[provisional- machine annotated only] Gene Symbol: tdrd6 [Predicted: Source is Human Entrez Gene] Gene Name: tudor domain containing 6 [Predicted: Source is Human Entrez Gene] Synonyms: tdr2, xtr Add Xenopus synonyms Gene Function: Transcriptional coactivator p100 Interactants: thra(3) , ttr(3) , rcc1(2) , ybx2(2) , ccnb1.2(1) , cdk1(1) , ctbp2(1) View All

Molecules		tropicalis	laevis
Gene		JGI XT Genome 7.1 JGI XT Genome 4.1 Ensembl 4.1	JGI XL Genome 6.0
		Entrez Gene	Entrez Gene
mRNA		NCBI Nucleotide >BC167738|Xenopus tropicalis hypothetical protein LOC100170626, mRNA (cDNA clone IMAGE:7794263), partial cds CGCCAGACGGCGCGATACTAAAGCTGCTACTGTTGCGCCTGACGTCATCATGCTCCCGGCCCCTGGGCTGCCGGTACCGGGTACAGTTCTCAAGCTAAGCGTATCGTCCCTGGACGTGTTCGCCGAGGTGCCATTCGTGCGGCTGTGGTCCGGCCTTGTAGAGTGCAGGAAGGAATACGAAGCGTTGGAGAGTGAGGTACAAGCGGCGGCTGTAGGGGGGCCCCTAGGGGCGGGAGACTGGAGCCCGGCGGTAGGCCACTGGTGCCTGGCTGAGATAGACGGACGCTGGCACCGCTGCCAATTGCTTCACCGTAAGGGCTTCGAGTACTTTGCCTTCCTGATAGACGCGGGTTACACGGTGCCTGCCCGGGCCCATCAGCTGAGGGAAGCCCCCCAGGCCCTGTTTGGCCTTCCCGGGGAGGTGCAGGGCTACCTGCTGTCCAACCTGGTCCCCCAGGAGCAGAGAGCCTGGAGTGGGCAGGCCCTAGAGTACCTCAGCTCCCTGCAAGGCCAACAGGTGGAAGGAGTTGTTGAAGAACTTATCTTGCCCCATGGGTTGGTGCTATTAGAGGTGTCGGCCATCTCCAAGCGCCTATTGGACCTGGGCTTAGCCAAGCCTTTCCCAGCCGCTTCATTCCGTTCTCTCATTGACACTTACTTTGCCGGCGGCCATAGCTCAGCCCAGACTAAAACATTCCCAAGCGTTCAACCGTCTGCCCAATCAAATCCCATGGCGCAAGTCAATCCCCGCCGGGCTTGGGTTTTGGACTATTTCTACCCGCAGTTCCAGGTTGGCGTGATCGAACCCGTGCTGGTCACCGAAGTCTCCAATCCCCACCGGATATTTTGTCAGCTGAGGAGTCTGTCTCATGAAGTGCAGAGGCTTTCCGACAGTATGCATCATTTTTATGAATTACAGAGCGGTTGCGGGGAGCGCAACTATATCCAGCCGTTAATTCCCGGCCAACCCTGTGCTTGCCGCGGCTCTGACGGTCACTGGTATCGCTCACTCCTGCAAGAGTACTACCCGGATAAGAAGCTCGCTATGGTCATCCATGTAGACTGGGGTCGCAAGGATATTGTTTCCATGAACTGTTTGCGCACGCTGGCAGCAGATTACTTCCGTATGCCTGTTGTGACTTTCCCTTGCTCCCTGTATGGAGTGTCGGATGGAGGCGTGGCTTGGGATCCTGCCATAATAATGGAGCTGCGCAATATGTTCCAAGGCAAGCAGTTTAGTGCCAAAATAGACTTCTATAATTCATATGAACATATGTATGTGGTCACCCTGTACGGAGACGATGGAGTCAATTTAAACTGTGTCTTTGGAACAAGGGCTCAGTCTTTCAGTTTTTCCCAAGCTCAGAAACCCCTAAGCCAGGATTTAGGCGAAAGCCAAGAAGACGTAAAGAGTCTCCCTCAAACACCTCCAGAAGCTTTTTATGTTCCCACTGTCCCTGTTGCTGAACTAAATATTTCCACTTTCTACGATGTCCTTGTGGAGTTTGTGGCTGATCCTTCCAACTTCTGGATCAGGACTGGAGAAAACGCCACCAAGTACAGTGAGATGATGGAACAGATAGCTGCTTTATACTCCAAAGCATCAAAGCTGGATGGGATCATGACCACCCCCATGGCGGGGCAGCTTTGCTGCACAAAGTTCAAAGATGACCGATTTTACCGAGCTGAAATTGTTGCTATTAAAGGGAAGATGGTGGAAGTGTATTTTATTGACCATGGGAACACAGAATTGGTGGACTGGTATAATGTAAAGAAGTTGCCAGCAGAACTTGGAGAAATGCCAGGCTTGGCCATTTATTGTAGCGTTGCAGACACCTATCCACTTGGAGACAGCTGGAGTCCAGAAGCAATACTTGCCTTTAAAATGGCTGTGGTCGATAAGAGGCTTGTTATTTATGTGCTGTCCAAAGAACATAATAAATACATTATTGAAGTTTTGGACAATTCCAGAATAGAACAGAGAAGTGTGGGTAAAATACTATCGGCAGTGGGTCATGCTAAATATGAAGAGGTGGAACCTGTAGCCCAGCATCCAGGAACCACGAGTGACATAGATCGTAAAATGCAGCAGCAATTCTCTGGTCACCTTAATAAAGATATAAGTTTACTGAAAGCTCGGCAGAAAGAGGTTGTCTGCTCGGTGCAAGAAAACAAAAGTGAGCCGTACTCTCCATTTGAAGATCAATTCTTTGAACCAGGCACTACAATAGAAGTGGTAGTGTCATGTATTATAAACCCCAGTTTGTTTTGGTGTCAAAATGCCTTGCACAGCGCCAAGCTTGAAAAACTAATGGCCAAAATACAAGACATTTGTTTAAATGCAGGTTGTTCTTATGAAAGAGGGGCTTGTGCATGTCTTGCAAAGAGTTCCTGTGACGGCAGATGGTACAGAGCATTCATAGTCAATGAAATGCCGGCTGGGAAAGCAAGTTCAGACCACGTAGAAGTCCTTTTTGTGGACTATGGCATCAGAGAAACCGTTTCCTTGAAAGATCTCCGCTGCATGGAAAGTGAGTTGTTTGGTTTAAAAGCGCAAGCCTTTAAATGTAGTTTGTACAACATTATCGCCCCAGACGGTGAAAACCCTTTTGAGTGGGACGCAATAACGACTTTGTCTTTTAATCGGTTTGTTGATTCTTTCTCCAAAAAAACGACAGAGTTTAAATGTACATTTTTTGCAACTGCTTCTTTCAAAAAAGAATTGTTTAACGTTGTAGATGTTTTCACTCCTTTCGCCAGCATTTGCAAACTGTTAGTAGAACAAGGCCACGCTAAACAGTTGTCTCACAGAACACTGGTGCCGTCAGTCCAGCTGCAAACATATTATTACTCCACGCATGATATTAAAATTGGTGGTGAGGAAGAAGTTTATATTACCTATGTCAACAGTTCCTTGGAGTTTTACTGTCAGCTTTCAAGAAATACTGAAACGATGGATATGATAGCATCCGCTACTACACGTGTGTGCAATGAAGTGAAAAAATTTCAATTGTCTCCTGGGTCTTTGTGTCTTGCAAAATTCAGCGATCAGCAGTGGTATCGTTGCTTTACTAATTTCAATAAAAACAGCACAGATGTATTTTTTGTAGATTATGGGAATACAGAAAAACTGACCAAAGAAGAATTGCTCCCTATACCAAGTGATGCCTACGAACTGCTCCATTTCCCAATGCAAGCAATTAAATGCTCTTTATCTGACATACCTGACACTATACCTAGAGAAGTGGTGTTGTGGTTTGAAAACCTTATACTTGATAAACCCTTGAAAGCGTTAATTGTCGCCAAAGAAACTGATGGTAAATTAATTGTAGAATTGTACGATGGCAGCCAACAAATTAATTCAAGCATCAAAGCTAAATTGGGATTGAAGAATCCTCGTACAGAAGGCTATTTTGGGAATGCTGAAAAAAGACACCAGCTAAATGATTTAGACAAAGGTGGAAGACCAGATTCTGCATTTAAATTGTACAACCAGGGAAGCAAATTCTCCTCAGATTTAGATAATCATTCCCAAAATGGTTTCACTCATCAGAAATCTGCATCGTTTGTGGCTAAAGAAAGGGATCAGTTTGAACAAAAGCCAAATCTGAGAACATCTCGGCCCTATATCCAGGACAGAGAAGTGTATTCAGTACGAAAAAATATATCCCAAAGTGGTTATGCTCCTCACAAAACAGGAGAATTTAGATCTAAAGATAGAGAAGCATTGGAGCAAAGACCAAATCTAAAAACCTCTGGGATGTACAGCCAGGGAAGAGAAGTGTCAATGTCACAGAATGGTTCCAACAGTGGTTTTCCACCCAAGAAAACCGGAGGCTTTAGGTCTAAAGAAAGAGAAGTGTCTGAACACAAGCAGAATCCAGATGCTTTTAAGGGCTACAACCAGGAAAGTAAAATGTCTCCGCAGTTACGTAATGGTTCACAAATGGAAGCGTCTTGGTCTTCAGAAAGTGATCGGTCATCTGAGCACAAGCCAGAAATTAATGCATCGCAGCAGAGAAGGTCCACCTTTCAGGAGTGTAAGTCCATACCGCCTCTAACAAAACTAAGTGACCTGCCGAAGCAAAATATTACTCCAGGTTTTAAATCATCTGTGTACATTTCGCACACAAATACACTTAGTGATTTTTATGTGCAGATTGCACAAGACACTGAACTAAGTAACATATCTGAGATCTTGAATAATGAAAAGAAACCCTCCGACCGACTGGATGAAAAAGATGTGAATTTGGGAGACTTGATTTGTGCTTTTTTTGAAGATGATGGGCTGTATTATCGTGCTGTCATAACAGAAAAACACTCTGATGGTTTACAAGTGCAGTACATAGATTATGGCAATACTTTAACCATACCTGCCAGCCAGATATATAAACTTCCACCGAGTTTATCCTCTGCTCCAGTAATGAGTATTTTTTGTGCTTTAGACAAATGCACTACAGCAGCGTGTGAGCAGAACATGGATGATTTGATGGTTAAATTTTCTGAAAGAACTGGTGATCTAGAGTTGAGCTGCGAATTTGTGCAATGTAACAATCTCAAGTGGAATGTGATTTTGTGTGATGATCAAGGCTGCATAAACGACCTCTTTATTTCTGCCTCTGATCCCTTATTAAATCCACCTTCACTCGAAGAACCCGATGTAACTTCTGAACAATTAAATGGTGTCAGTCATTATGTGTGGAACCTCCCTGCACTTGGTGAGAGGGTAGAGGCTTATGCGAGTGCCGTTGATAGCCCTGAACATTTTTGGTGCCAGCTGGTGACAGCCGATGTTGACTCTTTAGCAGTTAAAGTTCAGGAAGCTGGAGAACGTTCCGTTCATGATGGCAAATTCAGTACAGAGATAGAAGTTGGTTCACCTTGTAATGTGATTTACAGTGAGGATAATCATTGGTACAGAGCTGCTGTTACTAAGATTGAAGCCGACCAAGTGACAGTACGATTCGTCGACTATGGGAACGAAGAAATGCTTCACCTGGAACAAGTGCGAAGGCTTCCCGCTGATCTTGCCACAATTCCTGCTCAAGCATTTTCATGTTCCCTTGCTGGCTTTAATTTATCAGAGGGGTGCTGGAATTCAGATGCAAATACCTTTTTCTATGAGAATGTCACAGAAGGACTTTTAGTAATCTCTGTGCTTCATATACAAGAACTTGGGCCATGTAAAATTCCACAAGCATCTGTAAACGTAAGTTACAACGGAGAAAATGTTAACACTAAAATGAGACAGTTTTGGCAGGACAGTAATGAAATTCCTACCCCATTCCTGGAATCCTTACATGCAAAAAAAAAAAAAAA	Refseq >NM_001088680|Xenopus laevis tudor domain containing 6 (tdrd6), mRNA CCGAGCTGAAATTGTTGCTGTTAAAGGTAAGATGGTGGAAGTGTATTTTATTGACCATGGGAACACAGAAATGGTGGACTGGTATAATGTAAAAAAGTTGCCAGCAGAACTTAGAGAAATGCCAGGCTTGGCCATTCATTGTTGCGTTGCCGACATCTGTCCCCTGGGAGTCCGCTGGAGTCCAGAAGCTATACTTGCCTTTAAAATTGCAGTGGTTGATAAAAAGCTTATAATCTATGTTGTGTCCAAAGAACTTCATAAATACATTATTGAAGTTTTGGACAATTCCAGAATAGAGCAGAGGAGCATGGCTAAAATACTCTCGGCAGCAGGGCATGCAAAATATGAAGAAGTGGAACCTGTAGCTCAGCATACCGGAAATATGAGTGACATAGATAATGAAACGCAGCAGCAATTTTTAGGTTACATTAATAAAGATACAAGTTCACTTAAAACTCAGCAGAAAGAAGATGTCTGCTCAATGGAAGATGACAACAGTGTGCCATACTCTCCATATGAAGATCAATTCTTTGAACCAGGTGCTACAATAGAAGTGGTAGTGTCATGTATTATAAGCCCTGGTTTGTTTTGGTGTCAAAATGCCTCGCTCAGCTCCAAACTTGAAAAACTGATGGCCAAAATACAAGACTATTGTTCCAGTACAGATTGTCCTTATGAAAGGGGTGCTTATGCATGTCTTGCAAAAAGTTCCTGTGATGGCAAATGGTACAGAGCATTTATAACCAACAATAGGCCGGGTAGCAAAGCAAATGCAAACCAAGTTGAAGTTCTTTATGTCGACTACGGCATCACAGAAACTGTTTTAGTGAAAGACCTCCGCTGCATAGAGAGCGAGCTGTTTGATTTAAAAGCGCAAGCCTTCAGATGTAGTTTGTACAACCTTATTGCCCCAGACAGTGAGAACCCCTTTGAGTGGGATACAAAAGCAACTTTATCTTTTCATAGGTTTGTCGATTCTTCAGCAAAAAAATGTTCAGAGTTTAAATGCACATTTTTCGCAACTGCCTTAGTAAAAACAGAACTGTCTTACATTGTAGATGTTTTCACTCCTTTTGCCAGCATTTGCAAATTATTAGTAGAATTAGGCCATGCTAAACAGTTATCTCACACTACACTGGCACCGTCGGTACAGCTGCAAACATATTATTACTCCATGCATGATATTAAAATTGGTGGTGAGGAGGAGGTTTATATTACCTATGTCAACAGTTCCTTGGAATTTTACTGTCAGCTTTCAAGAAATACCGAAACGATTGACATGATAGCGTCTGCTACTGCACGTGTGTGCAGTGAAGTGAGAAAATTTGAATTGTCTGTAACACCTGGGCCCTTGTGTCTGGCAAAGTTCAGTGATCAGCAATGGTATCGTTGCTTCATTAATACAAATAAAAACAGCACTGATGCGTTTTTTGTAGATTATGGAAATACAGAAAAAGTGAACAAAGAAGAAATGCTGCCTATACCGAGTGATGCCTACGAACTCCTTCATTTTCCAATGCAAGCTATTAAATGTTCTTTATCTGACATGCCTGACACCGTTCCCAGCGACGTGGTGTTGTGGTTTGAAAACCATGTACTTGAAAAACCCTTAAGGGCTATAATTGTTGCCAAAGAAACTGATGGTAAATTGATTGTAGAATTGTATGACGGCAGTCAACAAATTAACTCAATCCTCAAAACGAAATTGGGATGGAAGAGTTCTCGTGCTGAAGGCTCTTTTGGGAATTCTGAGAAAAGAAACCAGCTAAATGATTTAGACAGGGGTGGAAGGAAAGAGACTACCTCAAAATTTCAGCCATACAGCCAGGGAAGCAAATTCTCTCCAGATCTGGATGGTCATTCTCAGAATGGTTTAACTTATCAGAAACCTGAGTTTCAGACTAAAGAAAGAGAACAGTTTGAACAAAAGCCAAATCTGAGAACACCTCGATCTTATAACAATGATAGAGAAGTGTATCAAGTACAAAAGAATATGTCCCAAAGTGGGTTTGCACCTCAGAAAACAGGAGGATTTAGGTCTAAAGACAGAGAAGCATTTGAACAGAGACCAAATCTTAAAGCCTCTGGACTGTACAGCCAGGGGAGAGAAACACCTTCAATGTCACAAAATAGTTCCTACAGTGGTTTTCCACCCCAGAAAACAGGAGCCTTTAGGTCTAAAGAAAGACAAGTATCGGAACACAAACAGAATTCGAATCCACCGAAGTTCTACAATCAGGAACGTAAATTATCTCCACAGTTGCGTAAAGCTTCACAGAATGGTTCCTCTTCCCAAACAGAAGCATTTTGGTCTTCAGGAAGTGATCAGTCATCTGAGCACAAGCCAGATAATGCATCTCAACAGAGAAGGTCTACCTTTCAGGAAAGTAAGCTCACACCACCTCTGTCAAAATTAAGTGACCTGCCGAAGCAAAACATTGCTCTAGGAATGAAATCATCCGTGTATGTTGCACACACAAATACAATTAGTGATTTTTATGTGCATATCGCACAAAACACTGACCTTAGTAACATTTCTGAGATCTTGAATAATGAAAAGGGCCCCTCTGATCAACTAGACGAAAAATATGTGAATTTGGGAGACTTAATTTGTGCATTTTATGAAGATGGGCTGTATTATCGTGCGGTCATAACAGAAAAATGTGCTGATGGGTTACTTGCGCAGTACATAGATTATGGCAATACTTCAGTAATACCTCCCACCAAGATATATAAACTTCCACCAAGTTTATTGTCTATTCCAGCAATGAGTATTTGTTGTGCCTTAGATAAATGTACTACATCAGCGTGTGAGCAGAATATGGATGATTTGATGCTTAAATTTTCTGAAAGAACTGGAGATCTAGAGTTGAGCTGCGAATTTGTGCAATATAACAATCGCAAGTGGAACGTAATTTTGTGTGATGATCAAGGCTGCATAAATGACCTCTTTATTTCTGTCTCTGGAGATCCTATGTTAAATCCACCTTTGCCCAAAGAACCTAGTGTAACTTCTGAAACATTAATCAGTGCCAGTCTTTTTGTGTGGAACCTTCCTGAACTTGGTGAGACTGTTGAAGCTTTTGCAAGTGCGGTTGATAGTCCTGAACATTTTTGGTGCCAGTTGGCGACAGCGAATGTTGACTCTTTAGCAGTTAAAGTTCAGGAAGCTGGAGAACATTCCATTCATGATGGCAGATTCAGTGCAGAGATAGAAGTTGGTTCACCTTGTAACGTAATTTACAGTGATGATAATTATTGGTACAGAGCTGCTGTAACAAAGATGAAGGACGATAAAGTGACTGTACGATTCGTTGACTATGGGAATGAAGAAACGCTTCAGATGGAACAAGTGCGAAGGCTTCCTGCTGATATTGCAGCAATTCCTGTTCAGGCATTTCCATGTTCCCTTGCTAACTTTAATTTATCAGAGGGGTGCTGGAGTTCAGAGGCAAATACCTTTTTCTATGATAAAGTCACAGAAGGGCTTTTAGAAATCACTGTGCTCCATATACAAGAACTTGGACTGTGTAAAATTCCACAAGCTTCTGTAAATGTAAAGTACAATGGAGAAGATATTAACTGTGAAATGAGACGGTTCTGGCAGGACAGTTTTGTAAACACTAACCCATTTACAGAATCCCTAAATGCAAAGGAAGAAACTGCAATTGAGGATAATGTCATACCTTCCCAGGCAGATGAGGATGACCATTCTGAGCCAAGTGAAGAACCTTGTGCGAGCGAATCAATCGAGACTCCAGCAGTAGATGGGGAAGTACTGACTGCAAACGATGAAACAAAGCTTGAAGCCCTTCCGGTTTCTTCTGCTGAGGAAGCTGCAGAGATCACCGACAACACAGATGTTGAGCTAATGAGGACTGAATATTTATTGCATGAAGTCCAGAAGAGCAGTGATTTATCATGTTTAGAGCTGACCCTGGATGAAGATGTTCCAGATGAGAAGAATTCAGGCACACCAGCTGTTACTCCATTAGCCGCAGAAGATTTGTGTATTGATTACGATGAAAGCAATATCAAGAAGTCCTATTCAGGTGTTACAACAGAAATGGATAATAGGGAATTGCACCAGGATGAAGACCTAGACCTTTGGACCTCAGCTGCTCAGGATCAAGAAATTGCGAGTTCAGAAATACTTGGTGATGTGCCTATTGATAAAGAATGTAACTACAGTGTGGAAGAAGCCACGGACCAAAGCTGCACTAACATAGGACTGGAAGAGGGCCCTGAACCAGTGGAGAATGCATTCACTGAGAACATCAATGATGAGACAGACATTGCTAATGTGCAAAGCAAAGGAGAAGAAGAAGAAGCGTATCTAGTGCCAGAGGAGAGCACAGTTGCTGAATGTGAGATTGAGGATTTTGAGCCAGAGGTTGATCTGCAGAGCAAAGAAAATGAAGGCTTACCTGATATTCCATTACTGGAGGGTGACGGTGATGATTCAGTCAGCCCTGAAGAGGTATCCAGTCATGAAATGAATGAAGCAGAGGGCTTGGAAGATCAAGACCAAGAGCTATTGGGGTATACAGGCACTGAACGCGCAATGGACGATTATGAAGTTCTGCAAAGTGAAGAACAAGCAGAGGATTTGGTGCCAGAGGAAGACCCAGGTACTGAAACTGAACACAGGAGTTATCTTTTTGAGGCAGAAGAAGCTGATCTGCCAAGTCAAGAACACAAAGACTTTCCAGAGCAAGAGGAGGACCGAGTTGCAGAACACAAGAATGATATTTCTGAGCCAGACTTGCAAAGTAAAGAGCAAAAAGAGGATTTGGTTCCAGAGGAAGACCCAGGTACTGAAACTGAACACAGGAGTTATCTTTTTGAGGCAGAAGAAACTGATCTGCCAAGTCAAGAACACAAAGACACAGTCACATATACAGACATTCCATTATTAGAGGGAGGTGTTGATGATTTTGGAAGCAAAGAAACTGTATCCATAGATTATAATTATGAATATGTAACTGAGGATGTTGAGGACTTGGATACTGAAAATCAAGAGAGTCAAATATGCATCAGTGGCTCTGACAATCGATCTAAGGAGTCTGGGCCTGTTGACCTGCAAGACTTTGAAGATGAAGTGCTGTTCCAATATACAGAGCCTACAGCTGACAGCGCTAGTGATGTGCGTCAGGGAGATGAGTGTGAATTTGCAGCACATTCTGATGAGAACATAGAAAGTCCAGAGCATCCAGTACACACAGACAGCACTGCTGATGTATGTGAGACTGATGTTTGTGAGCCAGAAGTTGCAGACCATTGCCATCTACAAGATAAGGTGGTATCAGAACGCACAGAGTGTCCAGTACCAGATGACCGCACTAAAGACGATCACCAGAATAATGAATGCCAGTGTGCAGTTGATCCTGTGGAAAACATAGAATGTCAAACTCCAGTGTGCCTGGTGGCAGCAGACCGTTCATATACTGAGTACACATGGACTGTCAGTGAGACAGAATCTGGTAACATGAAAAATATAGAATTTCAAGAGTCTCCTGCAGAAGGGGACAGTGTGGGGTCACACGGTGTTGGTGCAACAGAGTGGAAAGATGGTGAACCAGAGAGCCTAGTAAATCCAGACACACCGCTTCTTGAGGGGCCGGTATCTGTGGATATCATGCACAGCAGTGATAACTTTGAGCCAGAAACTGATGACATGGAACAAATGGAGCAAGATCAAGGACGGATGAAGATTGAGTCCAGCTACGTCCCAGCCCCCAGCGTGTAGTGATGGATCGGACACCGAAGGGGACATTTCATTTGAGGATATTCGTTACTAAATGCTGATACAGACACTGCAGGTTGTGCTAATTGGCTGTAGTATTGTCTGTCTCTGTTTCATTTCAGGATATCAAAGCCGTGTACCGGCCCCACGAACCTTTCCAGTTAGTGGTTGTGAGCACTTATTTCTGTTTCTTTTCTGATAATAGGTGCCTTTATTATTTCTCTACATTGAGGGGTGCTTAGACTTTCGTTTGTTTGGAATATAAAGAACTTATTAAAGCTTAAAGCTTATTTCATGAAAAAAAAAAAAAAAAAAAAAAAAAAA
Protein		NCBI Protein >AAI67738|LOC100170626 protein [Xenopus (Silurana) tropicalis] ARRRDTKAATVAPDVIMLPAPGLPVPGTVLKLSVSSLDVFAEVPFVRLWSGLVECRKEYEALESEVQAAAVGGPLGAGDWSPAVGHWCLAEIDGRWHRCQLLHRKGFEYFAFLIDAGYTVPARAHQLREAPQALFGLPGEVQGYLLSNLVPQEQRAWSGQALEYLSSLQGQQVEGVVEELILPHGLVLLEVSAISKRLLDLGLAKPFPAASFRSLIDTYFAGGHSSAQTKTFPSVQPSAQSNPMAQVNPRRAWVLDYFYPQFQVGVIEPVLVTEVSNPHRIFCQLRSLSHEVQRLSDSMHHFYELQSGCGERNYIQPLIPGQPCACRGSDGHWYRSLLQEYYPDKKLAMVIHVDWGRKDIVSMNCLRTLAADYFRMPVVTFPCSLYGVSDGGVAWDPAIIMELRNMFQGKQFSAKIDFYNSYEHMYVVTLYGDDGVNLNCVFGTRAQSFSFSQAQKPLSQDLGESQEDVKSLPQTPPEAFYVPTVPVAELNISTFYDVLVEFVADPSNFWIRTGENATKYSEMMEQIAALYSKASKLDGIMTTPMAGQLCCTKFKDDRFYRAEIVAIKGKMVEVYFIDHGNTELVDWYNVKKLPAELGEMPGLAIYCSVADTYPLGDSWSPEAILAFKMAVVDKRLVIYVLSKEHNKYIIEVLDNSRIEQRSVGKILSAVGHAKYEEVEPVAQHPGTTSDIDRKMQQQFSGHLNKDISLLKARQKEVVCSVQENKSEPYSPFEDQFFEPGTTIEVVVSCIINPSLFWCQNALHSAKLEKLMAKIQDICLNAGCSYERGACACLAKSSCDGRWYRAFIVNEMPAGKASSDHVEVLFVDYGIRETVSLKDLRCMESELFGLKAQAFKCSLYNIIAPDGENPFEWDAITTLSFNRFVDSFSKKTTEFKCTFFATASFKKELFNVVDVFTPFASICKLLVEQGHAKQLSHRTLVPSVQLQTYYYSTHDIKIGGEEEVYITYVNSSLEFYCQLSRNTETMDMIASATTRVCNEVKKFQLSPGSLCLAKFSDQQWYRCFTNFNKNSTDVFFVDYGNTEKLTKEELLPIPSDAYELLHFPMQAIKCSLSDIPDTIPREVVLWFENLILDKPLKALIVAKETDGKLIVELYDGSQQINSSIKAKLGLKNPRTEGYFGNAEKRHQLNDLDKGGRPDSAFKLYNQGSKFSSDLDNHSQNGFTHQKSASFVAKERDQFEQKPNLRTSRPYIQDREVYSVRKNISQSGYAPHKTGEFRSKDREALEQRPNLKTSGMYSQGREVSMSQNGSNSGFPPKKTGGFRSKEREVSEHKQNPDAFKGYNQESKMSPQLRNGSQMEASWSSESDRSSEHKPEINASQQRRSTFQECKSIPPLTKLSDLPKQNITPGFKSSVYISHTNTLSDFYVQIAQDTELSNISEILNNEKKPSDRLDEKDVNLGDLICAFFEDDGLYYRAVITEKHSDGLQVQYIDYGNTLTIPASQIYKLPPSLSSAPVMSIFCALDKCTTAACEQNMDDLMVKFSERTGDLELSCEFVQCNNLKWNVILCDDQGCINDLFISASDPLLNPPSLEEPDVTSEQLNGVSHYVWNLPALGERVEAYASAVDSPEHFWCQLVTADVDSLAVKVQEAGERSVHDGKFSTEIEVGSPCNVIYSEDNHWYRAAVTKIEADQVTVRFVDYGNEEMLHLEQVRRLPADLATIPAQAFSCSLAGFNLSEGCWNSDANTFFYENVTEGLLVISVLHIQELGPCKIPQASVNVSYNGENVNTKMRQFWQDSNEIPTPFLESLHAKKKK	Refseq >NP_001082149|tudor domain containing 6 [Xenopus laevis] MVEVYFIDHGNTEMVDWYNVKKLPAELREMPGLAIHCCVADICPLGVRWSPEAILAFKIAVVDKKLIIYVVSKELHKYIIEVLDNSRIEQRSMAKILSAAGHAKYEEVEPVAQHTGNMSDIDNETQQQFLGYINKDTSSLKTQQKEDVCSMEDDNSVPYSPYEDQFFEPGATIEVVVSCIISPGLFWCQNASLSSKLEKLMAKIQDYCSSTDCPYERGAYACLAKSSCDGKWYRAFITNNRPGSKANANQVEVLYVDYGITETVLVKDLRCIESELFDLKAQAFRCSLYNLIAPDSENPFEWDTKATLSFHRFVDSSAKKCSEFKCTFFATALVKTELSYIVDVFTPFASICKLLVELGHAKQLSHTTLAPSVQLQTYYYSMHDIKIGGEEEVYITYVNSSLEFYCQLSRNTETIDMIASATARVCSEVRKFELSVTPGPLCLAKFSDQQWYRCFINTNKNSTDAFFVDYGNTEKVNKEEMLPIPSDAYELLHFPMQAIKCSLSDMPDTVPSDVVLWFENHVLEKPLRAIIVAKETDGKLIVELYDGSQQINSILKTKLGWKSSRAEGSFGNSEKRNQLNDLDRGGRKETTSKFQPYSQGSKFSPDLDGHSQNGLTYQKPEFQTKEREQFEQKPNLRTPRSYNNDREVYQVQKNMSQSGFAPQKTGGFRSKDREAFEQRPNLKASGLYSQGRETPSMSQNSSYSGFPPQKTGAFRSKERQVSEHKQNSNPPKFYNQERKLSPQLRKASQNGSSSQTEAFWSSGSDQSSEHKPDNASQQRRSTFQESKLTPPLSKLSDLPKQNIALGMKSSVYVAHTNTISDFYVHIAQNTDLSNISEILNNEKGPSDQLDEKYVNLGDLICAFYEDGLYYRAVITEKCADGLLAQYIDYGNTSVIPPTKIYKLPPSLLSIPAMSICCALDKCTTSACEQNMDDLMLKFSERTGDLELSCEFVQYNNRKWNVILCDDQGCINDLFISVSGDPMLNPPLPKEPSVTSETLISASLFVWNLPELGETVEAFASAVDSPEHFWCQLATANVDSLAVKVQEAGEHSIHDGRFSAEIEVGSPCNVIYSDDNYWYRAAVTKMKDDKVTVRFVDYGNEETLQMEQVRRLPADIAAIPVQAFPCSLANFNLSEGCWSSEANTFFYDKVTEGLLEITVLHIQELGLCKIPQASVNVKYNGEDINCEMRRFWQDSFVNTNPFTESLNAKEETAIEDNVIPSQADEDDHSEPSEEPCASESIETPAVDGEVLTANDETKLEALPVSSAEEAAEITDNTDVELMRTEYLLHEVQKSSDLSCLELTLDEDVPDEKNSGTPAVTPLAAEDLCIDYDESNIKKSYSGVTTEMDNRELHQDEDLDLWTSAAQDQEIASSEILGDVPIDKECNYSVEEATDQSCTNIGLEEGPEPVENAFTENINDETDIANVQSKGEEEEAYLVPEESTVAECEIEDFEPEVDLQSKENEGLPDIPLLEGDGDDSVSPEEVSSHEMNEAEGLEDQDQELLGYTGTERAMDDYEVLQSEEQAEDLVPEEDPGTETEHRSYLFEAEEADLPSQEHKDFPEQEEDRVAEHKNDISEPDLQSKEQKEDLVPEEDPGTETEHRSYLFEAEETDLPSQEHKDTVTYTDIPLLEGGVDDFGSKETVSIDYNYEYVTEDVEDLDTENQESQICISGSDNRSKESGPVDLQDFEDEVLFQYTEPTADSASDVRQGDECEFAAHSDENIESPEHPVHTDSTADVCETDVCEPEVADHCHLQDKVVSERTECPVPDDRTKDDHQNNECQCAVDPVENIECQTPVCLVAADRSYTEYTWTVSETESGNMKNIEFQESPAEGDSVGSHGVGATEWKDGEPESLVNPDTPLLEGPVSVDIMHSSDNFEPETDDMEQMEQDQGRMKIESSYVPAPSV

Genomic		tropicalis
Genome Browser		Xenbase	Xenbase JGI Ensembl UCSC		Xenbase
Synteny		Metazome

Expression		tropicalis	laevis
UniGene		[+] Str.27809	Xl.12093
Unigene EST Profile			EST Profile
GEO data			GEO
Images		0 expression image(s) for tropicalis and laevis

Orthology		MOD	Entrez Gene	Genetic Phenotypes	Morphants
human		OMIM:Gene, HGNC	TDRD6
mouse		MGI	Tdrd6	All(3) Targeted, knock Out(2)
zebrafish		ZFIN	tdrd6	18 Lines(s)

Publications
First:		Analysis of structure and expression of the Xenopus thyroid hormone receptor-beta gene to explain its autoinduction. [Mol Endocrinol 1995]
Most recent:		Xtr, a plural tudor domain-containing protein, is involved in the translational regulation of maternal mRNA during oocyte maturation in Xenopus laevis. [Dev Growth Differ 2012]
		View All Papers

Functional Ontologies
GO: Molecular:		nucleic acid binding
Biological:
Cellular Component:
EC:
KOG:		[K] Transcriptional coactivator p100

Reagents		tropicalis	laevis
Clones			open biosystems
			geneservice/RZPD imagenes
Affymetrix 1.0		Str.27809.2.A1_at [+] StrEns.6071.1.S1_at	Xl.12093.1.S1_at
Affymetrix 2.0			Xl2.12093.1.S1_at

Symbol legend[+]

- Blast this sequence
   - Literature Or Expression Images