WERAM Information

Tag Content
WERAM ID WERAM-Met-0154
Ensembl Protein ID AES81077
Gene Name MTR_7g088370
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
MTR_7g088370 AES81077 AES81077
Status Unreviewed
Classification
Type Family E-value Score Start End
HMT SUV39 2.30e-42 146 544 679
Organism Medicago truncatula
Domain Profile
  HMT SUV39
  SUV39.txt   1 vrLqvfktenkGwGvrclddiakgsFvciyaGeiltddeaekegleegdeyladldskesvenlkegyesdvplssdssntrqekdkeeseyiidakkeg 100
                +rL+vf+t+nkGwG+r++d i++g+F+c+yaGe+++++ ae  g e++dey++d ++++++        + +p+       + e  k  s + i ak+eg
   AES81077 544 FRLEVFRTSNKGWGLRSWDAIRAGTFICEYAGEVIDNARAEMLGAENEDEYIFDSTRIYQQ-------LEVFPA-------NIEAPKIPSPLYITAKNEG 629
                59*******************************************************9986.......444554.......3344567999********* PP
  SUV39.txt 101 nvgrflnHscspNlfvqnvfvdthdlrfprvafFaskrikagtELtwdYg 150
                nv+rf+nHscspN+++ +++ +++++   ++afFa ++i+++ ELt+dYg
   AES81077 630 NVARFMNHSCSPNVLWRPIVRENKNEPDLHIAFFAIRHIPPMMELTYDYG 679
                *************************************************6 PP
Protein Sequence
(Fasta)		MDHNLGQESV PADKSRVLNV KPLRTLVPVF PSPSNPSSSS NPQGGAPFVA VSPAGPFPAG 60
VAPFYPFFVS PESQRLSEQH APNPTPQRAT PISAAVPINS FKTPTAATNG DVGSSRRKSR 120
TRRGQLTEEE GYDNTEVIDV DAETGGGSSK RKKRAKGRRA SGAATDGSGV AAVDVDLDAV 180
AHDILQSINP MVFDVINHPD GSRDSVTYTL MIYEVLRRKL GQIEESTKDL HTGAKRPDLK 240
AGNVMMTKGV RSNSKKRIGI VPGVEIGDIF FFRFEMCLVG LHSPSMAGID YLTSKASQEE 300
EPLAVSIVSS GGYEDDTGDG DVLIYSGQGG VNREKGASDQ KLERGNLALE KSMHRGNDVR 360
VIRGLKDVMH PSGKVYVYDG IYKIQDSWVE KAKSGFNVFK YKLARVRGQP EAYTIWKSIQ 420
QWTDKAAPRT GVILPDLTSG AEKVPVCLVN DVDNEKGPAY FTYIPTLKNL RGVAPVESSF 480
GCSCIGGCQP GNRNCPCIQK NGGYLPYTAA GLVADLKSVI HECGPSCQCP PTCRNRISQA 540
GLKFRLEVFR TSNKGWGLRS WDAIRAGTFI CEYAGEVIDN ARAEMLGAEN EDEYIFDSTR 600
IYQQLEVFPA NIEAPKIPSP LYITAKNEGN VARFMNHSCS PNVLWRPIVR ENKNEPDLHI 660
AFFAIRHIPP MMELTYDYGI NLPLQAGQRK KNCLCGSVKC RGYFC 705
Nucleotide Sequence
(Fasta)		AGAACCTTTC TCTTATTTTC TCTCTCATAC ATTACTCTCC TTCTCTCTCT AAAAACTACA 60
GTGTGTGGAA GAAGATGCTT TGGTTTGAGG GAAGTTTCAT GGACTTCAAC TCAAACTGAA 120
AAAAGCTCAC AAACCCCACT TCAGTTTTCA ACACCCATTT CAGGTTTGTT TCATTTCTCA 180
TTTTTACACC TTAATTTTTC ATTATTAACC ACTTAATTTC AAAGCTTATG CCCTAATTTT 240
GTTCTCTGAC CCCTCATTTT TTAAACATCT GATCTGATCT ATGTACACAT GTTTTCATTT 300
CCCTTAGATT AGTCATAAAG TTTGCATTTT TATGTCAATT TTTTCATTTT TCTGTTCCTC 360
AATTTTTGTT TCCAATCTTA CGTTGAGTGA AAATGTTATG ATTAAGTTAT AGACTCATTT 420
TTTTTTTTTT TTTAACATTT TGGTTAAATT TTCCCTCAAA AAAAAAAAAA AACATTTTGG 480
TTAGATTTTG TTGCTGTTAT TGTTGTTTTT TTCTATCAAT GTTGTTGTTC TATTTTTGTT 540
GTTCCCTAAA ATTTCATTTT CTGATTTTGG ATTTGTTTGC ATGTTACAGG AACTTTGTTG 600
TATTATCCAG TGTTGACTCC ACAGCTTGTA TCTTGCAGCT ACTGTTGTTT TTTTGTGAAA 660
AGTTGTACTG CTTTGAAACT TCTCAATGGA TCATAATTTG GGTCAAGAAT CTGTTCCTGC 720
TGATAAGTCC AGGGTTTTAA ATGTTAAGCC ATTGAGGACT CTTGTTCCGG TGTTCCCTTC 780
ACCGTCTAAC CCTTCATCGT CTTCAAATCC ACAAGGTGGT GCTCCTTTTG TTGCTGTTTC 840
TCCTGCTGGT CCTTTCCCTG CTGGTGTTGC ACCCTTTTAC CCTTTCTTTG TTTCACCGGA 900
GTCTCAGAGG CTTTCTGAAC AACATGCACC AAACCCAACT CCTCAACGTG CCACACCAAT 960
ATCTGCTGCA GTTCCAATTA ACTCATTCAA GACTCCAACT GCGGCGACAA ATGGAGATGT 1020
TGGCTCGTCA CGGAGGAAAA GCCGGACTCG TCGTGGACAG CTTACCGAGG AAGAAGGCTA 1080
CGATAATACT GAGGTAATTG ATGTAGATGC TGAAACTGGG GGTGGGAGTT CAAAGCGCAA 1140
GAAGAGGGCA AAGGGACGAC GAGCTAGTGG TGCTGCTACC GATGGGAGTG GTGTGGCTGC 1200
CGTTGATGTT GATCTAGATG CGGTTGCTCA TGATATTCTC CAATCAATCA ACCCCATGGT 1260
TTTTGATGTA ATAAATCATC CTGATGGTAG TAGGGACTCG GTGACATATA CACTTATGAT 1320
ATACGAAGTG CTCCGAAGAA AGCTTGGACA AATTGAAGAG TCAACAAAGG ACCTTCATAC 1380
TGGAGCAAAG CGACCTGATT TGAAGGCAGG CAATGTTATG ATGACTAAAG GGGTTAGGAG 1440
TAACAGCAAG AAAAGGATTG GAATCGTGCC TGGTGTTGAA ATTGGAGATA TTTTCTTTTT 1500
CCGATTTGAG ATGTGCTTAG TGGGATTACA TTCACCTTCT ATGGCTGGAA TTGATTACCT 1560
GACTTCCAAA GCAAGTCAAG AGGAAGAGCC ATTAGCTGTT AGTATTGTCT CCTCTGGAGG 1620
ATATGAAGAT GATACAGGCG ATGGGGATGT GTTGATTTAT AGTGGCCAAG GTGGAGTTAA 1680
CCGTGAAAAG GGAGCAAGTG ATCAAAAGCT TGAAAGGGGT AATCTTGCTT TGGAAAAGAG 1740
TATGCATAGA GGTAACGATG TGAGAGTCAT TAGGGGTTTG AAGGATGTAA TGCATCCATC 1800
TGGGAAGGTA TATGTCTATG ATGGAATTTA CAAGATTCAA GATTCATGGG TGGAGAAAGC 1860
AAAATCTGGA TTCAATGTAT TCAAGTATAA ATTAGCGAGG GTGCGTGGGC AGCCTGAAGC 1920
ATATACGATA TGGAAATCCA TTCAACAATG GACCGATAAG GCGGCTCCAA GAACAGGGGT 1980
TATATTGCCC GATCTTACTT CCGGGGCTGA AAAAGTCCCT GTTTGTCTTG TTAACGATGT 2040
TGATAACGAG AAGGGCCCTG CATATTTCAC TTACATCCCC ACTCTCAAGA ATTTGAGGGG 2100
AGTTGCTCCT GTGGAATCTT CATTTGGTTG TTCTTGTATT GGTGGGTGTC AACCTGGCAA 2160
TCGTAACTGT CCTTGCATTC AAAAGAATGG AGGTTACCTT CCATATACTG CAGCTGGGTT 2220
AGTTGCGGAC CTAAAATCCG TGATACATGA GTGTGGTCCT TCTTGTCAGT GCCCTCCTAC 2280
TTGCCGAAAT CGGATTTCCC AAGCTGGCCT AAAATTTCGT TTGGAGGTGT TTAGAACTAG 2340
TAACAAAGGT TGGGGCCTAA GATCGTGGGA TGCTATTCGT GCTGGTACTT TTATATGTGA 2400
