WERAM Information
Tag | Content | ||||||||||||
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WERAM ID | WERAM-Tag-0130 | ||||||||||||
Ensembl Protein ID | ENSTGUP00000010666.1 | ||||||||||||
Gene Name | TP53BP1 | ||||||||||||
Ensembl Information |
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Status | Unreviewed | ||||||||||||
Classification |
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Organism | Taeniopygia guttata | ||||||||||||
Domain Profile | Me_Reader Tudor Tudor.txt 2 skvGlrVvakwssdGyfYsgki..................................................Vvkghrvesgeeyysik 40 |
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Protein Sequence (Fasta) | TPFHFTLPKE GDIIQSLTSI TPPLTGHLKM GPRRHSTPIV DDTCPDSTIA TSDVTAEGTM 60 GTNNVTVESA KGESAVVPES DAKLSLRMNL VTPVNDGSEE SLPFSLEREA SVVRKGISSR 120 LQIVISQKES SVFSRVCEVR REDEARGHGL STSAFRKSNL SFNSYIKDHN KQGVTVLGKA 180 QPERKTVTPQ NPQVPKGSQI HTSSWAQYKD GESMETDVVS TQAEDGRRMQ RKQNKARWEN 240 IKNKGIQTTA DCLFTPTTVT TATQTSEEIC RRVEMGTTMS GQKPGQQDVN IQTDESGEKR 300 VSTSGDDMDS LRSQGEEEFN LLHPPKGRVQ HRHMRTIREV RTVITRVITD VYYINGAEVE 360 RKVVEEAEEP VVECQECETD MSPSRTAGGS SLTSGDLGDV SSFSSKASSL HRTSSGGSSG 420 HSATHSSSNS GQGTGAVKGK VCGTETGELA LPIGRGILGK LSPRKGAGQP ASPLREEEDC 480 MPGTRQAGRA PVTLRGRGRR GRPPSRTTGT RDLAGLPGME DLSTTASPEE KSFTRALRLP 540 DGGEKSGTSG FCALRRSDSP EIPFQVVTGP SDCADSSTGS SFVGLRVVAK WSSNGFFYSG 600 KITQDVGAGK YKLLFDDTHE RDVLGKDILL CDPIPLETEV TALSEDDYFS AGVVKGHRQE 660 SGELYYCIEK EGQRKWYKRM AIILSQEQAN NLRGQFGLGP YEPVTPLTKA ADISLDNLVE 720 GKRKRRSTLG SPSTSSSSTT PTRKGQESRR VPPVSLSGKR KLLASEGERS PAKRGRKSAM 780 IKPGENLNSS SFFRTAFSVV DVARSPQVLE GAHGPVPNKT LFGYAFLLTM ATPSDKTAHQ 840 KPSDGPTGSS EEEEDFLEMT PYDKHYIAQQ LRAGAGYILE DFNETQCNAA YQCLLIADQH 900 CRTQKYLLCL ARGIPCVSHI WVHDSCHANQ LQNYRNYLLP AGYSLQEQKL LEWHPRENPF 960 HNLKVLLVSD QQENFLDLWS EILMTGGAVS VKQHYSHGHN KDLALGVYDV MVTDFSCPAG 1020 ILKCAEALRL PVVSQEWVIQ SLIAGERVGY KQHPNYKHDY VPH 1063 |
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Nucleotide Sequence (Fasta) | ACCCCGTTTC ATTTTACTTT GCCGAAGGAG GGTGATATCA TTCAGTCCTT AACTAGCATA 60 ACACCACCTC TTACTGGCCA TCTCAAAATG GGACCCAGGA GACACAGCAC ACCAATTGTG 120 GATGATACTT GCCCAGACAG CACTATAGCA ACCAGTGATG TCACAGCAGA GGGCACAATG 180 GGGACCAACA ATGTCACTGT GGAAAGTGCA AAAGGCGAGT CTGCTGTAGT TCCTGAGTCA 240 GATGCAAAAC TTTCTCTGCG AATGAACCTT GTTACCCCTG TGAATGATGG AAGTGAGGAG 300 TCCTTGCCGT TCAGCTTGGA AAGAGAGGCC TCTGTTGTGA GGAAAGGTAT TTCCAGCAGA 360 CTACAGATTG TGATCTCCCA GAAAGAATCA TCTGTATTCA GTCGTGTCTG TGAAGTTCGT 420 CGAGAGGATG AGGCCAGAGG TCATGGTCTT TCCACTTCTG CATTTAGAAA GAGTAACCTG 480 AGTTTCAACA GTTACATTAA AGACCACAAC AAACAGGGAG TTACAGTGCT GGGTAAGGCA 540 CAGCCAGAAA GGAAGACAGT CACTCCTCAA AATCCTCAAG TACCCAAGGG AAGCCAAATA 600 CACACTTCTA GCTGGGCTCA GTATAAGGAT GGAGAGTCTA TGGAGACTGA TGTTGTAAGC 660 ACTCAGGCAG AAGATGGGAG GAGAATGCAG AGAAAACAAA ATAAGGCTAG GTGGGAAAAC 720 ATCAAGAATA AAGGGATCCA AACTACAGCA GACTGTCTTT TTACCCCGAC AACTGTTACA 780 ACAGCAACAC AAACATCAGA AGAAATCTGT AGACGGGTGG