WERAM Information

Tag Content
WERAM ID WERAM-Orr-0058
Ensembl Protein ID ORUFI06G00030.1
Gene Name
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
ORUFI06G00030 ORUFI06G00030.1 ORUFI06G00030.1
ORUFI06G00030 ORUFI06G00030.2 ORUFI06G00030.2
Status Unreviewed
Classification
Type Family E-value Score Start End
Me_Reader PHD 8.20e-10 39.9 518 809
Organism Oryza rufipogon
Domain Profile
  Me_Reader PHD
          PHD.txt  29 lkCvklplsslpegkswyCp 48 
                      ++C+++++++ p + s+ C+
  ORUFI06G00030.1 518 QRCLEPKQHQDPPSPSYACK 537
                      36777776666644477776 PP
          PHD.txt  16 emvqCdeCdd 25 
                      + ++C++C++
  ORUFI06G00030.1 604 QRIYCNHCNR 613
                      3688999986 PP
          PHD.txt   3 iClvCgkddegekemvqCdeCddwfHlkCvklplsslpegkswyCpsCk 51 
                      +C+ C  ++ +   ++ C+ C++ fH  Cv+l+   +p++  wyC +C 
  ORUFI06G00030.1 665 LCREC-GQGGD---IFPCKMCPRSFHPACVGLS--GVPSE--WYCDNCS 705
                      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
  ORUFI06G00030.1 752 CALCKQKDFNNSVfdertVILCDQCEKEYHVGCLRSQwqvdLKELPEG-EWFcCNSCSE 809
                      99**98888865567777****************9999999*******.8763788875 PP
Protein Sequence
(Fasta)		MPASPSPAPR AMKRELAFAL QSLSAMSTSP GRTRSGRPLS SSSSSSSSSS APAPAPKRRR 60
RPDKPPDHDP APAPAPDKDL LVSPPTPPMD AEAPKPIHLL NDKDKDKEGD DGSHQDTPTL 120
QSPPRGSDAH PIPTLLNVSA AVARPPQPPH AQPTELNAVA AAASALPMEL DAAAAAAVPA 180
ESTELNAAAT AVPAQPTEVN AAAEIVKPIG LNAVAAETAK PDMAMELQEP PTVTAANGRD 240
VSHESFEQNL QHQVLDNALT DPSLLAESTA TPASTAGLKP ARRFTRSLLK NKPEEEPTAS 300
KSQDPAVSMI SEDNNEASVD LALAPEKPQR RFTRSLLKVK VEARSTNNLL QSKEAIDSTS 360
DSSRSVKKME MKMSKKVACL TKHPSNIREL LNTGLLEGMP VRYIIPSSKK AVLKGVITGC 420
NIRCFCLSCN GSKDVCSYFF EQHAGSNKKH PADHIYLGNG NSLRDVLRAC ESSPLESLEK 480
TIRSSIDPIA KRSYVNCLNC NEHLSSSQTE IFGSFLCQRC LEPKQHQDPP SPSYACKSNS 540
SLIPSSKDFL LKKTPLNTKG GSAGKVTTKD TGLHKLVFKV LLDGTEVAYY VDGQRKVDGY 600
IKDQRIYCNH CNRVVSPSAF EAHAGEGTRR KPYDNIFTSN GVSLHELSMK ISKDMELSER 660
ETDDLCRECG QGGDIFPCKM CPRSFHPACV GLSGVPSEWY CDNCSNLVQK EKALAENKNA 720
KAAGRQAGVD SIEQIMKRAI RIVPISDDLG GCALCKQKDF NNSVFDERTV ILCDQCEKEY 780
HVGCLRSQWQ VDLKELPEGE WFCCNSCSEI RSSLDKIISD GALILAESDI DIIRKKHEMK 840
GLSMDTNTDL RWRLLAGRKA SEDGDLLLSA AVPIIHQSFD PIIEVQSGRD LIPEMVNGRR 900
PKDGMPGQDY SGMYCAVLTL GTSVVSAALL RVMGGEVAEL PLVATSKDLQ GLGYFQALFS 960
