WERAM Information

Tag Content
WERAM ID WERAM-Orm-0001
Ensembl Protein ID OMERI01G05310.1
Gene Name
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
OMERI01G05310 OMERI01G05310.1 OMERI01G05310.1
Status Unreviewed
Classification
Type Family E-value Score Start End
Me_Reader PHD 4.00e-08 34.4 31 184
Organism Oryza meridionalis
Domain Profile
  Me_Reader PHD
          PHD.txt  2 tiClvCgkddegekemvqCdeCddwfHlkCvklplsslpegkswyCpsCke 52
                     ++C +C++   ++  ++ C  C++wf ++C++    s+  +   +Cp Ck 
  OMERI01G05310.1 31 ESCGICRDIVIDRG-VLDC--CQHWFCYTCIDNW--SAITN---RCPLCKS 73
                     68999*77777765.9999..**********999..55544...5999985 PP
          PHD.txt  16 e..mvqCdeCddwfHlkCvklplsslpegkswyCpsCke 52 
                      +   + Cd+Cd w+H+ Cv+++ + ++e+ sw+Cp+C+ 
  OMERI01G05310.1 147 FdtSIACDSCDLWYHALCVGFNPEMATED-SWLCPRCVS 184
                      34489*****************8888899.*******85 PP
Protein Sequence
(Fasta)		MSMQMDVDGE SSGARALGDM GDPETYAFEN ESCGICRDIV IDRGVLDCCQ HWFCYTCIDN 60
WSAITNRCPL CKSEFQRITC TPVYDTTGAN NEDEYSLTSG DDDWLQGESN TLSFPSYYID 120
AEAVVCLDNG DCKIRSGLVS VEDDSTFDTS IACDSCDLWY HALCVGFNPE MATEDSWLCP 180
RCVSTEVKHK ADAILKQNFS GDCSTGSDRT TIDASFSGRV SVSVADEGET ALVVSMVGVH 240
SEIRDGLKTE QKRLNSNSYP SYSKDDLLNE TVADAKILRN SDGFSISHNR YSEMNLVHTV 300
SSEPTERPLE FSPIRESANT LFRPEQGNMS NVQAPSCSFS QTSKVAENSG EENALFRNNG 360
RSIVTESPQL SSPAGNVARS NDIDIIDAGE VQQMRSAPFG QWTSMHDGES ISDMEEVKYK 420
ESGDEIGHPA KRARSAVPEQ EINMIGNSGI SPTDDRTTSS AAKAAIGDTP EFLRLDKSVP 480
DIMSIVEGEG YSRDPGRELA RPVGRRAGDK PGLRVKKIFR KEEGKKSTAV VQKLQQEIRE 540
VVRDTGTTIL EKENAFDEKL LTAFRAAIGK PADEPAGRAN ISLIKSRRAL LQKGKIRENL 600
TKKLYGSSAG RRRSAWHRDW EVEFWKHRCS SGINPEKIET LQSVLQLLKK SSEMDKEIAR 660
DNKGVNTDSI LSRVYLADAS VVPRKDDVKP LSAVAGCPPN NSKAPNKPTP GTETTKISSP 720
NSTGRVLSSS IISKEASSRR ENKNSQAAPN QQNQSADDIK HDKRKWALEV LARKNASSIT 780
SKDKSEVADD LKGNYPLLAQ LPVDMRPQLT TGRHNKVPLS VRQAQFYRIA EHYLQKANLS 840
VIRRCADTEL AIADAVNVEK DISERSSSKS VYVNLCSQAT RQPAKGKSEN DASDLIEKSE 900
SENGPLPQQV QTENTNICNS DTEESLNRTG HSDLPASPRQ TIKGEIGGDL APEKTVGFSN 960
VEEALKMAGL LDSPPNSPER KNTTIEGGCI VDTDSEPSKK LQSTSDSIVR DISLHKDADD 1020