AAATGGGAAC CACTATGTCT 840 GGGCAAAAAC CTGGGCAGCA AGATGTGAAC ATTCAAACCG ACGAGAGTGG GGAAAAGCGT 900 GTCAGCACCT CTGGAGATGA CATGGATTCT TTGCGCAGTC AGGGAGAGGA GGAATTTAAC 960 CTTCTTCACC CACCCAAAGG CCGAGTTCAG CATCGCCACA TGCGAACCAT TCGAGAAGTG 1020 CGCACTGTTA TTACGCGTGT TATAACAGAT GTTTACTACA TCAACGGTGC AGAGGTGGAA 1080 CGAAAAGTAG TTGAGGAAGC TGAGGAGCCT GTAGTGGAGT GCCAGGAATG TGAGACTGAC 1140 ATGTCCCCCT CTAGAACTGC AGGGGGCTCA TCGCTGACCT CAGGGGACCT TGGTGATGTC 1200 AGCTCTTTCT CATCTAAGGC CTCAAGTCTC CACCGTACAT CCAGTGGAGG AAGCAGTGGT 1260 CACTCTGCCA CACACAGCAG CAGCAACTCA GGGCAAGGAA CTGGAGCTGT AAAAGGGAAA 1320 GTGTGTGGGA CAGAAACCGG AGAACTTGCT TTACCCATTG GCAGAGGCAT CTTAGGAAAA 1380 TTGAGCCCTA GGAAAGGGGC TGGGCAGCCT GCATCACCAC TCAGAGAAGA GGAGGACTGT 1440 ATGCCTGGCA CTCGTCAGGC TGGCAGGGCA CCAGTGACAC TTCGTGGACG AGGAAGAAGA 1500 GGACGCCCAC CATCTCGAAC AACAGGAACA AGAGATTTAG CTGGACTGCC AGGTATGGAG 1560 GATCTCTCAA CTACAGCATC ACCTGAAGAG AAATCATTTA CTCGTGCTCT TCGCCTGCCA 1620 GATGGAGGAG AGAAATCTGG CACTTCTGGC TTCTGTGCGT TACGTCGTAG TGACTCTCCA 1680 GAAATCCCAT TTCAAGTGGT GACTGGTCCT TCAGACTGTG CAGACTCATC CACTGGGAGC 1740 AGCTTTGTGG GCCTCAGGGT TGTAGCAAAG TGGTCCTCAA ATGGGTTCTT TTATTCGGGG 1800 AAGATTACCC AAGATGTTGG AGCAGGAAAG TACAAGCTGC TCTTTGATGA CACACATGAG 1860 CGTGATGTGC TAGGGAAAGA TATTTTGCTC TGTGATCCTA TTCCACTGGA GACAGAGGTG 1920 ACCGCACTCT CTGAGGACGA CTACTTCAGT GCAGGTGTGG TGAAGGGACA CCGGCAGGAG 1980 TCTGGAGAGC TATACTACTG CATTGAAAAG GAAGGCCAGA GGAAGTGGTA CAAACGAATG 2040 GCTATTATCC TGTCTCAGGA GCAAGCAAAT AACCTGCGGG GGCAGTTTGG GCTAGGTCCT 2100 TACGAACCTG TCACGCCCCT GACCAAAGCA GCTGACATCA GTCTTGATAA TCTGGTGGAG 2160 GGGAAGAGGA AGCGACGTAG TACCCTCGGT TCTCCCAGCA CTTCCAGCAG CAGCACAACT 2220 CCCACTCGTA AAGGGCAGGA GAGTCGCCGT GTCCCACCAG TCTCACTGTC TGGGAAAAGG 2280 AAGCTTCTTG CTTCTGAAGG TGAACGATCC CCAGCTAAAC GTGGCCGCAA ATCAGCAATG 2340 ATAAAGCCTG GTGAGAACTT GAATTCATCT AGTTTTTTCC GCACTGCTTT TTCTGTTGTA 2400 GATGTTGCAA GATCCCCCCA AGTACTGGAG GGTGCCCATG GGCCCGTACC CAATAAGACC 2460 CTCTTTGGCT ACGCCTTTCT TCTCACCATG GCAACGCCAA GTGACAAAAC TGCTCACCAG 2520 AAGCCATCAG ATGGTCCCAC TGGAAGCAGC GAGGAAGAAG AAGATTTTTT AGAGATGACT 2580 CCATATGATA AACATTACAT AGCGCAACAG CTGCGAGCAG GAGCTGGCTA TATCCTAGAA 2640 GACTTCAATG AAACCCAGTG TAATGCAGCA TACCAGTGTC TTTTAATTGC GGACCAGCAT 2700 TGTCGAACTC AGAAATACTT GCTGTGCCTT GCCAGAGGGA TCCCATGTGT GTCTCATATC 2760 TGGGTCCATG ATAGCTGTCA TGCTAACCAG CTTCAAAATT ATCGGAATTA CCTTTTGCCA 2820 GCTGGATATA GCCTCCAGGA GCAAAAATTG TTAGAATGGC ACCCACGAGA AAACCCATTC 2880 CATAACCTGA AGGTTCTCCT GGTGTCAGAC CAGCAAGAGA ACTTCCTGGA TTTGTGGTCC 2940 GAAATTCTCA TGACAGGGGG AGCAGTATCT GTTAAACAGC ATTACTCACA TGGTCACAAC 3000 AAAGATCTTG CTTTGGGTGT TTATGATGTG ATGGTGACTG ATTTTTCCTG CCCAGCTGGT 3060 ATCTTGAAGT GTGCAGAAGC TTTACGGCTG CCTGTTGTCT CACAAGAGTG GGTGATCCAG 3120 AGTCTTATTG CTGGGGAGAG AGTAGGCTAC AAGCAGCATC CAAACTATAA ACATGACTAT 3180 GTCCCTCACT GA 3193 |
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Sequence Source | Ensembl | ||||||||||||
Orthology | |||||||||||||
Created Date | 25-Jun-2016 |