WERAM Information
Tag | Content | ||||||||||||||||||
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WERAM ID | WERAM-Anp-0032 | ||||||||||||||||||
Ensembl Protein ID | ENSAPLP00000003706.1 | ||||||||||||||||||
Gene Name | TRIM66 | ||||||||||||||||||
Ensembl Information |
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Status | Unreviewed | ||||||||||||||||||
Classification |
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Organism | Anas platyrhynchos | ||||||||||||||||||
Domain Profile | Ac_Reader Bromodomain BROMO.txt 40 eegnYsspeefvkDvrlifnNakaynenkss 70 Me_Reader PHD PHD.txt 18 vqCdeCddwfHl 29 |
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Protein Sequence (Fasta) | FPGSILSCPV CKQTCFARDV VENFFLKDFH TDNSAMAKSC SMCKEKKPAH SLCTSCNKWL 60 CSTCTEEHRH GNETGDRFLS VSLKGCTATE DEASEFSLFC PMHAQEPLKL FCETCDILTC 120 HSCLLTEHKE HRFRHLDEAL QNQRAILKNV IAKVEEKKNG IQVSAKQIED RLLEVKHLYK 180 KVENQIKMAK MVLINEINKR TNILLEQLEK ITSERKQKLE QQLQGVVVLS RQVEHVQNFT 240 SWAVCSKNSI PFLFSKELIV FQIQRLLETN CNTDVGPPLK IRFTWDPSYW TKQLSNFGAF 300 TMEGGHISHS DVLLYGNVQG LQTSLYHGHY SPASQPEPVN SQPHQFPPAV QCPMPMCCSH 360 CLSVPHPNKA QPSHQNINRH QNFQHPELHQ QQFPLQYSMQ QRDKEQRDVP PPLKLTQPRL 420 EQQSRPESEN TSGKMGKHLP PQQLQQTAPL GHPQSFRTQT ALQTSTVQVQ LGHLQKIKSN 480 HLQQPPQQQQ LPPASPLSGQ NENAHKQVIQ QSLDIMHHQF ELEEMKKDLE LLLQAQGQSS 540 FQLNQPKPAQ HVQQTIVGQI NYIVRQPAPV QQQIQDESPV CESSPELDVQ KPVVPLDRSD 600 IPSLSQSLDE EASVSSHSPE STLQQSAYNP VRKRSTSLSI VGFSNDLEME LPSTRLSRSA 660 DPQIQDVAAV ALGSSPNTRC DCDTPPEPVP SYSLVLGRAP GDLSPGLAPV KTLVLFYHII 720 VSQLKVPVSV KYSLASSFNQ SSSWYLKTDY KLFALKLENE DLNTVDHPLE NSMASDGQDV 780 VNELSLSMQK VLEEPINLSV KKSQRCTSPS EVLSNNSSLP VNDRMRQLRN EEGTRLFIVF 840 FRFGSFFSYR CALQALQNVK DSNNCEKEHL EMDMKSNQDV RSGPRELKIP YVRLERLKIH 900 ASESGELPVF KLQPQDSEQE GSFLLIIECG TQSSSMAIRI NKDGPPEGLK CKEESMEDRK 960 FVITQAEGQI QSPPVDTLPS DQKFSNGTSL TMKKSPVTQE VNTIENEDFC AVCLNGGELL 1020 CCDHCPKVFH LSCHVPALLS FPVGEWVCTL CRNPVKPEVE YDCENTRYGH SYNAQYGLDD 1080 YDQKKCEKLV LSLFCSSLSL PFHEPVSPLA RHYYQIIKRP MDLSIIRKKL QKKDKFHYSA 1140 PEELVTDVRL MFWNCAKFNY PDSEVAEAGR CLDVFFESKL KEIYPDRHFP SMQQDDSDSE 1200 EVESQNSKMP PQDFQWPSYG QECIQPKRRR RHAESEKNKR MMFQPANSLP QV 1252 |
