WERAM Information

Tag Content
WERAM ID WERAM-Orm-0054
Ensembl Protein ID OMERI05G19070.1
Gene Name
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
OMERI05G19070 OMERI05G19070.1 OMERI05G19070.1
Status Unreviewed
Classification
Type Family E-value Score Start End
HMT SUV39 7.40e-43 147.2 588 731
Organism Oryza meridionalis
Domain Profile
  HMT SUV39
        SUV39.txt   2 rLqvfktenkGwGvrclddiakgsFvciyaGeiltddeaekegleegdeyladldskesv.enlkegyesdvplssdssntrqekdkeeseyii 94 
                      +++vf+t+n+GwG+rc+d i++g+F+c+y+Ge++++ +++    +++d+y++++    ++  +++ g   ++ +  ++s+  +  + e   + i
  OMERI05G19070.1 588 HFEVFRTANRGWGLRCWDPIRAGAFICEYTGEVIDELKVNLD--DSEDDYIFQTVCPGEKtLKFNFG--PEL-I-GEESTYVSADEFEPLPIKI 675
                      789***********************************9988..99999999999876653333222..222.3.344556666666999**** PP
        SUV39.txt  95 dakkegnvgrflnHscspNlfvqnvfvdthdlrfprvafFaskrikagtELtwdYg 150
                      +akk+gnv+rf+nHscspN+f+q+v +d+ d   p+++fFa k+i+++tELt+dYg
  OMERI05G19070.1 676 SAKKMGNVSRFMNHSCSPNVFWQPVQHDHGDDSHPHIMFFALKHIPPMTELTFDYG 731
                      *******************************************************6 PP
Protein Sequence
(Fasta)		MRLSLGPFFR PNPEPASIPW LAPSHRSTRD RQADTRHRHL SPTLVTLSPL GTVALAPAPR 60
DADDSPPPFP FPFLPDRALI FDTFEMDRAS NFIPGPYQEL VDAKPIRSLA PMFPAPLGIN 120
VNQSSTPPLV CVTPVGQFPV GFGSGILPTF GSTTAFTTTA NGVSYTGYTN NGAIDATPIS 180
AYKTRPGIVS LDGDEPYSGS ASGRKSKRSS GSAADGSNGV KFKRPKPVYK NFVAGKELAF 240
LPPSSSDPRE VVEAVHMTFE ALRRRHLQLD EIQETSKRAD LKAGAIMMAS NIRANVGKRV 300
GLVPGVEIGD IFYFRMELCI LGLHAPSMGG IDYMSAKFGS DEDSVAICIV AAGGYENVDD 360
DTDTLVYSGS GGNSRNSEER HDQKLERGNL ALERSLHRKN EIRVVRGFRD PFCLTGKIYI 420
YDGLYKIQES WKERTKSGIN CFKYKLLREP GQPDGAALWK MTQGWIDNPA RRGRVILPDL 480
SSGAEALPVC LVNEVDHEKG PGHFTYASQV KYLRPLSSMK PLQGCGCQSV CLPGDPNCAC 540
GQHNGGDLPY SSSGLLACRK SIIYECGDAC HCTTNCRNRV TQKGVRFHFE VFRTANRGWG 600
LRCWDPIRAG AFICEYTGEV IDELKVNLDD SEDDYIFQTV CPGEKTLKFN FGPELIGEES 660
TYVSADEFEP LPIKISAKKM GNVSRFMNHS CSPNVFWQPV QHDHGDDSHP HIMFFALKHI 720
