGCT TTACAGATTG CTTACTGGCG AGGACAATCG 
ATTCTTGACG CTAAGGTAGA TAGCGGAGCC ATGGCGGTAG TAGGACTAAG TTGGGAAGAA 
GCCAAACAAC GTTGTCTGCC AGATGTTGTA GCAGCTTGTC ATAATGCTGA AAGAGCTATT 
ACTATTTCAG GCGATCCAAA TCAAATTGAC GTGATGATTA CGGAACTTCA ATCTCAAGAA 
ATTTTTACAA GAAGAGTTAA TAGTTCCGGC ATAGCTTTCC ATTCTCCATA TATTGCTAAA 
GGTGCATCGC TATTCAAATC TGCCTTGAAG AAAATTCTTA AAACGCCGAA GTTGCGCTCT 
TCGCGATGGA TAACTACCTC AGTTCCCAAA TCAGAAATCA ACGATGAATA CGCAATGTAC 
GCTTCAGCAA AATATTACCA TAATAATTTT ATCAATCCAG TACTATTCTA TGAAGCGATG 
ACAGCTATAC CAGATAATGC TATAGTTATC GAAATTAGTC CTCATCATAT TCTTCAAGCT 
GTTATAAAGC GAAATCTCAC ATCGAATTCG TTAGTACTTA AAACCATGCG TAAGCATCAT 
TCCGATAATC GTGAATTATT CTTAAATTCG CTTGGCAAGC TGTATCTTCA AGGGATAAAT 
ATTGATCCTT CGCCTCTTCT GCCTAAAATC TCTTATCCGG TGCCTGCAGG TACTCCGTCT 
ATTGCACCAG CAATCACCTG GGATCATTCT CAAACTTGGG CTATACCTAC TCTCGATATG 
TTTTATTTAA AGAGTAATCA AAACTCTTCT TCTGCTATTA CATTCGATAT CGATCTCTCC 
GCAGATTCGC CTGATCATTA TGTCTTGGGC CATGTAATCG ATAACCGAGT AATTTATCCA 
TTCGTAGGTT ATTTATTACT TGCTTGGAAA GCGTTAGCTC GATTATTAGA TACAACCTAT 
ACAAGACTAC CTGTTATATT TAAAGACGTT GAAATTCATC AAGCGACGTT ACTACCATCT 
ACTGGTATTG TCAAGTTTAA CGTCGATATT AAAGTGAAAA CTGGAAAATT TGAAATAGAA 
CATTGCAATA ATATAATAGT TACTGGAGAA ATTAAAGAAG CTGAAGAGAA TATTGCTGTT 
AGTCAGTTAT CGCCAATAGA TCATAAAGAA AAGTTAAGAT TATCTAATGA AGATGTCTAT 
AAGGAGCTTC GTGTACGCGG ATATGATTAT AGCTTAAGCT TTAGATCCAT TCATGATGCA 
TCACGTGATG GAACAAGTGG CCAAATTATC TGGGAAGGAA ATTGGGTTAC GTTTCTTGAC 
GCTATGCTAC AAATGTCAGT AGTAGGCTTA TCTGGACGTA GTTTACCCTT ACCAACACAA 
ATTCGTTATA TTTCTATTAA CCCCACGAAA CAAACTTACT ACTTACAAGA GGATGAGATA 
GATAGCTCTA ATAATGATGA AGTGCAAGAA GGAGTAACTA ACTCACACCA TCAATTAGTA 
CAATATATTC TAAATCCTCA TACTAATGTT CGAGTTTTAG GTAATATTGT TGAAATGCGT 
GGAGTAAATA TCACTATTGC GCCGCGGCGA CAAGATGATC CAGACGGATT AACCTTAGCT 
GAGTATCATT TTATACCTTA TTTTGAGCAA CAAACCATGC ACAATAACGA AATGTTGGTC 
CAATATAAAT CTCACTTACA AGACTTTATT CAAAACAATT TTAAGAAATT AACACAGCTA 
CTAGATAGCA ATACGCAAAT CGATCATGAC TTAGATAATG ACAAGATCGA ACAATATCTA 
GAGAATAACA ATTATAGTTT ATTCCAGCTA TTATACAAGG TCTATCAAGT TAAATCCGAT 
ATCGGAGCAA CGCATCTAGT AGAAGATATT GTACCTGACA GTATAAATTT ATTAAGATAC 
GATATTTTAT TGTCGGCATT AATTTCGCCT CGATACTTAA GGACTTCGAT CGATATTGTA 
TATGAGAATA TGTTTACATC GCCTATTCGT ATTGTAGAAC TTAATGCTGT CTATGGACAA 
