WERAM Information

Tag Content
WERAM ID WERAM-Orm-0055
Ensembl Protein ID OMERI06G00010.1
Gene Name
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
OMERI06G00010 OMERI06G00010.1 OMERI06G00010.1
Status Unreviewed
Classification
Type Family E-value Score Start End
Me_Reader PHD 7.20e-09 36.8 508 812
Organism Oryza meridionalis
Domain Profile
  Me_Reader PHD
          PHD.txt  29 lkCvklplsslpegkswyCp 48 
                      ++C+++++++ p + s+ C+
  OMERI06G00010.1 508 QRCLEPKQHQDPPSPSYACK 527
                      36777776666644477776 PP
          PHD.txt  14 ekemvqCdeCdd 25 
                      +++ ++C++C++
  OMERI06G00010.1 605 KDQRIYCNHCNR 616
                      444899999986 PP
          PHD.txt   3 iClvCgkddegekemvqCdeCddwfHlkCvklplsslpegkswyCpsCk 51 
                      +C+ C  ++ +   ++ C+ C++ fH  Cv+l+   +p++  wyC +C 
  OMERI06G00010.1 668 LCREC-GQGGD---IFPCKMCPRSFHPACVGLS--GVPSE--WYCDNCS 708
                      68877.33333...89*****************..99988..******7 PP
          PHD.txt   4 ClvCgkddegeke.....mvqCdeCddwfHlkCvklp....lsslpegkswy.CpsCke 52 
                      C +C+++d++++      ++ Cd+C++ +H+ C+  +    l++lpeg +w+ C+sC e
  OMERI06G00010.1 755 CALCKQKDFNNSVfdertVILCDQCEKEYHVGCLRSQwqvdLKELPEG-EWFcCNSCSE 812
                      99**98888865567777****************9999999*******.8763788875 PP
Protein Sequence
(Fasta)		MPASPSPAPR AMKRELAFAL QSLSAMSTSP GRTRSGRPLS SSSAPAPAPK RRRRPDKPPD 60
HDPAPAPDKD LLVSPHTPPM DAEAPKPIHL LNDKDKDKEG DDGSHQDTPT LQSPPHGSDA 120
HPIPIPMELN VSAAVARPPQ PPHAQPTELN AVAAAASALP MELDAAAVPA ESTELNAAAT 180
AVPAQPTEVN AAAEIVKPIG LNAVTAETAK PDMAMELQEP PTITAANGRD VSHESFEQNL 240
QHQVLDNALT DPSSLAESTA TPASTAGLKP ARRFTRSLLK NKPEEEPTAS KSQDPAVSML 300
SENNNEASVD LALAPEKPQR RFTRSLLKVK VEARSTNNLL QSKEAIDSTS DSSRSVKKME 360
MKMSKKVACL TKHPSNIREL LNTGLLEGMP VRYIIPSSKK AVLKGVITGC NIRCFCLSCN 420
GSKDVCSYFF EQHAGSNKKH PADHIYLGNG NSLRDVLRAC ESSPLESLEK TIRSSIDPIA 480
KRSYVNCLNC NEHLSSSQTE IFGSFLCQRC LEPKQHQDPP SPSYACKSNS SLIPSSKDFL 540
