WERAM Information

Tag Content
WERAM ID WERAM-Bro-0108
Ensembl Protein ID Bo6g053660.1
Gene Name
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
Bo6g053660 Bo6g053660.1 Bo6g053660.1
Status Unreviewed
Classification
Type Family E-value Score Start End
HMT SET1 1.50e-35 123.4 1828 1965
Organism Brassica oleracea
Domain Profile
  HMT SET1
      SET1.txt    3 levakskik.....glglvakke..iekeelviEYvGev............irsevadkrek..eyekkeigvylfrldedae....vvvdatkk 72  
                    +e+++++++     glg+v++k+  +  e++v+E++Gev            irs +++k+++  e++++    yl+r++ da+    vvvda++k
  Bo6g053660.1 1828 IESRSDDNYvsyrkGLGVVCNKQsgFVVEDFVVEFLGEVypvwkwfekqdgIRSLQENKTDPapEFYNI----YLERPKGDADgydlVVVDAMHK 1918
                    66667766666667********99999**********************************98888888....********99************ PP
      SET1.txt   73 gniarfinhscepNceakvvavdgekkiviyakraIekgeeltydYk 119 
                    +n+a++i+hsc+pNceakv+avdg+++i+iy++r Ie+gee+t+dY+
  Bo6g053660.1 1919 ANYASRICHSCRPNCEAKVTAVDGHYQIGIYSVRPIEYGEEITFDYN 1965
                    **********************************************7 PP
Protein Sequence
(Fasta)		MSDGGVACMP LLNIMEKLPA VEKTLCGGNN DTKLAGNSEN GHTSISANDK LPDSQPAQPP 60
KKKTKKIVKK VIRKVMVRKQ KQPKQQAVQL PGESQVQTKE HDKKSEPLHE NTCNGQLENG 120
GDSGFKDEVE EGELGTMSSH GILENGEISP VKSLQRSEIE KGEISGESWK KDETANAEFS 180
YMHYDKGYAE RRDLSSDKYR KGEERDFRSW RDPSDEIEKG EFIPDRWHKM DTVKDDHSYN 240
RSRRNGSDRE KTWRYEYDYE HEPTPPGGRF VNEDFYRRRE FRSGNDRATR ISSKIVIEDN 300
LHKNECNDPN GLGKEYSSTV NKLKRHGAEP DSFERKHSYD DYGDYGSSKC RKISDDYSRS 360
LHSDHYSRHS VERPYKDSYS SKTSSLEKYS RKHQDSSFPA RAFSDRHGHS PARSDLSPHD 420
RSRYHEHRDR SPIHRERSPY ARERSPYIFE KSSHARKRSP HDRSHHHDYR RSPSYSEWSS 480
DRRDGTSNYR EDPQSDRNRR NGHREISRKS GVREKGDSQA GTELEHKYRH RDSNGKESAS 540
SSKELQGQNI LYNNDPVVEK SSICDSSKIP SPCAKGNESV QVSEAPTEEL PSMEVDMDIC 600
DTPPHEPAKG KESVAADSSL GKWFYLDYYG MENGPAKLSE LKALMEQGIL LSDHMIKHSD 660
NNRWVTIENA TSPTVNINFP SVVSDAVTRL VNPPEAPGNL LEDIVDAAEA VPMDQEAGYS 720
