WERAM Information

Tag Content
WERAM ID WERAM-Met-0175
Ensembl Protein ID KEH19208
Gene Name MTR_8g042750
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
MTR_8g042750 KEH19208 KEH19208
Status Unreviewed
Classification
Type Family E-value Score Start End
HMT SUV39 3.80e-46 158.2 512 657
Organism Medicago truncatula
Domain Profile
  HMT SUV39
  SUV39.txt   2 rLqvfktenkGwGvrclddiakgsFvciyaGeiltddeaekegleegdeyladldskesv..enlkegyesdvplssdssntrqekdkeeseyiidakke 99 
                +++vf+t+ +GwG+r+ld i++g+F+c+yaGe+++++++ ++   ++dey++d++++++   +n++++  +dv     ssn  +e  +  s +ii+a++ 
   KEH19208 512 HMEVFRTKGRGWGLRTLDPIRAGTFICEYAGEVINRAKVYQNVEGDNDEYVFDTSRIYEPfkWNYEPSLLEDV-----SSNVCSEDYTIPSPLIISARNV 606
                699***************************************899************9987899999999999.....558888888999********** PP
  SUV39.txt 100 gnvgrflnHscspNlfvqnvfvdthdlrfprvafFaskrikagtELtwdYg 150
                gn++rf+nHscspN+f+q+v++ ++++ f ++afFa ++i+++ ELt+dYg
   KEH19208 607 GNIARFMNHSCSPNVFWQPVLYAENNQSFIHIAFFALRHIPPMAELTYDYG 657
                **************************************************6 PP
Protein Sequence
(Fasta)		MEDSFDKSKI VEVKPLRSLA PVLPKHVQSV FSREYPSGFP PFYSFVKPHQ IPLPKEAEEI 60
PLDDKVAEKT PVKAAAAAAH DTPVAAKVTP IRAYKSSHDE EMNQQGDGDN NDYSEGFIGD 120
KQKRSTDNIE NCKEFLRRKK NKTREASVGG TSSYVGVNPT LKDDGDRESV NHVLMTFDSI 180
RRRLCQLEES KELNNALAIK RADLRASNAL TCKGFKTNTR RRAGVVPGIE IGDVFFFRME 240
MCLVGLHAQS MGGIDYMSIK DGSKEDTVAL SVVSSGVYGD DTEDNNVLIY SGQGENFNKK 300
DKHVTDQKLQ RGNLALDRSA QRHDEVRVIR GVRDPMNRSA KIYMYDGLYK IQDSWIERGK 360
SGGGIFKYKL VRLPGQKIAY AAWKLAQKWK AGSCARNGFI LADLSNGVES IPVSLVNDVD 420
DEKGPAFFTY FTSLKNPKPF GLVQPSLSCN CNTACVPGDL NCSCIQRNEG DFPYTANSVL 480
VSRKPLIHEC GPMCRCFPTC KNRVSQTGLK QHMEVFRTKG RGWGLRTLDP IRAGTFICEY 540
AGEVINRAKV YQNVEGDNDE YVFDTSRIYE PFKWNYEPSL LEDVSSNVCS EDYTIPSPLI 600
ISARNVGNIA RFMNHSCSPN VFWQPVLYAE NNQSFIHIAF FALRHIPPMA ELTYDYGITH 660
AGHAGGSSAL RRRKKCLCGS ARCRGFFG 688
Nucleotide Sequence
(Fasta)		TTTAACTACA TATGTTTTTT TCGCAAAGTA AAAAACAAAC AATCTTATTA CAAAGAATTT 60
CTTCTTCTTC TTCTTCTCGG AATTCTAGAA GACTCCTAAC ATTCGCTTCT CTGTTTCTCT 120
TCTTCTTCAA CATCCACATG CTACAACTTT AGGTATCCAC ATGCTACAAC TTTAGGTATA 180
TATATATTTT TTTTAAATTA CAACTTTATT ATAATTTTGT ATTAAAAATG TGAAATTTCT 240
TTCATTGATT TTAGGTTTTG TTGATAGGGT TTATTTATAA TGGAAGATTC ATTTGACAAA 300
TCTAAGATTG TTGAAGTCAA ACCCTTACGT AGTTTAGCAC CTGTTTTACC AAAACATGTT 360