GTATGCAGGG GAAGTCATAG ATAATGCTAG AGCCGAGATG CTTGGTGCTG AAAACGAAGA 2460
CGAATACATT TTTGATTCTA CTCGCATCTA TCAGCAGCTG GAAGTTTTTC CTGCTAATAT 2520
TGAAGCTCCA AAGATCCCAT CTCCGCTTTA TATCACAGCA AAGAATGAAG GGAATGTTGC 2580
TCGGTTTATG AATCATAGCT GCTCTCCAAA TGTGTTGTGG CGTCCGATTG TACGTGAAAA 2640
TAAGAATGAA CCGGATCTCC ACATTGCTTT CTTTGCAATT AGACACATCC CTCCTATGAT 2700
GGAGCTAACT TATGATTATG GGATAAATCT TCCTCTCCAA GCAGGTCAAA GGAAAAAGAA 2760
TTGCTTATGC GGATCTGTGA AATGCAGAGG TTACTTTTGT TAATTGTCCG ACGAGTATTG 2820
GACAAAGTGG ATAGTACTTA AGGATAAGGT ATGCTTCAAA TTTTCAAAAT TACCTTCTTA 2880
TACATACTGA ATAATTTTCC CTCTTTCTCC ATCCCTCCCT CTTTACTCTT GTTGTTTATT 2940
TATATCAGTG GCTATTTGTA TAACTTGGCT AACTTTAAAA CAGAAGCATA GTATTTATAT 3000
TGCTACTATT CACTCCTTTG CTATTACTGG AATACTTTCT CCTATTTATC ATTGCTATAT 3060
CTCTGGTAAT GTTTGGTTAA TTATTGTTTT CTAAAATTAG AATATTATAG AAGTGTTTTC 3120
CTTGCAAAAC TCATTAGTAA TAAAATGAAG GGCATTAGTA AATATTATTA TTATTATTAT 3180
TATTATGTTT TCACATGACT ACTTTTAGTA GGTTAAAACC TTGAAGAATT TTGTTATATG 3240
ACATTGGAGT GTTAGTATGA ATATGAAATC CAGATTCTTA AATTGTTTGC AAAATGGTGA 3300
CTGCAAATGA AGTTGAACTG TTGACAGGCT TAAAATATGA AATGTCGCAA TACTAATATA 3360
CTAAAACTGG ATATAAGGGT ATATAGGATG AGTTGTAGAC CAACACCAAA TGAAGGATAG 3420
TTTAATAGTT AGAGCCTTAG AGGTAAACTT AGAAAACTGT AGAGCAAATC ATAAACAGAG 3480
ATTTTGAGGT AAATGGTCTA TCTACGGATC TTGACCGTAG TGAGAAAATG CTTGGTTGTT 3540
GTTGTTGTAT TCAAAACTAG ATATAATGTT CGGCATCTAT TTTCATAAAA TAATTTCAAA 3600
ACTGTGGTGG CTATTTTTTG TTGTGAAAAT TATCTAAATT TTTAGGTTTG GAAAACGTTT 3660
TTTTGGTTAT TAACCACTTG CATGAGCTTT TTTGGACTTG GAAGTATAGC CAATATGAAC 3720
ATGCTCACTG TACCTTGTTG TAAGATGCAA ACTTTTCCTA ACTCATGAAT GGGGACATCA 3780
AGAATTGAAC TTGAACTATT AAACTACTAT ATGTTGTGGA CCAAAACTTG GTAAAGAAGA 3840
GTCGATTATT AGTTAATGAG GCTTGTTGGT TTGTTAATAC TTAAAAGACT AAGATATATG 3900
TTTTTTTTTT CAAAGCTATA AAACAAGTTG TTTGTTCTTA TCTAGTTCAT ACTCATTGTT 3960
AAACAATAAT TAACTATATT GAATGTTTTT GGCTCTCTGG TGTGGTAATA TAAAATAACT 4020
GGTCAGATAA TTCTGATTAC GGTTATAAAA CTGCCACCTT TTTTTTTCTT TCTTTTCAAT 4080
CTGTTGTCTG TTTACAAGAT TGGTTAACAA AGTCTGAAAA CAAAAAAAAT CTCATTTATG 4140
TCACTGCTTG TTTCTTTTAC AGCTCTAGTG ATGTCAGACG GCAGCAGGGA AAGAATTATT 4200
TAGAAGGATG GTAGCAGCCC AACTTTTCAT TTTGGCAGTT GTAGTGAATT GGCACAAGAA 4260
ACATTTGGTT TTCTACTTTT GGAAAGTTGA CTGTAATTTT GTAAGACTCG TTATGTGTAA 4320
GTTGTTTCTT TTTGGCTGTT AGCTTGTCTG CTACTTCTCT TGGGAAGGAT TTGAAGCAGA 4380
TTCTTTTAGT CCATTTGGTA AGGATGAACT TAACATGTAG AATCAGATAG TTAGCTTGCT 4440