SSMLIDLHDE NGQNLHTVTS SQQSKYTGVE HQKLILGEES MDVTANKIVS VNLDEAGCSA 1080
EHGNSNGSNK EIPAYTNTRD EAAGHVGDAK EVKVPASDSC NQTYQANSSP TESKKDRKIP 1140
ILDSTEERSC SNNAELNNGL PNRNKLSTDP AQSGDDSKKS ARDPDNHKPD SCGSIHKKVE 1200
MFVKENIRPL CKSGVITVEQ YRWAVAKTTD KVMKYHSDAK NANFLIKEGD KVKKLALQYV 1260
EAAQQKVT 1268
Nucleotide Sequence
(Fasta)		GAAACCCAGG TGCGGTGCGG CTCACCGCTC ACTTGGTCGA ACCGACCGAG CCGCGCCGCC 60
GGCACGGCCG CACCTCCACC AACCGCGGCG AGACGACGCC TCCGCCTCCA CCTCCACCCG 120
CCGCCGCTCC GCCTACTCGC CGGCCACCTC CTCACGCCGG CGCCGGCGTC GGCCCCCGTC 180
TCCGCCGCCT GGCCGCCTCG GGGTCGCCCA GGGCCTAGGG CCGCCTGCTC TACCCGCCGC 240
CTCATCGCCT CGGCGTCGGA CAAACCCAAT CGGGGTGATC CGCCCCCCAT CCGATATCCT 300
ACGGTAATCG AGCTCAAGTT CTCCCCCAAA TCGACGGCGG GAGGCTGCAA CCAGAGCTCA 360
GCTCTTCCGT GCTTGGATTG GTCATGATTC TTTTTTCTGC TGTTGGGATG ATCTGCAGGG 420
GCTCGTTGTG CTGGGCGCTT CTCCGTGCCG AATTGCGAAG GCTCGGCATC TGCAGCTGAT 480
TGATCAGTAG CGATGTCGAT GCAGATGGAT GTGGATGGCG AGTCGAGTGG AGCTCGAGCT 540
CTCGGAGACA TGGGCGATCC GGAAACCTAT GCATTTGAGA ATGAAAGTTG TGGAATTTGT 600
AGAGACATTG TCATTGATAG AGGAGTTCTG GATTGCTGTC AACACTGGTT TTGCTATACA 660
TGCATTGACA ACTGGTCTGC CATCACTAAT CGCTGCCCCC TTTGCAAAAG TGAATTTCAG 720
CGTATAACAT GCACGCCAGT GTATGATACC ACTGGAGCCA ATAATGAAGA TGAATACTCT 780
TTAACCAGTG GTGATGATGA TTGGTTGCAA GGGGAAAGCA ACACTCTTTC CTTCCCATCA 840
TACTATATTG ATGCAGAAGC AGTAGTTTGT TTGGATAATG GTGATTGCAA GATTCGGAGT 900
GGACTTGTGT CAGTGGAGGA TGATTCAACT TTTGATACAT CAATTGCTTG TGACTCTTGT 960
GATTTATGGT ATCATGCTCT ATGTGTGGGT TTTAATCCGG AAATGGCAAC AGAAGATTCA 1020
TGGTTGTGCC CAAGATGCGT ATCTACTGAA GTGAAACACA AGGCAGATGC TATCTTGAAA 1080
CAAAATTTCA GTGGGGACTG TTCAACTGGT TCTGATAGGA CAACTATTGA TGCATCATTT 1140
TCTGGGAGGG TGTCCGTATC TGTTGCTGAT GAAGGTGAAA CTGCCCTTGT TGTCTCAATG 1200
GTTGGTGTAC ATTCTGAAAT TCGGGATGGT TTGAAGACTG AGCAGAAAAG GTTGAATTCC 1260
AATTCATATC CAAGCTATTC CAAAGATGAT CTGTTGAACG AAACTGTTGC AGATGCCAAA 1320
ATATTGAGGA ACTCAGATGG TTTCAGTATA TCGCACAATA GATACTCTGA AATGAACCTT 1380
GTCCACACGG TTTCTTCTGA GCCAACAGAA AGGCCATTGG AATTTTCACC AATACGTGAG 1440
TCAGCGAATA CGTTATTTAG ACCAGAGCAG GGTAACATGT CAAATGTACA GGCTCCATCC 1500
TGTTCATTTT CACAAACCAG CAAAGTAGCT GAAAATTCAG GAGAGGAGAA TGCATTGTTT 1560
