WERAM Information

Tag Content
WERAM ID WERAM-Orm-0056
Ensembl Protein ID OMERI06G02350.2
Gene Name
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
OMERI06G02350 OMERI06G02350.2 OMERI06G02350.2
Status Unreviewed
Classification
Type Family E-value Score Start End
Ac_Reader Bromodomain 7.40e-23 81.5 104 177
Organism Oryza meridionalis
Domain Profile
  Ac_Reader Bromodomain
        BROMO.txt   2 ehevsepFrepvdpq.leipdYydiikePmdLstikerleegn...YsspeefvkDvrlifnNakaynenkssv 71 
                      +he +epF +pvd   l++ dYy+ii +Pmd+sti++++e +    Y ++ e + Dvrlif Na++yn++ ++v
  OMERI06G02350.2 104 SHEWAEPFLKPVDVVgLQLDDYYKIITKPMDFSTIQKKMEGKDdtkYNNVREIYSDVRLIFANAMKYNDERHDV 177
                      699**************************************99999************************9998 PP
Protein Sequence
(Fasta)		MVPGGGVPQG AEGGRAMAVA ETAAAAAAGE RAPGTEVDAF RRQVEDLVSK TDQLERRVNE 60
VVGFYDGKKH GSGGRKAGRK DSSLSKGMPD LMRQFGAIVR QITSHEWAEP FLKPVDVVGL 120
QLDDYYKIIT KPMDFSTIQK KMEGKDDTKY NNVREIYSDV RLIFANAMKY NDERHDVHIM 180
AKSLLEKFEE KWLQLLPKVE NEERKQKDEE SNGVPKVNIS PEEAIAKLAK DTDNELIEIN 240
KQLEELRQMV VQKCRKMTTY EKRKLGAGLC HLSPEELTKA LEMVAQDNPS FEAKGDELEL 300
DMDAQSETTL WRLKFFVREA LERQANVASG RTDENAKRKR EICNALARTA SKRVKQQPN 359
Nucleotide Sequence
(Fasta)		AAAAAAAAAA AAAGGGAAAA AAATAAAAAA AAGATTCCGT CGAGTCGAGG CGCCGGTGGT 60
TTCGCCTTTT TCGCTCGCAG ACGGCCGCCG GCGACGCGCG TGGCGGCGAG CCCTAGATAT 120
GGTGCCGGGA GGCGGAGTCC CGCAGGGGGC GGAGGGAGGG AGGGCTATGG CGGTGGCGGA 180
GACGGCCGCC GCCGCCGCCG CCGGGGAGAG GGCTCCGGGG ACGGAGGTGG ACGCGTTCCG 240
GCGCCAGGTC GAGGACCTCG TCTCCAAGAC CGACCAGCTG GAGAGGAGGG TGAATGAGGT 300
GGTGGGATTC TACGACGGGA AGAAACATGG CAGTGGTGGC CGGAAGGCTG GTCGCAAGGA 360
TAGCAGCCTT TCCAAAGGGA TGCCCGATCT TATGCGCCAG TTTGGCGCGA TTGTACGCCA 420
GATCACATCT CATGAATGGG CCGAGCCATT TCTGAAGCCA GTTGATGTGG TAGGCCTTCA 480
GCTTGATGAC TATTACAAGA TAATCACCAA ACCTATGGAT TTTTCTACCA TACAAAAGAA 540
AATGGAAGGG AAAGATGACA CCAAGTATAA CAATGTCCGA GAAATATATT CGGATGTTAG 600
ATTAATATTT GCCAATGCAA TGAAGTACAA TGACGAGCGA CATGATGTTC ATATAATGGC 660
GAAATCATTG CTTGAGAAAT TTGAAGAGAA ATGGCTCCAG CTTCTTCCTA AAGTTGAAAA 720
TGAGGAAAGG AAACAAAAGG ATGAGGAATC CAACGGTGTT CCAAAAGTGA ACATTTCTCC 780
AGAAGAAGCT ATTGCAAAAC TAGCAAAAGA TACTGACAAT GAGCTGATTG AAATCAACAA 840
GCAGTTGGAG GAGCTTCGGC AAATGGTTGT CCAGAAATGC CGGAAAATGA CTACATATGA 900
GAAAAGAAAA CTGGGGGCAG GTCTCTGCCA CCTGTCTCCA GAAGAGCTTA CCAAGGCACT 960