PPMTELTFDY GVAGSESSGS RRTKNCFCGS SNCRGNFLPV PPDSSSGIIP
Nucleotide Sequence
(Fasta)		ATGCGGCTCT CTCTCGGCCC CTTTTTCCGG CCCAACCCCG AGCCCGCATC CATCCCGTGG 60
CTGGCTCCCT CCCACCGCTC CACGCGGGAC AGACAGGCAG ACACTCGTCA CCGCCACCTA 120
AGCCCAACCC TAGTCACTCT CTCACCTCTC GGCACGGTCG CACTCGCACC CGCACCCCGC 180
GACGCCGACG ACTCCCCTCC CCCCTTCCCC TTCCCCTTCC TCCCAGATCG CGCGCTGATT 240
TTTGATACAT TTGAGATGGA TAGGGCGTCG AATTTCATAC CTGGTCCTTA TCAAGAACTT 300
GTGGATGCCA AACCAATTAG ATCGTTAGCT CCTATGTTCC CTGCACCTTT GGGAATCAAT 360
GTCAATCAGT CAAGCACCCC GCCTTTGGTA TGTGTCACTC CGGTTGGCCA ATTTCCTGTC 420
GGTTTTGGTT CTGGAATCCT TCCTACCTTT GGTTCAACTA CCGCCTTCAC TACCACAGCA 480
AATGGGGTTT CTTATACAGG CTACACCAAT AATGGAGCTA TTGATGCCAC TCCTATCTCG 540
GCATATAAGA CCAGACCAGG CATTGTATCA CTTGATGGCG ATGAACCTTA CTCAGGTTCA 600
GCATCTGGAC GGAAGTCCAA GAGATCATCT GGTTCAGCTG CTGATGGTTC AAATGGAGTT 660
AAGTTCAAGC GCCCTAAGCC AGTTTACAAG AATTTTGTTG CTGGCAAGGA GCTTGCCTTT 720
TTACCACCTT CATCCAGTGA TCCCAGGGAG GTTGTGGAAG CAGTCCACAT GACCTTTGAA 780
GCACTTAGGC GTAGACATCT GCAACTGGAT GAAATACAAG AGACTAGCAA ACGTGCTGAC 840
CTGAAGGCTG GCGCCATCAT GATGGCAAGC AATATCAGGG CTAATGTGGG AAAAAGGGTA 900
GGACTTGTTC CTGGAGTTGA AATAGGAGAT ATTTTCTATT TCCGGATGGA GCTATGTATC 960
CTCGGGTTGC ATGCTCCTAG TATGGGTGGC ATTGATTATA TGAGTGCTAA ATTTGGAAGC 1020
GATGAGGATT CTGTGGCAAT ATGTATTGTT GCAGCAGGTG GCTATGAGAA TGTGGATGAT 1080
GACACAGATA CACTGGTGTA CAGTGGTTCA GGTGGCAATA GTAGGAACAG TGAGGAGAGG 1140
CATGATCAAA AGCTTGAGAG AGGTAACCTT GCTCTGGAGA GGAGCCTGCA TAGGAAGAAC 1200
GAGATAAGGG TTGTGCGGGG CTTCAGGGAT CCATTTTGCC TGACTGGAAA AATCTACATA 1260
TATGATGGCC TCTATAAGAT TCAGGAGTCC TGGAAGGAGA GAACAAAGTC TGGTATCAAT 1320
TGCTTCAAGT ACAAACTGCT ACGTGAGCCT GGACAGCCTG ATGGAGCTGC ATTGTGGAAG 1380
ATGACTCAAG GATGGATAGA CAATCCAGCA AGAAGAGGCA GGGTTATATT ACCTGATCTA 1440
TCATCTGGGG CTGAAGCTCT CCCAGTTTGC CTTGTCAATG AGGTAGACCA TGAGAAAGGA 1500
CCTGGGCATT TCACCTATGC CAGTCAAGTC AAATACTTGA GGCCCCTCAG TTCTATGAAA 1560
CCCTTACAGG GTTGCGGATG CCAGAGTGTT TGCCTGCCTG GTGATCCCAA CTGTGCTTGT 1620