LPESVSIPDT KEILVEHHED FQFDKRIASL VEGCTITPGR ELETLGEAMQ IKVELEETRK 780
FVSPEDITWC YYQVVDQLLG DEASGSSEPK TRDVEELTSE NVDGSESDEI GSWLSGRWSC 840
KGGDWIRRDE ASQDIYYKKK LVLNDGFPLC LMQKSGHEDP RRHQKDDLYY SRSSSRLELP 900
LWAFSGVDER NQARGVKASV LSVVRLNSLV VNDQVPSIPD PHVKVRGREK CSSRHARPSP 960
ASSDSKWESV ETISQSTSCG SQDLQGCWKT GASVITPTNR LYTVEDLQLH LGDWFYIDGA 1020
GQEQGPLPFS ALQILVDKGL IKSHSSVFRK SDKIWVPVTS ITKTLETSAK LQGKKPALPS 1080
DCQSLVVSES QDFKHSEMDT SLSSFHSMHP QFLGYFRGKL HQLVMKTFKS REFSAAINDV 1140
LDTWINGKQP KKETDKYMYH SSEFDSSYPK RARLMAGEIG DHSEVDDVFQ KDDLAFEDLC 1200
GDATFHVEGS GSSRTAGIYW DLLDGHALAR VFHLLRYDVK SLAFASMTCR HWKATVNSYK 1260
DISRQVDLSS LGPNCTDSRL WSIMNTYNTQ KIDSVILVGC TNVTSSMLEE VLRLFSHISS 1320
VNITGCSQFG DLTLNYKKVS WLKFQHPRSG ELRSRLRSLK QTTDVAKSKG LGGDTDDFGN 1380
LKDYFDRVEK RDSANQLFRK SLYKRSKLYD ARKSSAILSR DARIRRWAVK KSEHGYKRVE 1440
EFLASSLRGI MKQNTFDFFT LKVAQIEEKM KNGYYVSHGL KSVKEDISRM CREAIKGRNR 1500
GGSKDMNRII VPFIQLATRL EEVSMVTSSY RRDELMKSWQ DGSGFSSASK YNKKLSKSVT 1560
EKKFMSRTSD TLGVNGALDY GEYASDREIR RRLSKLNRKS FGSGSETSSE LSENDSYSSA 1620
SASESESDIR SEGRSQDSRV EKYFTSDESF DSVIEEREWG ARMTKAGLVP PVTRKYEVIE 1680
EYTIVADEEE VQRKMLVSLP EDYAEKLNAQ KNGTEELDME LPEVKEYKPR KLLGNEVLEQ 1740
EVYGIDPYTH NLLLDSMPEL DWSLQDKHSF IEDVVLRTLN RQARLFTGSG NTPMVFPLRP 1800
VIEELKENAR EECDIQTMRM CQGILKAIES RSDDNYVSYR KGLGVVCNKQ SGFVVEDFVV 1860
EFLGEVYPVW KWFEKQDGIR SLQENKTDPA PEFYNIYLER PKGDADGYDL VVVDAMHKAN 1920
YASRICHSCR PNCEAKVTAV DGHYQIGIYS VRPIEYGEEI TFDYNSVTES KEEYEASVCL 1980
CGSQVCRGSY LNLTGEGAFQ KVLKEWHGLL DRHKLMLEAC ILNSVSEEDY LELGRAGLGS 2040
CLLGGLPDWV IAYTARLVRF INFERTKLPE EILKHNMEEK RKYFSDVHLD VEKSDAEVQA 2100
EGVYNQRLQN LAVTLDKVRY VMRRVFGDPK NAPPPLERLT PEETVSLLWN GDGSLVEDLL 2160
QCLSPHVEEG IVDELRYKIR AHDPSGSADV LEELQRSLLW LRDEIRDLPC TYKCRNDAAA 2220
DLIHIYAYTK CFFKVREYKS FVSSPVHISP LDLGTKYAEK LGDSIKEYRK TYGENYCLGQ 2280
LIYWYEQTNT DPDVTLVKAT RGCLSLPDVA SFYAKAQKPS KHRVYGPKTV KTMVSQMLKQ 2340
PQKPWAKDKI WMFKSNPVVF GSPMFDAVLN DSSLDRELLQ WLRSRRHVFQ ATWDS 2395
Nucleotide Sequence