LKKTPLNTKG GSAGKVTTKD TGLHKLVFKV LLDGTEVAYY VDGQVVILRA AHCCIMQRKV 600
DGYIKDQRIY CNHCNRVVSP SAFEAHAGEG TRRKPYDNIF TSNGVSLHEL SMKISKDMEL 660
SERETDDLCR ECGQGGDIFP CKMCPRSFHP ACVGLSGVPS EWYCDNCSNL VQKEKALAEN 720
KNAKAAGRQA GVDSIEQIMK RAIRIVPISD DLGGCALCKQ KDFNNSVFDE RTVILCDQCE 780
KEYHVGCLRS QWQVDLKELP EGEWFCCNSC SEIRSSLDKI ISDGALILAE SDVDIIRKKH 840
EMKGLSMDTN TDLRWRLLAG RKASEDGDLL LSAAVPIIHQ SFDPIIEVQS GRDLIPEMVN 900
GRRPKDGMPG QDYSGMYCAV LTLGTSVVSA ALLRVMGGEV AELPLVATSK DLQGLGYFQA 960
LFSCIERMLI SLKIKHFMLP AAQEAEGIWM NKFGFTKIPQ EQSEAYLNGA HLTIFHGTSN 1020
LYKAIPSS 1028
Nucleotide Sequence
(Fasta)		ATTGGGGAGG GCAGGGGTCA GGGGGGCGCA GAGGCCTGCT TCGTTGCTCC GCCGCCGCCG 60
CCTCGGTTCC TCCTCCTCCT CCTCCCATCT CCTCCGATCT CCTCCTCTCC AAACCCTATC 120
AAATCCGATC CCGATCTCAG AGCAGGTGCG CGTGCGCCCG CCTCCTCCTC TAGATTTCGA 180
TCTCCACCAA CAATAAGGGA TCTCATCCCA TCCCATCCCA TCCCATGCCC GCCTCCCCAT 240
CTCCGGCGCC GCGAGCCATG AAGCGCGAGC TCGCCTTCGC ACTCCAGTCG CTCTCCGCCA 300
TGTCCACCTC CCCCGGCCGC ACCCGCTCCG GCCGCCCCCT CTCCTCCTCC TCCGCACCCG 360
CCCCTGCCCC CAAGAGGCGG AGGAGACCGG ACAAGCCCCC CGACCACGAC CCCGCCCCCG 420
CACCCGACAA GGATCTTCTC GTCTCCCCTC ACACGCCTCC TATGGACGCC GAGGCGCCCA 480
AGCCCATACA CCTCCTCAAC GACAAGGACA AGGACAAGGA GGGGGACGAT GGATCTCACC 540
AGGATACACC CACGCTACAG TCACCCCCTC ATGGATCTGA TGCTCATCCA ATACCAATAC 600
CAATGGAGCT CAATGTTTCT GCTGCTGTCG CCAGGCCTCC ACAACCACCC CATGCACAAC 660
CAACGGAGCT CAATGCTGTT GCCGCCGCCG CGTCTGCTCT ACCAATGGAG CTTGATGCTG 720
CTGCTGTGCC TGCCGAATCA ACGGAGCTCA ATGCTGCTGC AACCGCTGTG CCCGCACAAC 780
CGACAGAGGT CAATGCTGCT GCTGAGATTG TCAAACCAAT TGGACTCAAT GCTGTCACTG 840
CTGAGACTGC AAAGCCAGAC ATGGCCATGG AATTGCAGGA ACCGCCTACT ATAACTGCAG 900
CCAATGGGAG GGATGTTTCC CATGAATCAT TTGAACAAAA CCTGCAACAC CAGGTCCTGG 960
ACAATGCCTT AACCGATCCT TCTTCACTTG CCGAGAGCAC TGCAACACCA GCCTCTACTG 1020
CTGGCCTCAA GCCTGCGAGG CGCTTCACAC GATCGCTGCT CAAGAACAAA CCAGAGGAAG 1080
AGCCCACAGC TAGCAAAAGT CAAGACCCTG CTGTCTCCAT GTTATCGGAG AACAACAACG 1140
AGGCCTCTGT TGATTTGGCT CTTGCCCCAG AGAAGCCACA GAGGAGGTTC ACAAGGTCTC 1200
TTCTCAAGGT AAAGGTTGAG GCGCGCTCTA CCAACAATTT GCTTCAATCC AAGGAGGCAA 1260
