WERAM Information

Tag Content
WERAM ID WERAM-Orgl-0098
Ensembl Protein ID OGLUM09G07810.1
Gene Name
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
OGLUM09G07810 OGLUM09G07810.1 OGLUM09G07810.1
Status Unreviewed
Classification
Type Family E-value Score Start End
HMT SUV39 5.70e-44 150.9 1021 1172
Organism Oryza glumaepatula
Domain Profile
  HMT SUV39
        SUV39.txt    2 rLqvfktenkGwGvrclddiakgsFvciyaGeiltddeaekegleegdeyladldskesvenlkegyesdvplssdss......ntr.qekd 86  
                       +L++fkt nkGwGvr+l +i+ gsFvc+yaGe+l+++  e+    e+deyl+d+ ++++ e  ++ + + + l+ +ss      +t+ ++++
  OGLUM09G07810.1 1021 PLEIFKTGNKGWGVRSLSSISSGSFVCEYAGEVLQENGDEHV---ETDEYLFDIGHHYHDEVWEDPKFEGI-LGLESStsktteDTEgSKTT 1108
                       79********************************99888777...99********9988733333322222.22222211222233213445 PP
        SUV39.txt   87 keeseyiidakkegnvgrflnHscspNlfvqnvfvdthdlrfprvafFaskrikagtELtwdYg 150 
                       ++++  +ida+k +nvgrf+nHscspNl+ qnv+ d+ d + p+++fFa+++i++ +ELt+dY+
  OGLUM09G07810.1 1109 EDTEGSTIDASKCSNVGRFINHSCSPNLYAQNVLWDHDDMKKPHIMFFATENIPPLQELTYDYN 1172
                       5677889********************************************************7 PP
Protein Sequence
(Fasta)		MGGVEPPPPP APAPAPAGLA AWLVARGVKR RAVSAKRSWP PLCGRFPAPP PPTAPVAGDD 60
GSKRFEGVVA NQGGAEGVAV SPDRSVPLSG GPTAASLLPP PPSIIAGDVG DNSVEGRGDV 120
GDKGVHGVTE GNEEEQVASA AVSSAACNGA LSHGPSQPEA ERMEVDEGEG RETGEAQLPN 180
DTDARLSDDQ GMGEVLDVMP LAVAAPVSCG ANVSNGSAEN VRDVASLLMD REGGKGGCEF 240
ERKEVTSDRD GRETESRVGV GQLERTNDVH DGGRKKRWLM SVLNPPPKRR AISAIRKFPR 300
DCGRAASTLA ESGASMEELP LEATPISVAT GGASMEDSLA RTPISVQGAS LVCGLDHSSE 360
AIDGKTIEDD ESSKVENRIQ EFQVATNVAL DDFEGAKNGS THPNDSIAKP SPSHGFVERV 420
NGKGSQQEKK LVARSAGDGK MVSKYEERLQ KGTPETRMRD LVDVKAKKKI LKSDKMNGAL 480
QNDARSSGDG KMKTKASSTQ RGVVRSDMSL KQGDIARKVD ATGKCKGGVN SLIKEATSGK 540
HATTNGIEEN DDRDLVGDRI IVQALMAPDK CPWTRRRKSI GGSSESRTPK LKKKFGRPRK 600
ELKDTTPRGE VSSEVASCKA IKHEAIEDKE DSYFEDEGNS KASYSDGEGN SKELVRGGKA 660
