WERAM Information

Tag Content
WERAM ID WERAM-Lep-0098
Ensembl Protein ID LPERR09G05040.1
Gene Name
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
LPERR09G05040 LPERR09G05040.1 LPERR09G05040.1
Status Unreviewed
Classification
Type Family E-value Score Start End
HMT SUV39 3.10e-41 141.8 644 1173
Organism Leersia perrieri
Domain Profile
  HMT SUV39
        SUV39.txt  63 nlkegyesdvplssdss.........n 80 
                      n +++  +d   s+dss          
  LPERR09G05040.1 644 NKEDSSSEDGGNSKDSSledednskeP 670
                      444444444444444443332222220 PP
        SUV39.txt    2 rLqvfktenkGwGvrclddiakgsFvciyaGeiltddeaekegleegdeyladldskesvenlkegyesdvplssdssntrqekdkeeseyi 93  
                       +L++fkt +kGwGvr+l +i+ gsFvc+y+Ge+l+d+  e+    e+deyl+d+ ++++      ++ ++++ +     +   + ++++  +
  LPERR09G05040.1 1037 PLEIFKTGKKGWGVRSLSSISSGSFVCEYTGEVLQDNGDEHI---ENDEYLFDVGHNYHD-----KVWEECKSG----IWGLDTPEDKEGST 1116
                       79*********************************9988877...99*********7664.....444444332....34556666778899 PP
        SUV39.txt   94 idakkegnvgrflnHscspNlfvqnvfvdthdlrfprvafFaskrikagtELtwdYg 150 
                       ida+k +nvgrf+nHscspNl+ qnv+ d+ d+++p+++fFas++i++ +ELt+ Y+
  LPERR09G05040.1 1117 IDASKCSNVGRFINHSCSPNLYAQNVLWDHDDKKIPHIMFFASENIPPLQELTYHYN 1173
                       ********************************************************7 PP
Protein Sequence
(Fasta)		MWNWGGIFRV FLGLGAGGGL IGFDMWICRV FLIVVVGLDS VMSGVEPPPP PALAPSPLLA 60
GMARLLARGI KPRKVSAKRS WPPDCGRFHA PAPPPPAPVA GGDGINGVDV VVVPNQRGVE 120
EVVAAVSPIR SEGPPPPLVI AGDDDGEKGR GGDGEKGVCS VAEGREEEVL VSSSAACNGT 180
IPHAPSQPEA ERMDVEYQGG GRETGESQLP DDRDALLSDG PVMGIVFDVM PLALAAPISC 240
DDNVSNGCAE NVGDVASLFV DRRGGNGGCE PAGKEVATDQ IGRELESRVG VQLERTEEDV 300
LDSCRKKRWL MSVLNPPPKR RAVSAIRRFP PECGRVASTL ARSGAEELPL EVTPISVATG 360
GISMEDLART PIVPGLDHSS VSRDAKTIED DECSKVENRT HEFQVATNVA LDDFEGAITC 420
PNDVITKTSP RHGFVGRVNG KGSPQEKKLV AQKAIGDGKM TRKCEGRLQE GTLETSKRDL 480
VDVKAKHKIL KTNMQDNARS SRDNRMKRKA SSTLRGTSHS NMNLKQRDIA RKVDATDKSK 540
GVVNRLIEEP ESGGHATPNR IIENDDGDFV DDRVIVQALM ALDRCPWTQG RKSIGSVSQS 600
RTPKHELRKK VGRPRKKLKD ASPRKELSLE VASCKRIKHE ASENKEDSSS EDGGNSKDSS 660
LEDEDNSKEP VHEGKALVVR EGRNQLCVTL PPGAPSGTDP RSKIRNILQK FQAACRKLMQ 720
VEERHIGSIG RIDIVAANAL KQNGFTKPGP IVGNVAGVEV GDEFHFRIEL AIVGLHRPYQ 780
AGIDSSKVNG MLVALSIVAS GGYHDELSSS DELIYTGSGG KAVGNKAAED QKLERGNLAL 840
KNCIETKTPV RVIHGFKNHG KGEASHSKSK QISTYIYDGL YMVVDCWQEG PKGLMVFKYR 900
LQRCPNQPEL ALHIIKATRK SKVREGVCVP DISNGSERIP IPAINTIDDM KPAPIKYTAE 960