CAATCCGTGT TTTCTCGTGA ATACCCATCT GGGTTTCCTC CATTTTACTC ATTTGTCAAA 420
CCCCATCAAA TTCCTCTTCC AAAAGAAGCT GAGGAAATCC CTCTTGATGA CAAAGTAGCC 480
GAGAAGACAC CGGTGAAAGC AGCAGCAGCA GCAGCTCATG ACACTCCTGT TGCTGCCAAA 540
GTTACTCCAA TAAGGGCCTA CAAGAGTTCA CATGATGAAG AAATGAATCA ACAAGGCGAT 600
GGAGATAACA ATGATTATTC GGAAGGGTTT ATAGGTGATA AACAAAAGCG TAGTACGGAT 660
AATATTGAGA ACTGCAAGGA GTTTCTTAGA AGGAAGAAGA ACAAAACTCG CGAGGCGTCT 720
GTTGGTGGTA CGAGTTCTTA TGTTGGTGTT AACCCGACAC TAAAAGATGA TGGTGATAGG 780
GAATCGGTTA ATCATGTGCT TATGACGTTT GATTCGATTC GAAGGAGGCT ATGCCAACTT 840
GAAGAGTCGA AGGAACTGAA CAATGCACTT GCTATCAAGC GTGCGGATCT AAGAGCGAGT 900
AATGCTTTGA CTTGTAAAGG GTTTAAAACA AACACGAGGA GAAGAGCGGG TGTGGTGCCT 960
GGGATTGAGA TTGGGGATGT TTTCTTTTTT CGAATGGAAA TGTGTCTTGT GGGTTTGCAT 1020
GCTCAATCAA TGGGTGGAAT TGATTATATG AGTATCAAGG ATGGGTCTAA GGAAGATACT 1080
GTGGCGTTAA GCGTTGTTTC GTCAGGTGTA TATGGTGATG ATACAGAGGA TAATAATGTT 1140
TTAATTTATA GTGGTCAGGG TGAGAATTTC AACAAGAAAG ATAAACATGT GACTGATCAG 1200
AAGCTTCAAA GAGGTAATCT TGCTTTGGAT AGAAGTGCAC AGCGGCACGA TGAAGTTAGA 1260
GTCATTCGAG GTGTGAGAGA TCCTATGAAT AGAAGTGCAA AAATCTATAT GTATGATGGT 1320
TTATATAAAA TCCAAGATTC TTGGATTGAA AGAGGGAAAT CTGGCGGTGG TATATTTAAG 1380
TATAAGTTGG TAAGGTTACC TGGTCAAAAA ATTGCTTATG CTGCTTGGAA ATTGGCTCAA 1440
AAGTGGAAGG CAGGTTCCTG TGCAAGGAAT GGTTTTATTC TTGCAGACCT CTCCAATGGG 1500
GTTGAAAGTA TTCCAGTATC ACTTGTCAAT GATGTCGATG ATGAGAAAGG TCCTGCTTTT 1560
TTCACTTATT TCACATCTCT CAAAAACCCA AAACCTTTTG GTCTAGTGCA GCCTTCTTTA 1620
AGCTGCAATT GTAACACAGC ATGTGTCCCA GGTGATTTGA ACTGTTCATG CATTCAAAGA 1680
AATGAAGGTG ATTTTCCGTA TACTGCAAAT AGTGTTCTAG TGAGTCGGAA GCCGCTTATT 1740
CATGAATGTG GCCCTATGTG TCGGTGTTTT CCTACTTGCA AAAATCGAGT ATCACAGACT 1800
GGTTTAAAAC AACACATGGA AGTGTTCAGA ACAAAGGGTA GAGGTTGGGG GCTTCGAACA 1860
CTGGATCCTA TACGTGCTGG TACTTTTATT TGTGAGTATG CAGGAGAAGT TATTAACAGA 1920
GCCAAGGTAT ATCAGAACGT TGAAGGAGAT AATGACGAAT ATGTTTTTGA TACAAGCCGT 1980
ATTTATGAAC CATTCAAGTG GAATTATGAA CCTAGCTTAC TGGAAGATGT AAGTTCAAAT 2040
GTATGTAGTG AGGATTATAC AATACCATCT CCTCTAATTA TAAGTGCCAG GAATGTGGGA 2100
AATATAGCTA GATTCATGAA TCATAGTTGC TCCCCAAATG TTTTTTGGCA GCCAGTCTTA 2160
TATGCGGAAA ATAATCAATC CTTTATCCAC ATTGCATTTT TTGCCCTTAG ACATATTCCT 2220
CCAATGGCAG AGTTAACATA TGATTATGGA ATTACCCATG CTGGTCATGC TGGTGGTAGT 2280
AGTGCACTTA GAAGGAGAAA GAAATGCTTG TGTGGATCAG CAAGGTGCCG TGGTTTCTTT 2340