GGAGATGGTT GCACAAGACA ACCCTAGCTT CGAAGCTAAA GGAGACGAGC TGGAACTTGA 1020
TATGGATGCT CAGAGTGAGA CAACCCTCTG GAGGTTGAAA TTCTTTGTGA GGGAAGCATT 1080
GGAACGACAG GCCAACGTCG CTTCTGGCAG GACTGATGAA AATGCGAAAA GAAAGAGGGA 1140
GATATGCAAT GCTCTGGCCA GAACTGCGTC AAAAAGAGTC AAGCAGCAAC CTAATTAGTG 1200
GCCTCTGACC ATTGTGCATT TGTGTCTTCA CTTGTTGTTT AGAATGTTTC TGAGAAATAA 1260
CCTTGCAAAA TAATCTCTTC CTTCTATGGA GCATGTAAAT AACTAGTCTC TGCTTAGCTG 1320
TGTGTGGTTG CAACAATAGT GAAATGTTTC CCAAAAAAGG GTCTTATGTT TCACCTGTAG 1380
ATCGTGTGTT CCATGCAATT GTACCATCAA GAAAAATCTA GTATAGCGTT GCTGGCGCCA 1440
TTTCACTGTG GCCATTAGCC CATTACTCAT TCCGAAGAGC AAACTGTGAA AAAAAATTCA 1500
TAAGAACAAA ATGTGATTTT TGTTTTCAAA AGAATGGACA ATTCTTAGGA TTCCATGGGA 1560
ATAAGTGTTT TTGATTAAGA ATGTAATGAA TCCACATTAT ATATTTTTAC ACATAAAAGA 1620
GCCAGAGTAA CAATATACAA TTTCGGCACC TGTTCTGTAA GAACCAACCA TAAATTCAGG 1680
ATTTCAGGTC ACATATCACA CAACTCTAAA GTTTGGATAT ACATGCAGAT TCTATAAGAG 1740
AGATCTCAAA ATGAGCAGAG GACATGAACG CTGATTAGTG ATTGCTGCGA CCAAGGAATG 1800
ACCACAACCA GTCATCTCGA CAAGATTTGC GGCAAAATCA TGCACAATTG GATAATGATA 1860
TATTAATATG TAAAACCCAG GAACACTGAG CTAAATGTCT CTTAGGATGG GCCATCCTTT 1920
CTTAGCAATC TCATCAATCT TGGAGTTTAT TCTGTTCTGG GTATTTGGGG AGCAGAGCTC 1980
AGCAGCGTAT GCATTCAACT TTGCAGCTAG TGTTGAGGTC AGGAGCTCCT CCTCGGGCAG 2040
GTTCCCAATC AGTTGCAGGA GAAACGGCTT GCGCTTCAGC TCAAATTTCT ACCAAAGTAC 2100
AAGCAATCAC TAAAAGGAAA TAAAACATAG AATGCCATGG TGAGTTCGAA TTTTCAGATG 2160
GGATTGCTAC CTGATGTTCC GGTTCAGCCG GATAAAATGC ACCTATTGGT TGGATCTGTG 2220
TGGTAATGAC ACTGTGGCGA TCCTTAGCTT GTTCTTTTTC TTTGCTAAGA CCAGCCAATC 2280
TAGCTTCCAC GGATCCATTT GTGAAGATGA TGGATCTGTG ACCACAGAAG TGAAGCAAGA 2340
ATTAAAATTG ACGCATTACA GTGCTGTCTG AGGATCCTAT CAAACTAGTG TGAATGACAG 2400
CTACAACATT CAGTGACCAA TTATTAAACC ATGATGGAAA CATTTTGTAC ACAAAGGTAC 2460
TTGTTTGAAG TAGGATAGAC AAAGGTGATG AAATGAAATG TACACCTTTC AATTCTCAAT 2520
TGCTTTGTTG TGAAACTTAG CAAATACCAT ATGCTAAATG CTGGTATGGA AACCTGTCTA 2580
AGTTTTAGCG TGAAATATGT TTATAAAATA TAATCACATC ATTAGTATAT ACATCTGACC 2640
ATGGTAAACT GTGAACAAAA AGATCTATTG CACAAGAATG GGTTAGGTTT AGAAAAACTC 2700
AAGCACCTGT ATTGGTTGCC AACATCTGGT CCTTGCCCAA AGACCTCTCG TGGATCATGA 2760
CTTGCCCAGA AGACCTCTAG AAGTTTCTTG TACTGAATCA ACTGGGGATC ATATTCAACC 2820
TAGATGACTC AAAAATGTCA ATCATCTTAG CTCATAAAAT ACCAACAAAG TTAGTTTAGA 2880
AGGCAAGATG GATGCCACGA GATTTAGGCC CTAGTCCTAG CTACCCACTT TTTTTTTTCT 2940