VIYPHSYAKE PPKGCDCTNG CSDSNRCACA VKNAGEIPFN FSGAIVEAKP LIYECGPSCR 1020
CPPTCHNRVS QHGIKIPLEI FKTGKKGWGV RSLSSISSGS FVCEYTGEVL QDNGDEHIEN 1080
DEYLFDVGHN YHDKVWEECK SGIWGLDTPE DKEGSTIDAS KCSNVGRFIN HSCSPNLYAQ 1140
NVLWDHDDKK IPHIMFFASE NIPPLQELTY HYNYSVGKLE DKNGAEKVKP CFCGSLDCSG 1200
RLY 1203
Nucleotide Sequence
(Fasta)		GATGAGGACG CGAGGAGAGT ATTTTTAGCA ACCCCCGCAC ACAATCCGAG GTCCGCGCGA 60
GGCAAGCACA CGTCAGGAGT GGGGGCACCA GATCAATCCC TCCCTCCCGC TCCCGCCGCA 120
GCCGCCCGCA TTTCGCCGCA CAACGCCACC CTCCCTCCTC GTCGCCGGCC GCCCGTCTCC 180
GCAAGGTGAG CCCCTCGTTC GTTCCCCTTT CGTTGCGGTA GCTCCTAGCT CGTCGTGGGA 240
ATGTGGAATT GGGGCGGAAT TTTTCGAGTT TTTTTGGGGT TAGGTGCGGG CGGTGGTCTG 300
ATTGGATTCG ATATGTGGAT TTGTAGGGTT TTTTTAATTG TTGTTGTTGG ATTGGATTCG 360
GTGATGAGCG GGGTGGAACC GCCGCCGCCA CCGGCGCTGG CGCCGTCGCC GCTGTTGGCG 420
GGGATGGCGC GGCTGTTGGC GCGCGGGATC AAGCCGAGGA AGGTCTCCGC CAAGCGCTCC 480
TGGCCTCCCG ACTGCGGCCG CTTCCACGCC CCTGCCCCGC CGCCGCCCGC TCCCGTCGCC 540
GGTGGCGATG GAATTAACGG CGTCGATGTC GTCGTCGTCC CCAACCAGAG GGGAGTTGAG 600
GAGGTGGTGG CGGCTGTATC ACCCATCCGC TCCGAGGGGC CGCCGCCGCC GCTTGTCATA 660
GCAGGTGATG ATGATGGGGA GAAGGGCAGA GGAGGGGATG GGGAGAAGGG TGTTTGCAGT 720
GTCGCCGAGG GCAGAGAGGA GGAGGTGTTG GTTTCCTCCT CGGCCGCATG CAATGGTACC 780
ATCCCGCATG CGCCGTCTCA GCCAGAGGCA GAGAGGATGG ATGTGGAGTA TCAGGGGGGT 840
GGGAGGGAGA CCGGAGAATC ACAGCTGCCT GATGACAGGG ACGCTCTGTT GTCAGATGGT 900
CCGGTAATGG GCATTGTGTT CGATGTGATG CCATTGGCAT TGGCTGCGCC GATTAGTTGT 960
GATGATAATG TCTCTAATGG TTGTGCGGAG AATGTTGGGG ATGTGGCCAG TTTGTTTGTG 1020
GACAGGAGGG GAGGCAATGG GGGCTGTGAA CCTGCAGGAA AGGAGGTTGC TACCGATCAG 1080
ATTGGTCGAG AGTTGGAAAG CAGAGTGGGT GTTCAATTAG AGAGGACAGA GGAGGATGTA 1140
CTTGATAGTT GCAGAAAAAA GAGATGGTTG ATGTCAGTTC TGAATCCCCC ACCCAAAAGA 1200
AGGGCGGTAT CAGCCATACG CAGATTTCCA CCTGAATGTG GGAGGGTTGC TTCTACTCTT 1260
GCTAGAAGTG GAGCTGAGGA GTTGCCTTTA GAAGTCACAC CTATTAGTGT AGCAACTGGT 1320
GGTATCTCTA TGGAGGATTT GGCGAGAACC CCAATTGTGC CTGGTCTAGA CCATTCTAGT 1380
GTGTCAAGAG ATGCCAAGAC AATCGAAGAT GATGAATGTA GCAAGGTAGA AAATAGGACC 1440
CATGAGTTCC AAGTTGCCAC AAATGTTGCC CTAGACGATT TTGAAGGAGC CATTACATGC 1500
CCAAATGATG TCATTACAAA AACTTCACCA AGGCATGGTT TTGTTGGGAG GGTGAATGGA 1560
AAGGGATCAC CACAAGAAAA GAAGCTTGTA GCACAAAAAG CTATTGGAGA TGGCAAAATG 1620
ACAAGAAAAT GTGAAGGGAG GTTACAAGAA GGTACTCTTG AGACTAGTAA GAGGGATCTT 1680
GTGGATGTAA AGGCAAAACA CAAGATATTA AAGACGAACA TGCAAGACAA TGCTAGATCC 1740
TCTAGAGATA ATAGGATGAA AAGGAAGGCT TCAAGTACTC TGAGAGGTAC GTCTCACTCA 1800
AATATGAACT TGAAGCAACG TGATATTGCT CGTAAGGTTG ATGCCACAGA CAAAAGCAAG 1860