CIERMLISLK IKHFMLPAAQ EAEGIWMNKF GFTKIPQEQS DAYLNGAHLT IFHGTSNLYK 1020
AIPSS 1025
Nucleotide Sequence
(Fasta)		ATTGGGGAGG GCAGGGGTCA GGGGGGCGCA GAGGCCTGCT TCGTTGCTCC GCCGCCGCCG 60
CCTCCTCCTC CTCGGTTCCT CCTCCCATCT CCTCCGATCT CCTCCTCTCC AAACCCTATC 120
AAATCCGATC CCGATCTCAG AGCAGGTGCG CGTGCGCCCG CCTCCTCCTC TAGATTTCGA 180
TCTCCACCAA CAATAAGGGA TCCCATCCCA TCCCATGCCC GCCTCCCCAT CTCCGGCGCC 240
GCGAGCCATG AAGCGCGAGC TTGCCTTCGC ACTCCAGTCG CTCTCCGCCA TGTCCACCTC 300
CCCCGGCCGC ACCCGCTCCG GCCGCCCCCT CTCCTCCTCC TCCTCCTCCT CCTCCTCCTC 360
CTCCGCCCCC GCCCCTGCCC CCAAGAGGCG GAGGAGACCG GACAAGCCCC CCGACCACGA 420
CCCCGCCCCC GCCCCCGCCC CCGACAAGGA TCTTCTCGTC TCCCCTCCCA CGCCTCCTAT 480
GGACGCCGAG GCGCCCAAGC CCATACACCT CCTCAACGAC AAGGACAAGG ACAAGGAGGG 540
GGACGATGGA TCTCACCAGG ATACACCCAC GCTACAGTCA CCCCCTCGTG GATCTGATGC 600
TCATCCAATA CCAACGTTGC TCAATGTTTC TGCTGCTGTC GCCAGGCCTC CACAACCACC 660
CCATGCACAA CCAACGGAGC TCAATGCTGT TGCCGCCGCC GCGTCTGCTC TACCAATGGA 720
GCTTGATGCT GCTGCTGCTG CTGCTGTGCC TGCCGAATCA ACGGAGCTCA ATGCTGCTGC 780
AACCGCTGTG CCCGCACAAC CGACAGAGGT CAATGCTGCT GCTGAGATTG TCAAACCAAT 840
TGGGCTCAAT GCTGTCGCTG CTGAGACTGC AAAGCCAGAC ATGGCCATGG AATTGCAGGA 900
ACCGCCTACT GTAACTGCAG CCAATGGGAG GGATGTTTCC CATGAATCAT TTGAACAAAA 960
CCTGCAACAC CAGGTCCTGG ACAATGCCTT AACCGATCCT TCTTTGCTTG CCGAGAGCAC 1020
TGCAACACCA GCCTCTACTG CTGGCCTCAA GCCTGCGAGG CGCTTCACAC GATCGCTGCT 1080
CAAGAACAAA CCAGAGGAAG AGCCCACAGC TAGCAAAAGT CAAGACCCTG CTGTCTCCAT 1140
GATATCGGAG GACAACAACG AGGCCTCTGT TGATTTGGCT CTTGCCCCAG AGAAGCCACA 1200
GAGGAGGTTC ACAAGGTCTC TTCTCAAGGT AAAGGTTGAG GCGCGCTCTA CCAACAATTT 1260
GCTTCAATCC AAGGAGGCAA TTGACAGCAC ATCAGACTCT TCTCGGTCAG TGAAGAAGAT 1320
GGAGATGAAG ATGTCTAAGA AGGTCGCCTG CCTCACAAAG CACCCAAGCA ACATTAGAGA 1380
GTTGCTCAAC ACTGGCCTGC TCGAGGGAAT GCCAGTCAGG TACATCATCC CCAGTAGCAA 1440
GAAGGCTGTG CTGAAAGGAG TGATTACAGG CTGCAATATC CGTTGCTTTT GTTTATCCTG 1500
TAATGGTTCC AAGGATGTTT GTTCTTATTT CTTTGAACAA CATGCTGGGA GCAACAAAAA 1560
ACATCCTGCT GACCACATAT ACTTGGGGAA CGGTAATAGT TTGCGGGATG TGCTGCGTGC 1620
ATGTGAGAGT TCTCCCTTGG AATCTCTGGA GAAAACAATA CGTTCTTCCA TTGATCCAAT 1680
TGCGAAGAGA AGCTATGTTA ATTGCCTAAA CTGCAATGAA CATCTTTCTT CATCACAAAC 1740
TGAAATCTTT GGAAGCTTTT TGTGTCAACG TTGCCTTGAG CCAAAACAAC ATCAAGATCC 1800
CCCTTCCCCA TCTTATGCTT GTAAGAGCAA TTCCAGCCTG ATACCAAGCT CCAAGGATTT 1860
TTTGTTGAAG AAGACACCAT TAAATACAAA AGGTGGAAGT GCTGGAAAAG TAACTACAAA 1920