TTTTCCTTTC GGAATTTTTC GGCTGGTTGT TGTTCAAACT TCTCCAATCT TAATATACAA 3000
AAGATGCGCA ATCCTTTTGT GCATTCTCGA AAAAAAAAGT TAGTTTAGAA GGAGGCCCTA 3060
CAAAGTATTA ATACCAGTAT ACCACTCCAA AACCTACAGC ACACACAAAT GCAATGAAAT 3120
GAAGCACTCA ACGGACAAAC ATCTCCGATT GTTTTATGCA CAAAAAAAAA ATACACACAA 3180
GAAGCAGATC TAGCAGTGAT GAATCGTTCC TGTTTGATCA TAGAACATTC CTTCTAGTTT 3240
CTTTAGGTAA TGATACCTCA TTAAGCAATG AAAATGAAAC TTGGAACCAA GAGAAAACAG 3300
ATTACGATGG AAATGAAAAC TAGCGAGAAT TTTCTTTCTA CGAAATGGTA ATGGCCAATC 3360
AGATCACGAT GCTAACTACG AAAATGAATT GCTACGACCA TGGAACTGAA CATATCATTG 3420
GTTCATGGCA TCGATCAAGA ACAGCTAAAA GCGTGGGAGT CTCCGCACCG CACCTTGACG 3480
CACTCGGCGT GGTCGCCGAG GTTGCGGTAC TCGGGGCGGG CCTTGGACCC GCCGGCGTAG 3540
CCGACGGAGG TGCGGATCAC GCCGGGGAGG CACCCGAACG CGGCCTCCGA CCTCCAGAAG 3600
CTTCCCAGCG CGAACACCGC CGTCTCCGTG GCCACCGCCG CCGCCGCTCC CCCGCGCGGC 3660
TCCCGCCCCC GGTTACCCCC GCTCCCGCCC GGAAGCCGCG CCCCCGATGC CACCCCCACG 3720
AGGAGGAGAA GCACCCACAC AACTCCGGCG ATCGCCGCGG CGGCGGAGGC GGAGGCGGAT 3780
CCGCGTGCCA TCTCGCCGGT GGGGGATCCG AATCGGAGTC AGGTTACGCG TCCATTTCAT 3840
CTCGAGATTT TTCTCCTCTT CTCCTCGCTG AGCCCGATCC TGACCGTCCG ATCGTGCAAC 3900
GGACGGCCAG GATTATCCGG ATACCAACAA CTAGAGCTAG GAGTAGGTGG GGCCCACACG 3960
CCAGCGGGAC CGTCCGATCG TACAACGGAC GGCCAGGATT ATCCGGATAC CAACAACTAG 4020
AGCTAGGGGT ACTAGTACTA GTTATCACAT CGAAGCACAG GGAGGGTGGG GCCCACACGG 4080
CAGCGAGAGA CGCTTCGATG GACGCCTCCT CCTCCGCCTC CGCCTCCGCC GGCGGCGAGG 4140
CCGACGCGAT GGCGCTCGTG CAGGGGTACA ACGCCGACGA GCTCGCCATC GCCGGGGAGT 4200
TCCTCACCAC GTGGCTCCCC TTCCTCTCCG CGGGCCTCTG CGCCTCCTGC GCCGACTCCC 4260
TCCGCAGCCG CGTCTCCTCC CTGCTGCCCC CGCAAGCCGA GGAATCCCCG TCGTCGCCGC 4320
CGCCGCGGAT CGATCAGATT GAGCCCTCGG GGTGGGAGTC CGATCCGGCG ACGGCTCACC 4380
CGCAGCATCT GCCGTTCGAG CCGAGCGGAT GGGACTCGGA TCCGCCGCAG CCGCCACCGG 4440
AGCAGGAGCA GCAGAAGCAG AAGCCGCAGC CGCAGCCGGC GGAGAAGCCG CGGATGTCGT 4500
GGGCAGACAT GGCTCAGGAG GACGAGCTCG CCGCCGCGGC AGAGGAGGAC GCGGCGGCAG 4560
CTGCGGCTGA TGACGGCGAG GAAGGGAGCG AGGCTGTTAG GCCGGGTGTG CAGCTGACGA 4620
GGGAACAGCG AGAGCTGAGG CGGTTCCGGA ACGTGGTGCG GAGGAAGGAT TTCATGTGTT 4680
TTGAGAGGGT CAATGGTCGG CTCGTCAATA TCCTCGCTGG CCTGGAACTT CATAGCGGTG 4740
TGTTTAGCGC GGCCGAACAG AAGCGTATTG TCGACTACGT ATACGATCTT CAGGAGATGG 4800
GCAAGCGCGG GGAGCTTGGA GGTGAGATTT AAACCTGCAT GGAGATTCGA TATGTTTTTC 4860
TATGGCGCAA GTTTAATTTG GCTAAATTTT CATGTAAAGT CTTCACGGAC AAGAATGGAA 4920
