WERAM Information

Tag Content
WERAM ID WERAM-Orgl-0116
Ensembl Protein ID OGLUM12G07230.1
Gene Name
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
OGLUM12G07230 OGLUM12G07230.1 OGLUM12G07230.1
Status Unreviewed
Classification
Type Family E-value Score Start End
Me_Reader PHD 1.80e-08 35.6 290 327
Organism Oryza glumaepatula
Domain Profile
  Me_Reader PHD
          PHD.txt  16 e..mvqCdeCddwfHlkCvklplsslpegkswyCpsCke 52 
                      +   + Cd+Cd w+H+ Cv+++ + ++e+ sw+Cp+C+ 
  OGLUM12G07230.1 290 FdtSIACDSCDLWYHALCVGFNPEMATED-SWLCPRCVS 327
                      34489*****************8888899.*******85 PP
Protein Sequence
(Fasta)		MNCNFPLPFS PSPKKEKSSS IGALFSPRSG PCNPDRTAPR KKKTQVRCGS RGRTDRAAPP 60
ARHGRTSTDR GETTRRDLRL RLHPPPLCLL AGHLLTPARL VGAGVGPPSR GRLLCPVATR 120
RLIASASDNP NRGDSAPHPI SCGARCWALL SGELRRLGIC SWLISSDVDA DGCGWRVEWS 180
SSSRRHGRSE TLSLIEEFWI AVNTGFAIHA LTTGLPSLIA APFAKVYDTT GANNEDEYSL 240
TSGDDDWLQG ESNTLSFPSY YIDAEAVVCL DDGDCKIRRG LVSVEDDSTF DTSIACDSCD 300
LWYHALCVGF NPEMATEDSW LCPRCVSTEV KHKADAILKQ NFSGDCSTGS DRTTIDASFS 360
GRVSVSVADE GETALVVSMV GVHSEIRDGL KTEQKGLNSN SYPSYSKDDL LNETVADAKI 420
LRNSDGFSIS HNRYSEMNLV HTVSSEPTER PLEFSPIRES AHALFRPEQG NMSNVQAPSC 480
SFSQTSKVPE NSGEENALFR NNARSTVIES PQLSSPAGNV ARSNDIDMID AGEVQQMRSA 540
PVGQLTSMHD GESISDMEEV KYKESGDEIG HPAKRARSEV PEQEINMIGN SGISPTDDRT 600
TSSATKAAIG DTPEFLRSDK SVPDIMSIVE GEDYSRDPGR ELARPVGRRA GDKPGLRVKK 660
IFRKEEGKKS TAVVQKLQQE IREVVRDTGT TILEKENAFD EKLLTAFRAA IGKPADEPAG 720
RANISLIKSR RALLQKGKIR ENLTKKLYGS SAGRRRSAWH RDWEVEFWKH RCSSGINPEK 780
IETLQSVLQL LKKSSEMDKE IAQDKKGVNT DSILSRVYLA DASVVPRKDD VKPLSAVAGC 840
PPNNSKAPNK PTPGTETTKI SSPNSTGKVL SSSIISKEAS SRRENKNSQA APNQQNQSAG 900
DIKHDKRKWA LEVLARKNAS SITSKDKSEV ADDLKGNYPL LAQLPVDMRP QLTTGRHNKV 960
PLSVRQAQLY RIAEHYLQKA NLSVIRRCAD TELAIADAVN VEKDISERSS SKSVYVNLCS 1020
QATRQPAKGK SENDASDLIE KSESENGPLP QQVQTENTDI CNIDTEESLN RTGHSDLRAS 1080
PRQTIKGEIG GDLVPEKTVG FSNVEEALKM AGLLDSPPNS PERKNTIIEG GCIVDTDSEP 1140
SKKLQSTSDS IVRDISSHKD ADDSSMLIDL HDENGQNLHT VTSSQQSKHT GDEHQKLILG 1200
EESTDVTANK IVSVNLDEAG CSAEHGNSNG SNKEIPADTN MPDEGAGHVG GAKEVKVPAS 1260
DLCNHSCQAN SSPTEGKKDS KIPILDSTED RSCSNNAELN NRLPNRNKLS TDPAQSGDDS 1320
KKSARDPDNH KPDSSGSIHK KVEMFVKENI RPLCKSGVIT VEQYRWAVAK TTDKVMKYHS 1380
DAKNANFLIK EGDKVKKLAL QYVEAAQQKV T 1411
Nucleotide Sequence
(Fasta)		CCACCTTCTA ACTTGTAGTT TATTTTCTCA ATTATACAAT TACAGTTTCT CAGAATTTGA 60
ACTATTTAAA AAACTTCTAA TAAAAAAAAA CTGCAGCTTA CAAAAAACTC CTTCAAACAT 120