AGAAACAATG GAAGATCTAT TGTCACCGAA TCTCCACAAC TTTCTTCACC AGCTGGCAAT 1620
GTGGCAAGAT CGAACGACAT AGATATAATT GATGCAGGTG AAGTTCAGCA GATGAGAAGT 1680
GCTCCTTTTG GGCAGTGGAC ATCCATGCAT GATGGAGAAT CTATCAGTGA CATGGAAGAA 1740
GTTAAATACA AGGAATCAGG TGATGAAATT GGTCATCCTG CAAAGAGAGC AAGATCAGCA 1800
GTGCCAGAAC AGGAAATTAA TATGATTGGG AATTCAGGTA TTTCTCCAAC AGATGATCGT 1860
ACTACTTCCA GTGCAGCAAA AGCTGCGATT GGTGATACGC CAGAATTTCT CAGATTGGAT 1920
AAATCTGTTC CTGATATAAT GAGCATAGTT GAAGGAGAAG GCTACAGCAG AGATCCTGGT 1980
AGAGAGTTGG CAAGGCCTGT AGGAAGAAGA GCAGGAGATA AGCCTGGCCT GAGAGTGAAA 2040
AAGATTTTCC GGAAGGAAGA AGGAAAAAAA TCCACAGCTG TAGTTCAAAA GCTACAACAA 2100
GAGATCAGGG AAGTTGTTAG GGACACTGGC ACTACAATAC TTGAGAAGGA GAACGCTTTT 2160
GATGAAAAAC TTTTGACTGC ATTCCGCGCG GCAATTGGAA AGCCCGCAGA TGAACCAGCG 2220
GGAAGAGCTA ATATTTCACT CATAAAATCA AGGAGGGCAT TGCTTCAAAA GGGCAAGATA 2280
CGTGAGAATC TGACCAAAAA GTTGTATGGA TCATCCGCTG GAAGGAGACG AAGTGCATGG 2340
CACCGTGATT GGGAAGTCGA ATTCTGGAAA CATCGTTGCT CTTCAGGGAT AAATCCTGAA 2400
AAGATCGAGA CACTGCAGTC AGTACTTCAG TTACTCAAGA AATCCTCAGA AATGGATAAA 2460
GAAATTGCTC GAGATAATAA GGGAGTGAAT ACTGACTCCA TTTTGTCCAG GGTATATTTG 2520
GCTGATGCAT CAGTTGTTCC CAGGAAGGAT GATGTAAAAC CTTTATCTGC CGTTGCAGGA 2580
TGCCCACCTA ACAATAGCAA GGCACCTAAC AAACCCACAC CAGGGACTGA AACAACCAAA 2640
ATCAGTTCAC CCAACAGCAC TGGGAGAGTG TTGAGTTCTT CAATCATTAG TAAAGAAGCA 2700
TCTAGCCGAA GAGAGAACAA AAATAGTCAG GCAGCACCTA ATCAGCAGAA CCAATCTGCT 2760
GATGATATCA AGCATGACAA AAGAAAATGG GCTCTTGAGG TCCTGGCAAG AAAAAATGCC 2820
AGTTCTATTA CAAGCAAAGA CAAATCTGAA GTTGCTGATG ATCTCAAGGG AAACTACCCT 2880
CTCTTAGCAC AACTTCCTGT CGATATGAGA CCACAGCTCA CAACTGGCCG TCACAATAAA 2940
GTTCCCCTTT CAGTTAGACA GGCACAATTT TACCGCATTG CGGAGCATTA TCTGCAGAAA 3000
GCAAATTTGT CTGTCATCCG CAGATGTGCA GATACTGAAT TAGCCATTGC TGATGCTGTC 3060
AATGTAGAAA AGGATATTTC CGAAAGGTCT AGTAGCAAAT CAGTTTATGT GAATCTTTGC 3120
TCTCAAGCTA CTCGTCAACC TGCCAAAGGA AAATCGGAGA ATGATGCTTC AGACCTAATT 3180
GAAAAAAGTG AATCAGAGAA CGGACCATTA CCACAGCAAG TTCAAACTGA AAATACTAAC 3240
ATTTGTAACA GTGATACTGA AGAATCTTTA AATAGAACAG GCCACTCTGA TCTTCCTGCA 3300
AGTCCCAGAC AAACTATAAA GGGTGAAATA GGTGGAGATC TGGCACCAGA GAAAACTGTT 3360
