WERAM Information
| Tag | Content | ||||||||||||||||||
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| WERAM ID | WERAM-Lac-0185 | ||||||||||||||||||
| Ensembl Protein ID | ENSLACP00000021251.1 | ||||||||||||||||||
| Gene Name | BAZ2A | ||||||||||||||||||
| Ensembl Information |
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| Status | Unreviewed | ||||||||||||||||||
| Classification |
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| Organism | Latimeria chalumnae | ||||||||||||||||||
| Domain Profile | Ac_Reader Bromodomain BROMO.txt 2 ehevsepFrepvdpqleipdYydiikePmdLstikerleegnYsspeefvkDvrlifnNakaynenkssv 71 Me_Reader PHD PHD.txt 2 tiClvCgkddegekemvqCdeCddwfHlkCvklplsslpegkswyCpsC 50 |
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| Protein Sequence (Fasta) | DMETNNHFGF AGLPTASTAS GLKPSSSSGE SLYTNGSTMN YSQQGKSLNG DMNVNGISTV 60 SRTSTSGTFP SATEPTSIDH HPDMSYDFLW NYMQYPSMNS GNVKENQAAS QFPAHGPYQL 120 NGIVGAVKQT EHIATSRGQE YWENGTQSLM GLNFNSQGLQ NSYPNQNFGL VQNGPQNFYM 180 VTQPTDGIDP TVPSFPQSQT LQQQDIQFSE VSLKGLDPAV SENGTETAAG LSSTAMEPAL 240 ETSRYNGSEA MVEPPEDSLH LGPEDDENCL ADPSQLNPPL EESETSGGVN VGSFSTSPAV 300 GVFFGIQEST AESEEEKTSP EKILSLPALD CTDGPSLDTS TSFNIMADDS QNSAPLFVTT 360 ASSILDNSMA DDSQSSVPLL ITTASSPVTV CLRTPAVNWS DHVSCHSDTN LTGYPLLSFE 420 LSTVAFPCLA PNFSLSLPPP SLFNIIVYQF NSRYESDTDA NQHCEETESL DVKTPLKQEQ 480 DCTFPLGDTA QGSVQENSTP LKIKEEAETL NAASTNATCC SGEVPRRRIA SREEVQIPLK 540 HGWRREVRIK KGSSRWQGET WYYAPCGKRM KQFPEVIKYL IRNQVQDVSR ELFSFSPRMP 600 VGDFYEERDT PEGMQWFKLT SEEIPSRIIA ITGKRGRPRN SEKGKVKAAP RVKRGRGRPP 660 KVKMVELLSK DDARLMKKLE AQDVLSDEDK LKLSEIKKKM RRKVQRQHCC FFLGGEARNK 720 RKQEAKNAKK KEEKKKAKLH PRVVETLKIE FCIGVMKIEA LKAKEKEKEK VKAARKAVDK 780 KLLAQRRLEE RRRQQTILEE LKKPTEDMCL TDHQPLPEFA RIPGLVLPGR AFSNCLTIVE 840 FLHSYGKVLG FDVSRGVPNL CTLQEGLLNV GDSLGEVQDL LVRLLQAALR DPGLPSHYQS 900 VKVLGEKVSE IGLNRDNVSE ALRIFLEAYG VEMEFCESLR TKPFHAHPPE KKAVILAFLV 960 NELNGSTIVT QEIDKTLDNM ANYRKNKWII EGKLRSRLKI ALAKKTGQPE PVITTMEEGQ 1020 RRRSARIVEE