(Fasta)		ATGAGCGATG GGGGTGTAGC ATGCATGCCT CTACTGAATA TAATGGAGAA GCTTCCAGCT 60
GTGGAGAAGA CGCTTTGTGG AGGCAACAAT GATACCAAGC TTGCTGGTAA TTCTGAGAAT 120
GGCCACACAT CAATCTCAGC TAATGATAAG CTTCCAGACT CTCAGCCAGC TCAGCCACCT 180
AAGAAGAAGA CGAAGAAAAT TGTTAAGAAG GTAATTCGTA AAGTTATGGT GAGAAAGCAG 240
AAGCAGCCGA AACAGCAGGC AGTGCAACTC CCTGGAGAAT CACAGGTTCA GACGAAAGAG 300
CACGATAAGA AGAGTGAACC TCTGCATGAG AATACTTGTA ATGGACAACT CGAAAACGGT 360
GGAGATTCTG GGTTTAAAGA TGAAGTGGAA GAGGGTGAGT TAGGTACAAT GAGTTCTCAT 420
GGGATTTTGG AGAACGGTGA AATTTCGCCG GTGAAGTCAT TGCAGAGGAG TGAGATCGAA 480
AAGGGCGAGA TATCTGGGGA GAGTTGGAAG AAAGATGAGA CTGCAAATGC GGAGTTCAGT 540
TACATGCATT ATGATAAAGG GTACGCAGAG AGAAGGGATT TATCCTCAGA TAAGTACAGG 600
AAAGGGGAAG AGAGAGACTT CAGGTCATGG AGAGATCCCA GTGATGAAAT TGAGAAGGGG 660
GAGTTCATCC CAGACAGATG GCATAAAATG GATACAGTTA AGGATGATCA TAGTTACAAC 720
CGGTCTCGTA GGAATGGATC AGACAGAGAG AAAACGTGGA GATACGAGTA TGATTATGAA 780
CATGAACCTA CCCCGCCTGG TGGAAGGTTC GTGAATGAGG ATTTCTATCG CCGGAGAGAA 840
TTCAGAAGTG GGAATGACAG GGCTACGAGG ATCAGTTCTA AAATTGTAAT AGAGGATAAT 900
TTACACAAGA ACGAATGCAA CGATCCCAAT GGTCTTGGGA AAGAGTATTC TTCTACCGTG 960
AACAAGCTGA AGCGACATGG AGCTGAACCG GATAGCTTTG AGCGCAAACA CTCTTATGAT 1020
GATTATGGGG ATTATGGGAG CTCCAAATGT AGAAAAATTT CTGATGATTA TTCCCGATCT 1080
CTTCACTCAG ACCACTATTC ACGTCACTCT GTTGAGAGAC CCTACAAAGA TTCATATTCA 1140
TCAAAAACTT CATCTCTGGA AAAGTATTCT AGAAAGCACC AAGACTCATC TTTCCCTGCA 1200
AGGGCTTTTT CGGACAGACA TGGACACAGT CCTGCACGAT CTGACCTTTC TCCACATGAT 1260
CGGTCTAGGT ACCATGAACA CAGGGATAGA AGTCCTATCC ATCGGGAGAG GTCACCATAT 1320
GCCCGGGAGA GGTCGCCATA CATCTTTGAG AAGTCTTCAC ATGCTCGTAA AAGGTCTCCC 1380
CATGACCGCA GCCATCACCA TGATTATAGA AGAAGTCCAA GTTACTCTGA GTGGTCCAGT 1440
GATCGTAGGG ATGGCACTTC TAACTATAGG GAAGATCCCC AGAGCGATCG TAACAGACGT 1500
AATGGCCACA GAGAAATAAG CAGGAAAAGT GGAGTTAGGG AGAAGGGGGA TTCTCAGGCT 1560
GGTACGGAGC TCGAGCATAA GTACAGACAT AGGGATTCTA ATGGGAAAGA GTCGGCTTCA 1620
TCAAGCAAAG AATTGCAAGG TCAAAACATT TTGTACAACA ATGATCCGGT GGTTGAAAAA 1680
AGTTCTATTT GTGATTCATC CAAGATTCCA AGTCCGTGTG CAAAGGGAAA CGAGTCTGTG 1740
