WERAM Information

Tag Content
WERAM ID WERAM-Orgl-0089
Ensembl Protein ID OGLUM08G14610.1
Gene Name
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
OGLUM08G14610 OGLUM08G14610.1 OGLUM08G14610.1
OGLUM08G14610 OGLUM08G14610.2 OGLUM08G14610.2
OGLUM08G14610 OGLUM08G14610.3 OGLUM08G14610.3
Status Unreviewed
Classification
Type Family E-value Score Start End
HMT SUV39 4.90e-50 170.6 1089 1232
Organism Oryza glumaepatula
Domain Profile
  HMT SUV39
        SUV39.txt    2 rLqvfktenkGwGvrclddiakgsFvciyaGeiltddeaekegleegdeyladldskesvenlkegyesdvplssdssntrqekdkeeseyi 93  
                       +L+vf+t+nkGwGvr+l++i+ gsF+c+y+G +ltd+ea+k+   ++deyl+d++++ + e++++g  s +  ss +s+   +++ e+ +++
  OGLUM08G14610.1 1089 HLEVFRTANKGWGVRSLRSISSGSFICEYVGILLTDKEADKR---TDDEYLFDISHNCDDEDCSKGRPSTI--SSLNSSGGCSQTMEDVCFT 1175
                       79***************************************9...************99999999999887..4445555556666899*** PP
        SUV39.txt   94 idakkegnvgrflnHscspNlfvqnvfvdthdlrfprvafFaskrikagtELtwdYg 150 
                       ida+++gn+grf+nHscspNl+ qnv+ d+ d+r+p+++fFa+++i++ +ELt+dY+
  OGLUM08G14610.1 1176 IDASEYGNIGRFINHSCSPNLYAQNVLWDHDDQRVPHIMFFAAENIPPLQELTYDYN 1232
                       ********************************************************7 PP
Protein Sequence
(Fasta)		MGGGVGRRRR RSLGRASGSL SSSPSSSSSR GCGWAWRRGE RWSAGARGGG DESWWKRSEA 60
RGRGGDREEC GGRRRRWLGH VRRGAGRRSM DGPTLELSEM MLHAAQPWRS RCTQRDVRPG 120
AVPPRPVAAD GRGEGTSTVR GRVLEGTTRG GGRGGGMERE REVVAPARNA VAVAGDLATH 180
GGERVAGPLV AKEKRNGGGE LGTKRGLEKR APLPPPKRRV VSAKRQFPPD FGRDSAVPLG 240
RGRGRGGGVR PSDGAPARAV LGEKVASAGN GDSMANVHHH AVMDTVLMKS SHASDENLVA 300
FKVGSPENGA EGAARGKGAH NGELLGKREV LAQAVNLLPM RRTVSATHRF TAGCGRDAAA 360
PLARREEGKV GSGLEVMPVD VGGGVSKEVM ATDGSKHSVN QCTANIVGAV GVLDGTVQYQ 420
ELEEGEVADE AYCDVESQKV VGCDSFDDSA GERHEGVVPV TSAVTEVLTS HAYDEMMQIK 480
ALQERGSDAA QETEHDLPMG GKCETILPDA SPKCSFGGPS NEIVHGKRVL GSHGMKGEVP 540
SLAIEDHGGI AQIDQELEDV EMTTGEYRVQ DAQIATHVIP HESTTGRHEG GLCASAAAED 600
VKVMNKYKGT LPKAAVKSSM NIATGVFGDG IMRSKILSTA RKVVKPPVRA SHKPPLNTLH 660
RPFSTNSDSF GHKKLKVKRP DQSKDIPMKI ASTSGLAGKD NLTDEKALSL EDDDILKALV 720
