WERAM Information

Tag Content
WERAM ID WERAM-Met-0060
Ensembl Protein ID KEH32911
Gene Name MTR_3g011440
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
MTR_3g011440 KEH32911 KEH32911
Status Unreviewed
Classification
Type Family E-value Score Start End
HMT SUV39 1.40e-47 163 487 633
Organism Medicago truncatula
Domain Profile
  HMT SUV39
  SUV39.txt   2 rLqvfktenkGwGvrclddiakgsFvciyaGeiltddeaeke.gleegdeyladldskesv..enlkegyesdvplssdssntrqekdkeeseyiidakk 98 
                +++vfkt++kGwG+r++d i++g+F+c+yaGe+++++   +  +  ++dey++d+++++++  +n++++  +++ +     n+++e     + +ii+ak+
   KEH32911 487 QMEVFKTKDKGWGLRSWDPIRAGAFICEYAGEVIDKARLSQLvQEGDTDEYVFDTTRIYESfkWNYEPKLLEEAIT-----NESSEDYALPHPLIINAKN 581
                69**************************************994448899*********998789999999888866.....66777777899******** PP
  SUV39.txt  99 egnvgrflnHscspNlfvqnvfvdthdlrfprvafFaskrikagtELtwdYg 150
                 gnv+rf+nHscspN+f+q+v+++++++ f +vafFa ++i++++ELt+dYg
   KEH32911 582 VGNVARFMNHSCSPNVFWQPVLYEENNQSFLHVAFFALRHIPPMHELTYDYG 633
                ***************************************************6 PP
Protein Sequence
(Fasta)		MEEGLGQHSV PPPGSIDKYK ILDIKPIRSL IPVFSKNPQG QSSGQYPSGF SPFFPFGGPH 60
DSSTTGAKPR RTAMPTPLQA FRSPFGEEED LNDNDDFSNK RSAASQSTRV KLKKHKVYND 120
VHVDLSGLVG ISPGQRDNGN REVVNTVLMT FDALRRRLSQ LVDAKELNTG LIKRTDLKAG 180
NICMTKGIRT NQPKRVGSVP GVEIGDIFFF RMEMCVVGLH AQSMGGIDAL HIQGDRGEET 240
LAVSIVSSGE YDDEADDGDV IIYTGQGGNF NKKDKHVSDQ KLHKGNLALD RSSRTHNEIR 300
VIRGIKDAVN PGAKTYVYDG LYKIQDSWVE KAKGGGGLFK YKLIRVPGQP SAFAVWKSVQ 360
KWKAGFPART GLILADLSSG AESLPVSLVN EVDNVKSPAF FTYFHSLRHP KSFSLMQPSH 420
SCSCSGKKAC VPGDLDCSCI RRNEGDFPYI INGVLANRKP LVHECGPTCQ CFPNCKNRVS 480
QTGLKHQMEV FKTKDKGWGL RSWDPIRAGA FICEYAGEVI DKARLSQLVQ EGDTDEYVFD 540
TTRIYESFKW NYEPKLLEEA ITNESSEDYA LPHPLIINAK NVGNVARFMN HSCSPNVFWQ 600
PVLYEENNQS FLHVAFFALR HIPPMHELTY DYGSDRSDHT EGSSARKGRK KCLCGSSNCR 660
GSFT 664
Nucleotide Sequence
(Fasta)		AATTATTCTT AACCATTTCA CTCAGTACAC AGTTCACAAA ACCTCACTTC AATTTTCTCC 60
CTCTTTCTCA CTTCACCTTC TTCCATTACA TCCGAGTTTT TCCAATCTTC AGCAATTAAG 120
CACTTCCACA AGGTAACACA TCAATTTTTC GTCAAATGCA TACTCATTGT GTTGTTTTAA 180
CAATCTTGTA CTTTGTGTTA ATCTCTTAAT CATTGTTAGA ACTTAATTTT TTTTTAGGGA 240
TTATCTATTT TATGTAAAAT CCTTGCTTGA TCTCATTTTC ATTTTGGGCT TTTTCTGTAA 300