GGCTTCAGCA ACGTGGAAGA AGCACTCAAA ATGGCAGGCC TCTTGGACTC CCCTCCTAAC 3420
AGTCCTGAGA GAAAGAACAC CACAATTGAA GGAGGGTGCA TTGTTGATAC GGATTCTGAA 3480
CCCAGCAAAA AATTGCAGTC AACTTCTGAT TCAATTGTGA GGGATATATC ATTGCACAAA 3540
GATGCTGATG ATTCCTCCAT GCTAATTGAT CTTCATGATG AAAATGGTCA AAACCTCCAT 3600
ACTGTAACAT CATCTCAGCA ATCAAAATAT ACTGGTGTTG AGCATCAGAA ATTGATACTC 3660
GGAGAGGAAT CTATGGATGT AACAGCAAAT AAAATTGTCT CAGTGAACTT GGATGAAGCT 3720
GGATGTAGTG CGGAACACGG AAACTCAAAT GGGTCAAATA AAGAAATTCC AGCTTACACA 3780
AATACGCGTG ATGAAGCTGC TGGGCATGTG GGGGACGCAA AAGAGGTGAA AGTGCCAGCA 3840
AGTGATTCGT GTAACCAAAC TTATCAGGCG AATAGCTCTC CGACAGAAAG TAAAAAGGAC 3900
AGGAAGATAC CGATCTTGGA CTCCACCGAA GAGAGATCCT GCAGTAACAA TGCAGAGTTG 3960
AACAATGGAC TTCCAAACAG AAACAAGTTG TCCACCGATC CAGCCCAAAG TGGGGATGAT 4020
TCAAAGAAGT CAGCACGGGA TCCAGATAAT CACAAACCAG ATTCCTGTGG TTCTATACAT 4080
AAGAAGGTTG AAATGTTCGT GAAAGAGAAC ATCAGACCAC TTTGCAAGAG CGGTGTAATT 4140
ACTGTCGAGC AGTATAGGTG GGCCGTCGCG AAAACAACAG ACAAGGTCAT GAAATACCAT 4200
TCAGACGCTA AAAATGCAAA CTTTCTGATC AAGGAGGGCG ACAAGGTGAA AAAACTCGCC 4260
CTACAGTATG TTGAGGCAGC TCAGCAAAAG GTTACATGAG ACAGCCGAAC CCGTACAAAT 4320
GTAGATCGTG TCAGTTGCCA AAATGTCAAT TCAGCAATAC TTAAACTCGG CAGGGGCATG 4380
GCCAATTGTA ATTCGTCTCT TTTTTATAAA AAAAAAAGAC GACTGGCTAT ATTTCGAGAT 4440
TGCCATTGCG ACTTGCGAGT GGCGACTGCA TCACGGAATT AAAGGTAAAA ACGACAAAAA 4500
GATTGGAAGG GGCAAAACCC AAAAATTAGT ATAGACCATA TGAAATCTCA AAATTGTTGG 4560
GAAGAATTTC GATAATTGTA GATTTACACG TGCTTCAGAC TAAATTAAGA AGTGTGCAGC 4620
ACGAATTTAG TTGATCGTAC TGAGCAGCCG AAGACAATGC ACTGTCAAGG TCACCGTTTG 4680
ACAATTCCAG GTCGTGTTTG ACGTGGAGAA TTTCTCCACA CTGGCAAGTG GATGAAACGC 4740
AAGAGCCATT TCAATGAGCT GCTCGTGACC TTTGTTCATG CCTGCAAGGA CCACCTCCTT 4800
TAGTTTTAGG CTCTAAACTT TCTCGGCTTT CTGCATATTA ACTGTCTCCT GTTGGATGGT 4860
ACAGTGGTCG GTAAAACCGA GATTAGTAAT CGATCGTGAT TCAGATAGAG ATCATAAGGC 4920
TTTTCATACT AGTGTTTTGT AACAACATAC ATGAGGAAGC TATGAAAAAC TGTTTAAAAG 4980
GAATAGCTTA TTAAACATGT CACAATGTCA GGTTCAACAA GGCACGAGCT GAGACGAGAA 5040
TTTTTTGAAA CATTAAATTT TGCCATGATT TACCACTTTC TATCAAAATA CATTTTGAGA 5100
TATCGCTAAG ATGGATATAT ATACTACAAC GGAGACACAG TCCAGCACTA TATATACACG 5160
AGGACTTAAG GCAGACAAGC TGCTCTAGTA GTATGATCCC AGGAAGACAT TAAATTCTAC 5220