VHDGKLEVYL NVPSCVQLHR QHGSGNADDR SKIRMLCRRF QFICRALLHA VEQGSLKIRR 780
VDLAADKIIR KLPGFTKPGP TVGNVNGVEV GDEFMYRVEL ALVGFHRPYQ GGIDTTDYNG 840
VLVAISIVCS GGYPDELSSS GELIYTGSGG KPAGKKKDED QKLERGNLAL KNCIETKTPV 900
RVIHGFKGQN REDNSHSRAK QILTFTYDGL YLVVNCWTEG LKGSRIFKYK LQRIPGQPEL 960
PLHIAKGLRR SLSRPGLCVA DISQGKEMDP ICVINDVSNV HPTSFQYISR IKYPSWLTKR 1020
HPQHHGCDCT DGCIDSTKCF CAVKNGGKIP FNSNGAIVHD KPLIFECGPS CRCHSSCHNR 1080
VSQKGMKIHL EVFRTANKGW GVRSLRSISS GSFICEYVGI LLTDKEADKR TDDEYLFDIS 1140
HNCDDEDCSK GRPSTISSLN SSGGCSQTME DVCFTIDASE YGNIGRFINH SCSPNLYAQN 1200
VLWDHDDQRV PHIMFFAAEN IPPLQELTYD YNYKIGEVRD LNGRVKVKDC HCGSPQCCGR 1260
LY 1262
Nucleotide Sequence
(Fasta)		CTGAGACCCC CAACCGTTTT CTCACCCCTA TCGTTTGCTT GCGTTGCGTG CACAGCGACC 60
GAGCCGAACC AAGCAAGCAG TCGGAGGTTC GGACCCGACC CGACCCGACC CGAGTCAATC 120
CGAATCTTTC AGGTGCGGGG CGTCCGGCCG CCACGTGGCG GGCGAACCCA CCCCTCCCGG 180
CCCCTCCCCG TATCAGTCAC GAGCTCCTCC TTCCTCCCAT TCCACATTTC CACCCCTCAC 240
GGCCCCACCC ACTCTCTCGA TTCTCTCCTC GCCCAAAACC CCCCCAACTC CTCGCAGGCT 300
CGCAGCCTCG CTCCCCCTCA CTGCGCTCTC GGCCTCGCCG CGTCGCCGCC GGTCTCTGGA 360
CGAGGAGGTG AGGGCGCGCG CGCGCCTCGG GCCTACTTCG GCGCTGCTCT GTTCTCGTCG 420
GGCGGTGAAT CGGTGATCGA TGAGCGGGCT GGATCTCCGG GAGATGTTGA GCAGCGCTGC 480
GCGGCGGCAT ACGTGGAGGA GAAGCGGATG GGGGGCGGAG TGGGGCGGCG GCGACGACGC 540
TCGCTCGGCC GCGCTTCCGG CTCGCTGTCC TCCTCCCCCT CCTCCTCGTC GTCCCGCGGC 600
TGCGGGTGGG CGTGGCGACG AGGGGAGCGG TGGAGTGCGG GGGCGCGGGG AGGAGGGGAC 660
GAGTCGTGGT GGAAGCGGAG CGAGGCGCGA GGACGCGGCG GGGACCGGGA GGAATGCGGT 720
GGCCGTCGTC GCCGGTGGCT CGGCCACGTC CGGCGCGGAG CGGGGCGGCG ATCGATGGAC 780
GGGCCGACGC TGGAACTCTC CGAGATGATG CTCCACGCGG CGCAGCCATG GAGAAGCCGA 840
TGCACGCAGC GTGACGTTCG CCCGGGCGCG GTTCCTCCTC GTCCCGTCGC TGCGGATGGG 900
CGAGGCGAGG GCACCAGTAC AGTGCGAGGG CGCGTGCTGG AGGGGACGAC TCGTGGTGGA 960
GGCAGAGGAG GTGGAATGGA GCGTGAGCGC GAGGTGGTGG CGCCGGCGAG AAATGCGGTG 1020
GCCGTCGCCG GTGATTTGGC CACGCACGGC GGCGAGCGGG TTGCTGGCCC CTTGGTGGCG 1080
AAGGAGAAGA GAAATGGCGG CGGTGAGTTG GGGACGAAGA GGGGGCTAGA GAAGCGGGCC 1140
CCGCTTCCGC CGCCCAAGCG CAGGGTGGTG TCCGCTAAGC GCCAGTTTCC ACCAGATTTC 1200