EEEEEEEGKG KKSRKEVEGE SLSTASIPEI ERQIDKLTKR QLFFRKKLLH 1080 ASQTLRALSL GQDRYKRRYW VLPHLGGIFV EGSEGVPAAE DFMKEREESM KILVSKISPV 1140 KSEPKGVVGS PDLTATPGRS RGRPRKIKLE PGVAGAAKQR RRGKSKLANG LLEDWHAAGR 1200 SQLEHSQSAM LSWLTQSQTS LLNSSALSSP GTLNSTGASS AAREGSANLD NVKENAEKRG 1260 QWFNLLPRTP CDAASVTRPS VASDQSPPKK TEALLVLNSP NFNPAKSSAV TSLQHSRTPK 1320 GQASPVATPG VHLLGFTLPG QPKRRGRPPT KFFKHIEQKY FTQLIALPVP EAIEMQKGWW 1380 WIKDPKQLND VLKVLHPRGI REKALHKHLT KHLEYLKEVC IRPKNDPIFE FSQEEDSPIS 1440 TQTLETWSVI ERTREVDLAI LQWVEELEQR VLAADLQLRG WTCPDPDSTR EDLDYLEHKL 1500 DPMEDGTMKS KKDSTYIPRI GTNPLDLAVM RLAALESNIE KRYLKEPLWN LSEVVVEKVL 1560 TQTFQAAENG LSETKEEYEI TPRIRTWRQT IERCRNSAQV SLCIQQLEKS IAWEKSVNKV 1620 TCLVCRKGDN DEYLLLCDQC DRGCHMYCHR PKITEVPDGD WFCPVCISRV STVAFGNLNC 1680 GGGRGEIKVC CSTLPFANGV SPRKRRCLKR SKKRRRGRPS WRDGLSPAKR RRLTTKNHTS 1740 DLTFCEIILM EMEAHDDAWP FLEPVNPRLV PGYRKIIKHP MDFSAMRERL LSRGYSSCEE 1800 FASDAMLIFD NCQTFNEDDS EVGKAGHAMR KFFESRWAEF YQGKSVSL 1848 |
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| Nucleotide Sequence (Fasta) | GTTTTTTTTT TTTCCCTCCT ATTTACTGGC CCTATTTTTA ACATGGGATA ACTGGAAATT 60 AGAATTTATT TATTTATTTA TTTTTTTGGT TTTACTTTGT TTACACTGGA ACAGTGCATC 120 CTGTAGTTAC AAAATTACTA ACTGCATGTG TGTGTTTTTT GTTTTTTGTA GATATGGAGA 180 CGAATAACCA TTTTGGATTT GCCGGCCTGC CTACTGCGTC CACAGCCTCA GGACTGAAGC 240 CTTCCTCTTC CTCAGGAGAG AGCCTCTACA CTAACGGGTC CACTATGAAC TATTCCCAGC 300 AAGGAAAAAG TCTGAATGGC GATATGAATG TTAATGGCAT ATCTACTGTA TCTCGAACCA 360 GTACTTCAGG GACATTCCCT TCAGCCACAG AGCCTACTAG TATAGATCAT CACCCTGATA 420 TGAGCTATGA CTTTCTCTGG AACTATATGC AGTACCCATC TATGAATTCT GGGAATGTGA 480 AGGAAAACCA GGCAGCATCC CAGTTCCCCG CACATGGACC GTATCAACTG AATGGCATCG 540 TGGGAGCAGT GAAACAGACT GAGCACATAG CCACCTCTAG GGGTCAGGAG TACTGGGAGA 600 ACGGCACCCA AAGCCTAATG GGTTTGAATT TCAATTCACA GGGGCTACAG AACTCCTATC 660 CTAATCAGAA CTTTGGGCTG GTGCAGAACG GACCACAGAA TTTTTACATG GTCACTCAGC 720 CTACTGATGG GATAGACCCC ACTGTCCCAT CGTTTCCCCA ATCCCAGACG CTACAGCAGC 780 AGGACATACA GTTCAGTGAA