GGACAACATA ACGGAGGTGA CTTACCTTAC AGCTCATCAG GACTTTTGGC GTGCCGCAAG 1680
TCAATAATTT ATGAATGCGG TGATGCTTGC CATTGTACTA CGAATTGCCG GAACAGAGTG 1740
ACCCAAAAAG GGGTCAGATT TCACTTTGAG GTCTTCCGGA CTGCAAATCG AGGCTGGGGT 1800
CTTCGCTGCT GGGATCCCAT TCGTGCTGGT GCATTTATCT GTGAGTATAC TGGTGAGGTC 1860
ATTGATGAGC TCAAAGTTAA TCTGGATGAC AGTGAAGATG ATTACATTTT TCAGACTGTA 1920
TGTCCTGGTG AGAAGACATT AAAATTCAAC TTTGGTCCTG AATTGATTGG TGAGGAGAGT 1980
ACATATGTAT CAGCTGATGA ATTTGAGCCA CTGCCCATCA AGATTAGTGC AAAAAAGATG 2040
GGAAATGTCT CACGTTTCAT GAACCATAGT TGTTCCCCGA ATGTTTTCTG GCAGCCAGTT 2100
CAGCATGACC ATGGAGATGA CAGCCACCCA CATATCATGT TCTTTGCACT GAAGCACATT 2160
CCTCCCATGA CAGAACTGAC TTTTGACTAT GGTGTTGCTG GATCTGAGTC TTCAGGTTCT 2220
CGTAGAACTA AGAACTGCTT TTGTGGATCA TCAAACTGCC GGGGAAACTT CCTGCCTGTA 2280
CCCCCAGATT CGAGCTCTGG TATTATTCCC TGAGAATGAC GATGGGTTTC AACATGAACT 2340
ATGAAGATAC AGTAAATTAC TGTCGATTTG AACTGCATAG ACAGTTAAAT TATGGTTAAA 2400
CTCTGTTGTG TTGATGCCGC ACTTGGTAAC TTGGTGGCCT CTGTACACCA CCTTTTGTTC 2460
CATATTTTGT GGGGGCATGT ATTTGATATT ATTGCTGCAA ATCGTCTGTA ATCCATCTGC 2520
ACCCATCCTT TGTAGGCTAG CGTCAGTTTT AACTGGAACT CTAGCAATTA GGTGTGACCT 2580
GCAGTCATGT ACAATGTGTC GGTTTAGGAT CACCTTGCAT TTTCGCTCTA CTTCATTTCT 2640
TCCTTGGATA TGTAGCTTGC TGTGTGCATT GATCTATGGC TGGCTTGTTT GGATGGATGG 2700
ATTTTAGATT CATTCTCCTC TGGTAGAGGT AGATTATGGA TTCAAATCTA TTCTGGTAAA 2760
GCGATGAGTC TATTTACTTT GCGTCAGGAA TCATGAATAC AGCAACTAGA GTTTCAAATA 2820
TGTTGGATTT TGCAGTGAAG AAACAAGGCA AATCGTTCGA CGTATTACAC TTTTATCTTT 2880
TATATGAAAA CAAGCCTTTA AACCGCTAAT AATATAAACG ATATATTAAA AGTGCAACAA 2940
ATTAAATCCT TACACAAACT ATATATGTAA ATAGTGCATT TATCCTATGG TGATATACAC 3000
TATGTATACG ATACCTTCAT CCTATGATCA GCTAAACATC AAATCGAATG CAACAATTTC 3060
TATAAGAAGA AAAAAAGCTA AACATCAAAT CGAATGCAAC AATTTCTATA AGAAAAAAAA 3120
TCGAATGCAA GAAAAAAAGG AAAAGTCCTA AAAAAAGGTC AAGATGTGAC GTACCTTCAA 3180
TGAATCTGGA CATAATCTGT ATTAGGAGTA CTCCCCAGTG AAATCTCGGT TGGTACGATT 3240
GTACGAGCAG TGAGGACGGC ATCCGGTTCA GGTGGACGTC CGAGGCGTCT GATTCGCTAG 3300