AGACAACCTC AAGCACCAGA ATTGAAATTC ATCAGTGACA TACAAACCAA AACTGCACAT 5280
TCAAATCTAC ATTGTCCATG AGATACCCCA AGAATAAAAA ACTTTGGTTC TCCTGCTGGT 5340
ACTGCTGCAA TTGCTGCATG CATGCACTTG CACGCGTTAA ACTGAATTGT TTCTTGTTGT 5400
AAATGCATAA AAAGATGGAA CAATCGTCCA TAGAAAACCG TCATCAGTAA GCCGAGATGG 5460
AAGAATATGG TCTGCTATAC TTTCCTGGCA ACGCATGAAG GATTTGGCTA CAGACGAATA 5520
GAAGTGGAGT AAGAAGCCAG AAGAATGTTA AGAGAATCAA ATGTCACTTT GAAGTTGTTT 5580
GCTCAAACTT TTCAGCATCT AACGACCGCA AAACTGTAGA TAAATATTGT TTCAAAAAAA 5640
AAAGAAAGAA CTTTTGCCTG TGGCTCAGCA GTGGGGCATT ACCTCAATAT TTACTGGAGT 5700
AACAACCGTC TAATAACTGG TGTTTCGTAG AGATCATTTG TTCACTGAAC CAGCGTGATA 5760
CTGACCCAAT TCCCTGGACA TGTTTTGATT CGTCCAACCA GGAAAATATT TTTTCATGGT 5820
CCGCATACCT GTTAATAAAG ACATATTATT ATGATACATC TTTTTAGATA AACAACATAA 5880
GTGTCAACAG CATATTGTAG GATGGAAGCG ATATGTAAAA TTAACCATAT AATTCCCATC 5940
ACGAAAGGAG TGAAAGCACT CATCCATGAG TATGGTACTA GCTAGATAAA ATTCCATAAC 6000
TAGAGTAAAA GGTGCAGGAA ATGAAAGGAA CATTTAAGAT AGCTATAGAG AGCTAAACTC 6060
GTACAGCAAA CAACGATTGA CTTAGAAAAG AACATGATCC TTTCATTTAC TTAAAAGTTA 6120
CAAGGGAGGA GCAGGTGTTG ATGGAAACGG TAAACATTTG TGTGAAGCTT GCAGTTCACT 6180
AGTTCAGAAT CTAACGTGTC TTTTGGGGCT ACCAAATATG GTATATTGAA AAAATAGGTA 6240
ATTTTGAATA ATGAATCTCT AAGTTGTCAC TATATAGTAC TGAAATTTAA AACATAGACC 6300
ACGTAAAGGT ATTCAGGAGG ATCAATGGAT CCAACAGTAC TATTTCATTC AGGCTTTTGA 6360
TGATGTAATT ATATTTTTTC TATTTCGCAT TGAGATTGTT GCCTCGAAAA GACTTGGGAT 6420
ACTATCCCAT TCTTTTATGA GGAAAAAAAC ATACACTACT AAAAAAAAGC TCATAGAGAT 6480
CGGCGCTATA GGTGTTGGAA CAGCTAAAAC CAGCACCTAT AATGCTTTTC CCTTCTTCGT 6540
GAGCTAAAAA CTCAAAAAAC CGACACCTTT AAA 6574
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Orb-0121 OBART12G06020.1 Oryza barthii 97 0.0 2432
WERAM-Orni-0119 ONIVA12G05730.1 Oryza nivara 97 0.0 2430
WERAM-Orgl-0116 OGLUM12G07230.1 Oryza glumaepatula 94 0.0 2229
WERAM-Orp-0111 OPUNC12G05750.1 Oryza punctata 94 0.0 2174
WERAM-Orbr-0011 OB01G38060.1 Oryza brachyantha 80 0.0 1964
WERAM-Lep-0011 LPERR01G24950.1 Leersia perrieri 74 0.0 1727
WERAM-Tra-0344 TRAES3BF057800070CFD_t1 Triticum aestivum 63 0.0 1420
WERAM-Aet-0044 EMT26280 Aegilops tauschii 62 0.0 1415