GGTTGACAAT TTGTTGCAGT TGCTCACAGA CAAACATGGT GCTTGCAAGT CTATTCATGG 2400
CTAAACGAGG TTTGTGCATC TATTGCAAGT TTTCAAAATA CTTAATTCAG ATGTGATATA 2460
TATAATGAAT GCATACTGAT TTTAACTTTT TAAGTTGCCT TGTTATGTTG TTATCTGAAG 2520
TTTCTAATAA ATTTTCAATC TTATTGCTTT TCACAACAAA GGCATATGAC GTAGATCCGA 2580
TTTGTTAGTA TCTTAAGCTG GCTTGTATTA TAAGTGTGCA TTTTAGTTTG AATGATTTTT 2640
TTTTACAGTA ACAACTCACT AAAGAGTATA TTTTTTTAAC TTACTTTCTC AAGATAATTT 2700
TAAGATAAAT CAGTCGAGCA TAAATGATAA GTTGTATAAG CTACGGATAA GTTCTTTTAC 2760
AGTTTAATTT AATTAGCTTC GATTAGGCAT CTTAGGTCAT AATGCCTCAA ATTTGCGATA 2820
GATTCCTTTT TTTGAGTTCA TTTCTATTAT TCATTTTGTT GTTCATGGTC TATAGTATTG 2880
TTAAGAGTCT ATATTATTCT TAATAAGAGT CTGACATTGG ATGAGATATG GTTTCTCTCT 2940
CTCTCTCTCT CTCTCTATAT ATATATATAT ATATATATAT ATATATATAT ATATATATAT 3000
ATATATATAT AAAAGCAGGA GGAGAGGGTA TTAAGAATCT CACATTCGAC GTGATATGGC 3060
CTTAAAACGT GTCTATAAGT GGTTGGTATT CCTCACCTTA CAAGTCGATT TTGTTAGGAT 3120
TAGTTTTGAA TTTAAGGTCT GTGTTTCGAA AGAAGAAATT TGTTGATCTT GCGCTATTAT 3180
GCAACTCTGT TAATGCTTTA ATTTGTTACC AATCATTATA TATTTGATTC CAAGTTTGGG 3240
TACAGGGGTC ATGTTAGATA GTTAATTCTA GGTTGTTAAC CGAATAAAAT GCATTGTGGC 3300
ACAAGTATGT CGTGGAAGCA AGATTTGCAT TCAGTCATTT AGAAGGTAGC TAAAGGTACA 3360
CTGAGAGAAC CGAGAGGCTC TGTACCTAAG GTTAAATAAT ATCTGAGGTG GAAACTGTTC 3420
AAGAGGTAGA GTTATAAATG GGCACGTCAA GGTTCGATGT TTGTCTAAAA AAGGTAGAGT 3480
TAAAAATGGG CACGTCAAGG TTCGATGTTT GTCTAAAAAA GGTAGAGTTA AAAATGGGCA 3540
CGTCAAGGTT CGATGTTTGT CTAAAAATGA TGAAAACTGT TAAAAACAAA GTCAGTATAA 3600
AAAGGGGATG CTAAGAAGGG AATCAGGGAG GTGGGACCTA AATCATTTGA GGTGTTATAA 3660
TATATACCAA TCTTTAGGCA CCAACCATGT TGGTTGAAAG AAGTGTTTTG AAGCTTTGCC 3720
ATTGGTATAG AAAGAAAAAT AAGAATCTCA GATCATGCAA CATTAAGGAA CTCAAATATT 3780
TTATACAGTA GTGAGGATGA TCAAAATCAT ACCTTTTGCT TGTAAAATTT GGAATTGAGG 3840
GCAAGAAGAA ACACTAATAA GATGGTTTAT GTACACTAAT GTAAGGAAGT GTTTGAATAA 3900
ACAATTTAAT TAAAAGCTTA TTATTCAATA AGTGTTTATC ATATTGGAGT TTATATATAG 3960
GTTGTTTTTA CTGTTGAAGA GAGAATAAGG ATAAACTTCG TACAAACTTT GTATAAGCTG 4020
CTACTACAAA CTATCTTAAG GAGTTTATAT ATAGGTTCTA AGTTTGTGGT TTTATAAGTT 4080
TTTTTTTTTT TAATTTTTAA ACAAAACATG TTTGGGTAAA ATGGAGTTAA ATTAGTTTTT 4140
TACTTAATTT TAAAACAGTT TTCAGTTAAA GCCCAATACT ACAGAAATAG GTTTTATGAT 4200
TTTTGTTTCA ATATTATAGT TAACACATCG TGTCCCTTCC TTTCTTTTTC CTGCCGTTCT 4260
TGAACAAGTT CCATCCCTTC TCGTTTGTCC CAGTTCCGTC TGCACAAAAG ATGGTCATTG 4320