CAAGTCTCTG AAGCTCCTAC TGAGGAGTTG CCATCAATGG AGGTAGATAT GGACATTTGT 1800
GATACACCAC CGCATGAGCC TGCAAAGGGA AAAGAATCTG TGGCGGCTGA TTCATCTTTG 1860
GGGAAGTGGT TTTATCTTGA TTACTATGGC ATGGAAAATG GGCCTGCAAA GTTATCCGAG 1920
CTTAAAGCTC TTATGGAGCA AGGCATTCTT CTCTCTGACC ATATGATTAA ACATTCAGAT 1980
AACAATAGGT GGGTCACTAT TGAAAATGCA ACATCTCCTA CGGTCAACAT AAATTTTCCA 2040
TCGGTCGTGT CAGATGCAGT GACACGGCTC GTCAATCCTC CTGAAGCGCC TGGTAATTTA 2100
TTAGAAGACA TTGTAGATGC TGCCGAAGCA GTTCCTATGG ACCAAGAAGC TGGATATTCC 2160
TTGCCTGAAT CAGTGTCTAT ACCAGATACT AAGGAAATTT TAGTAGAACA TCATGAAGAT 2220
TTTCAGTTTG ATAAAAGGAT CGCTAGTCTC GTGGAGGGTT GTACTATCAC CCCTGGAAGG 2280
GAACTTGAAA CACTTGGAGA AGCTATGCAG ATTAAAGTTG AGCTTGAAGA GACTAGAAAA 2340
TTTGTGAGTC CTGAAGATAT CACCTGGTGC TACTATCAAG TGGTAGATCA GTTGCTAGGG 2400
GATGAGGCGT CGGGGTCTTC AGAGCCCAAG ACAAGGGATG TCGAAGAGTT GACGTCAGAA 2460
AATGTTGATG GATCTGAGAG CGATGAGATA GGAAGCTGGT TATCAGGTCG TTGGTCTTGC 2520
AAAGGAGGGG ACTGGATAAG ACGCGATGAA GCTTCGCAAG ATATATATTA CAAAAAGAAG 2580
TTGGTTCTGA ATGATGGTTT CCCGTTATGC CTGATGCAGA AGTCAGGTCA TGAGGATCCT 2640
AGAAGGCATC AGAAGGATGA TTTGTATTAT TCTCGAAGCA GCTCTAGGCT GGAACTTCCC 2700
CTGTGGGCTT TTTCTGGTGT CGATGAGAGA AATCAGGCGA GGGGAGTCAA GGCTAGTGTG 2760
CTCTCTGTAG TTAGGCTTAA CTCATTGGTC GTAAATGATC AAGTTCCATC GATTCCTGAT 2820
CCCCATGTCA AAGTTCGTGG TAGGGAAAAG TGCTCTTCAA GGCATGCTCG TCCTTCCCCT 2880
GCATCTAGTG ATTCCAAGTG GGAATCAGTC GAAACTATTT CTCAATCAAC ATCTTGCGGT 2940
AGTCAAGATT TGCAGGGGTG TTGGAAAACC GGCGCATCTG TTATTACCCC TACAAATCGT 3000
CTGTATACAG TCGAGGATTT GCAGTTGCAT TTGGGTGATT GGTTCTATAT AGATGGGGCT 3060
GGGCAAGAAC AAGGACCTCT GCCATTTTCA GCGCTCCAGA TATTGGTTGA TAAAGGTTTA 3120
ATAAAGAGCC ATAGTAGTGT CTTCAGGAAA TCTGATAAAA TTTGGGTACC TGTTACCTCT 3180
ATCACAAAAA CTCTTGAAAC AAGTGCCAAA CTCCAGGGAA AAAAACCAGC TCTGCCTTCA 3240
GATTGTCAAA GCCTTGTTGT CTCAGAGTCG CAGGATTTCA AGCATTCTGA AATGGACACT 3300
AGTCTAAGCT CGTTCCATAG TATGCACCCT CAGTTCCTTG GTTATTTCCG TGGGAAACTC 3360
CATCAATTGG TTATGAAAAC ATTCAAGAGT CGGGAATTTT CTGCTGCCAT AAACGATGTT 3420