AAATGAATTG TAACTTCCCC CTCCCCTTCT CTCCATCCCC AAAAAAAGAA AAATCCTCCA 180
GCATCGGAGC CCTCTTTTCT CCTCGATCCG GACCGTGCAA CCCTGATCGT ACGGCTCCAA 240
GAAAAAAAAA AACCCAGGTG CGGTGCGGCT CACGTGGTCG AACCGACCGA GCCGCGCCGC 300
CGGCACGGCA CGGCCGCACC TCCACCGACC GCGGCGAGAC GACGCGTCGC GACCTCCGCC 360
TCCGCCTCCA CCCGCCGCCG CTCTGCCTAC TCGCCGGCCA CCTCCTCACG CCGGCTCGGC 420
TCGTCGGCGC CGGCGTCGGC CCCCCGTCTC GGGGTCGCCT GCTCTGCCCG GTGGCTACCC 480
GCCGCCTCAT CGCCTCGGCG TCGGACAACC CCAATCGGGG TGATTCCGCC CCCCATCCGA 540
TATCCTGCGG GGCTCGTTGC TGGGCGCTTC TCTCTGGCGA ATTGCGAAGG CTCGGCATCT 600
GCAGCTGGTT GATCAGTAGC GATGTCGATG CAGATGGATG TGGATGGCGA GTCGAGTGGA 660
GCTCGAGCTC TCGGAGACAT GGGCGATCTG AGACATTGTC ATTGATAGAG GAGTTCTGGA 720
TTGCTGTCAA CACTGGTTTT GCTATACATG CATTGACAAC TGGTCTGCCA TCACTAATCG 780
CTGCCCCCTT TGCAAAAGTG TATGATACCA CTGGAGCCAA TAATGAAGAT GAATACTCTT 840
TAACCAGTGG TGATGATGAT TGGTTGCAAG GGGAAAGCAA CACTCTTTCC TTCCCATCAT 900
ACTATATTGA TGCAGAAGCA GTAGTTTGTT TGGATGATGG TGATTGCAAG ATTCGGAGAG 960
GACTTGTGTC GGTGGAGGAT GATTCAACTT TTGATACATC AATTGCTTGT GACTCTTGTG 1020
ATTTATGGTA TCATGCTCTA TGTGTGGGTT TTAATCCGGA AATGGCAACA GAAGATTCAT 1080
GGTTGTGCCC AAGATGCGTA TCTACTGAAG TGAAACACAA GGCAGATGCT ATCTTGAAAC 1140
AAAATTTCAG TGGGGACTGT TCAACTGGTT CTGATAGGAC AACTATTGAT GCATCATTTT 1200
CTGGGAGGGT GTCCGTATCT GTTGCTGATG AAGGTGAAAC TGCCCTTGTT GTCTCAATGG 1260
TTGGTGTACA TTCTGAAATT CGGGATGGTT TGAAGACTGA ACAGAAAGGG TTGAATTCCA 1320
ATTCATATCC AAGCTATTCC AAAGATGATC TGTTGAACGA AACTGTTGCA GATGCCAAAA 1380
TATTGAGGAA CTCAGATGGT TTCAGTATAT CACACAATAG ATACTCTGAA ATGAACCTTG 1440
TCCACACGGT TTCTTCTGAG CCAACAGAAA GGCCATTGGA ATTTTCACCA ATACGTGAGT 1500
CAGCGCATGC GTTATTTAGA CCAGAGCAGG GTAACATGTC AAATGTACAG GCTCCATCCT 1560
GTTCATTTTC ACAAACCAGC AAAGTACCTG AAAATTCAGG AGAGGAGAAT GCATTGTTTA 1620
GAAACAATGC AAGATCTACT GTCATCGAAT CTCCACAACT TTCTTCACCA GCTGGCAATG 1680
TGGCAAGATC GAACGACATA GATATGATTG ATGCAGGTGA GGTTCAGCAG ATGAGAAGTG 1740
CTCCTGTCGG GCAGTTGACA TCCATGCATG ATGGAGAATC TATCAGTGAC ATGGAAGAAG 1800
TTAAATACAA GGAATCAGGT GATGAAATTG GTCATCCTGC AAAGAGAGCA AGATCAGAAG 1860
TGCCAGAACA GGAAATTAAT ATGATTGGGA ATTCAGGTAT TTCTCCAACA GATGATCGTA 1920
CTACTTCTAG TGCAACAAAA GCTGCAATTG GTGATACGCC AGAATTTCTC AGATCGGATA 1980
AATCTGTTCC TGATATAATG AGCATAGTTG AAGGAGAAGA CTACAGCAGA GATCCTGGTA 2040
GAGAGTTGGC AAGGCCTGTA GGAAGAAGAG CAGGAGATAA GCCTGGCCTG AGAGTGAAAA 2100
AGATTTTCCG GAAGGAAGAA GGAAAAAAAT CCACAGCTGT AGTTCAAAAG CTACAACAAG 2160