CTCTTTCGAA GTGTAATCCA TTCTATATTA TGGCATCCTC AATCAAGTGT AGCTTATACG 
GCTTTAGTTA GACACACTGA ACATCAAACT AAATTAGAGG GCGAAGTTAA AGCTTTTAGT 
AACATAGCTA GAATAATGCT GTTTAATAAG GATGTTATAA ATGATCAAAT GAAAAAGTCT 
ACAGATTTAC TTTTAAGTAG TTACACTACT CTGTATGAGA ATATCTCAGC TGAAGATCAG 
ATCTCGTTAG CAGCTACATT ATTAAGTGAC GGCGGATTTT TCATTTTACA TGAATGCACT 
CGTAATTTTG CAATAGTTTT AGCTTTATTT GCTTACAATA AGAATATATG GACAGATAGT 
AGGCCGAATG GTCATCGTTT GTTAACAGAA AGTGAATGGA TAGCTATTTT AGAAAAGAGT 
GGATTTCAAA TTGTCTCCAT GAAAAGCGAT GGTCTACTGT CGACTTTATT TATCTGTCGA 
TATCGAAATG TTGAGAATAT TCAATCGTCA TCTATGCTAT TAGACATTAA TAGCATCCAA 
TTTGATTGGG TCGAGATATT AAAGGAAATG ATGGCTGATA ATCGTAAACA AAAGCAAAAT 
AAAAAGATAT GGATAATCGC TGATTCTAAT AATACATCTG GTGTAATTGG ATTTATGAAC 
TGTTTACGTA AAGAGCCAGA AGGTGAAAAT GTTCGTTGTA TTTTCAATGC TTCTCTTGAA 
GATTCGAATT CATCTATAAA TATAATATCT GAAATGGAGA AAATTCAACA ACACGATTTA 
ATTATAAATG TTTATCGCGA TGATCGATGG GGATCATTTC GTCATTTATA TATTTCTCAA 
CAACAAACAT TATCAACAAG TCATCCGCAT GCTTATATTA ACATGGATAT TCGAGGGGAT 
TTATCGTCAT TAAAATGGTT TACTTCCTCT ATCAGTTATA CTCGACCTAA TAATGATGAC 
GATGATGATT ATGACGAAGT TTTATATCAT ATTTATTATG CCCCTATCAA TTATCGCGAT 
GTTATGATTG CTACTGGTAA ACTAGCGCTA GATGCTCTAC CTGCTAATGT CTCGACACAA 
GAACGTATTC TAGGCATAGA ATATTCCGGA AAAGATGATC AAGGCCGCTG CGTAATGGGA 
TTATTACCTT GTAATGGTAT GGCTACAACT ATTGTAACTA AAAAGATATG GTCATGGTTT 
GTACCTGAGA AATGGAGTCT ACAACAAGCA GCGACTATCC CAATAGCTTA TTCGACAGCG 
TACTATGCTC TAGTTTTAAG AGGCCAAATT AAATGTGGAG AATCAGTATT AATACATATT 
GGCGCCAGTA ATGTCGGTCA AGCTGCTATT AGAATCGCAT TATCTAAAGA ATGTAGAGTT 
TTCACGACTG TCGGTACAGA AGAAAAGCGT CAGTTCTTAT TACAACAATT TCCACAATTA 
TGTAACGAAA ATATCGGCAA TTCGCGAGAT ACATCTTTTG AGGAAATGGT TATGAACGCT 
ACTAATGGAC ATGGAGTAGA TATAGTATTA AATTCGTTAT CTGGAGAAAA GTTACATACG 
AGTATTCGTG TATTAGCTGA TCACGGTCGA TTCTTAGAAA TTGGCAAATA CGATTTATCA 
AAGAATACCT CGTTAGGTAT GGCTATATTT CTACGTAATA TTTCTTTCCA TGGTATCTTA 
TTAGATGCGT TACTCGAAGA CGACAATCCT GAATGGCCGC AAGTAGCTAA ACTTGTATCG 
GATGGTATAG CATCTGGTAT CGTGCAGCCT TTGAAAACGA TCGTATTCGA TCGCGACGAT 
TTAGAAAGTG CATTCCGATT TGTAGCTCAA GGTAGACATA TTGGGAAAGT ACTAATTCGA 
ATCCGTGATA ACGAGAATGA TTCTATCGAT AAATCGATCA ACTTAGCTAG TAGAGTTCGA 
TTTAATTGTA TAGCGGATAA GAGTTATATT ATAACAGGTG GTCTAGGAGG ATTTGGTTTA 