AAAAAATGTT TTTTTTCCCT TGAATGCATG ACCCTTTTGT CTTCTTCTGC AGAAAATGAT 360
GAAACTTTCA ATTTTAGGTT TTGAAATGAA GTTAGAAAAG AGAAATTAAA GATTTTTATA 420
GTTTTTGTTT GAGGTGAAAA GGAGTGGAAT TTTTAACAAA ATAGGGAAAG TTTTAGCTAG 480
TGGAAGTTGA TTGTAAAGGG TTATAATTTA GCAAATTTTA GGGTTTATCT ATTTTAAGCA 540
AAATTCCTTG CATGACCCTT TTTTACAAAT CTTAGGGTTT ATTTGTAAAA AATCAATTTT 600
TCTTTCTTTC TGAAAGCATC TTCAAGATTG CATGACCCTT TTGTGTTCTT CTGCAGAAAA 660
TGATGGTTTT GAAATGAAGT ATGGAAAGAG AAATTAAAGG TTATTTGAGG TGAAAAAAGA 720
GTTGGATTTG TAAGAAAAAG GGATAATTTC AGCTAGTGAA GGTTGATTTT GTGTGAATTG 780
TATAATGGAA GAAGGGTTAG GTCAACATTC AGTTCCTCCC CCGGGTTCCA TTGACAAGTA 840
TAAGATTCTG GATATTAAGC CTATAAGAAG TTTGATACCT GTTTTTTCAA AGAATCCTCA 900
AGGTCAATCT TCAGGTCAAT ATCCTTCTGG GTTTTCTCCA TTTTTCCCAT TTGGTGGACC 960
TCATGATTCT TCAACTACTG GGGCAAAGCC AAGGAGGACA GCGATGCCGA CTCCACTTCA 1020
AGCATTTAGG AGCCCTTTTG GAGAGGAAGA GGATCTCAAT GACAATGATG ATTTTAGTAA 1080
CAAAAGGAGT GCAGCATCAC AGTCAACCCG GGTCAAATTG AAGAAGCATA AGGTATATAA 1140
TGATGTTCAT GTTGATTTGA GTGGTTTAGT TGGTATAAGC CCAGGTCAAA GAGACAATGG 1200
TAACCGTGAA GTTGTTAATA CTGTGCTCAT GACATTTGAT GCGCTAAGAA GAAGGCTGTC 1260
TCAACTTGTA GATGCCAAGG AATTGAACAC GGGTTTGATC AAACGTACGG ATTTAAAAGC 1320
TGGCAATATT TGTATGACCA AAGGAATTCG AACAAACCAA CCAAAGAGGG TAGGATCGGT 1380
ACCTGGAGTT GAGATTGGGG ACATTTTCTT TTTCCGAATG GAAATGTGTG TTGTTGGTTT 1440
GCATGCTCAA TCCATGGGGG GGATTGATGC CTTGCATATC CAGGGTGACC GCGGGGAAGA 1500
GACTTTGGCT GTTAGCATTG TTTCGTCAGG AGAATACGAC GATGAAGCTG ATGATGGTGA 1560
TGTTATAATT TATACCGGTC AGGGTGGGAA TTTCAACAAG AAAGATAAGC ATGTGTCAGA 1620
TCAGAAGCTT CATAAGGGTA ATCTTGCTTT GGATAGAAGT TCACGAACAC ACAATGAAAT 1680
AAGAGTTATC CGAGGCATCA AAGATGCTGT GAATCCAGGT GCAAAAACCT ATGTCTATGA 1740
TGGTTTGTAT AAAATTCAAG ATTCATGGGT TGAAAAAGCA AAAGGAGGTG GTGGCTTGTT 1800
TAAGTATAAG TTGATAAGAG TGCCTGGACA ACCTAGTGCC TTTGCCGTTT GGAAATCTGT 1860
TCAGAAGTGG AAAGCTGGTT TCCCTGCAAG GACCGGACTT ATTCTTGCCG ACCTCTCCTC 1920
GGGAGCCGAG AGTCTTCCTG TATCACTTGT CAATGAAGTC GATAACGTGA AGTCACCTGC 1980
CTTTTTCACA TATTTCCACT CACTAAGACA TCCGAAATCA TTCAGTTTAA TGCAGCCTTC 2040
ACATAGTTGC AGCTGTAGTG GTAAAAAAGC ATGTGTCCCC GGTGATTTGG ACTGCTCATG 2100
CATTCGGAGA AACGAAGGTG ATTTTCCGTA TATTATCAAT GGAGTTTTGG CGAATCGGAA 2160
GCCGTTGGTT CATGAATGTG GCCCCACATG TCAGTGTTTT CCTAACTGCA AAAATCGAGT 2220