GTATCCTTGA AAGGACTTGA TCCTGCAGTA TCTGAAAACG 840 GTACTGAAAC AGCAGCCGGG CTGAGTTCTA CCGCCATGGA GCCAGCTTTA GAGACCAGCC 900 GCTATAACGG GTCAGAAGCT ATGGTAGAGC CTCCTGAGGA TTCCCTGCAC CTGGGACCTG 960 AAGATGATGA AAACTGTTTA GCTGATCCCT CCCAGCTGAA TCCCCCATTA GAGGAGTCTG 1020 AGACTTCAGG TGGAGTCAAC GTGGGATCTT TTAGCACTTC ACCTGCAGTA GGAGTATTTT 1080 TTGGAATCCA AGAGTCCACG GCAGAGAGTG AGGAGGAAAA AACTAGCCCT GAGAAGATAT 1140 TGAGCCTTCC AGCCCTGGAC TGCACAGACG GACCTTCCTT GGACACCTCA ACCTCTTTCA 1200 ACATCATGGC TGACGACAGC CAGAATTCTG CTCCCCTCTT TGTGACTACT GCATCGTCTA 1260 TTCTTGATAA TTCCATGGCT GACGATAGTC AAAGTTCTGT TCCTCTCCTG ATAACTACTG 1320 CATCTTCACC TGTTACTGTT TGTCTGAGGA CACCCGCTGT TAACTGGAGT GACCATGTGT 1380 CTTGTCACAG TGACACAAAC TTGACAGGTT ACCCTCTACT AAGCTTTGAA CTCTCTACAG 1440 TTGCTTTTCC ATGTTTAGCT CCAAATTTCT CTCTCTCTCT CCCCCCCCCC TCCCTGTTTA 1500 ATATTATAGT TTACCAATTC AACTCCAGAT ATGAATCGGA CACGGATGCT AATCAGCACT 1560 GTGAAGAAAC TGAGTCCTTG GACGTAAAGA CCCCTCTGAA GCAAGAGCAG GACTGTACCT 1620 TCCCCCTTGG TGACACTGCA CAGGGTAGCG TCCAGGAAAA CTCCACTCCG CTTAAAATAA 1680 AGGAAGAGGC GGAAACACTC AATGCTGCTT CTACAAATGC TACATGCTGT TCAGGTGAAG 1740 TTCCACGTCG AAGAATAGCT TCTCGGGAAG AAGTGCAAAT TCCCTTAAAA CATGGTTGGA 1800 GGAGAGAAGT TCGTATTAAG AAAGGTAGCA GCCGTTGGCA AGGGGAAACT TGGTATTATG 1860 CTCCCTGTGG GAAGAGAATG AAGCAGTTCC CTGAAGTTAT AAAGTATCTG ATCAGGAACC 1920 AAGTCCAGGA TGTCAGCAGG GAACTCTTCA GCTTCAGCCC CAGGATGCCA GTGGGAGATT 1980 TTTATGAGGA GAGGGATACC CCTGAGGGCA TGCAGTGGTT TAAACTGACG TCCGAGGAAA 2040 TTCCTTCACG CATTATTGCA ATAACAGGGA AGCGGGGTCG CCCGCGTAAC AGTGAGAAAG 2100 GGAAAGTGAA GGCGGCACCA CGGGTGAAAC GGGGCCGAGG AAGACCACCA AAGGTGAAGA 2160 TGGTAGAATT ATTGAGTAAA GATGATGCAA GGCTCATGAA GAAACTTGAA GCTCAAGATG 2220 TGCTGAGTGA TGAAGACAAA TTGAAACTGA GCGAGATCAA AAAGAAAATG AGAAGAAAGG 2280 TACAGCGGCA GCATTGTTGT TTTTTTTTGG GGGGGGAGGC CAGAAACAAA AGGAAACAAG 2340 AGGCCAAGAA CGCAAAGAAG AAGGAAGAGA AGAAGAAAGC CAAGTTGCAT CCACGTGTGG 2400 TGGAAACCCT TAAAATTGAA TTCTGTATTG GGGTCATGAA AATAGAAGCA TTGAAGGCGA 2460 AAGAAAAAGA GAAGGAGAAA GTAAAAGCTG