TTCAAGACTT CCAGTTCCTT CTGCCTGTGA GTCTGGTCTT GTTAGGATAT AGAATAATTG 4380
ATATTAGAGT AGTTAAAGTA GTTAGTTAAA TCAGTTGGTT TGTTATTTGG ATTGTAGTTA 4440
TGAGTTGTTA AAGAAGTTAG TTAGTTTGTT CTTTGGATTA GTTTTAGAGT ATGTGTATAA 4500
ATAAGAGAAC ACAAATGTAG AGAGCATCTT TGAATATTTG TAATTGTGAA GGGGAATCCC 4560
TTGGAGGAGA GATTCTCTCC TATTCTATCA TTTTTTTTCT TCATAAAATT GTTATTTCTT 4620
TGGAATCCAA TGCTTGGCTT CCTAACAGGT CATCATTCCG TCTTTTCTGC CCACAAATTA 4680
CCGTTTATAT ATTCAGGTGA CTTTGTGGAA ATAACTCCTT TGTAGTTCAT ATCTGCAAAA 4740
GAACCATGGG ATTGAGTGGT TATTGAAGCA ATGGATTGAC CACCAGGATA CCCCCTGTAA 4800
GGGCAAAGAA GCCATGTTAT CTTTAGGAGT AGCTGTCGCT GTCAGGTCTA AAACATTCAC 4860
TTGAAGGGAA ATAATTTGTC TGGATCCCAG ATAACTCAGC ACTTGACCAA TTATCGTTAT 4920
GTGTACCTTG ATATCCAGTA TAGAGAAAGA AAGTTCTGAA TGTTGAGAGG CTAGTGAAGA 4980
AGATGAATTT TCATATCCAA TTCTTATACC TCTTTGTTTG CCTTCAGGGT GTGTTTTCAA 5040
CAAGGCATTG TTCAAGATAC CCATATTTGG GGGGTGAGAA CTAGAGGTGG GTACTTTTGG 5100
TCTGTTATCT GGGAGTTTAT TTGGGATGGT CAAAGCTGTT TTAGCAAGAT GTGCTAGCTT 5160
TGTCTGAGTT CAAAATTAGA GATTGTAAGA AATATGAGTT ACTTCCAGTC TTCACACTAC 5220
ACGAAAAGTT ACATCATTAG CTGCTTTTGA TCTTTATGGA GAAATAAGAG ATTGTAAGTC 5280
ATAGGATCAG GTTAAGGAAT GAAATGTAGA TATGTTTGGG ATGTTCTTTG TGATAGAAAG 5340
GTAGCTATTA AGCTCCAAGG AAAATTGTAC CATGTAACCA TTAACTAATG TTCTGAGATG 5400
AGAGTGTCCT GGTAGATGAG TGGAAGCAAA AGTTCGGTGA TGAATGTGAT AGACAAACAT 5460
TAGGAGTAAC AATGGTTATT AAAAAGACGA TACGTTTACT AGAGATGATT TGGTCATGTA 5520
AGGTAGATAA ATATATTAAA AGGTAAGATA CTACGAACCA TTAAAATTGA CTGAGTTCTG 5580
AAGGGACCGG AATCCTCTCC AATATGCATC TTTCCCCAAC TGCAGAGGAT CCAACTCGTG 5640
GAAGACCCAA GTGAGAATTT GGTATTACAA GTGAGAAAAT GTTTTAAGTC CTTATCATTG 5700
TTCATGTGCT GTTGTGCATG TTTCGGACTG GTGTGGTTTT CCATGTGAAT TGACGTTTTC 5760
TCATCTCTCT TCATGTATAT TAAAATCTTA TGCAACATGT TTTAAGATTA TACATGCATC 5820
TCAGACATAC GTTCTCATGT ATGCAAATGT TTATGCTTTT CATTATCTAC CAATAGAGTT 5880
GAGATTATTT CCATTTCTCA GAAATTTTGT ACCTCATTAA GACTAATTTT CTTGTTTTTA 5940
CTTATCCACA CTCTTTTTGT TTAACAGCAG ATGAGGAAAT TCAATTTCAA GAGCCAGATC 6000
AAGCCTGGAG GCTCGAACTT AGTGTATATT TGCTTTCAAA TATAATTATG AAGTGTAGAT 6060
ATTCTTGACT AAAATTAATC ATGTTGGTCT CTGGGCTTTA CTGTTTTATG GATCCGACTT 6120
GGATCATCAT GCCCCATTCC TAATTTTAAG GGTAAAATTT TGGCGAGTTG AAATGTCATG 6180
AACGCTTGAA ATCATCAACA TGCTGATCTT TGTCCTTTGG AGTATTAACT TAGATTTTCT 6240
TGTAATTTAG TAGTCAATGT TTATGTTCAT TAGAAGGCTA ATGGTGTATT TTACATCTGG 6300