LVVCGGKKEL CVTLPPSAPS GTDPRSKIRN LLIKFHAACR KLVQVEEQHK GNIGRIDIEA 720
GKALKQNGFI KPGPIVGNVA GVEVGDEFNF RIELSFVGLH RPYQGGIDST KVNGILVAIS 780
IVASGGYHDE LSSSDELIYT GSGGKAIGNK AAGDQKLERG NLALKNSIET KTPVRVIHGF 840
KGHSKGEASH SKSKQISTYI YDGLYMVVDY WKEGPEGSMV YKYKLQRIPG QPELALHIIK 900
ATRKSKVREG VCVPDISQGR ERIPIPAINT IDDTQPTAFK YTTEVIYPHS YAKEPPKVCD 960
CTNGCSDSNR CACAVKNGGE IPFNSNGAIV EAKPLVYECG PSCRCPPTCH NRVSQHGIKI 1020
PLEIFKTGNK GWGVRSLSSI SSGSFVCEYA GEVLQENGDE HVETDEYLFD IGHHYHDEVW 1080
EDPKFEGILG LESSTSKTTE DTEGSKTTED TEGSTIDASK CSNVGRFINH SCSPNLYAQN 1140
VLWDHDDMKK PHIMFFATEN IPPLQELTYD YNYGKVEDKN GKEKVKPCFC GSPDCSRRLY 1200
Nucleotide Sequence
(Fasta)		CTGCGCGCGG AGCAGCAGAG CACACCCAGC CGACTCATCC GCCCTGCCTA CCACATTTCG 60
ATCCCCTCAC CGTCGCCGCC GCCGCCCGTC TCCGCCGCGG AGGTGAGCTC CTCGTCCCTC 120
CCCCTCTTCG TCGCCGCGGT AGCGCCGTTT CGGATTTTAC GGTTTGGGGG TGGGGAATTT 180
TGTTTTGGGG GAGGGGAGGG GGATTGGATT TGTAGTTCCT CGGTTTGGTT TGATTTGGTG 240
AGGCGGGCGG TGTGCGCGTG GTGGTCTGAT TCCGATCTGT ACTATGTTTG TAGGGTTTGT 300
ATTTTTTTTG TGGTGTTGGT GGTGATGGGT GGCGTGGAAC CGCCGCCGCC ACCGGCGCCG 360
GCGCCGGCGC CGGCGGGGCT GGCGGCGTGG CTGGTGGCGC GTGGGGTGAA GCGGAGGGCG 420
GTCTCCGCCA AGCGCTCCTG GCCCCCCCTC TGCGGCCGCT TCCCCGCCCC GCCGCCGCCG 480
ACTGCTCCCG TGGCCGGTGA CGATGGAAGT AAGCGCTTCG AGGGCGTTGT CGCCAACCAG 540
GGCGGAGCGG AGGGGGTGGC TGTCTCACCT GACCGTTCCG TGCCGCTATC AGGCGGCCCA 600
ACCGCCGCTT CTTTGCTGCC GCCGCCGCCG TCTATCATAG CAGGTGATGT TGGGGATAAC 660
AGTGTCGAGG GCAGAGGAGA TGTTGGAGAT AAGGGTGTCC ATGGTGTCAC CGAGGGCAAT 720
GAGGAGGAGC AGGTTGCCTC GGCTGCGGTT TCCTCGGCTG CATGCAATGG TGCCCTCTCG 780
CACGGCCCGT CTCAGCCGGA GGCAGAGAGG ATGGAGGTGG ATGAGGGAGA GGGGCGGGAG 840
ACCGGAGAGG CACAGCTACC TAATGATACA GATGCTCGGT TGTCAGATGA TCAGGGAATG 900
GGCGAGGTGC TTGATGTGAT GCCTTTGGCA GTAGCTGCAC CAGTTAGTTG TGGTGCTAAT 960
GTCTCTAACG GTTCTGCGGA GAATGTTAGG GATGTGGCCA GTTTGTTGAT GGACAGGGAG 1020
GGAGGCAAGG GGGGCTGTGA ATTCGAGAGA AAGGAAGTTA CTAGCGATCG GGATGGCCGA 1080
GAGACGGAAA GTAGAGTAGG TGTTGGTCAA TTAGAGAGGA CAAATGATGT ACATGATGGT 1140
GGCAGAAAAA AGAGGTGGTT GATGTCAGTT CTGAATCCTC CACCCAAAAG AAGGGCGATC 1200