GGTAGGGACT CTGCTGTTCC ACTCGGCCGC GGCCGGGGCC GTGGTGGTGG TGTTCGTCCG 1260
TCGGATGGGG CGCCTGCCCG TGCTGTTCTG GGTGAGAAGG TGGCGTCTGC GGGTAATGGT 1320
GATTCAATGG CGAATGTGCA TCATCATGCT GTGATGGACA CGGTCTTGAT GAAATCTTCA 1380
CATGCTTCGG ATGAGAATCT GGTTGCTTTC AAAGTTGGTT CACCAGAGAA TGGTGCAGAA 1440
GGGGCAGCGA GGGGAAAGGG AGCACACAAT GGTGAATTGC TGGGAAAGAG GGAAGTGTTG 1500
GCTCAAGCTG TGAATTTGCT TCCCATGAGG AGGACTGTAT CTGCGACGCA CCGCTTCACT 1560
GCTGGGTGTG GGAGGGACGC TGCAGCTCCA CTTGCTCGCA GAGAAGAGGG TAAGGTGGGT 1620
TCAGGTTTGG AAGTCATGCC TGTTGATGTT GGTGGGGGTG TGTCAAAGGA GGTGATGGCT 1680
ACGGATGGCA GTAAACATTC GGTTAACCAG TGTACGGCGA ACATTGTTGG AGCTGTCGGT 1740
GTTTTGGATG GAACAGTACA GTACCAGGAA TTGGAGGAGG GTGAGGTGGC TGATGAGGCA 1800
TACTGTGATG TAGAGTCACA AAAAGTTGTT GGTTGTGATT CTTTTGATGA TTCTGCAGGA 1860
GAAAGACATG AGGGTGTTGT TCCTGTAACG TCTGCTGTTA CTGAAGTTTT GACAAGTCAC 1920
GCTTATGATG AGATGATGCA AATTAAGGCA TTGCAAGAAC GGGGCAGTGA TGCTGCGCAG 1980
GAAACTGAAC ATGACTTGCC AATGGGAGGC AAATGTGAAA CTATCTTACC TGATGCTTCT 2040
CCTAAATGTT CGTTTGGTGG TCCTTCAAAT GAAATTGTCC ACGGTAAGAG AGTGTTGGGG 2100
AGTCATGGCA TGAAAGGGGA AGTTCCCAGT CTTGCAATTG AAGATCATGG TGGCATTGCT 2160
CAAATTGACC AAGAACTGGA GGACGTTGAG ATGACTACAG GGGAATACCG TGTTCAGGAT 2220
GCTCAAATTG CCACCCATGT TATCCCACAC GAGTCTACAA CTGGTAGACA TGAGGGGGGG 2280
CTTTGTGCAT CTGCAGCTGC TGAAGATGTT AAGGTGATGA ACAAATACAA AGGGACCTTA 2340
CCCAAAGCTG CTGTTAAATC ATCGATGAAT ATTGCAACAG GAGTATTTGG TGATGGTATC 2400
ATGAGAAGTA AGATACTATC AACAGCTAGA AAAGTAGTCA AGCCACCTGT CAGAGCAAGC 2460
CATAAGCCTC CATTGAACAC TCTGCATAGA CCCTTCTCCA CAAATAGTGA TTCATTTGGT 2520
CATAAGAAGT TGAAGGTAAA ACGTCCAGAT CAAAGTAAAG ATATTCCTAT GAAGATTGCC 2580
TCTACATCTG GATTGGCGGG CAAGGACAAC CTTACCGATG AAAAGGCTTT GAGCTTGGAA 2640
GATGATGATA TTTTGAAGGC ACTAGTTGTT CATGATGGAA AGCTTGAGGT GTATCTCAAT 2700
GTTCCCTCAT GCGTTCAGCT TCATAGGCAA CATGGAAGTG GGAATGCTGA TGATAGGAGC 2760
AAAATCAGGA TGTTGTGCAG GAGGTTTCAG TTTATATGCA GGGCTCTCTT ACATGCCGTC 2820
GAACAGGGTT CATTGAAGAT TCGAAGAGTT GACCTTGCAG CTGATAAAAT CATCAGGAAA 2880
TTGCCAGGCT TTACCAAACC TGGACCTACT GTGGGAAATG TTAATGGAGT GGAAGTTGGT 2940
GACGAATTTA TGTACAGAGT TGAGCTAGCC CTTGTTGGTT TCCATCGCCC ATACCAGGGA 3000