GTCAAGAGGA GGAGAGAAAC GAACGGCCTG GATTAAAAAT AAAATTCGTT CCTTTCTTTA 3360
TAAAAAAAAG AAAAAATCAT TTGGACTGAG ATAGACTTGG AATGGACCCA CCGCTCAGCC 3420
GACGCGACGT TGCCGCACAT ATACCCGCGC TCACGCCGCG CCGCCGTCCC CGCCCCCGCA 3480
ACTCCCCGCT CCGCCATTGC CGGGGGAGGC GATCTCCATC TCCATCTCGC CTCAGCGAAC 3540
TCTCCTTCAC ATCGCCTCTC TTCCGTCGCA GAGAGTGGCG GCCGGTGACC ATTTCCGGCG 3600
GGAGGGCGGA GGTTTTGTCC CGGCTCCGGC GACACTCGAC TCGGCAGCCC ACCGCTCCGT 3660
CACCCTGCGT TTTTGGTCAG GATGCATGGG AGCGACAGCG ATCCTGATTC TGACAGGACG 3720
CACTGGTATA TGAGCAATAG CGATGACGAG TCATTTATTG ATAAAGATAA AGATTGCAGA 3780
AGGGGCACCG TAGCCCCTCT GCTGAAGAAA GGCCCATGGA CATCGTGGGA GGACTCCATC 3840
TTAGAGAAGT ACATCAAGAA GCATGGTGAA AGGAATTGGA AGCTTGTGCA GAAGAACACT 3900
GGCCTCTTGA GGTGTGGCAA GAGTTGCCGT CTCCGGTGGA TGAACCATCT GAGGCCTAAC 3960
CTAAAGAAGG GGGCTTTCAG CAAGGAAGAA GAAAATAAAA TTATTAATCT TCATCGCAAA 4020
ATGGGGAATA AGTGGTCTCG GATGGCTGCT GATTTGCCAG GGCGTACTGA TAATGAAATA 4080
AAGAACTACT GGAACACTCG AATAAAGAAA TGCAAGAACA ATCGTTCACT TCTGTATCCT 4140
TCTAATATAT GCAACGATGC TTTGAATGAA GATCAACATG AGTCTGCTGA CCCTAGTGTT 4200
AGGGAGAAGC TGACCAATCA GCTAGAAGAT ACTACTAGTA TGTATTCTGC ACCCCAGTTT 4260
TCAGATGCTT CCATCAGTAA TATACTTGAT AGGAGACTTG CATCAAAAGA TTATGACTCC 4320
ATAGAAGATC AAATAAACCG AATAGAAGTT GCAGCGGAAT ATGAGATTCC ACTTCCTGTG 4380
TTGAAAACAA CCAACAATGA CATATTTCCA TCAGCCTCTA TCTTTGCCAA CCATGGCATT 4440
TCAAATATCA ATCTCTCTAC TTCTAGGTCC ACAACTGATG CTTTGCAGAT GGAGCTCCCT 4500
TTAATCCAAT TTGATCCAAA CAACCAGTTT GTTTACTCAA GGGCTTATGC GACGCACCTA 4560
ACAAACTTTG CTTTATTAAA TGATCAATCA GAAGAATTAC TAAATAATAC TGATGTATTG 4620
AACTATGTGG TGATGAAAGA AGAGCTTTCT GGAGGGAGTT TGAGTCCCAC TATTAATATG 4680
ACATGTGAAG CTATGGCAGA TTCTTCAGGA CTCCCTTTAT GCAAGGGATA TTGGGAACAA 4740
GGTCTTGATT TTTACACACA GAATAGTCCA GTATCGTCGG AACTCCATGA CTCCCTCCAA 4800
TGAGCTGGTA GTGCCACGAT ATGAAGGAGA TGTTCCACCT TTTCAAGATG ATTTCACATC 4860
ATATTTCTAT TTGAATGATA CCAATCTATC CATATTCGAA GACACAAATG AATTGTTTCT 4920
GGAAAACAAG TTGGATACTA AAGGTATAAT TATATTACGA GTAGACAAAG TAAGAAATAA 4980