AGATCAGGGA AGTAGTTAGG GACACTGGCA CTACAATACT TGAGAAGGAG AACGCTTTTG 2220
ATGAAAAACT TTTGACTGCA TTCCGCGCGG CAATTGGAAA GCCCGCAGAT GAACCAGCGG 2280
GAAGAGCTAA TATTTCACTC ATAAAATCAA GGAGGGCATT GCTTCAAAAG GGCAAGATAC 2340
GTGAGAATCT GACCAAAAAG TTGTATGGAT CATCCGCTGG AAGGAGACGA AGTGCATGGC 2400
ACCGTGATTG GGAAGTCGAA TTCTGGAAAC ATCGTTGCTC TTCAGGGATA AATCCTGAAA 2460
AGATCGAGAC ACTGCAGTCA GTACTTCAGT TACTCAAGAA ATCCTCAGAA ATGGATAAAG 2520
AAATTGCTCA AGATAAGAAG GGAGTGAATA CTGACTCCAT TTTGTCCAGG GTATATTTGG 2580
CTGATGCATC AGTTGTTCCC AGGAAGGATG ATGTAAAACC TTTATCTGCC GTTGCAGGAT 2640
GCCCACCTAA CAATAGCAAG GCACCTAACA AACCCACACC AGGGACTGAA ACAACCAAAA 2700
TCAGTTCACC CAACAGCACT GGGAAAGTGT TGAGTTCTTC AATCATTAGT AAAGAAGCAT 2760
CTAGCCGAAG AGAGAACAAA AATAGTCAGG CAGCACCTAA TCAGCAGAAC CAATCTGCTG 2820
GTGATATCAA GCATGACAAA AGAAAATGGG CTCTTGAGGT CCTGGCAAGA AAAAATGCCA 2880
GTTCTATTAC AAGCAAAGAC AAATCTGAAG TTGCTGATGA TCTCAAGGGA AACTACCCTC 2940
TCTTAGCACA ACTTCCTGTC GATATGAGAC CACAGCTCAC AACTGGCCGT CACAATAAAG 3000
TTCCCCTTTC AGTTAGACAG GCACAACTTT ACCGCATTGC GGAGCATTAT CTGCAGAAAG 3060
CAAATTTATC TGTCATTCGC AGATGTGCAG ATACTGAATT AGCCATTGCT GATGCTGTCA 3120
ATGTAGAAAA GGATATTTCC GAAAGGTCTA GTAGCAAATC AGTTTATGTG AATCTTTGCT 3180
CTCAAGCTAC TCGTCAACCT GCCAAAGGAA AATCGGAGAA TGATGCTTCA GACCTAATTG 3240
AAAAAAGTGA ATCAGAGAAC GGACCATTAC CACAGCAAGT TCAAACTGAA AATACTGACA 3300
TTTGTAACAT TGATACTGAA GAATCTTTAA ATAGAACAGG CCACTCTGAT CTTCGTGCAA 3360
GTCCCAGACA AACTATAAAG GGTGAAATAG GTGGAGATCT GGTGCCAGAG AAAACTGTTG 3420
GCTTCAGCAA CGTGGAAGAA GCACTCAAAA TGGCAGGCCT CTTGGACTCC CCTCCTAACA 3480
GTCCTGAGAG AAAGAACACC ATAATTGAAG GAGGGTGCAT TGTTGATACG GATTCTGAAC 3540
CCAGCAAAAA ATTGCAGTCA ACTTCTGATT CAATTGTGAG GGATATATCA TCGCACAAAG 3600
ATGCTGATGA TTCCTCCATG CTAATTGATC TTCATGATGA AAATGGTCAA AACCTCCATA 3660
CTGTAACATC ATCTCAGCAA TCAAAACATA CTGGTGATGA GCATCAGAAA TTGATACTCG 3720
GAGAGGAATC TACGGATGTA ACAGCAAATA AAATTGTCTC AGTGAACTTG GATGAAGCTG 3780
GATGTAGTGC GGAACACGGA AACTCAAATG GGTCAAATAA AGAAATTCCA GCCGACACGA 3840
ATATGCCTGA TGAAGGTGCT GGGCATGTGG GGGGTGCAAA AGAGGTGAAA GTGCCAGCAA 3900
GTGATTTGTG TAACCATTCT TGTCAGGCAA ATAGCTCTCC GACAGAAGGT AAAAAGGACA 3960
GCAAGATACC TATCTTGGAC TCCACCGAAG ATAGATCCTG CAGTAACAAT GCAGAGTTGA 4020
ACAATAGACT TCCGAACAGA AACAAATTGT CCACCGATCC AGCCCAAAGT GGGGATGATT 4080
CAAAGAAGTC AGCACGGGAT CCAGATAATC ACAAACCAGA TTCCTCTGGT TCTATACATA 4140
AGAAGGTTGA AATGTTCGTG AAAGAGAACA TCAGACCACT TTGCAAGAGT GGTGTAATTA 4200
CCGTCGAGCA GTATAGGTGG GCCGTTGCGA AAACAACAGA CAAGGTCATG AAATACCATT 4260