GTCATCATTT CCAGAATTCA TTGTGACATG TTTTTTTTTG TATGTATGGA TTATGCATGT 4500
TTCTGTTTAA AATTAAGTCT TGAAGCATAG GTCTTGTATG ATGGATGGTT CTGAATGGTT 4560
CAAGTGGAAT TAGATTCAGA TTCCTTGATT AAGGTCTTTG ATTCAACTCT GAGCATTAAA 4620
CACATTGGTA ATTTCCAT 4639
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Glm-0020 GLYMA03G27441.1 Glycine max 76 0.0 1022
WERAM-Viv-0055 VIT_08s0040g00360.t01 Vitis vinifera 56 0.0 769
WERAM-Pot-0073 POPTR_0006s02840.1 Populus trichocarpa 58 0.0 720
WERAM-Sot-0021 PGSC0003DMT400018511 Solanum tuberosum 53 0.0 686
WERAM-Prp-0042 EMJ05813 Prunus persica 63 0.0 682
WERAM-Sol-0126 Solyc10g077070.1.1 Solanum lycopersicum 61 0.0 665
WERAM-Thc-0121 EOY19472 Theobroma cacao 60 0.0 657
WERAM-Arl-0099 fgenesh2_kg.6__ 415__ AT5G04940.2 Arabidopsis lyrata 55 8e-172 601
WERAM-Art-0116 AT5G04940.2 Arabidopsis thaliana 55 2e-171 600
WERAM-Brr-0081 Bra016018.1-P Brassica rapa 53 2e-164 577
WERAM-Bro-0184 Bo9g177540.1 Brassica oleracea 55 4e-163 572
WERAM-Orm-0054 OMERI05G19070.1 Oryza meridionalis 51 7e-158 555
WERAM-Orp-0070 OPUNC07G07250.1 Oryza punctata 52 7e-158 555
WERAM-Orl-0010 KN538687.1_FGP155 Oryza longistaminata 51 1e-157 554
WERAM-Orgl-0057 OGLUM05G22350.1 Oryza glumaepatula 51 4e-157 552
WERAM-Orni-0053 ONIVA05G21810.1 Oryza nivara 51 4e-157 552
WERAM-Ors-0051 OS05T0490700-01 Oryza sativa 51 5e-157 552
WERAM-Orr-0057 ORUFI05G22380.1 Oryza rufipogon 51 5e-157 552
WERAM-Org-0055 ORGLA05G0183200.1 Oryza glaberrima 51 6e-157 551
WERAM-Orb-0055 OBART05G21130.1 Oryza barthii 51 6e-157 551
WERAM-Orbr-0036 OB0348G10010.1 Oryza brachyantha 52 1e-156 550
WERAM-Zem-0069 GRMZM2G117458_P01 Zea mays 51 1e-155 547
WERAM-Sei-0082 Si021388m Setaria italica 51 3e-155 546
WERAM-Sob-0053 Sb03g037660.1 Sorghum bicolor 51 1e-153 541
WERAM-Brd-0100 BRADI4G25940.1 Brachypodium distachyon 50 2e-153 540
WERAM-Tra-0001 Traes_1AL_1A4360D8E.1 Triticum aestivum 49 7e-152 535
WERAM-Ori-0012 BGIOSGA004668-PA Oryza indica 50 3e-151 533
WERAM-Lep-0057 LPERR05G16930.1 Leersia perrieri 51 4e-151 532
WERAM-Hov-0021 MLOC_17145.1 Hordeum vulgare 50 2e-150 530
WERAM-Aet-0062 EMT00374 Aegilops tauschii 49 2e-149 526
WERAM-Tru-0063 TRIUR3_25291-P1 Triticum urartu 49 2e-145 513
WERAM-Amt-0085 ERM98215 Amborella trichopoda 50 2e-143 506
WERAM-Sem-0004 EFJ22703 Selaginella moellendorffii 40 1e-94 345
WERAM-Php-0129 PP1S9_150V6.1 Physcomitrella patens 40 1e-90 331
Created Date 25-Jun-2016