ACCCACCAGG CATTATTCGA ACTATTGCTT CTGATCCGAT GCCTAGCCTA TTTAAGATCA 4980
TGATCAAGAG ATTGGTACGG TGGCATGTTC TACCAACGAC TTGCATACCA GACAGTTGTA 5040
TTGTCAATAT ATATGACCCT GGAGATTGCA TCCCACCACA TATTGATAGT CATGATTTTG 5100
TTCGGCCATT CTGTACTGTT TCATTCCTCA GTGAATGCAA CATTCTTTTC GGATCTACTC 5160
TGAAAATTGC TGGCCCTGGA GAGTTCACTG GTTCGCTTCC AATTCCTCTG CCTGTTGGGT 5220
CGGTGCTTAT CCTAAATGGC AATGGGGCTG ATGTAGCAAA GCATTGTGTT CCTGCAGTTC 5280
CGACCAAAAG GATATCCATT ACCTTCAGAA AGATGGATCC AGCGAAGCGT CCATTCAATT 5340
TCCGAGATGA TCCAGAATTG CTTAACATAA TTCCTCTAGA AACAGCTGTA CAAGAAACTG 5400
GCAGATCATC AGATGAAGGT AAGGGCAAGC AGCCTGACAT ACAGGTCAAA AATCCGAGCA 5460
AAGCACACAG GAACAAGAAA TCTAAAGTAA GAACATCTCC TGGAAAGGGT GGACGGGGCG 5520
GCATTCTCGG AGATGGACCT CCTCAATATG CACAAGCTCT TGTCACTGGC ATTTCGTCAC 5580
AGCAAAACTT GCATGGCCAG CCTACCATCT CTGGTTCAAG TGCTGAGAGA GAAAGACGCC 5640
CTGTTGGTCC ATTGAGAGAG TCAAGATATC AGCAGGATGC ACCTAGCATG CAATCTAACA 5700
TGGATGGTAT CAGAGAGCGG GCAAATTGGT TGGCTCAAGA GAGGATGCAT GGTAACAGCA 5760
TGAATTCAAT TGACGATGGC GCGGAATCTC AGGAAAGGAG GCAGCGAATG GAGCACAGAC 5820
AGATATCGAT GATCAATCGC ACGATCAACG ATGATATGGA TTCCCTTTCA ATTGGGAGCC 5880
ATGAATCTGA CCAGACTCGT GTAAGCGTAC GAACACTATA CAACAAGCCA AGGAGGACCA 5940
GGGTAAACCT GGATGAGTAA GCAAGCATGC CATACTCATG CATGTACTCA AATCTGTGAA 6000
CTTGCTTTTG CTTAAAAGAA AAAACTGTGA GCTTGCTGTT GGGAATGTTG ATACCTGAAA 6060
GCATACTTGC GCTGTATATT TCAGGAGGTG TGACCAGAAC ACCAGCAGAT ATAACTTACT 6120
AAAACACTTA GTATTGATTT GATGAAATTT GTCAGCTGAT AGTCAGGCCC CTATTCTGTA 6180
GATAAGAGTA TTTTTTGGGA ATGCTGTAAT TGACTTAATA TGGATGCATT GCTCATTGAT 6240
GAATGAGGAC TTCTCAATAA TTTGATTCCA CTGTGACCAC AACATTTCTT CCAGCATTTT 6300
TGGTGTATTT TTGCTTCGGG CGTTTGTGAT AAACAGATCG TGGTATTGCA GTGCTGTTAT 6360
GAACAGAACC TTGTTGAATG TTATGCTGTC GTTTGTTCGA ATATTCTGAG ATCAGAGAAT 6420
GTAGATGGTG CAGGTATATA TGGATCATTG CTGCATGA 6459
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Ori-0070 BGIOSGA022262-PA Oryza indica 99 0.0 668
WERAM-Org-0056 ORGLA06G0024300.1 Oryza glaberrima 99 0.0 667
WERAM-Orb-0058 OBART06G02360.1 Oryza barthii 99 0.0 667
WERAM-Orni-0055 ONIVA06G02920.1 Oryza nivara 99 0.0 666
WERAM-Orr-0059 ORUFI06G02420.1 Oryza rufipogon 99 0.0 665
WERAM-Orp-0056 OPUNC06G02290.1 Oryza punctata 99 0.0 665
WERAM-Orl-0042 KN538905.1_FGP017 Oryza longistaminata 99 3e-180 628
WERAM-Orbr-0068 OB06G12290.1 Oryza brachyantha 91 2e-176 615