TCAGCCATAC GCAAATTTCC ACGTGACTGT GGGAGGGCTG CTTCTACTCT TGCGGAAAGT 1260
GGTGCCTCTA TGGAGGAGTT GCCTTTAGAA GCAACACCTA TTAGTGTAGC TACCGGTGGT 1320
GCCTCTATGG AGGATTCCTT GGCGAGAACC CCTATTTCAG TCCAGGGTGC TTCTTTGGTG 1380
TGCGGTCTAG ACCATTCTAG TGAGGCAATA GATGGCAAGA CAATTGAAGA TGATGAATCT 1440
AGCAAGGTAG AAAATAGGAT CCAAGAGTTC CAAGTTGCCA CAAATGTTGC CCTAGATGAT 1500
TTTGAAGGAG CCAAGAATGG TAGTACACAC CCAAATGATT CTATTGCCAA ACCTTCTCCT 1560
AGCCATGGTT TTGTTGAGAG GGTGAATGGA AAGGGATCAC AACAAGAAAA GAAGCTTGTA 1620
GCACGAAGTG CTGGGGATGG CAAGATGGTA AGCAAATATG AAGAGAGATT ACAAAAAGGT 1680
ACTCCCGAGA CTCGTATGAG AGATCTTGTC GATGTAAAGG CAAAAAAGAA GATATTAAAG 1740
AGTGATAAGA TGAATGGGGC ATTGCAAAAT GACGCTAGAT CCTCTGGAGA TGGTAAGATG 1800
AAAACGAAGG CTTCAAGCAC TCAGAGAGGT GTGGTGCGCT CGGATATGAG CTTGAAGCAA 1860
GGTGATATTG CTCGTAAGGT TGATGCCACA GGCAAATGCA AGGGCGGCGT GAATAGCCTC 1920
ATAAAGGAGG CTACATCTGG GAAGCATGCT ACGACTAATG GAATTGAAGA AAATGATGAT 1980
AGAGACCTTG TCGGTGACAG GATAATTGTA CAAGCACTAA TGGCCCCAGA CAAATGCCCG 2040
TGGACACGAA GAAGGAAGTC TATTGGTGGT TCCTCCGAGT CTCGTACTCC TAAGCTTAAG 2100
AAAAAGTTTG GTAGGCCAAG GAAAGAATTG AAAGATACTA CTCCAAGGGG AGAAGTTTCC 2160
TCGGAAGTTG CCTCTTGTAA AGCGATCAAG CATGAGGCCA TAGAGGACAA GGAGGATTCT 2220
TACTTTGAGG ATGAAGGCAA CTCTAAGGCT TCTTACTCGG ATGGTGAAGG CAACTCTAAG 2280
GAGCTAGTGC GTGGAGGAAA GGCACTAGTT GTTTGTGGAG GAAAGAAGGA GTTATGTGTT 2340
ACACTCCCTC CTTCTGCTCC TTCTGGCACA GATCCCCGAA GCAAAATAAG GAATTTACTC 2400
ATAAAATTCC ATGCGGCATG CCGAAAGCTT GTGCAAGTTG AGGAACAACA TAAAGGTAAT 2460
ATTGGAAGAA TTGACATCGA GGCTGGTAAA GCCCTAAAAC AAAACGGTTT TATTAAGCCC 2520
GGACCTATTG TTGGCAATGT TGCGGGAGTT GAAGTTGGAG ATGAGTTTAA TTTTAGAATC 2580
GAATTGTCAT TTGTTGGACT CCATCGCCCA TATCAAGGAG GTATTGACAG TACAAAGGTG 2640
AATGGAATCC TCGTTGCTAT AAGTATTGTT GCTTCCGGAG GTTATCATGA TGAATTGTCT 2700
AGCTCCGATG AACTCATATA TACGGGTTCT GGAGGAAAGG CCATCGGGAA TAAGGCAGCT 2760
GGAGATCAAA AGCTTGAGCG TGGTAATCTA GCTTTGAAGA ATTCTATTGA AACTAAGACT 2820
CCGGTCCGAG TGATTCATGG ATTCAAAGGT CATAGTAAAG GTGAAGCTAG CCATTCTAAA 2880