CGAGGAAAGC TGTTGACAAA AAGCTGCTGG 2520 CTCAGCGCCG GTTGGAGGAA CGGAGACGGC AACAGACGAT ACTGGAGGAG TTAAAGAAAC 2580 CAACGGAGGA CATGTGTCTC ACAGACCATC AGCCCTTACC GGAGTTTGCC CGTATCCCTG 2640 GCCTGGTGTT GCCTGGCAGG GCCTTTTCCA ACTGCCTCAC CATTGTGGAA TTTTTGCACA 2700 GCTACGGCAA AGTGTTGGGC TTTGACGTCA GTAGGGGTGT CCCCAACCTC TGCACACTCC 2760 AGGAGGGGCT TTTGAATGTG GGAGACAGTT TAGGCGAAGT CCAGGACTTA TTGGTGAGGC 2820 TCTTGCAAGC AGCACTGCGT GATCCTGGCC TACCTTCGCA TTATCAGTCG GTGAAGGTTC 2880 TTGGGGAGAA AGTCTCCGAG ATTGGACTGA ACCGTGATAA TGTGTCAGAA GCACTGCGGA 2940 TTTTCCTGGA AGCTTACGGA GTTGAGATGG AATTCTGTGA GAGTCTAAGG ACGAAGCCTT 3000 TCCACGCTCA CCCGCCGGAG AAGAAAGCTG TTATCCTGGC GTTTCTCGTT AATGAGCTGA 3060 ACGGCAGCAC CATTGTCACA CAGGAAATAG ACAAAACACT GGACAATATG GCTAACTACA 3120 GAAAGAACAA GTGGATTATT GAAGGCAAGT TACGCAGCAG GCTTAAGATT GCACTTGCTA 3180 AGAAAACAGG GCAACCTGAG CCAGTGATTA CCACCATGGA GGAGGGCCAG AGACGACGGA 3240 GTGCTCGAAT AGTTGAGGAA GAAGAGGAGG AAGAGGAGGA AGGAAAGGGG AAAAAATCCA 3300 GAAAGGAGGT TGAGGGTGAA AGTCTTTCTA CAGCCAGCAT TCCTGAGATC GAGAGACAGA 3360 TTGATAAGCT TACCAAGCGC CAGCTGTTTT TCCGTAAGAA GCTGCTCCAT GCCTCCCAGA 3420 CGCTGCGAGC CCTGTCATTG GGCCAGGATC GGTATAAGCG ACGTTACTGG GTCCTGCCTC 3480 ACTTGGGTGG GATCTTTGTG GAAGGGTCTG AGGGAGTCCC AGCTGCGGAG GATTTCATGA 3540 AAGAGAGAGA GGAGAGCATG AAGATTCTGG TTTCTAAAAT ATCTCCAGTG AAGTCAGAGC 3600 CAAAGGGAGT GGTGGGAAGT CCAGATCTTA CTGCCACGCC GGGTAGATCC CGTGGTCGAC 3660 CCAGAAAAAT CAAACTGGAG CCGGGCGTGG CAGGAGCTGC CAAGCAGAGG CGGCGGGGTA 3720 AAAGCAAGCT GGCCAATGGC CTTTTAGAAG ACTGGCACGC CGCTGGCAGG AGCCAATTGG 3780 AGCACAGCCA GTCGGCCATG TTGTCGTGGC TTACCCAATC ACAGACTTCG TTACTGAACA 3840 GCTCTGCCTT GAGCAGCCCA GGGACGCTGA ATTCAACCGG TGCCTCTTCA GCAGCGCGCG 3900 AGGGCAGCGC TAATTTGGAC AATGTGAAAG AGAACGCAGA GAAACGAGGG CAGTGGTTTA 3960 ACCTGCTGCC CAGGACTCCT TGTGACGCTG CCTCTGTTAC TCGGCCTTCC GTTGCCTCGG 4020 ATCAGAGCCC CCCAAAGAAA ACGGAAGCTC TGCTCGTCCT CAACTCACCA AACTTTAATC 4080 CAGCCAAGTC CTCTGCTGTC ACTTCGTTAC AGCATTCCAG AACTCCTAAA GGTCAAGCCA 4140 GCCCTGTAGC AACCCCAGGG GTTCATCTGC TCGGGTTTAC