GGACACCGGG CTACACAAAT TGGTCTTTAA AGTTCTGCTT GATGGTACTG AAGTAGCTTA 1980
CTATGTTGAT GGTCAGAGGA AAGTTGATGG GTATATCAAG GATCAAAGAA TCTACTGTAA 2040
TCACTGCAAC CGAGTGGTTA GCCCGTCAGC ATTTGAGGCT CATGCGGGTG AGGGAACAAG 2100
ACGCAAGCCG TATGACAATA TTTTTACATC AAATGGAGTA TCATTACATG AGCTGTCAAT 2160
GAAAATATCA AAGGACATGG AATTATCTGA ACGCGAAACA GATGATTTGT GCAGAGAATG 2220
TGGTCAAGGG GGAGATATTT TCCCTTGCAA AATGTGCCCA AGGTCATTTC ACCCAGCCTG 2280
TGTAGGGCTG TCTGGAGTCC CCTCAGAGTG GTATTGTGAT AATTGCAGCA ACCTTGTTCA 2340
AAAGGAAAAG GCTTTAGCAG AAAATAAAAA TGCTAAAGCT GCTGGAAGGC AAGCTGGAGT 2400
TGATTCTATT GAACAGATAA TGAAGAGAGC TATACGGATT GTCCCAATCT CTGATGACCT 2460
TGGTGGGTGT GCCCTATGCA AGCAGAAAGA TTTTAACAAT TCAGTATTTG ATGAGCGCAC 2520
TGTGATACTC TGTGACCAAT GTGAGAAAGA GTATCATGTT GGGTGTTTGC GGAGCCAGTG 2580
GCAAGTTGAC CTGAAGGAAT TACCAGAAGG GGAGTGGTTC TGTTGTAATA GTTGCTCAGA 2640
GATTCGTTCT TCCTTGGACA AGATAATCTC TGATGGAGCT TTGATTTTGG CTGAGTCAGA 2700
TATTGATATC ATAAGGAAGA AACATGAGAT GAAAGGGTTA AGCATGGACA CTAATACAGA 2760
TCTGAGATGG CGATTACTTG CTGGTAGAAA GGCTTCTGAA GATGGTGACT TATTGCTCTC 2820
TGCTGCAGTC CCAATTATTC ATCAATCTTT TGATCCAATC ATTGAAGTTC AGAGCGGGAG 2880
GGATCTAATT CCTGAGATGG TCAATGGGAG GAGACCCAAG GATGGAATGC CTGGCCAAGA 2940
TTATAGTGGA ATGTACTGTG CAGTGTTAAC TTTAGGCACT TCTGTTGTGT CAGCTGCATT 3000
GTTGCGAGTC ATGGGAGGTG AAGTGGCCGA ACTGCCACTA GTTGCTACAA GTAAAGACCT 3060
TCAAGGACTG GGCTACTTCC AAGCTTTGTT CTCGTGCATA GAGAGGATGC TTATTTCTCT 3120
GAAGATCAAA CACTTCATGC TTCCAGCCGC CCAGGAAGCT GAAGGCATCT GGATGAACAA 3180
ATTTGGCTTC ACTAAAATTC CTCAGGAACA GTCGGATGCT TATCTTAATG GGGCACACCT 3240
GACTATATTC CATGGAACGT CAAATCTGTA CAAGGCTATT CCTTCGTCAT AATATTGGTT 3300
TGAAGCCTTG TGCTGTGCAT GTATGCAGTC AGACAGATTT GTGTTTTGAA GCTCTGCTGA 3360
CAACTGTACA TAAGATGATG AAGCATGGGC TAAAGGATGA TGATAGCACA CAGAAGAAAG 3420
GGGGAGAAAA GATGAAAGAT AAAAGTAACT CGAGGCGGCA TGATATTGGT CGACCAAAAT 3480
TCTTATCCTT CAGTTTGGAG ATATGCTGGA TGATGGAGGC AATGCATTTT GCTTAATTTT 3540
GTTTATCTTT TTTTTAAAAA AAAATTGGCT TTCAGCATTT TCAGTGTGGC TGCTATGCCG 3600
CTGAGAAATG CAGCTATTTT TGATGTACAG ACCTCAAACA TCAGATACTG CAGGTTTAAT 3660
GCAGTGCTGA CCCTGTTCTG TTTGGAGTTA GACTTTTGGT CTGTTTCTTG GGTTGGCATT 3720
ATTGCAAGAT TTGGAAGGGC CTGTTTGATG TGGCTGTCAA GTTTTGATGG GAAAGAGCAT 3780
ATTGTATTTG TGGATATACA TGCTAGCTTA AGTAAAAGTT TTGAAGGAAT GCAGTAAGTA 3840
GTGGTATTGA CATGGAATTC GGGAGAAGTC ATCTCTTGAG TGTAAAATTT TACAGAGCTT 3900