TCCAAGCAAA TCTCAACATA TATTTATGAT GGGCTGTACA TGGTGGTGGA TTATTGGAAA 2940
GAAGGCCCAG AGGGCTCGAT GGTCTACAAG TACAAGTTGC AAAGGATCCC AGGTCAACCC 3000
GAGTTAGCAT TACACATAAT CAAGGCAACG AGGAAGTCCA AAGTTCGCGA AGGTGTTTGT 3060
GTGCCTGATA TATCTCAAGG AAGGGAGAGG ATTCCCATAC CTGCGATCAA CACAATTGAC 3120
GATACGCAGC CAACAGCATT TAAGTACACT ACGGAAGTCA TATATCCACA TTCCTATGCA 3180
AAAGAACCTC CGAAAGTCTG TGATTGCACG AATGGTTGCT CAGACTCTAA TAGATGTGCC 3240
TGTGCAGTGA AGAATGGAGG TGAAATCCCT TTCAATTCCA ATGGTGCTAT TGTTGAGGCA 3300
AAACCTCTCG TATATGAGTG TGGCCCATCA TGCAGGTGCC CTCCAACATG CCACAACAGG 3360
GTGAGTCAGC ATGGTATCAA AATTCCGCTG GAAATATTCA AGACGGGGAA CAAAGGTTGG 3420
GGTGTAAGAT CTCTGAGCTC TATCTCTTCA GGCAGTTTCG TATGTGAGTA TGCAGGTGAG 3480
GTGCTGCAAG AAAATGGAGA TGAACATGTA GAGACTGATG AGTACCTTTT TGATATTGGT 3540
CATCACTATC ATGATGAAGT TTGGGAGGAT CCTAAATTTG AAGGCATTTT GGGTCTAGAA 3600
TCTTCTACGT CCAAGACAAC GGAGGATACT GAAGGCAGTA AAACAACGGA GGATACTGAA 3660
GGCAGTACTA TCGATGCATC AAAGTGCAGC AATGTTGGAA GATTCATCAA CCACAGCTGC 3720
TCGCCTAATC TGTATGCTCA AAATGTTCTC TGGGATCATG ATGACATGAA GAAACCGCAC 3780
ATCATGTTCT TTGCCACCGA GAACATACCG CCGCTGCAAG AGCTTACTTA CGATTACAAT 3840
TACGGTAAAG TCGAGGATAA GAATGGCAAG GAGAAGGTTA AACCTTGCTT CTGTGGTTCG 3900
CCTGATTGCT CTCGCAGGCT GTACTGAGAT GCTGTTGGCT GATGATGATG ATGGCGACAA 3960
TGGTGCCCAT TTTTCAGTGG AACACTGTTC TGTCGTGCTA TTGATACTTT GTTTTACCTC 4020
CTTTATTTTT TTACTCGTTC ATCTTGCACA GTTGCAGTCA TGGGTAGCAT GTAATGTTCT 4080
CTTCTTTGTC TTTATCTCCT GAATTGAACT CTTACCGCAT CTTTTGGAGC ACCGACTAAA 4140
TTTCAATGGA ATTGATGTTA GGCCATTCCC ATCCCAATGA CTAGGATAGT GTCCATAGTA 4200
TTAAATAAGC TGCGACCTAG GATAAAAAAT AATATGGCAA ATGAATAAAT GAGAAAAGAA 4260
AAGGAAACCA TGTCTTGCCA CCTAGGATGA AAAATGATAT GGCAAGTGAA TAAATGAGGA 4320
AAGAGAAGAA AACCATGTCT TGCCACCTAT GATGAAAAAT GATATGGCAA GTGAATAAAT 4380
GAGAAAAGAG AAGGAAACCA TGTTTTGCAT GAGATATGAT TTCTACACAA CATCGAAGAC 4440
ATCATGTGAG ATAAGTAGCA CTAAATTTAA GTATGGAATA GTGATGTTTG CATTGGAAGA 4500
G 4502
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Orr-0105 ORUFI09G07880.1 Oryza rufipogon 98 0.0 2228