TTATATTGGA ATTTGATAAA GGAAGATTAT TATAGTTTTT TTCTTTGTAT TGCTATCTAT 5040
AAGATGCTAA ATAAATTTAT TTTGAGGAGG TAGTGGCATC GCTGCCTCGC CGGAGTCATC 5100
GTGGCTTTAA AAACGTCGCT AACCTTGCGT CGTCGCGGAC TCACTGAAAC ACTAAAGACG 5160
ACGAGACGAA CAACTCCAAA ACCAAAACCC GCACCACCCT TGCGTTTGCG TAAGCGCCGC 5220
GCCACCTCAT CACCCACCCA CCCCGCTCTT CTCTTTGCTT CCGCTCCCCC GCAACGCATC 5280
CGCTTCCCGC AGATTCGATT CCATTTCGAT TCCATTCCAT GGTTGCCGCC GCCGCCGCCG 5340
TGGGTGGCCC GCGGCCGCGA TGAGCCCCGA CGCGGCCGGG GCGGGCCCAC CGTCGCCGGA 5400
GCTCGCCCGC GTCGGCAGCC TCGGGGGGAG GCTCGTGGCC GCGGACGAGG CCCGCGCGTG 5460
CCTCGCCCGC CGCCTCCACG CCGCGCTCCA GGTGAGGGAG GAGTCGCGGC GGCAGGGCGC 5520
GGCGCTGGAC GAGATGCGGG CGAGGGTTGA GCTCCGGCGG GCGCGGGTGG AGGAGGTGCT 5580
GGTCGCCAGG AGGGACGCGG CCCAGGGCGT CGACCGCCGC AGGGAGCAGC TCCAGGCGCA 5640
GATCGACCGC GTGCTGCACC TCTCCGGCGC CGTCGCCGCC GCGAACCGGC GGCTGCAGGA 5700
TGCGAAAGAA GCGTTGTCTG GAGAGAAGGC GCGGCTTGGG GATTTGCAGA GGCTGCTTAG 5760
GATGAGGCAG CAGAGTATGA TTGGCCAGGT TGCTGCATTG TACCCTGTGA AGGTCTTCCA 5820
TGATCTGCCG CATGGGCGAA ACCTCGATTC CAATACTAAT GGAGCACATA GGTCTCTTTC 5880
CGAAGAAAAT GGAACATTTC CAGAAGAGAA TGGAACACAT CTACTCAATG TTATCAAACT 5940
ACCACAAATA CATGCTTTGA CATTTTTGGG TTGGCAAATT GGTAAGCAAA GAAGAAAACA 6000
AAATGATATC TGTGAGAAGG ATCTTCAGCG GTCCGCAGCT GTTCTTGGAT ATGCAGCGCA 6060
TCTGAAACAG CATCCATTGC TTCAGCAGAG CGTACATGTA TCAACATGAC CGACCCAAAA 6120
CTGACAGTAT ACCCCCTTTT CGTGGAATGT CAAGAAGATG ACTCCACTAA GGCATCCTAT 6180
GCAATCTACT TGTTGCACAA GGATACAGAG CAGCTTTTGA ACTACATTGG ATCTGAGAGC 6240
TCTGGAAGGC GCGTATTTGA TAATCTGCAA GAGCTTATTA GGATCATACA ATCGGATGAG 6300
TATGTATACA GTTGATCGAT TCTGCGGTAA CTGTATTCTT GGAGTCTTTA CGATGTAGAG 6360
ATGGTGTTCA TACACATGTA AAAATAGGGT TTCTTTGTGT TCTTTTATTG TGATTCTTGC 6420
CTTCTTTCGG TGTGCCGAGT TTTTGTATGC ACAGGAAAGA GGTGCATTGG GTGTTTTTTT 6480
GCTAGATGAA AATGAATGAA ATGATATTTA CATATGTGGT ATGAGCCTCT AGAAGCACAC 6540
ACTTTTTAAG TTTCTTCATG GTAGCACCCT TAGCTAATCA GATCTGGAGT ACTCCATATT 6600
ATATAAGATT CGTCTTTCCC CAACCAAATG TGCTGCCTGG GACAAATGGA TTGAAATATC 6660
CCCTTTGAGA CTTTGTCCCA AGCACATTTA CTCATGACTG GTTCACCACA TGCCTATTAT 6720