ATCTCAAACC GGTTTGAAGC ACCAAATGGA AGTGTTCAAA ACAAAGGATA AAGGTTGGGG 2280
TCTTCGGTCA TGGGATCCTA TTCGTGCTGG TGCTTTTATT TGCGAGTATG CAGGAGAAGT 2340
TATCGATAAA GCTAGGTTAA GTCAGCTTGT ACAAGAAGGA GATACTGATG AGTATGTTTT 2400
CGATACAACC CGTATTTATG AATCTTTCAA GTGGAATTAT GAGCCTAAGT TATTAGAAGA 2460
AGCGATCACA AATGAGTCTA GTGAGGATTA TGCTTTGCCA CACCCTCTTA TTATAAACGC 2520
CAAGAATGTT GGCAATGTGG CTAGATTCAT GAATCATAGT TGCTCTCCAA ATGTTTTCTG 2580
GCAGCCTGTC TTATATGAAG AGAACAACCA ATCCTTTCTC CATGTTGCAT TTTTTGCATT 2640
GAGACATATC CCACCAATGC ACGAGTTAAC ATATGATTAT GGTTCTGACC GTTCCGATCA 2700
CACTGAGGGT AGCAGTGCAC GCAAAGGTAG AAAGAAATGC TTATGTGGAT CATCAAACTG 2760
CCGCGGTTCT TTTACTTGAC ATTTTGTCAG TTTCCACAAA TGCATTCATG GCTTAAAAGG 2820
TTTTAAGATC TCACTCTTCT TTCTCGCTCT ATATTAGTCT TCATTTTCAA ATAACATTAG 2880
TTTCGTTGTT TTTTTATCTT AAAATTGATC CTAAATAAGA GTTTTTGGTT TCCGATAGAA 2940
AATGTATGTC ATACTGTCTA GATGGCAAAA CAGAAACATT AAGCTAGAGG AATGGAATTT 3000
AGTAATGCAT GAATTCATAT ATCATGTTTC ATTGTTAACT TTTTTATAAT TCCTCGCATA 3060
TTCTGGAAAT TTGCATAAGT GCCCTTCAAC AGCTCATCAA GCTCATAAAA GGTGGGAAAA 3120
AATAGAACTG TTCCCTTCCA CACTGAGCTT GTTTAGATAG ACTTAATTGA ATTTATCAAC 3180
TAGCATAAAC AATTTTTAGA CTTTTTGAGA GAGCTTATAG AAACATCTTG TGTTCATAAA 3240
GTATTTTAAG CTTATTTTCA TAAGCTCTCC AAGATAGCTT ATGAAAATAA CTTACATGAA 3300
AACGTTTTAC TTTATTTTAT CTTTTGTTAT CAGAATCACT TAAACATAAG CACTTATATG 3360
CTTTAATTAA CTTGATTATC CAAACAGCGT CTATATTCAA TTCAGTTTTT TATATTGTTG 3420
CCCTTGCGAT GTTGGTATGT TAGCATTTCC TGATTAACTT AAAATCAACT ATGCACCTAC 3480
ATTCATTTGG CATCATAATT CATTATAGTA TGACATTTTA CGTATATTAT ATGTTGATTA 3540
CTAGTAAATA TTCACTGTCT TTCTACTTTT TTCCTTACAC ATGTATGTGT GTTGATAGAA 3600
GTCTACTATA CTGTCATTTT GGTTTGTGAA ACTTACCAAA AGTTTTAGAG TTTTAGGAGT 3660
CAAAAGTATT GATTTTGTTT TTTAACTAAT TCTGATTTTT ATCCTGGAAC TTGCATATTA 3720
TCTAGCCTAC GGAAGCTAAT TGTATTTTCC ATTTTCATTT AACAGATGGA TGGTAGCGTT 3780
CTGTTTGAAG ATCCAGATCC AGTTTAGAAG TTTCTTTAGT TGATATAAGC TTCCAAATAT 3840
CCATGCCAAG GGTAGGTAGG TTTGTGTTTG ACCATAAATA AATCATGTGT GACCTGGCCC 3900
TTATTTTTGC TCCAACTTTA TCATAAGTAA TCAGTGAGGC TGTGTAATTT GTGTAAATTT 3960
TGAGCTGGTA ATGGCCATGA TATACTCACA GAAAGTGCAT AACTAGTGAT ATCTGACTTT 4020
GTCCTCTTGG CATGGATTTG TTGAGCAGTA ATTGTTGTTG CATGTAGTAT CCTTTGTATT 4080
ATTAGTTTTT TTACATTTGG GATTGTAGGT GTCACGTTAT GAAACCCTGG CATAAATCAC 4140
ATTTTATGCT AATTGCATTG GTTTAAACTC GTCTTTGATT GTTGTTTTGC TTCAGTTGCA 4200