TCGACAGCAC ATCAGACTCT TCTCGGTCAG TGAAGAAGAT GGAGATGAAG ATGTCTAAGA 1320
AGGTCGCCTG CCTCACAAAG CACCCAAGCA ACATTAGAGA GTTGCTCAAC ACTGGCCTGC 1380
TCGAGGGAAT GCCAGTCAGG TACATCATCC CCAGTAGCAA GAAGGCTGTG CTGAAAGGAG 1440
TGATTACAGG CTGCAATATC CGTTGCTTTT GTTTATCCTG TAATGGTTCC AAGGATGTTT 1500
GTTCTTATTT CTTTGAACAA CATGCTGGGA GCAACAAAAA ACATCCTGCT GACCACATAT 1560
ACTTGGGGAA CGGTAATAGT TTGCGGGATG TGCTGCGTGC ATGTGAGAGT TCTCCCTTGG 1620
AATCTCTGGA GAAAACAATA CGTTCTTCCA TTGATCCAAT TGCGAAGAGA AGCTATGTTA 1680
ATTGCCTAAA CTGCAATGAA CATCTTTCTT CATCACAAAC TGAAATCTTT GGAAGCTTTT 1740
TGTGTCAACG TTGCCTTGAG CCAAAACAAC ATCAGGATCC CCCTTCCCCA TCTTATGCTT 1800
GTAAGAGCAA TTCCAGCCTG ATACCAAGCT CCAAGGATTT TTTGTTGAAG AAGACACCAT 1860
TAAATACAAA AGGTGGAAGT GCTGGAAAAG TAACTACAAA GGACACCGGG CTACACAAAT 1920
TGGTCTTTAA AGTTCTGCTT GATGGTACTG AAGTAGCTTA CTATGTTGAT GGTCAGGTTG 1980
TTATACTCAG AGCTGCTCAC TGCTGCATTA TGCAGAGGAA AGTTGATGGG TATATCAAGG 2040
ATCAAAGAAT CTACTGTAAT CACTGCAACC GAGTGGTTAG CCCGTCAGCA TTTGAGGCTC 2100
ATGCGGGTGA GGGAACAAGA CGCAAGCCGT ATGACAATAT TTTTACATCA AATGGAGTAT 2160
CATTACATGA GCTGTCAATG AAAATATCAA AGGACATGGA ATTATCTGAA CGCGAAACAG 2220
ATGATTTGTG CAGAGAATGT GGTCAAGGGG GAGATATTTT CCCTTGCAAA ATGTGCCCAA 2280
GGTCATTTCA CCCAGCCTGT GTAGGGCTGT CTGGAGTCCC CTCAGAGTGG TATTGTGATA 2340
ATTGCAGCAA CCTTGTTCAA AAGGAAAAGG CTTTAGCAGA AAATAAAAAT GCTAAAGCTG 2400
CTGGAAGGCA AGCTGGAGTT GATTCTATTG AACAGATAAT GAAGAGAGCT ATACGGATTG 2460
TCCCAATCTC TGATGACCTT GGTGGGTGTG CCCTATGCAA GCAGAAAGAT TTTAATAATT 2520
CAGTATTTGA TGAGCGCACT GTGATACTCT GTGACCAATG TGAGAAAGAG TATCATGTTG 2580
GGTGTTTGCG GAGCCAGTGG CAAGTTGACC TGAAGGAATT ACCAGAAGGG GAGTGGTTCT 2640
GTTGTAATAG TTGCTCAGAG ATTCGTTCTT CCTTGGACAA GATAATCTCT GATGGAGCTT 2700
TGATTTTGGC TGAGTCAGAT GTTGATATCA TAAGGAAGAA ACATGAGATG AAAGGGTTAA 2760
GCATGGACAC TAATACAGAT CTGAGATGGC GATTACTTGC TGGTAGAAAG GCTTCTGAAG 2820
ATGGTGACTT ATTGCTCTCT GCTGCAGTCC CAATTATTCA TCAATCTTTT GATCCAATCA 2880
TTGAAGTTCA GAGCGGGAGG GATCTAATTC CTGAGATGGT CAATGGGAGG AGACCCAAGG 2940