WERAM-Orm-0092 OMERI09G05880.1 Oryza meridionalis 96 0.0 2196
WERAM-Orl-0090 KN540051.1_FGP003 Oryza longistaminata 100 0.0 2054
WERAM-Orb-0102 OBART09G07450.1 Oryza barthii 99 0.0 2037
WERAM-Ori-0109 BGIOSGA030599-PA Oryza indica 99 0.0 1810
WERAM-Ors-0090 OS09T0362900-01 Oryza sativa 99 0.0 1807
WERAM-Org-0097 ORGLA09G0054000.1 Oryza glaberrima 99 0.0 1799
WERAM-Orp-0095 OPUNC09G06250.1 Oryza punctata 87 0.0 1767
WERAM-Orbr-0107 OB09G14850.1 Oryza brachyantha 77 0.0 1625
WERAM-Lep-0098 LPERR09G05040.1 Leersia perrieri 74 0.0 1581
WERAM-Brd-0107 BRADI4G28792.1 Brachypodium distachyon 50 0.0 957
WERAM-Tra-0194 Traes_5BL_3EF68006A.2 Triticum aestivum 50 0.0 957
WERAM-Aet-0076 EMT10007 Aegilops tauschii 55 0.0 951
WERAM-Zem-0104 GRMZM2G300955_P01 Zea mays 51 0.0 949
WERAM-Sei-0101 Si028728m Setaria italica 51 0.0 929
WERAM-Sob-0027 Sb02g022936.1 Sorghum bicolor 47 0.0 927
WERAM-Hov-0073 MLOC_59632.1 Hordeum vulgare 51 0.0 880
WERAM-Orni-0091 ONIVA08G14800.1 Oryza nivara 43 0.0 651
WERAM-Tru-0080 TRIUR3_29767-P1 Triticum urartu 45 0.0 635
WERAM-Viv-0003 VIT_00s0309g00020.t01 Vitis vinifera 49 4e-168 590
WERAM-Pot-0036 POPTR_0003s08130.1 Populus trichocarpa 58 8e-164 575
WERAM-Sol-0078 Solyc06g060960.1.1 Solanum lycopersicum 48 5e-163 573
WERAM-Prp-0019 EMJ11616 Prunus persica 41 6e-161 566
WERAM-Sot-0083 PGSC0003DMT400068350 Solanum tuberosum 49 1e-158 558
WERAM-Glm-0008 GLYMA01G41340.2 Glycine max 49 6e-157 553
WERAM-Met-0121 AES94344 Medicago truncatula 55 2e-151 534
WERAM-Amt-0001 ERN01091 Amborella trichopoda 54 3e-151 533
WERAM-Thc-0040 EOY24196 Theobroma cacao 47 3e-150 530
WERAM-Art-0041 AT2G22740.2 Arabidopsis thaliana 52 1e-144 511
WERAM-Arl-0129 scaffold_402114.1 Arabidopsis lyrata 51 3e-143 507
WERAM-Bro-0077 Bo4g150950.1 Brassica oleracea 51 3e-139 494
WERAM-Brr-0150 Bra030212.1-P Brassica rapa 51 2e-138 491
WERAM-Sem-0004 EFJ22703 Selaginella moellendorffii 41 6e-100 363
WERAM-Php-0129 PP1S9_150V6.1 Physcomitrella patens 43 1e-99 362
Created Date 25-Jun-2016