WERAM-Hov-0007 MLOC_11701.2 Hordeum vulgare 62 0.0 1403
WERAM-Tru-0102 TRIUR3_35412-P1 Triticum urartu 63 0.0 1394
WERAM-Zem-0128 GRMZM2G391413_P01 Zea mays 62 0.0 1138
WERAM-Met-0184 KEH21243 Medicago truncatula 39 5e-160 563
WERAM-Mua-0065 GSMUA_Achr3P31620_001 Musa acuminata 44 1e-130 465
WERAM-Viv-0008 VIT_02s0025g01650.t01 Vitis vinifera 42 2e-127 454
WERAM-Thc-0042 EOY25059 Theobroma cacao 38 2e-122 438
WERAM-Brr-0003 Bra000729.1-P Brassica rapa 38 5e-116 417
WERAM-Bro-0049 Bo3g045020.1 Brassica oleracea 39 3e-115 414
WERAM-Glm-0052 GLYMA05G36785.1 Glycine max 38 8e-114 409
WERAM-Amt-0027 ERN14104 Amborella trichopoda 43 4e-82 304
WERAM-Sol-0142 Solyc12g055910.1.1 Solanum lycopersicum 40 1e-79 296
WERAM-Arl-0036 fgenesh1_pm.C_scaffold_6002470 Arabidopsis lyrata 51 5e-53 207
WERAM-Art-0097 AT4G10940.1 Arabidopsis thaliana 60 6e-53 207
WERAM-Php-0043 PP1S195_13V6.1 Physcomitrella patens 42 2e-46 186
WERAM-Ors-0029 OS03T0302200-01 Oryza sativa 32 3e-16 85.5
WERAM-Orr-0033 ORUFI03G14970.1 Oryza rufipogon 32 3e-16 85.5
WERAM-Prp-0033 EMJ09913 Prunus persica 33 4e-16 85.5
WERAM-Ori-0040 BGIOSGA012447-PA Oryza indica 32 4e-16 85.1
WERAM-Orl-0025 KN538743.1_FGP047 Oryza longistaminata 32 4e-16 85.1
WERAM-Org-0033 ORGLA03G0138300.1 Oryza glaberrima 35 6e-16 84.7
WERAM-Brd-0005 BRADI1G16820.1 Brachypodium distachyon 30 2e-15 83.2
WERAM-Pot-0057 POPTR_0005s02090.1 Populus trichocarpa 33 2e-14 80.1
WERAM-Sei-0129 Si034380m Setaria italica 32 2e-14 79.7
WERAM-Sot-0077 PGSC0003DMT400063610 Solanum tuberosum 33 8e-13 74.3
WERAM-Osl-0017 ABO99782 Ostreococcus lucimarinus 30 4e-11 68.6
WERAM-Sob-0132 Sb10g010430.1 Sorghum bicolor 39 8e-10 64.3
WERAM-Ten-0135 ENSTNIP00000014327.1 Tetraodon nigroviridis 25 9e-10 63.9
WERAM-Sem-0082 EFJ16569 Selaginella moellendorffii 50 6e-09 61.2
WERAM-Drm-0059 FBpp0078401 Drosophila melanogaster 28 9e-09 60.8
WERAM-Gag-0029 GGTG_10031T0 Gaeumannomyces graminis 26 2e-08 59.7
WERAM-Orn-0180 ENSONIP00000018332.1 Oreochromis niloticus 23 1e-07 57.4
WERAM-Mao-0036 MGG_12926T0 Magnaporthe oryzae 23 2e-06 53.1
WERAM-Pof-0251 ENSPFOP00000026236.1 Poecilia formosa 28 7e-06 51.2
Created Date 25-Jun-2016