ATGGAATGCC TGGCCAAGAT TATAGTGGAA TGTACTGTGC AGTGTTAACT TTAGGCACTT 3000
CTGTTGTGTC AGCTGCATTG TTGCGAGTCA TGGGAGGTGA AGTGGCCGAA CTGCCACTAG 3060
TTGCTACAAG TAAAGACCTT CAAGGACTGG GCTACTTCCA AGCTTTGTTC TCGTGCATAG 3120
AGAGGATGCT TATTTCTCTG AAGATCAAAC ACTTCATGCT TCCAGCCGCC CAGGAAGCTG 3180
AAGGCATCTG GATGAACAAA TTTGGCTTCA CTAAAATTCC TCAGGAACAG TCGGAAGCTT 3240
ATCTTAATGG GGCACACCTG ACTATATTCC ATGGAACGTC AAACCTGTAC AAGGCTATTC 3300
CTTCGTCGTA ATATTGGTTT GAAGCCTTGT GCTGTGCATG TATGCAATCA GACAGATTTG 3360
TGTTTTGAAG CTCTGCTGAC AACTGTACAT AAGATGATGA AGCATGGGCT AAAGGATGAT 3420
GATAGCACAC AGAAGAAAGG GGGAGAAAAG ATGAAAGATA AGTAACTCGA GGCGGCATGA 3480
TATTGGTCGA CCAAAATTCT TATCCTTCAG TTTGGAGATA TGCTGGATGG AGGCAATGCA 3540
TTTTGCTTAA TTTTGTTTAT CTTTTTTTTA AAAAAAAAAT TGTCTTTCAG CATTTTCAGT 3600
GTGGCTGCTA TGCCGCTGAG AAATGCAGCT ATTTTTGATG TACAGACCTC AAACATCAGA 3660
AACTGCAGGT TTAATGCAGT GCTGACCCTG TTCTGTTTGG AGTTAGACTT TTGGTCTGTT 3720
TCTTGGGTTG GCATTATTGC AAGATTTGGA AGGGCCTGTT TCATGTGGCT GTCAAGTTTT 3780
GATGGGAAAG AGCATATTGT ATGTGGATAT ACATGCTAGC TTAAGTAAAT GTTTTGAAGG 3840
AATGCAGTAA GTAGTGGTAT TGACATGGAA TTCGGGAGAA GTCATCTCTT GAGTGTAAAA 3900
TTTTACAGAG CTTGCGGAAA TTTTCGGTCT GCCTGTTCGT TTATTTCATA TGCGAAATTG 3960
AATGTCGTGC CGTCGCGTGT TGCTCGCTAT TGGGTCTTAC TCCCTAACAG GAAGATAGGA 4020
TAGGGCAGGC AGGCCGGCCC ATCTTAAAGC CCATGCCGTC TCGATCTCAC GCCAACAGCA 4080
ACAACAGGTA AAGTCCGTCC ACCGCCGCCG CCGCCGCCGC CGAGAGCGAG AGTAGACTAG 4140
AGTAGAGATG GAGATGGATC CCCCTCGGCT GGGCATGGGC GCGTACTCCG GCCCCGTCCG 4200
CCCGGTCGGG GACGGGGACG GCGGCGCCGC GGGCGAGACG ATGCTGCTCT GGGCCCTCGG 4260
CCAGCCGGCA GCGCAGCGCC ACAACGCCTT CGTCCGCCAC GGCGCGCACT CCCTCACCCT 4320
CGACGCCTGC GGCCGCCGTC TCTCCCTGCT CCAGTCCCCG TCCTCCATGT CCACGCCCGG 4380
CGTCACCGGC GCCGTTGTGT GGGACAGCGG CGTCGTCCTC GCCAAGTTCC TCGAGCACGC 4440
CGTCGACTCG GGCCTCCTTA CCCTCCGGGC CGCGCGGGCG CTCGAGCTGG GAGCGGGCTG 4500
CGGCCTTGCT GGCTGCGTCG CCGCGCTCCT CGGAGCCCAC GTGCTGCTCA CCGACCTCCC 4560
TGACCGCCTC AAGCTCCTCA GGAAGAATGT CGACCTCAAC GTCGGGGACG ACGCAAGGGG 4620
CTCTGCTCGG GTCGCCCAAC TCGTCTGGGC TGATGATCCT CACCCGGACT TGCTCAACCC 4680