GCTCCTGTTA GTTTATTTCA TAGGCAAAAT TGAATGTCGT GCCGGCGCGT GTTGCTTGCT 3960
ATTGGGGTCT TACTTAACAG GAAGAAGATA GGGCAGGCAG GCCGGCCCAT CTTAAAGCCC 4020
ATCCCGTCTC GATCTCACGC CAACAGCAAC AACAGATACA AGTCCGTCCG CCGCCGCCGC 4080
CGAGAGCGAG AGATGGAGAT GGATCCCCCT CGGCTGGGCA TGGGCGCGTA CTCCGGCCCC 4140
GTCCGCCCGG TCGGGGACGG GGACGGCGGC GCCGCGGGCG AGACGATGCT GCTCTGGGCC 4200
CTCGGCCAGC CGGCAGCGCA GCGCCACAAC GCCTTCGTCC GCCACGGCGC GCACTCCCTC 4260
ACCCTCGATG CCTGCGGCCG CCGTCTCTCC CTGCTCCAGT CCCCGTCCTC CATGTCCACG 4320
CCCGGCGTCA CCGGCGCCGT TGTGTGGGAC AGCGGCGTCG TCCTCGCCAA GTTCCTCGAG 4380
CACGCCGTCG ACTCGGGCCT CCTTACCCTC CGGGCCGCGC GGGCGCTCGA GCTGGGAGCG 4440
GGCTGCGGCC TTGCTGGCTG CGTCGCCGCG CTCCTCGGAG CCCACGTGCT GCTCACCGAC 4500
CTCCCTGACC GCCTCAAGCT CCTCAGGAAG AATATCGACC TCAACGTCGG GGACGACGCA 4560
AGGGGCTCTG CTCGGGTCGC CCAACTCGTC TGGGCTGATG ATCCTCACCC GGACTTGCTC 4620
AACCCACCTC TAGATTACGT GCTTGGGTCG GACGTGATCT ACAGCGAGGA GGCAGTGGAT 4680
GATCTGCTGC TCACCCTCAA GCACCTCTCA GCCCCTCACA CCACCATCAT CCTCGCAGCA 4740
GAACTCCGCA ATGATGCTGT ACTGGAGTGC TTCTTGGAGG CAGCAATGGC GGACTTCCAA 4800
GTCGGCTGCA TCGAGCAACA GCAATGGCAC CCAGATTTCC GCTCTACACG TGTTGCCTTG 4860
TTCATCTTGC TCAAGAAACC ACCTTCCCAA CCGGACGTGC TGCTCTAGCT CCAAATTTTG 4920
GGCGTCCCTC ATCGAAAGCT GAATTGTAGC GGAGTACCAG CATTTACTCC ATCCTTTGTT 4980
CTGGACTCTG GAGTTTAATT TTACACCTTT TGCATGTATG GAATTAGGGG GTCAAAACTG 5040
TACGCTTTTG TTTTCTCCTA TTGATTACGT GCACTTCGGA AATGAAATTG AAAATTGTAG 5100
AGACACCATT TAATCGGTCT ACTCCTTTTA TATATATAGG ATTTTTAAGA C 5152
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Ors-0053 OS06T0101000-01 Oryza sativa 100 0.0 1830
WERAM-Orm-0055 OMERI06G00010.1 Oryza meridionalis 93 0.0 1796
WERAM-Orgl-0058 OGLUM06G00010.1 Oryza glumaepatula 99 0.0 1770
WERAM-Orni-0054 ONIVA06G00030.1 Oryza nivara 90 0.0 1651
WERAM-Orb-0057 OBART06G00020.1 Oryza barthii 92 0.0 1606
WERAM-Orp-0055 OPUNC06G00070.1 Oryza punctata 83 0.0 1570
WERAM-Orbr-0067 OB06G10140.1 Oryza brachyantha 81 0.0 1545
WERAM-Lep-0060 LPERR06G00100.1 Leersia perrieri 80 0.0 1504
WERAM-Sei-0020 Si005788m Setaria italica 79 0.0 1214
WERAM-Zem-0076 GRMZM2G134214_P01 Zea mays 74 0.0 1199
WERAM-Tra-0131 Traes_4AL_516398528.1 Triticum aestivum 69 0.0 1107
WERAM-Hov-0034 MLOC_36594.1 Hordeum vulgare 75 0.0 1099
WERAM-Tru-0100 TRIUR3_34738-P1 Triticum urartu 65 0.0 1038
WERAM-Orl-0104 KN541339.1_FGP001 Oryza longistaminata 92 0.0 772