TCCAAAGAAC CAAAACGGGT GAAGATTATT TTAATCTTGT AATTGTTATA TGGTTTAGTT 6780
AGGGTGAATT TCACCGTAGA AATTCGCTTA GATATTTTAG TTTAGAAAAT CATGAGATGC 6840
AAGTTTTTTT TAAAAGAGAT TTCTTATATG ACTCCTTTTG TATTTACAAA AGCAAATGAA 6900
CTTAAAATCT GACTCAAATA CGGATATGTA TTTCTAAAAG TGAACAGACT TAAAAACCAA 6960
CTTAAACATG GATGGCGTAC TAAAATACCG GCAAAAAAAA AAATAATAGT AGAGATTATC 7020
ATGTGAAATG TGAACAATCA AAATAAACAT GATCTCATTG TCCTCCCTCC TAAGAAAAGA 7080
AAAGGCACAA TTTTCGGTGT TACTAAACAC AGATCCCTTT CATCTGTTAA CATCATCATG 7140
AGCAGCACTG CATTGACGGA GAACCACAGA ATTAATAGCC GCGAAAAGGG AGCCTTTTCG 7200
GCACCGTCCA TGATCCATCC TCGCCCAAAA AAAAAAAGGC CACAGAGAGA GAGAGAGAGA 7260
GAGAGAGAGA GAGAGAGATC AGAATTCAGA AAGAAAGCAA ACGGAATCCA GATCTCACCC 7320
ACCCCCACCC ACACGACGAG AGACCAAAAC ACGCGGGAAA ACGCTCCCGC GCCGCGCCAA 7380
CCTGGCCTCG CGTGAACCGG CGGCGGGCCC ACCGCCGGCG TGCGCACACG TGCCACCGCC 7440
ACCGCCACCG GCGTCCAGCC GGACCGACGA CGACGACGAC GACGACGTCA CGGTGTTGGT 7500
ACAGTGCCAG CCGACGCTGA CAAGCCGGGC CCTGGGTGGT GGACGGGGCA CCACCACCAC 7560
CACCGAGCTG CCTGCCTGCC TCTTTCTTGT CTCGCTTTCT TGAGCTCGTC TCCTCGTGCT 7620
CTCTCCCTCT CCTTGCTGCG ACCTTGCCTT CGATCCGACG ACGACGACGA CCGCCATTGC 7680
CGATTGCTTC CCGGCGCGCT GAAGAAAAGA AGCCTCAGGG ACCAAGATCT CGCCGTCGGA 7740
TCGCCGGCTG CCGCCTGAAG ATTTGTGTTG TCAAGTTGAT AGAGGACAAG GCCATGGGTG 7800
TCGAGGCAGA TCATGGTACG CCATGTATAA GGACGGTCTT GAGGTGTTCA ATCAGAATGA 7860
GCTACAGATA TGCTTCTGAA AACTGGGTTC TCCTCTTCCC GGTCCTGCTG CTCTACCTGC 7920
TATTCAGATC TTCCCCGGGT TTCTTCGCTT TCCTTCTGTC CCACTCTCCT GTAATCATAT 7980
GTGCCGCTCT TATCCTTGGT GTGCTGATAA GCCATGGCAG CACAAACGTT GCTGAGATCA 8040
AGGAAGAACG GAAATCTGTC GCCGAGGTTT CGGATCCCAA GTATGCAGAT TTGTCCAGGA 8100
ATATCCATTT GGAAGCAAAC AAGGGATTTT TGGCGAAAGA GAACACGGTG AGCTTAAATG 8160
ACGATGAAAT CAAAGATAGC TTGAATTCTT CCAGAGAAGA TGCTATCGAA GTTGTTGAGA 8220
TGGTGGGCAA GATAAGTCAT TATAGAGGAT CAACAGATTC ACAGAGTGAT GAGATGAAAG 8280
TAGATTCAGA AGATAAACCG GCTGGTACTT GTAAATGGGG CCGTGCCTTT TCTGTTCGTC 8340
GCAGGAAGAA GCTTTCTGAT ATTAAGGTAG AGCCTATCAA TGCTGCTGTG GACAGTCCAT 8400