ACCTCTAGAT TACGTGCTTG GGTCGGACGT GATCTACAGC GAGGAGGCAG TGGATGATCT 4740
GCTGCTCACC CTCAAGCACC TCTCAGCCCC TCACACCACC ATCATCCTCG CAGCAGAACT 4800
CCGCAATGAT GCTGTACTGG AGTGCTTCTT GGAGGCAGCA ATGGCGGACT TCCAAGTCGG 4860
CTGCATCGAG CAACAGCAAT GGCACCCAGA TTTCCGCTCT ACACGTGTTG CCTTGTTCAT 4920
CTTGCTCAAG AAACCACCTT CCCAACCGGA CGTGCTGCTC TAGCTCCAAA TTTTGGGCGT 4980
CCCTCGTTGC TCTAGCGGAG TACCAGCATT TACTCCATCC TTTGTTCTGG ACTCTGGAGT 5040
TTAATTTTAC ACCTTTTGCA TGTATGGAAT TAGGGGTCAA AACTGTACGC TTTTGTTTTC 5100
TCCTATTGAT TACGTGCACT TCGCAAATGA AATTGAAAAT TGTAGAGACA CCATTTAATC 5160
GGTGTACTCC TTTTTTATAT ATAGGAGTAT CATATAGTTC CGACGATTCA TTAGAATGAA 5220
ACAAATATAA ATTCTACTAA CAAATATTAG AATGAATCAA CTTGTGATGT AAGATAAACC 5280
ATACCAAGAA AACAAATTGG CT 5303
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Ors-0053 OS06T0101000-01 Oryza sativa 94 0.0 1807
WERAM-Orr-0058 ORUFI06G00030.1 Oryza rufipogon 94 0.0 1803
WERAM-Orgl-0058 OGLUM06G00010.1 Oryza glumaepatula 96 0.0 1765
WERAM-Orni-0054 ONIVA06G00030.1 Oryza nivara 88 0.0 1634
WERAM-Orb-0057 OBART06G00020.1 Oryza barthii 86 0.0 1613
WERAM-Orp-0055 OPUNC06G00070.1 Oryza punctata 83 0.0 1578
WERAM-Orbr-0067 OB06G10140.1 Oryza brachyantha 80 0.0 1535
WERAM-Lep-0060 LPERR06G00100.1 Leersia perrieri 80 0.0 1506
WERAM-Sei-0020 Si005788m Setaria italica 78 0.0 1202
WERAM-Zem-0076 GRMZM2G134214_P01 Zea mays 73 0.0 1188
WERAM-Tra-0131 Traes_4AL_516398528.1 Triticum aestivum 68 0.0 1101
WERAM-Hov-0034 MLOC_36594.1 Hordeum vulgare 74 0.0 1090
WERAM-Tru-0100 TRIUR3_34738-P1 Triticum urartu 65 0.0 1030
WERAM-Orl-0104 KN541339.1_FGP001 Oryza longistaminata 92 0.0 773
WERAM-Ori-0069 BGIOSGA022119-PA Oryza indica 95 0.0 756
WERAM-Mua-0153 GSMUA_AchrUn_randomP08820_001 Musa acuminata 51 0.0 721
WERAM-Thc-0117 EOY33667 Theobroma cacao 44 2e-166 583
WERAM-Org-0067 ORGLA06G0289000.1 Oryza glaberrima 45 6e-158 555
WERAM-Sol-0136 Solyc11g066480.1.1 Solanum lycopersicum 45 2e-157 554
WERAM-Prp-0026 EMJ08347 Prunus persica 45 3e-156 550