TTAGACACTT GGATCAATGG GAAACAGCCA AAGAAAGAGA CTGACAAGTA CATGTACCAC 3480
TCTTCAGAAT TTGATTCATC CTATCCAAAA AGAGCTCGAT TGATGGCTGG TGAAATTGGG 3540
GACCATTCTG AAGTGGATGA TGTGTTTCAG AAGGATGATT TGGCATTTGA GGATTTATGT 3600
GGGGACGCTA CCTTCCATGT AGAAGGAAGT GGATCTTCTC GCACCGCGGG GATTTACTGG 3660
GATCTGTTAG ATGGTCATGC GTTAGCACGG GTCTTTCATT TGTTGAGATA TGATGTAAAA 3720
TCACTTGCAT TTGCGTCCAT GACTTGTAGA CATTGGAAAG CCACTGTTAA TTCATACAAG 3780
GATATTTCAA GACAAGTTGA CTTATCTTCT TTGGGTCCCA ACTGCACAGA TTCTAGGCTT 3840
TGGAGTATCA TGAACACTTA CAACACGCAG AAGATAGACT CTGTCATTCT GGTTGGTTGT 3900
ACAAACGTGA CTTCCAGCAT GCTTGAGGAA GTGCTTCGTT TATTTTCCCA TATATCTTCT 3960
GTAAACATCA CAGGCTGCTC CCAGTTTGGA GATTTGACAT TGAACTATAA AAAAGTAAGT 4020
TGGCTCAAAT TCCAGCATCC TCGATCAGGT GAATTGCGTT CCAGGTTAAG GAGTTTGAAA 4080
CAGACTACAG ATGTTGCTAA GTCTAAGGGC TTAGGAGGTG ATACAGATGA TTTTGGTAAC 4140
CTTAAGGATT ACTTTGATCG AGTGGAAAAG CGAGACTCAG CTAATCAGTT ATTCCGAAAG 4200
AGCTTATACA AACGTTCAAA ATTGTATGAT GCAAGGAAAT CATCGGCAAT TCTATCCAGG 4260
GATGCTCGTA TCAGGCGATG GGCGGTTAAA AAGTCAGAAC ATGGGTATAA GCGAGTAGAG 4320
GAATTCCTTG CTTCAAGCCT TAGGGGCATC ATGAAGCAAA ATACTTTTGA CTTCTTTACT 4380
TTGAAGGTCG CTCAAATAGA GGAAAAAATG AAAAACGGTT ACTACGTTAG TCATGGTTTG 4440
AAATCTGTCA AGGAGGATAT CAGTCGAATG TGCAGGGAAG CAATTAAAGG GCGGAATCGG 4500
GGAGGCTCCA AAGACATGAA CCGAATCATC GTACCATTTA TTCAACTTGC CACACGTTTA 4560
GAAGAGGTCT CTATGGTTAC TTCTTCATAC AGAAGAGATG AATTAATGAA GTCATGGCAA 4620
GATGGCTCAG GGTTCTCATC AGCCTCTAAG TACAACAAGA AGTTGAGTAA ATCAGTAACT 4680
GAAAAGAAGT TCATGAGCAG GACTAGTGAC ACATTGGGTG TAAATGGTGC GTTGGACTAC 4740
GGAGAATATG CATCGGACCG AGAAATCAGA AGGCGTTTGT CTAAACTGAA TCGTAAATCA 4800
TTTGGTTCGG GAAGTGAAAC ATCTTCTGAG CTATCTGAGA ATGACAGTTA TAGCTCAGCT 4860
TCAGCTTCAG AAAGTGAATC GGACATCCGT TCAGAAGGTC GATCACAGGA CTCACGTGTC 4920
GAGAAATACT TCACATCAGA TGAGTCCTTT GATTCTGTAA TCGAAGAGCG AGAATGGGGT 4980
GCACGTATGA CCAAAGCTGG TCTTGTGCCA CCAGTCACTA GGAAATATGA AGTGATTGAA 5040
GAGTACACAA TTGTCGCCGA CGAGGAGGAG GTACAGCGAA AGATGCTGGT TTCTTTGCCA 5100