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Nucleotide Sequence (Fasta) | TTTCCTGGAA GTATCCTTTC CTGCCCTGTG TGTAAACAGA CCTGCTTTGC AAGAGATGTA 60 GTTGAGAATT TCTTTCTCAA GGACTTTCAC ACTGATAATT CAGCTATGGC AAAGAGCTGC 120 TCCATGTGTA AAGAGAAGAA ACCTGCTCAC AGTCTCTGCA CAAGCTGCAA TAAGTGGTTG 180 TGCAGCACAT GTACAGAGGA ACACAGACAT GGCAATGAAA CTGGAGACCG CTTCCTGTCT 240 GTATCCCTGA AGGGCTGCAC AGCAACTGAA GACGAGGCAA GTGAATTTTC CTTATTTTGT 300 CCAATGCATG CTCAAGAGCC ACTCAAGTTG TTCTGTGAGA CCTGTGATAT TCTTACATGC 360 CACAGCTGCC TTCTGACAGA GCATAAGGAA CACAGGTTCA GACATCTCGA TGAAGCTTTG 420 CAAAATCAGA GAGCTATCCT GAAAAATGTC ATAGCTAAAG TGGAAGAGAA AAAAAATGGA 480 ATTCAGGTTT CAGCTAAACA GATTGAAGAC AGGTTGCTTG AGGTAAAACA CTTATACAAA 540 AAAGTAGAAA ATCAAATAAA AATGGCCAAG ATGGTTTTGA TAAATGAAAT CAATAAACGA 600 ACAAACATCC TTCTTGAACA ACTTGAAAAA ATCACAAGTG AAAGGAAGCA GAAATTGGAG 660 CAGCAACTGC AAGGTGTTGT GGTTTTAAGC AGACAGGTTG AACATGTGCA GAACTTCACC 720 AGTTGGGCAG TGTGCAGTAA AAACAGCATC CCATTTCTCT TCAGTAAAGA ACTGATTGTA 780 TTTCAGATCC AGCGCTTGTT AGAGACAAAT TGTAACACAG ACGTAGGCCC TCCACTGAAG 840 ATCAGATTTA CTTGGGATCC ATCCTACTGG ACTAAACAGC TGTCAAATTT TGGAGCTTTC 900 ACTATGGAAG GTGGACACAT TTCTCATTCA GATGTGCTAC TCTATGGAAA TGTACAAGGA 960 TTACAGACAT CCTTGTATCA CGGACACTAT TCCCCAGCAT CACAGCCGGA GCCTGTGAAT 1020 AGCCAGCCAC ATCAGTTTCC ACCTGCAGTT CAGTGTCCTA TGCCCATGTG TTGCTCACAC 1080 TGCCTCAGCG TCCCTCATCC AAACAAAGCT CAGCCTTCTC ACCAAAACAT AAACCGCCAC 1140 CAAAATTTTC AACATCCCGA ACTGCATCAG CAGCAGTTTC CTCTGCAGTA CAGCATGCAG 1200 CAGCGTGACA AAGAGCAAAG GGATGTTCCC CCGCCTCTGA AGTTAACACA GCCTAGGCTG 1260 GAGCAACAGT CACGACCAGA GTCAGAGAAT ACATCAGGGA AGATGGGAAA GCATTTACCA 1320 CCCCAGCAGC TGCAGCAGAC TGCACCTCTG GGCCATCCAC AGTCATTCCG CACACAGACT 1380 GCTTTGCAAA CGTCAACTGT GCAAGTGCAG CTTGGCCATC TTCAGAAGAT AAAGTCTAAC 1440 CACTTGCAGC AGCCACCACA GCAGCAGCAG CTGCCTCCAG CATCGCCACT GTCAGGTCAG 1500 AATGAGAACG CCCACAAACA AGTCATCCAG CAGAGCCTGG ACATAATGCA CCACCAGTTT 1560 GAACTGGAGG AAATGAAAAA GGATCTGGAG CTTCTTCTCC AGGCCCAGGG ACAGTCCAGC 1620 TTCCAGCTGA ACCAACCCAA GCCAGCTCAG CATGTTCAAC AAACCATAGT TGGTCAGATC 1680 AATTACATAG TGAGGCAGCC AGCCCCGGTT CAGCAGCAAA TCCAAGACGA ATCTCCAGTC 1740 TGTGAGAGTT CCCCTGAACT CGATGTCCAG AAGCCTGTAG TTCCTCTTGA CAGAAGTGAT 1800 ATTCCCTCCC TGTCACAGTC ATTAGATGAA GAAGCCAGTG TCAGCAGCCA CTCCCCCGAA 1860 TCAACATTGC AACAATCAGC TTACAACCCA GTGAGAAAGC GTTCAACATC ATTAAGCATT 1920 GTGGGCTTTT CAAACGATTT AGAAATGGAA CTACCTTCAA CAAGGTTATC