GGAATCGATA CCACCGATTA TAATGGAGTG CTTGTTGCAA TAAGCATCGT TTGTTCTGGA 3060
GGTTATCCTG ATGAATTGTC AAGCTCAGGT GAACTAATAT ACACTGGTTC TGGAGGAAAG 3120
CCTGCTGGTA AGAAGAAAGA TGAGGATCAA AAGCTAGAGA GGGGGAACCT TGCCTTGAAG 3180
AATTGCATCG AGACAAAGAC ACCTGTCCGA GTGATTCATG GATTCAAAGG TCAAAATAGA 3240
GAGGACAACA GTCATTCAAG AGCTAAACAA ATCCTAACAT TTACTTATGA TGGGTTGTAC 3300
CTTGTGGTGA ATTGCTGGAC AGAAGGACTA AAAGGTTCAA GGATCTTCAA ATACAAATTA 3360
CAAAGGATTC CTGGACAACC AGAACTTCCT CTGCACATAG CTAAAGGGCT GAGAAGGTCT 3420
CTTTCACGTC CAGGCCTCTG CGTAGCTGAT ATATCTCAAG GGAAAGAAAT GGATCCCATC 3480
TGTGTGATCA ATGATGTTAG TAATGTCCAT CCAACATCTT TTCAGTACAT CTCTAGAATC 3540
AAGTACCCGT CATGGCTTAC AAAAAGACAT CCTCAGCATC ATGGTTGCGA TTGCACAGAT 3600
GGCTGCATAG ATTCTACTAA GTGCTTTTGT GCTGTGAAGA ATGGAGGAAA AATCCCATTC 3660
AACTCCAATG GTGCAATTGT CCATGATAAA CCCCTCATTT TTGAGTGTGG TCCATCCTGT 3720
AGGTGCCATT CTTCATGCCA CAACAGGGTA AGTCAGAAGG GTATGAAAAT CCACCTGGAA 3780
GTTTTCAGGA CAGCCAATAA AGGTTGGGGT GTAAGATCCC TAAGGTCCAT CTCTTCTGGC 3840
AGCTTTATAT GTGAGTATGT TGGTATCCTG TTGACTGACA AGGAAGCTGA CAAGAGAACA 3900
GACGATGAAT ACTTGTTTGA TATAAGCCAT AACTGTGATG ATGAGGATTG CTCCAAGGGG 3960
AGGCCATCAA CTATTTCTAG TCTAAACTCT TCTGGTGGTT GCTCTCAGAC CATGGAAGAT 4020
GTGTGCTTCA CGATAGATGC GTCTGAGTAC GGAAATATTG GAAGATTTAT CAACCATAGT 4080
TGCTCACCTA ACCTCTATGC ACAAAATGTG CTTTGGGATC ATGATGACCA AAGGGTGCCC 4140
CATATCATGT TCTTTGCTGC AGAGAACATT CCTCCACTCC AAGAGCTCAC TTATGACTAT 4200
AACTATAAAA TAGGTGAAGT CCGCGACCTG AATGGCAGAG TAAAAGTTAA AGATTGCCAT 4260
TGTGGTTCTC CACAGTGCTG CGGCAGGCTC TATTAGGGCA TGGTTGACTG ATAGTACTAG 4320
GTTTGGTATT TCTTTGAACA AAAACCCTTT GTAAAGTTAG TGTTTTGCTT GTTGTCATTT 4380
GAGAGCTTTG TAGATACATG GATAACATGG AGTGTTAGTG GTAAAAAGCA GTAAGGTTGG 4440
TGGTGGTTCT GTACATCTGT TGTCCTACTA CAGCGAAATG CAGATTCTTG CATAGTACTG 4500
TGGTAATATA TATCTTGCCC CTTTGCGACA CTGTTGCTGA GTCCAGAATA TATGTGGAAT 4560
TGAATAAAAT TGGCCTGGTG TTTGAACTAT CCCAAGAATC TGGACAGGAC TGCAGTTGAA 4620
AGCAGGTACA CAATCAAACT TCTGTTATTT TACATAATGA TCATTTATGT CATTTGTGCT 4680
AACAATGAGC TAGGACAATC AGAAGATGGA CAAGATGTGT GTTGTGCTTT TGAAACCTGG 4740
GAGGTAGTCT TTTGGTCTTT GGATTCATGT GTGA 4775