WERAM-Brd-0016 BRADI1G29167.1 Brachypodium distachyon 50 4e-156 549
WERAM-Sot-0002 PGSC0003DMT400001219 Solanum tuberosum 45 4e-155 546
WERAM-Pot-0098 POPTR_0009s00930.1 Populus trichocarpa 44 4e-154 543
WERAM-Viv-0039 VIT_06s0061g00840.t01 Vitis vinifera 45 3e-153 540
WERAM-Sob-0140 Sb10g031300.1 Sorghum bicolor 48 4e-153 540
WERAM-Glm-0174 GLYMA13G39570.1 Glycine max 38 5e-150 529
WERAM-Art-0047 AT2G27980.1 Arabidopsis thaliana 42 1e-149 528
WERAM-Brr-0063 Bra011988.1-P Brassica rapa 39 5e-147 519
WERAM-Bro-0081 Bo4g164940.1 Brassica oleracea 42 3e-145 514
WERAM-Amt-0092 ERN04758 Amborella trichopoda 50 5e-134 476
WERAM-Met-0159 AES81946 Medicago truncatula 51 1e-131 468
WERAM-Arl-0011 Al_scaffold_0005_2268 Arabidopsis lyrata 37 3e-120 430
WERAM-Php-0096 PP1S412_30V6.1 Physcomitrella patens 34 1e-98 358
WERAM-Aet-0069 EMT23788 Aegilops tauschii 28 3e-41 168
WERAM-Sem-0001 EFJ24916 Selaginella moellendorffii 27 9e-41 166
WERAM-Cap-0209 ENSCPOP00000020779.1 Cavia porcellus 31 1e-10 67.0
WERAM-Anp-0142 ENSAPLP00000015426.1 Anas platyrhynchos 29 4e-10 65.1
WERAM-Anc-0062 ENSACAP00000006236.3 Anolis carolinensis 31 1e-09 63.5
WERAM-Dar-0054 ENSDARP00000127601.1 Danio rerio 30 1e-09 63.2
WERAM-Tag-0164 ENSTGUP00000013727.1 Taeniopygia guttata 30 3e-09 62.0
WERAM-Gaga-0128 ENSGALP00000023294.4 Gallus gallus 30 3e-09 62.0
WERAM-Orla-0187 ENSORLP00000021515.1 Oryzias latipes 28 3e-09 62.0
WERAM-Meg-0141 ENSMGAP00000014906.2 Meleagris gallopavo 30 3e-09 62.0
WERAM-Eqc-0182 ENSECAP00000019928.1 Equus caballus 29 4e-09 61.6
WERAM-Pes-0148 ENSPSIP00000017808.1 Pelodiscus sinensis 30 5e-09 61.2
WERAM-Fia-0067 ENSFALP00000004982.1 Ficedula albicollis 30 5e-09 61.2
WERAM-Ten-0044 ENSTNIP00000001486.1 Tetraodon nigroviridis 26 8e-09 60.5
WERAM-Gaa-0207 ENSGACP00000025482.1 Gasterosteus aculeatus 29 9e-09 60.5
WERAM-Myl-0162 ENSMLUP00000013342.2 Myotis lucifugus 26 1e-08 60.1
WERAM-Tar-0183 ENSTRUP00000038299.1 Takifugu rubripes 28 1e-08 60.1
WERAM-Fuo-0008 FOXG_01860P0 Fusarium oxysporum 34 3e-08 58.9
Created Date 25-Jun-2016