GAGTTAGCTC AATGGCTAAT CGATCGAGGA GCATGTAAAC TAGTCTTAAC GACTACAACT 
GGAGTTCGTA ATAACTATCA AGCAGGCAAA ATATCTACAT GGAAAGATAA AGACAGTGTA 
GAAGTTTTGA TATATAAATG TAATCTTGCT CTTGAAGAAA GTGTAGAAGA TTTAATTTTT 
GTGGCTGATC AGTTAGGTCC TATTGATGGT ATTTTTCACT TAGCTGGAGT ATTTGATGAT 
GGATTATTCG AAATTCAAAG TCAGGAGTCT TTTCATAAAG TCGCTAAAGC TAAAATTGAG 
GGTACAAAAC ATTTAGATAC TATTTCTCGT ATACAATGTA CTACACTACA ATGGTTTGTT 
ACTTTCTCAT CGTATGTTTC TGTTCGTGGT AATATCGGCC AAACTAATTA CGGTTATGCT 
AATTCTGCTA TGGAACGTCT ATGTGAAAAA CGACATTATG ATCAATTACC CGCAACATCG 
ATACAGTGGG GAGCTATCGG AGATACTGGT ATGGTATTTG ATCGTCTTAT AGGCGATAAT 
AATACACAGA TTGGAGGGAT GTTACCGCAA CGAATAATTT CTTGTTTAAA AGTTATGGAA 
ACATTGCTGT TTAATAAGCA TCCAGTAGTT TCTACTTTTA TACAAGCAAA TCGTGGAAAT 
AACTTTAGCA GCGATAATCA GATTTCATCA TTTGATCTGT TAAATAGTAT CGGCAATATA 
TTAGGAGTTA AGGATCTGAC GACTATTAAT GAAAATTCGT CTCTATCCGA TCTTGGATTA 
GATTCATTAA TGGGTGTTGA AATTAGACTA CTAATGGAAA GAGATTGTAA ACTATCGATG 
TCTATCGATG AAGTTAGACA GCTTACAATT AATAAACTCA AAGAAATCAG TTCGTCGCTG 
ACATCAAACG ATCACAGCGC AAATAATATA GAATCGAGAT TACAAACGAT AACTGCTATG 
CAGTTTGACG GATTTCCGAT CAAAGCGCCT TTACACTATG ATACACTGAT TTCATTAAAT 
ACAGTTACAT CTAAAGATAG GCCAATGTAT ATGTTCCATC CGATAGAAGG ATCTGTCCAA 
CGATTTACAG ATATCGCAAG TAAACTAGCT ATACCCGTTT ACGGTATTCA ATTATCGCCT 
GAAGCACCCA TGGATAATAC AGAAATCTTA GCTAGATTTT ATTTAGATAA AATCAGAGAG 
AAGCAAGAAA AAGGTCCTTA TCGTTTATGT GGATATTCTT ATGGCTGTAT GATCGCTTAC 
GAGTTAGCGA TTCAGCTACA ACGAGAATCG AATGACAATG TAGAAGTGTT ATTTATGATT 
GAAGGATCAT ATTGCTCTAC GAGTGATCGT TTGAAGATTT ATAGAGAGCG ATATCGAAAA 
GAGCTTACTG ACGATAACGT ATACTATTCT GAAATGCTAT TTTATTTTAT TCAAGCTTAC 
ATTTCTAATA TCTATCACGA TACTCTTGTC GATGAATTGA TTAGTTTAAC GTCGCTTGAA 
CAGAAAATTA TTCATATTGT ATCGTTAATT ATGAAGGAAC ATCCTAATAG TGAGCGAAAA 
TTTTTAACAT GGGTTACTAA TTCGTTTATT AATTTAAACA AAATTGCCTA TGATTATGTA 
CCATCATCAA AATTTGACGG AGACATATAT ATGATAACAG CATCAGACAG GGATGAAATA 
GCAATGGCTC TAGGCAATGA CTACGGACAG CAAGTTCAAT GCGATGGAAA AGTATATAAC 
AAGATGATAG AAAGTAATCA TGTCTCTATA TTGCACGACG AGAATTCAGT TAATATTGCT 
AGTTATATAA CTTCGAAACT TGGATAA

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_34041 cDNA ORF clone, Trichoplax adhaerens

Gene

Clones

gRNAs

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

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