GGTGTCGTGA ATAGGCTCAT TGAGGAGCCT GAATCCGGGG GGCATGCTAC GCCTAACCGT 1920
ATCATAGAAA ATGATGATGG AGACTTTGTT GATGATAGAG TAATTGTACA AGCACTAATG 1980
GCCCTAGACA GATGCCCGTG GACACAAGGA AGGAAGTCCA TTGGTAGTGT CTCTCAGTCT 2040
CGTACCCCTA AGCACGAGCT CAGGAAGAAA GTTGGTAGGC CAAGGAAAAA ATTAAAAGAT 2100
GCTAGTCCAA GGAAAGAGTT GTCTTTGGAA GTCGCCTCTT GTAAACGGAT CAAGCATGAG 2160
GCCTCAGAGA ATAAGGAGGA TTCTAGCTCG GAGGATGGAG GCAACTCTAA GGATTCTTCC 2220
TTGGAAGATG AAGACAACTC TAAGGAGCCA GTGCATGAAG GAAAGGCACT AGTTGTGCGT 2280
GAAGGAAGGA ATCAATTATG TGTTACACTC CCTCCTGGTG CTCCTTCTGG CACAGATCCT 2340
CGAAGCAAAA TAAGGAATAT ACTCCAAAAG TTCCAGGCTG CCTGCCGCAA GCTCATGCAA 2400
GTTGAGGAAC GACATATAGG TAGTATTGGA AGAATTGACA TTGTGGCTGC TAATGCCCTA 2460
AAACAAAATG GGTTTACTAA GCCTGGGCCC ATTGTTGGCA ATGTGGCGGG AGTTGAAGTT 2520
GGCGATGAGT TTCATTTTAG AATTGAGTTG GCAATTGTTG GACTACATCG CCCATATCAA 2580
GCAGGTATTG ATAGTTCAAA GGTGAATGGG ATGCTCGTTG CTTTAAGTAT TGTTGCTTCC 2640
GGAGGCTATC ATGATGAATT GTCTAGCTCT GATGAACTCA TATATACGGG CTCGGGAGGA 2700
AAGGCCGTCG GCAATAAGGC AGCTGAAGAT CAAAAGCTTG AGCGTGGTAA TCTAGCCTTG 2760
AAGAATTGCA TCGAAACCAA GACTCCGGTC CGAGTGATCC ATGGATTCAA AAATCATGGT 2820
AAAGGTGAAG CTAGCCATTC TAAATCCAAG CAAATCTCGA CGTATATTTA TGATGGGCTG 2880
TACATGGTGG TGGATTGTTG GCAAGAAGGC CCAAAGGGCT TGATGGTCTT CAAGTACAGG 2940
TTACAAAGGT GCCCAAATCA ACCCGAGTTA GCATTACACA TAATCAAGGC AACGAGGAAG 3000
TCCAAAGTTC GTGAAGGTGT TTGCGTGCCT GATATCTCTA ATGGAAGTGA AAGGATTCCC 3060
ATACCTGCGA TCAACACAAT TGATGACATG AAGCCAGCAC CAATTAAGTA TACGGCGGAA 3120
GTCATATATC CACATTCCTA TGCAAAAGAA CCTCCGAAAG GTTGTGATTG CACGAATGGT 3180
TGCTCAGACT CTAATAGATG TGCTTGTGCA GTGAAGAACG CAGGTGAAAT CCCTTTCAAT 3240
TTCAGTGGTG CTATTGTTGA GGCAAAACCT CTCATATATG AGTGTGGTCC ATCATGCAGA 3300
TGCCCTCCAA CATGCCACAA CAGGGTGAGT CAGCATGGTA TCAAGATTCC ACTGGAAATA 3360
TTCAAGACGG GGAAGAAAGG TTGGGGTGTA AGATCTCTCA GCTCCATCTC TTCAGGCAGT 3420
TTCGTGTGTG AGTATACAGG TGAGGTGTTG CAAGATAATG GAGATGAACA TATAGAGAAT 3480
GATGAGTACC TCTTCGATGT TGGTCATAAC TACCATGATA AGGTTTGGGA GGAGTGTAAA 3540
TCAGGCATTT GGGGTCTAGA CACACCGGAG GATAAAGAAG GCTCTACTAT CGACGCATCA 3600
AAGTGCAGCA ATGTTGGAAG ATTCATCAAC CACAGCTGCT CGCCGAATCT GTATGCTCAA 3660
AACGTTCTCT GGGATCATGA TGACAAGAAG ATACCACACA TTATGTTCTT TGCCAGCGAG 3720
AACATCCCGC CGCTGCAAGA GCTTACTTAC CATTACAATT ATTCAGTCGG TAAACTCGAG 3780
GACAAGAACG GTGCCGAGAA GGTTAAACCT TGCTTCTGTG GTTCGCTTGA TTGCTCTGGC 3840
AGGCTGTATT GAGATGCTGT GGGCTGATGA TGATGATGAA GATTACGGTG CCCATTTTTC 3900
AGTGGAAAAC TGATTCTGTA ATGCCATTGC TGCTTTGATT TACCTCCTCT TTTAATCTCA 3960