GAAGACTATG CTGAGAAGCT TAATGCACAA AAAAATGGTA CTGAAGAGTT AGATATGGAA 5160
CTTCCTGAAG TCAAGGAGTA TAAACCAAGA AAGCTTCTTG GCAACGAGGT TTTAGAGCAA 5220
GAGGTGTATG GAATCGATCC CTACACTCAT AACCTCTTAC TTGATTCAAT GCCAGAATTG 5280
GACTGGTCAC TGCAGGATAA ACATTCGTTT ATAGAAGATG TAGTCTTGCG TACCCTGAAC 5340
AGGCAAGCTA GGTTGTTCAC TGGATCTGGT AACACCCCCA TGGTATTCCC TTTAAGGCCT 5400
GTGATTGAAG AGCTCAAAGA GAATGCTCGT GAAGAGTGTG ATATACAAAC AATGAGGATG 5460
TGTCAAGGCA TCTTAAAGGC TATAGAAAGT CGTTCTGATG ATAATTATGT GTCTTATCGG 5520
AAGGGCCTCG GTGTGGTGTG CAACAAACAA AGTGGTTTTG TAGTAGAAGA TTTTGTTGTT 5580
GAATTTCTTG GAGAGGTTTA TCCTGTTTGG AAGTGGTTTG AGAAGCAAGA TGGAATTCGT 5640
TCCTTACAGG AAAACAAAAC TGATCCTGCA CCAGAGTTTT ACAATATATA TCTTGAGAGA 5700
CCAAAGGGTG ATGCTGATGG ATATGATTTA GTTGTTGTTG ATGCCATGCA CAAAGCTAAT 5760
TATGCTAGTC GAATTTGTCA CTCTTGCCGA CCGAACTGTG AAGCTAAGGT TACTGCGGTG 5820
GATGGACACT ACCAGATTGG CATATATTCA GTACGTCCTA TTGAGTATGG CGAAGAGATA 5880
ACTTTTGATT ATAATTCTGT AACTGAGAGT AAGGAAGAAT ATGAGGCGTC TGTTTGCTTG 5940
TGTGGTAGCC AAGTTTGCCG AGGCAGCTAC TTGAATCTCA CTGGTGAAGG TGCATTTCAG 6000
AAGGTATTAA AGGAATGGCA TGGTCTGCTG GATCGACACA AACTGATGCT AGAAGCTTGT 6060
ATACTAAATT CAGTTTCAGA AGAAGATTAT CTTGAGTTGG GAAGAGCTGG ACTGGGAAGT 6120
TGTTTGCTTG GTGGGCTGCC AGATTGGGTG ATTGCGTATA CTGCTCGTCT GGTGCGATTC 6180
ATCAATTTCG AGAGAACTAA GCTTCCAGAG GAAATTCTTA AGCATAATAT GGAAGAAAAG 6240
AGAAAATATT TTTCAGACGT ACACCTTGAT GTTGAGAAAA GTGATGCTGA GGTTCAGGCT 6300
GAGGGTGTCT ACAATCAGAG GCTTCAGAAT TTGGCTGTCA CACTTGACAA GGTAAGATAT 6360
GTTATGAGAC GTGTGTTTGG GGATCCAAAG AACGCTCCTC CTCCGCTCGA GAGGCTTACT 6420
CCTGAAGAAA CAGTCTCTCT TTTATGGAAC GGGGATGGTT CCTTAGTTGA GGACCTGCTT 6480
CAGTGCCTGT CACCTCACGT GGAGGAAGGC ATTGTTGATG AACTTAGATA CAAAATTCGC 6540
GCCCATGATC CATCTGGATC TGCAGATGTC CTTGAGGAGC TTCAGAGATC ATTACTTTGG 6600
TTGAGAGATG AGATTCGAGA TCTACCTTGT ACATACAAGT GTCGGAATGA TGCTGCAGCT 6660
GATTTAATAC ACATATATGC CTATACGAAG TGCTTTTTTA AAGTTCGGGA ATATAAGTCC 6720
TTTGTCTCTT CTCCTGTACA CATAAGCCCT TTAGATTTGG GAACCAAGTA TGCGGAGAAA 6780