WERAM-Ori-0069 BGIOSGA022119-PA Oryza indica 95 0.0 757
WERAM-Mua-0153 GSMUA_AchrUn_randomP08820_001 Musa acuminata 52 0.0 729
WERAM-Thc-0117 EOY33667 Theobroma cacao 46 1e-168 591
WERAM-Org-0067 ORGLA06G0289000.1 Oryza glaberrima 46 2e-160 563
WERAM-Sol-0136 Solyc11g066480.1.1 Solanum lycopersicum 46 3e-160 563
WERAM-Prp-0026 EMJ08347 Prunus persica 46 8e-159 558
WERAM-Brd-0016 BRADI1G29167.1 Brachypodium distachyon 51 9e-159 558
WERAM-Sot-0002 PGSC0003DMT400001219 Solanum tuberosum 46 5e-158 556
WERAM-Pot-0098 POPTR_0009s00930.1 Populus trichocarpa 44 3e-156 550
WERAM-Viv-0039 VIT_06s0061g00840.t01 Vitis vinifera 46 1e-155 548
WERAM-Sob-0140 Sb10g031300.1 Sorghum bicolor 49 2e-154 544
WERAM-Glm-0174 GLYMA13G39570.1 Glycine max 39 3e-153 540
WERAM-Art-0047 AT2G27980.1 Arabidopsis thaliana 42 7e-152 535
WERAM-Bro-0081 Bo4g164940.1 Brassica oleracea 43 1e-147 521
WERAM-Brr-0168 Bra034381.1-P Brassica rapa 43 2e-147 520
WERAM-Amt-0092 ERN04758 Amborella trichopoda 51 9e-137 485
WERAM-Met-0159 AES81946 Medicago truncatula 52 9e-135 479
WERAM-Arl-0011 Al_scaffold_0005_2268 Arabidopsis lyrata 38 8e-123 439
WERAM-Php-0096 PP1S412_30V6.1 Physcomitrella patens 35 1e-101 369
WERAM-Aet-0069 EMT23788 Aegilops tauschii 28 2e-42 172
WERAM-Sem-0001 EFJ24916 Selaginella moellendorffii 27 9e-42 170
WERAM-Cap-0209 ENSCPOP00000020779.1 Cavia porcellus 31 7e-11 67.4
WERAM-Anp-0142 ENSAPLP00000015426.1 Anas platyrhynchos 29 3e-10 65.5
WERAM-Anc-0062 ENSACAP00000006236.3 Anolis carolinensis 31 7e-10 64.3
WERAM-Dar-0054 ENSDARP00000127601.1 Danio rerio 30 1e-09 63.5
WERAM-Tag-0164 ENSTGUP00000013727.1 Taeniopygia guttata 30 2e-09 62.8
WERAM-Gaga-0128 ENSGALP00000023294.4 Gallus gallus 30 2e-09 62.8
WERAM-Meg-0141 ENSMGAP00000014906.2 Meleagris gallopavo 30 2e-09 62.4
WERAM-Orla-0187 ENSORLP00000021515.1 Oryzias latipes 28 2e-09 62.4
WERAM-Eqc-0182 ENSECAP00000019928.1 Equus caballus 29 3e-09 62.4
WERAM-Fia-0067 ENSFALP00000004982.1 Ficedula albicollis 30 4e-09 61.6
WERAM-Pes-0148 ENSPSIP00000017808.1 Pelodiscus sinensis 30 4e-09 61.6
WERAM-Gaa-0207 ENSGACP00000025482.1 Gasterosteus aculeatus 29 5e-09 61.2
WERAM-Ten-0044 ENSTNIP00000001486.1 Tetraodon nigroviridis 26 7e-09 60.8
WERAM-Myl-0162 ENSMLUP00000013342.2 Myotis lucifugus 26 7e-09 60.8
WERAM-Tar-0183 ENSTRUP00000038299.1 Takifugu rubripes 28 9e-09 60.5
Created Date 25-Jun-2016