TGTGGTCATC TTGCAAAGTT GCATTCATGG TTAGGATGTA ATGTTCATTC TTTTTGTGTC 4020
TCTAATTCTA AGTGCATCTT TTAGAGCATG AGATGAATGT CCCAGCATAG CAATGGAATT 4080
CTGAAGTCCC AAAAGAGTGT TGATCATATT CCCACTAGTA AGCAGCATCG AGCTAGTCAG 4140
AGTTGTTTTT GCTTTTAGAT AATGGATACA AATTATTTCG TGTTAACTAA CTGTCGTATT 4200
CAATCGATCT AGTTCTACCT TTTGTCATTT GGTCAACAAT TTCTCTGTAT GCCTGTTTCG 4260
TCTTACATCT TAATCTTC 4279
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Orgl-0098 OGLUM09G07810.1 Oryza glumaepatula 73 0.0 1574
WERAM-Orm-0092 OMERI09G05880.1 Oryza meridionalis 73 0.0 1574
WERAM-Orbr-0107 OB09G14850.1 Oryza brachyantha 74 0.0 1564
WERAM-Orr-0105 ORUFI09G07880.1 Oryza rufipogon 73 0.0 1553
WERAM-Orl-0090 KN540051.1_FGP003 Oryza longistaminata 76 0.0 1527
WERAM-Orb-0102 OBART09G07450.1 Oryza barthii 76 0.0 1518
WERAM-Orp-0095 OPUNC09G06250.1 Oryza punctata 76 0.0 1497
WERAM-Ori-0109 BGIOSGA030599-PA Oryza indica 78 0.0 1383
WERAM-Ors-0090 OS09T0362900-01 Oryza sativa 78 0.0 1382
WERAM-Org-0097 ORGLA09G0054000.1 Oryza glaberrima 77 0.0 1374
WERAM-Brd-0107 BRADI4G28792.1 Brachypodium distachyon 54 0.0 1031
WERAM-Zem-0104 GRMZM2G300955_P01 Zea mays 51 0.0 956
WERAM-Aet-0076 EMT10007 Aegilops tauschii 54 0.0 945
WERAM-Tra-0226 Traes_5DL_752AA8D30.1 Triticum aestivum 54 0.0 945
WERAM-Sob-0027 Sb02g022936.1 Sorghum bicolor 48 0.0 944
WERAM-Hov-0073 MLOC_59632.1 Hordeum vulgare 51 0.0 903
WERAM-Sei-0041 Si012231m Setaria italica 49 0.0 892
WERAM-Tru-0080 TRIUR3_29767-P1 Triticum urartu 54 0.0 658
WERAM-Orni-0091 ONIVA08G14800.1 Oryza nivara 56 0.0 644
WERAM-Viv-0003 VIT_00s0309g00020.t01 Vitis vinifera 51 3e-176 617
WERAM-Sol-0078 Solyc06g060960.1.1 Solanum lycopersicum 51 2e-175 614
WERAM-Prp-0019 EMJ11616 Prunus persica 51 1e-171 601
WERAM-Sot-0083 PGSC0003DMT400068350 Solanum tuberosum 52 4e-171 599
WERAM-Pot-0036 POPTR_0003s08130.1 Populus trichocarpa 51 2e-168 590
WERAM-Amt-0001 ERN01091 Amborella trichopoda 46 3e-163 573
WERAM-Glm-0122 GLYMA11G04071.1 Glycine max 42 1e-162 571
WERAM-Thc-0040 EOY24196 Theobroma cacao 41 3e-161 567
WERAM-Met-0121 AES94344 Medicago truncatula 53 7e-156 549
WERAM-Art-0041 AT2G22740.2 Arabidopsis thaliana 52 4e-145 513
WERAM-Arl-0007 Al_scaffold_0004_216 Arabidopsis lyrata 51 2e-144 511
WERAM-Bro-0077 Bo4g150950.1 Brassica oleracea 53 4e-141 500
WERAM-Brr-0150 Bra030212.1-P Brassica rapa 53 1e-140 498
WERAM-Php-0129 PP1S9_150V6.1 Physcomitrella patens 42 2e-100 365
WERAM-Sem-0004 EFJ22703 Selaginella moellendorffii 41 8e-99 359
Created Date 25-Jun-2016