GCTGTTTTGA CTTGCAATTA AGTTGTGCGT ACTCAGTTCC AGTTATGT 4249
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Glm-0034 GLYMA04G15120.1 Glycine max 73 0.0 988
WERAM-Pot-0004 POPTR_0001s07390.1 Populus trichocarpa 59 0.0 783
WERAM-Viv-0081 VIT_13s0047g00120.t01 Vitis vinifera 56 0.0 775
WERAM-Thc-0121 EOY19472 Theobroma cacao 57 0.0 768
WERAM-Prp-0038 EMJ21426 Prunus persica 54 0.0 768
WERAM-Arl-0099 fgenesh2_kg.6__ 415__ AT5G04940.2 Arabidopsis lyrata 53 0.0 694
WERAM-Art-0116 AT5G04940.2 Arabidopsis thaliana 57 0.0 694
WERAM-Brr-0027 Bra005829.1-P Brassica rapa 53 0.0 676
WERAM-Bro-0184 Bo9g177540.1 Brassica oleracea 53 0.0 665
WERAM-Sot-0091 PGSC0003DMT400077329 Solanum tuberosum 56 6e-171 598
WERAM-Sol-0115 Solyc09g082050.2.1 Solanum lycopersicum 48 2e-170 597
WERAM-Orp-0070 OPUNC07G07250.1 Oryza punctata 52 4e-160 562
WERAM-Orl-0082 KN539783.1_FGP008 Oryza longistaminata 52 2e-159 560
WERAM-Org-0110 ORGLA11G0160500.1 Oryza glaberrima 52 2e-159 560
WERAM-Orb-0118 OBART11G19080.1 Oryza barthii 52 2e-159 560
WERAM-Ors-0105 OS11T0602200-01 Oryza sativa 52 2e-159 560
WERAM-Orr-0118 ORUFI11G20440.1 Oryza rufipogon 52 2e-159 560
WERAM-Orbr-0036 OB0348G10010.1 Oryza brachyantha 53 4e-159 559
WERAM-Brd-0100 BRADI4G25940.1 Brachypodium distachyon 48 3e-158 556
WERAM-Orni-0117 ONIVA11G18710.1 Oryza nivara 52 3e-158 556
WERAM-Orgl-0057 OGLUM05G22350.1 Oryza glumaepatula 51 5e-158 555
WERAM-Sei-0082 Si021388m Setaria italica 53 6e-158 555
WERAM-Zem-0004 AC233961.1_FGP001 Zea mays 51 7e-158 555
WERAM-Orm-0054 OMERI05G19070.1 Oryza meridionalis 51 2e-157 553
WERAM-Sob-0019 Sb02g006620.1 Sorghum bicolor 50 2e-156 550
WERAM-Tra-0103 Traes_3AL_2F68F5A5C.2 Triticum aestivum 51 3e-156 549
WERAM-Aet-0002 EMT31327 Aegilops tauschii 47 1e-155 547
WERAM-Hov-0035 MLOC_36615.1 Hordeum vulgare 44 3e-154 542
WERAM-Tru-0079 TRIUR3_29078-P1 Triticum urartu 49 6e-154 541
WERAM-Ori-0056 BGIOSGA017817-PA Oryza indica 50 8e-152 535
WERAM-Lep-0057 LPERR05G16930.1 Leersia perrieri 48 1e-151 534
WERAM-Amt-0085 ERM98215 Amborella trichopoda 46 2e-130 463
WERAM-Sem-0004 EFJ22703 Selaginella moellendorffii 41 9e-97 352
WERAM-Php-0129 PP1S9_150V6.1 Physcomitrella patens 41 7e-91 332
WERAM-Mua-0084 GSMUA_Achr5P13120_001 Musa acuminata 37 2e-90 331
Created Date 25-Jun-2016