CTGACGCTAA AAATGCAAAC TTTCTGATCA AGGAGGGCGA CAAGGTGAAA AAGCTCGCCC 4320
TGCAGTATGT TGAGGCAGCT CAGCAAAAGG TTACATGACA CAGCCGAATC CGTACAAATG 4380
TAGATCGTGG TAGTTGCCAA AATGACAATT CAGCAATACA TAAACTCTGC AGGGGCATGG 4440
CCAAATGTAA TTCGTCTTCC TTTTTTTTTT ACAAAAAAAA AGTCGACTGG TTGTTCGAGA 4500
TTGCCATCGC GACTTGCAAG CAGCGACTGC ATCACGGAAT CAAAGGTAAA AAAAAAAGAT 4560
TGGAAGGGGC TAAAACCCAA AAAATAGTTT AGACCATATG AAATCTCAAA ATTGTTAGGA 4620
AGAATTTCGA TAACTGTAGA TTTACACGTG CTTCAGACTA AATTAAGAAG TGTGCAGCTC 4680
GTATTTAGTT TATCGTACTG AGCAACCGAA GATAATGCAC CGGAAGACAA CGTATGATCA 4740
ACATCTGACA ATTCCAGGTC GTTTGACGTG GAGAATTTCT CCACAAATGG CACGTGAATG 4800
AAACGAAAGA GCCATTTCAA TGAGCTGCTC GCCTCTCTCA CATAGGATAC ATTAGTTTTA 4860
GGCTCTAAAC TTTCTTGGCT TTCTGCTTAT TAACTGTCCC CTGTTGGATG GTACAGTGGT 4920
CAGTAAAACC GAGATTAGTA ATCGATTGTG ATTTAGATAG AGATCATAAG GCTTTTCACG 4980
ACGCAACCTC GTATGAAACT GAAATATATT TTGACGCGCC CTAGCCTTAG CAAAGTGTGT 5040
TTTGTAACAA CATACATGAG GAAGCTATGA AAAACTGTCT AAAAG 5086
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Orni-0119 ONIVA12G05730.1 Oryza nivara 95 0.0 2264
WERAM-Orb-0121 OBART12G06020.1 Oryza barthii 95 0.0 2262
WERAM-Orm-0001 OMERI01G05310.1 Oryza meridionalis 96 0.0 2231
WERAM-Orp-0111 OPUNC12G05750.1 Oryza punctata 95 0.0 2209
WERAM-Orbr-0011 OB01G38060.1 Oryza brachyantha 80 0.0 1824
WERAM-Lep-0011 LPERR01G24950.1 Leersia perrieri 74 0.0 1601
WERAM-Tra-0118 Traes_3DL_155F0E08C.1 Triticum aestivum 62 0.0 1296
WERAM-Hov-0007 MLOC_11701.2 Hordeum vulgare 63 0.0 1295
WERAM-Aet-0044 EMT26280 Aegilops tauschii 62 0.0 1294
WERAM-Tru-0102 TRIUR3_35412-P1 Triticum urartu 62 0.0 1279
WERAM-Zem-0128 GRMZM2G391413_P01 Zea mays 62 0.0 1008
WERAM-Mua-0065 GSMUA_Achr3P31620_001 Musa acuminata 44 4e-133 474
WERAM-Thc-0042 EOY25059 Theobroma cacao 37 1e-122 439
WERAM-Brr-0003 Bra000729.1-P Brassica rapa 38 1e-115 416
WERAM-Bro-0049 Bo3g045020.1 Brassica oleracea 38 5e-115 414
WERAM-Glm-0087 GLYMA08G02761.1 Glycine max 38 6e-114 410
WERAM-Viv-0008 VIT_02s0025g01650.t01 Vitis vinifera 39 3e-94 345
WERAM-Met-0184 KEH21243 Medicago truncatula 41 1e-83 310
WERAM-Amt-0027 ERN14104 Amborella trichopoda 47 2e-82 305
WERAM-Sol-0142 Solyc12g055910.1.1 Solanum lycopersicum 38 3e-77 288
WERAM-Php-0043 PP1S195_13V6.1 Physcomitrella patens 29 2e-38 159
WERAM-Art-0097 AT4G10940.1 Arabidopsis thaliana 51 1e-23 110
WERAM-Arl-0036 fgenesh1_pm.C_scaffold_6002470 Arabidopsis lyrata 48 5e-23 108
Created Date 25-Jun-2016