GAATGTAGAA ACTAATTTGT TAAACCATGC TGTGTATCTT ATTTCTATTT CTATTGATCT 6360
GGTGACTTGT TTACATAAAA ATATATTTAT ACTTAAGCTA TGTAACATGC TAAAAGTATT 6420
GAGCTAGAAC TTTGCTGTTT ATGTAGTATA TAGTCCTACC CAGATTAGAG GATTAGTCCC 6480
TACAATTGTG C 6492
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Glm-0165 GLYMA13G25640.1 Glycine max 67 0.0 948
WERAM-Pot-0004 POPTR_0001s07390.1 Populus trichocarpa 54 0.0 750
WERAM-Prp-0038 EMJ21426 Prunus persica 54 0.0 745
WERAM-Thc-0121 EOY19472 Theobroma cacao 53 0.0 730
WERAM-Viv-0081 VIT_13s0047g00120.t01 Vitis vinifera 65 0.0 726
WERAM-Art-0116 AT5G04940.2 Arabidopsis thaliana 57 0.0 647
WERAM-Arl-0099 fgenesh2_kg.6__ 415__ AT5G04940.2 Arabidopsis lyrata 57 0.0 645
WERAM-Bro-0184 Bo9g177540.1 Brassica oleracea 47 3e-180 629
WERAM-Brr-0027 Bra005829.1-P Brassica rapa 47 9e-180 627
WERAM-Orbr-0065 OB05G28580.1 Oryza brachyantha 45 4e-166 582
WERAM-Sol-0126 Solyc10g077070.1.1 Solanum lycopersicum 45 1e-165 580
WERAM-Sot-0021 PGSC0003DMT400018511 Solanum tuberosum 45 4e-165 578
WERAM-Orl-0010 KN538687.1_FGP155 Oryza longistaminata 45 2e-164 576
WERAM-Zem-0069 GRMZM2G117458_P01 Zea mays 45 3e-164 576
WERAM-Orgl-0057 OGLUM05G22350.1 Oryza glumaepatula 45 5e-164 575
WERAM-Sei-0082 Si021388m Setaria italica 44 6e-164 575
WERAM-Orni-0053 ONIVA05G21810.1 Oryza nivara 45 8e-164 575
WERAM-Ors-0051 OS05T0490700-01 Oryza sativa 45 1e-163 574
WERAM-Orr-0057 ORUFI05G22380.1 Oryza rufipogon 45 1e-163 574
WERAM-Org-0055 ORGLA05G0183200.1 Oryza glaberrima 45 2e-163 573
WERAM-Orb-0055 OBART05G21130.1 Oryza barthii 45 2e-163 573
WERAM-Tra-0028 Traes_1DL_6774B062E.1 Triticum aestivum 45 1e-162 571
WERAM-Orm-0054 OMERI05G19070.1 Oryza meridionalis 45 2e-162 570
WERAM-Orp-0070 OPUNC07G07250.1 Oryza punctata 52 1e-161 567
WERAM-Hov-0035 MLOC_36615.1 Hordeum vulgare 44 6e-161 565
WERAM-Brd-0028 BRADI1G53840.1 Brachypodium distachyon 52 4e-160 562
WERAM-Aet-0062 EMT00374 Aegilops tauschii 45 8e-160 561
WERAM-Sob-0053 Sb03g037660.1 Sorghum bicolor 48 9e-159 558
WERAM-Ori-0056 BGIOSGA017817-PA Oryza indica 45 2e-157 553
WERAM-Tru-0063 TRIUR3_25291-P1 Triticum urartu 44 4e-156 549
WERAM-Lep-0057 LPERR05G16930.1 Leersia perrieri 48 1e-153 541
WERAM-Amt-0085 ERM98215 Amborella trichopoda 48 6e-139 492
WERAM-Mua-0084 GSMUA_Achr5P13120_001 Musa acuminata 39 5e-94 343
WERAM-Sem-0004 EFJ22703 Selaginella moellendorffii 38 3e-92 337
Created Date 25-Jun-2016