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Orni-0091 ONIVA08G14800.1 Oryza nivara 99 0.0 2247
WERAM-Ors-0082 OS08T0400200-00 Oryza sativa 99 0.0 2215
WERAM-Orr-0095 ORUFI08G15680.1 Oryza rufipogon 99 0.0 2215
WERAM-Orm-0086 OMERI08G11900.4 Oryza meridionalis 99 0.0 2215
WERAM-Org-0091 ORGLA08G0121400.1 Oryza glaberrima 99 0.0 2154
WERAM-Orb-0092 OBART08G13850.1 Oryza barthii 99 0.0 2144
WERAM-Orl-0100 KN541022.1_FGP003 Oryza longistaminata 95 0.0 2098
WERAM-Orp-0088 OPUNC08G12520.1 Oryza punctata 85 0.0 1471
WERAM-Orbr-0099 OB08G21670.1 Oryza brachyantha 66 0.0 1427
WERAM-Ori-0099 BGIOSGA028625-PA Oryza indica 99 0.0 1154
WERAM-Brd-0079 BRADI3G35330.1 Brachypodium distachyon 68 0.0 936
WERAM-Tru-0080 TRIUR3_29767-P1 Triticum urartu 49 0.0 911
WERAM-Tra-0010 Traes_1AS_5AD13CB6B.1 Triticum aestivum 49 0.0 910
WERAM-Hov-0016 MLOC_14516.1 Hordeum vulgare 69 0.0 893
WERAM-Sei-0053 Si015003m Setaria italica 50 0.0 885
WERAM-Aet-0032 EMT23957 Aegilops tauschii 69 0.0 868
WERAM-Sob-0104 Sb07g019860.1 Sorghum bicolor 61 0.0 795
WERAM-Zem-0104 GRMZM2G300955_P01 Zea mays 61 0.0 682
WERAM-Lep-0098 LPERR09G05040.1 Leersia perrieri 55 2e-174 611
WERAM-Viv-0003 VIT_00s0309g00020.t01 Vitis vinifera 56 2e-158 558
WERAM-Prp-0019 EMJ11616 Prunus persica 54 9e-154 542
WERAM-Sol-0078 Solyc06g060960.1.1 Solanum lycopersicum 53 1e-151 535
WERAM-Pot-0036 POPTR_0003s08130.1 Populus trichocarpa 53 4e-151 533
WERAM-Sot-0083 PGSC0003DMT400068350 Solanum tuberosum 50 9e-148 522
WERAM-Amt-0001 ERN01091 Amborella trichopoda 52 1e-147 522
WERAM-Glm-0008 GLYMA01G41340.2 Glycine max 52 3e-147 520
WERAM-Met-0121 AES94344 Medicago truncatula 50 4e-145 513
WERAM-Thc-0040 EOY24196 Theobroma cacao 52 6e-145 513
WERAM-Art-0053 AT2G35160.1 Arabidopsis thaliana 49 1e-130 465
WERAM-Arl-0007 Al_scaffold_0004_216 Arabidopsis lyrata 48 5e-130 463
WERAM-Bro-0077 Bo4g150950.1 Brassica oleracea 49 1e-128 459
WERAM-Brr-0150 Bra030212.1-P Brassica rapa 48 6e-128 456
WERAM-Sem-0004 EFJ22703 Selaginella moellendorffii 44 1e-99 362
WERAM-Php-0129 PP1S9_150V6.1 Physcomitrella patens 42 3e-96 351
Created Date 25-Jun-2016