TAGACTCATC TTTGGATTCA CCATTTGGTA GAGTTGGCTG CCATGATGGT TCACCAGGTT 8460
TTGATCATGA TCAGGCAGAG GGTACCACTC CTGGTACTCC TAGAACACGC ATTGCTTCTG 8520
TCCTGGACGA GATTGACCCT CTTTCCAGTG CTGATTCCCC CCATCCTGAT CCCATCCAAA 8580
ATGATGACTC GGACAACCAC ATGTCCCTTC AGGATTCTAG AACTGTGAGT GATAATAATT 8640
ATGAATCTGA CAAGAGCAAG GCCAACAAAA ACGATGACAA GAATGTCAGC ACTGATCCTG 8700
CATTTCTTGG AACCATAGAT GATGATAAGA ATGTCATGGA TCTTGGGTAC TCTGAGGTGG 8760
AAAGGCATCG TAGGTTAGAG ATCTTGATGG TTAAGAGAAG GTCAAGGAAG AACATAGTAT 8820
TTGATCCTGA CAGTAACTTA GACATCAATA ATGATAAGGT TTGCAAGAGA AACCCATCTG 8880
ATATTCTTTC TTGTTCTGAT GAGACAGAAT TTCCTGGCTC AGCTCCATCC GTTCTGCATA 8940
CACGGAGGAA TCCGTTTGAT CATCCTTTTG AGCAATCAGA TGAAAGTGAT CTATATGAAC 9000
ATGTCGCAAT ACCCCAACAG GACATGTTCT TCACAAGGCA TGAAAGCTTC AGCATTGGCA 9060
GCCAGGGGAG ACGTCCCTCA AGATTTAAGC CACCTTTTAT CATCCAAGCA ATGGACATTG 9120
ATGAGCCAAG TGCAAGTGAT TTCCAGAGAC AATTCAGTGA CAAAAGTGCG TCTACATTGA 9180
GTACAGTTAC TGAATCTGAT ATCATTTCTT CAGTTGCTGA TCAAGAGGAC ATAAGTGACA 9240
GCATAAAAAA TGACTCTAGT AGAGAGTATG AATCACCAGA GCTACCTACA ATACCTACAA 9300
TGGGAAGTGA TATTATATGT GTTGGAGGCA CATGATCAGA TGGGATAAAT TTCTTGAACA 9360
ATGGAACTCT GAATGCTATC ACTAATGGGG CCACAACAGA ATCATGTACC TCTATGTCCA 9420
TTTTGGTGAA TCCGTGGTAC CTCCCCGAAG CATTCGAAAA TCTCTCTGAT GCCATTGCCA 9480
AGAATGTTGA TGTTTTAGTG AAAACGAACT GCACTTAAGT GTGCATAGCA GTCATACTGA 9540
AGCCTTTGTC AGTTTGGGAC AGCGAAGAGT TTGTCATGAA AGAACAGAGG AGCCTCATCC 9600
GAGCTTGTAT AGCCTTTTGC TTGTGATGTA AACGTTTTCT TTATTCTTGT TTTCATGTGA 9660
TGAAAGATTT GCATTCTTCA GATCAATTTG CATAGTTCAG AACACAAGGT TTTGCTATGC 9720
ATTGTTGTTG TGTATGTAAC TGGATGATAT ATTACACTAC TACTGCACAT ATCATTCTTT 9780
TGAACATAAA TCTTCAGTGT AAGTAAGTAT GAAAGGCATA TTCCATTTCC ATCCACGAGG 9840
TTAGAATATT GAACAGTTGT GACAAATGTG AATTCCAGCA CTTGATTTCT CCTTGTTTGT 9900
ACTCCCTCCA TTCCCAAATA TAAGTATTCC TGACTATACA CCTG 9945
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Orni-0053 ONIVA05G21810.1 Oryza nivara 99 0.0 1297
WERAM-Orl-0010 KN538687.1_FGP155 Oryza longistaminata 99 0.0 1287