CAGGTCCGCT 1980 GATCCACAGA TACAAGATGT GGCTGCTGTA GCACTTGGTT CATCCCCGAA CACCCGTTGT 2040 GACTGTGATA CTCCACCAGA ACCAGTACCC AGCTACAGCT TAGTACTGGG CAGAGCTCCA 2100 GGCGACTTGA GCCCTGGCCT TGCACCAGTT AAAACATTGG TGTTATTTTA TCACATTATT 2160 GTTAGTCAGT TAAAAGTGCC TGTTTCAGTT AAGTACAGTT TGGCTTCAAG CTTCAATCAG 2220 TCTTCAAGCT GGTACTTGAA GACTGATTAC AAGTTGTTTG CTCTGAAGCT GGAAAATGAA 2280 GACTTGAATA CTGTGGATCA TCCTCTAGAA AACAGCATGG CCTCTGATGG GCAAGATGTA 2340 GTAAATGAAT TAAGTCTTTC TATGCAAAAA GTGCTGGAAG AACCTATTAA TCTTTCGGTC 2400 AAAAAATCTC AGCGTTGTAC TTCTCCTTCT GAAGTGCTCA GCAACAATTC TTCCCTGCCT 2460 GTGAATGACA GAATGAGACA ACTTAGAAAT GAAGAAGGTA CCAGGCTTTT CATTGTTTTC 2520 TTTAGGTTTG GGAGTTTTTT TTCTTATCGC TGTGCATTAC AAGCATTACA AAACGTAAAA 2580 GATTCCAATA ACTGTGAAAA GGAACATTTA GAAATGGATA TGAAAAGCAA TCAGGATGTC 2640 AGATCTGGCC CTAGAGAGCT GAAGATTCCT TATGTGAGAC TGGAACGTCT GAAGATACAT 2700 GCATCAGAAT CTGGGGAGCT CCCAGTTTTT AAGCTCCAGC CACAGGATAG TGAGCAGGAG 2760 GGCAGTTTCC TCCTGATAAT TGAATGTGGG ACCCAGTCTT CAAGTATGGC TATAAGAATA 2820 AATAAAGATG GTCCACCTGA AGGACTGAAA TGCAAAGAGG AGAGCATGGA AGACAGAAAA 2880 TTTGTTATAA CCCAGGCTGA AGGACAGATA CAATCTCCTC CTGTAGATAC TCTACCTTCT 2940 GATCAGAAGT TCAGTAATGG TACCTCCCTC ACGATGAAAA AATCTCCAGT CACTCAGGAA 3000 GTCAATACAA TTGAGAATGA AGATTTCTGC GCTGTGTGTC TTAATGGAGG AGAACTGTTG 3060 TGTTGTGATC ACTGCCCCAA GGTCTTCCAT CTCTCCTGCC ATGTTCCAGC CCTCCTCAGC 3120 TTTCCAGTGG GCGAATGGGT GTGTACGCTT TGCCGTAATC CAGTGAAGCC AGAGGTAGAA 3180 TATGACTGTG AAAACACACG CTACGGCCAC AGTTACAATG CACAGTATGG CCTTGATGAT 3240 TATGATCAGA AGAAGTGTGA AAAGCTGGTG CTTTCCCTGT TCTGCAGTAG TCTGAGCCTC 3300 CCATTCCATG AACCCGTCAG CCCTCTGGCT CGACATTATT ATCAGATCAT AAAAAGGCCA 3360 ATGGATTTGT CAATCATACG AAAAAAGCTG CAAAAAAAGG ACAAGTTCCA CTATTCTGCA 3420 CCTGAGGAAC TTGTGACTGA TGTGCGTCTC ATGTTTTGGA ACTGTGCAAA GTTCAATTAT 3480 CCAGATTCAG AGGTTGCTGA GGCTGGACGA TGCTTAGATG TATTCTTTGA GAGCAAACTG 3540 AAGGAGATCT ATCCAGATAG GCACTTTCCT TCAATGCAAC AGGATGACTC TGATTCTGAA 3600 GAGGTGGAGA GCCAGAATAG CAAAATGCCC CCCCAAGATT TTCAGTGGCC ATCGTATGGA 3660 CAGGAGTGCA TTCAGCCTAA AAGGAGACGG CGCCATGCTG AAAGCGAAAA AAATAAAAGA 3720 ATGATGTTTC AGCCAGCTAA CAGCCTTCCT CAGGTATGA |
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Sequence Source | Ensembl | ||||||||||||||||||
Orthology | |||||||||||||||||||
Created Date | 25-Jun-2016 |