ATTGCCAGGA CAGCCCAAGC 4200 GCAGGGGCCG GCCTCCGACG AAATTCTTCA AGCACATTGA GCAGAAATAT TTCACCCAGC 4260 TCATAGCACT GCCAGTTCCT GAAGCTATAG AGATGCAGAA AGGTTGGTGG TGGATAAAAG 4320 ATCCCAAGCA GCTAAACGAT GTTCTTAAAG TTCTTCATCC GCGAGGCATC CGGGAAAAGG 4380 CCCTCCATAA ACATCTTACC AAACATCTGG AGTACCTCAA GGAGGTCTGC ATAAGGCCGA 4440 AAAACGATCC CATTTTTGAA TTCTCTCAGG AAGAGGACAG CCCCATTTCC ACGCAGACTT 4500 TAGAGACGTG GTCAGTTATT GAAAGGACAC GTGAAGTGGA TCTGGCCATC CTCCAGTGGG 4560 TGGAGGAACT AGAACAGCGT GTCCTTGCGG CGGATCTACA ACTGAGGGGT TGGACGTGCC 4620 CAGATCCCGA CTCCACGAGG GAGGATTTGG ATTACTTAGA GCACAAGCTG GATCCCATGG 4680 AGGACGGGAC AATGAAGAGC AAGAAGGACA GCACGTACAT TCCGAGGATC GGCACTAACC 4740 CGCTGGACCT GGCCGTGATG CGTCTGGCTG CGCTGGAGAG CAACATCGAG AAGCGGTATC 4800 TAAAGGAGCC ACTGTGGAAC CTGAGCGAGG TCGTCGTGGA GAAGGTCCTT ACCCAGACCT 4860 TCCAGGCTGC AGAAAACGGC CTGAGTGAAA CGAAAGAGGA GTATGAGATA ACTCCCCGAA 4920 TAAGAACTTG GCGACAGACA ATAGAGAGGT GTAGAAATTC GGCTCAGGTA TCCCTTTGCA 4980 TCCAGCAGCT GGAGAAATCC ATAGCCTGGG AGAAATCCGT CAATAAAGTG ACGTGCCTGG 5040 TGTGTCGGAA AGGTGACAAC GATGAGTACT TGCTGCTGTG TGACCAGTGC GACCGTGGCT 5100 GTCACATGTA CTGCCACCGG CCCAAAATCA CGGAAGTCCC AGATGGAGAT TGGTTCTGTC 5160 CTGTTTGCAT CTCCAGGGTA AGCACGGTGG CTTTTGGGAA TCTTAACTGC GGTGGAGGCA 5220 GGGGGGAAAT AAAGGTGTGC TGCTCAACTT TGCCTTTTGC CAATGGGGTG TCTCCAAGGA 5280 AAAGAAGGTG TCTGAAGCGA AGCAAGAAAA GACGCCGAGG CAGGCCGTCC TGGAGGGATG 5340 GCCTTTCTCC AGCCAAGAGG AGGAGATTGA CTACCAAAAA CCACACCAGT GACCTCACAT 5400 TCTGCGAGAT TATCTTAATG GAGATGGAAG CCCATGATGA TGCCTGGCCA TTTTTGGAAC 5460 CTGTAAACCC CAGATTGGTG CCCGGATATA GGAAAATCAT CAAACACCCC ATGGACTTCT 5520 CCGCCATGAG GGAGAGACTA CTCAGCAGAG GATATTCCAG CTGTGAAGAG TTTGCTTCAG 5580 ATGCCATGCT AATCTTCGAT AACTGTCAGA CCTTCAACGA AGACGACTCC GAGGTCGGCA 5640 AGGCTGGACA CGCCATGAGG AAATTTTTTG AAAGCCGATG GGCTGAGTTT TATCAGGGAA 5700 AATCAGTGTC TTTGTAG 5718 |
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| Sequence Source | Ensembl | ||||||||||||||||||
| Orthology | |||||||||||||||||||
| Created Date | 25-Jun-2016 |