WERAM-Org-0055 ORGLA05G0183200.1 Oryza glaberrima 99 0.0 1287
WERAM-Orb-0055 OBART05G21130.1 Oryza barthii 99 0.0 1287
WERAM-Orgl-0057 OGLUM05G22350.1 Oryza glumaepatula 99 0.0 1286
WERAM-Ors-0051 OS05T0490700-01 Oryza sativa 99 0.0 1285
WERAM-Orr-0057 ORUFI05G22380.1 Oryza rufipogon 99 0.0 1285
WERAM-Ori-0056 BGIOSGA017817-PA Oryza indica 99 0.0 1247
WERAM-Orp-0053 OPUNC05G18810.1 Oryza punctata 97 0.0 1228
WERAM-Orbr-0065 OB05G28580.1 Oryza brachyantha 92 0.0 1218
WERAM-Sei-0082 Si021388m Setaria italica 82 0.0 1114
WERAM-Zem-0081 GRMZM2G140577_P01 Zea mays 82 0.0 1110
WERAM-Tra-0015 Traes_1BL_710AB9F90.1 Triticum aestivum 82 0.0 1110
WERAM-Lep-0057 LPERR05G16930.1 Leersia perrieri 90 0.0 1110
WERAM-Sob-0126 Sb09g024010.1 Sorghum bicolor 82 0.0 1104
WERAM-Brd-0100 BRADI4G25940.1 Brachypodium distachyon 83 0.0 1100
WERAM-Hov-0035 MLOC_36615.1 Hordeum vulgare 81 0.0 1098
WERAM-Tru-0063 TRIUR3_25291-P1 Triticum urartu 83 0.0 1079
WERAM-Aet-0104 EMT27876 Aegilops tauschii 83 0.0 1079
WERAM-Thc-0121 EOY19472 Theobroma cacao 48 3e-174 609
WERAM-Prp-0040 EMJ05444 Prunus persica 55 6e-163 572
WERAM-Viv-0081 VIT_13s0047g00120.t01 Vitis vinifera 54 7e-161 565
WERAM-Pot-0004 POPTR_0001s07390.1 Populus trichocarpa 51 1e-160 564
WERAM-Glm-0034 GLYMA04G15120.1 Glycine max 45 2e-157 553
WERAM-Met-0175 KEH19208 Medicago truncatula 44 1e-154 544
WERAM-Art-0116 AT5G04940.2 Arabidopsis thaliana 50 1e-151 534
WERAM-Sol-0126 Solyc10g077070.1.1 Solanum lycopersicum 43 4e-150 529
WERAM-Arl-0122 scaffold_202240.1 Arabidopsis lyrata 50 3e-149 526
WERAM-Sot-0021 PGSC0003DMT400018511 Solanum tuberosum 43 3e-149 526
WERAM-Bro-0184 Bo9g177540.1 Brassica oleracea 43 2e-142 504
WERAM-Amt-0085 ERM98215 Amborella trichopoda 51 1e-141 501
WERAM-Brr-0081 Bra016018.1-P Brassica rapa 48 1e-141 501
WERAM-Sem-0004 EFJ22703 Selaginella moellendorffii 38 3e-88 323
WERAM-Php-0129 PP1S9_150V6.1 Physcomitrella patens 37 2e-83 308
WERAM-Mua-0084 GSMUA_Achr5P13120_001 Musa acuminata 36 2e-80 298
Created Date 25-Jun-2016