WERAM-Lep-0061 LPERR06G02150.1 Leersia perrieri 90 3e-162 568
WERAM-Brd-0026 BRADI1G51430.1 Brachypodium distachyon 79 3e-152 535
WERAM-Hov-0068 MLOC_58253.2 Hordeum vulgare 77 3e-148 521
WERAM-Aet-0066 EMT01547 Aegilops tauschii 77 1e-147 520
WERAM-Sei-0027 Si006741m Setaria italica 76 1e-145 513
WERAM-Tru-0017 TRIUR3_07486-P1 Triticum urartu 76 3e-145 511
WERAM-Sob-0128 Sb10g002570.1 Sorghum bicolor 76 8e-136 480
WERAM-Tra-0011 Traes_1BL_1146A9F7F.1 Triticum aestivum 73 5e-135 478
WERAM-Zem-0063 GRMZM2G103166_P01 Zea mays 75 3e-134 475
WERAM-Mua-0129 GSMUA_Achr8P29340_001 Musa acuminata 53 1e-104 377
WERAM-Pot-0094 POPTR_0008s04260.1 Populus trichocarpa 54 3e-100 362
WERAM-Glm-0226 GLYMA17G23240.2 Glycine max 55 8e-99 357
WERAM-Thc-0018 EOX96796 Theobroma cacao 51 1e-92 337
WERAM-Viv-0080 VIT_13s0019g03950.t01 Vitis vinifera 51 1e-92 337
WERAM-Prp-0066 EMJ19316 Prunus persica 55 2e-92 336
WERAM-Sol-0108 Solyc09g015660.2.1 Solanum lycopersicum 51 3e-91 332
WERAM-Art-0052 AT2G34900.1 Arabidopsis thaliana 49 5e-89 325
WERAM-Arl-0073 fgenesh2_kg.4__ 1513__ AT2G34900.1 Arabidopsis lyrata 49 1e-88 323
WERAM-Amt-0020 ERM94715 Amborella trichopoda 50 1e-88 323
WERAM-Met-0139 KEH25663 Medicago truncatula 56 2e-88 323
WERAM-Brr-0024 Bra005383.1-P Brassica rapa 51 4e-80 295
WERAM-Bro-0068 Bo4g039190.1 Brassica oleracea 50 1e-78 290
WERAM-Sot-0050 PGSC0003DMT400044320 Solanum tuberosum 53 6e-78 288
WERAM-Php-0089 PP1S353_39V6.1 Physcomitrella patens 42 8e-64 241
WERAM-Sem-0080 EFJ19669 Selaginella moellendorffii 37 1e-49 194
WERAM-Orgl-0002 OGLUM01G08180.1 Oryza glumaepatula 32 4e-28 122
WERAM-Osl-0042 ABO96608 Ostreococcus lucimarinus 30 1e-24 111
WERAM-Ors-0020 OS02T0250300-01 Oryza sativa 30 2e-23 107
WERAM-Chr-0016 EDP01011 Chlamydomonas reinhardtii 31 2e-21 100
WERAM-Gam-0156 ENSGMOP00000015464.1 Gadus morhua 29 1e-20 98.2
WERAM-Xim-0143 ENSXMAP00000011561.1 Xiphophorus maculatus 43 1e-20 98.2
WERAM-Anp-0056 ENSAPLP00000006179.1 Anas platyrhynchos 27 1e-20 98.2
WERAM-Pof-0204 ENSPFOP00000016934.2 Poecilia formosa 43 2e-20 97.4
WERAM-Ten-0035 ENSTNIP00000006103.1 Tetraodon nigroviridis 40 2e-19 94.4
WERAM-Tar-0198 ENSTRUP00000040915.1 Takifugu rubripes 48 4e-19 93.2
WERAM-Gaa-0037 ENSGACP00000005692.1 Gasterosteus aculeatus 34 4e-19 93.2
WERAM-Orn-0225 ENSONIP00000024235.1 Oreochromis niloticus 37 5e-19 92.8
Created Date 25-Jun-2016