CTAGGTGACA GTATAAAGGA GTACCGGAAA ACTTATGGCG AGAACTATTG TCTCGGGCAG 6840
CTAATTTACT GGTATGAACA GACGAATACT GATCCAGATG TTACATTGGT GAAAGCAACC 6900
AGAGGGTGCT TGTCTTTGCC CGACGTTGCT TCCTTCTACG CAAAGGCCCA GAAACCATCT 6960
AAGCATCGTG TTTATGGACC AAAGACGGTG AAAACCATGG TTTCACAGAT GTTAAAGCAA 7020
CCTCAAAAAC CATGGGCAAA GGATAAAATA TGGATGTTCA AAAGCAACCC GGTAGTATTT 7080
GGAAGCCCGA TGTTCGATGC TGTCCTCAAC GACTCGTCAC TAGATAGAGA ACTGTTGCAG 7140
TGGCTAAGAA GCAGACGGCA TGTCTTTCAA GCGACATGGG ATAGTTAG 7189
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Brr-0185 Bra037086.1-P Brassica rapa 99 0.0 4524
WERAM-Arl-0107 fgenesh2_kg.7__ 2806__ AT4G15180.1 Arabidopsis lyrata 79 0.0 3596
WERAM-Art-0102 AT4G15180.1 Arabidopsis thaliana 78 0.0 3562
WERAM-Thc-0028 EOX99202 Theobroma cacao 59 0.0 2577
WERAM-Viv-0079 VIT_12s0059g02740.t01 Vitis vinifera 56 0.0 2409
WERAM-Pot-0161 POPTR_0017s06870.1 Populus trichocarpa 56 0.0 2340
WERAM-Glm-0173 GLYMA13G38090.1 Glycine max 54 0.0 2331
WERAM-Sol-0095 Solyc07g052940.2.1 Solanum lycopersicum 51 0.0 2140
WERAM-Met-0053 AES67301 Medicago truncatula 56 0.0 2064
WERAM-Mua-0090 GSMUA_Achr6P19080_001 Musa acuminata 55 0.0 1930
WERAM-Prp-0003 EMJ18336 Prunus persica 65 0.0 1907
WERAM-Orbr-0096 OB08G14950.1 Oryza brachyantha 47 0.0 1790
WERAM-Brd-0076 BRADI3G15410.1 Brachypodium distachyon 48 0.0 1752
WERAM-Orr-0092 ORUFI08G05380.1 Oryza rufipogon 47 0.0 1746
WERAM-Orgl-0086 OGLUM08G05110.1 Oryza glumaepatula 46 0.0 1743
WERAM-Orp-0085 OPUNC08G04680.1 Oryza punctata 47 0.0 1740
WERAM-Lep-0088 LPERR08G04660.1 Leersia perrieri 47 0.0 1740
WERAM-Orb-0089 OBART08G04850.1 Oryza barthii 46 0.0 1739
WERAM-Tra-0307 Traes_7BL_7F59424FF.1 Triticum aestivum 47 0.0 1732
WERAM-Orl-0036 KN538842.1_FGP005 Oryza longistaminata 46 0.0 1728
WERAM-Orni-0088 ONIVA08G04720.1 Oryza nivara 45 0.0 1672
WERAM-Amt-0051 ERN12742 Amborella trichopoda 56 0.0 1555
WERAM-Orm-0082 OMERI08G04840.2 Oryza meridionalis 53 0.0 1487
WERAM-Org-0088 ORGLA08G0041700.1 Oryza glaberrima 62 0.0 1236
WERAM-Ori-0096 BGIOSGA028096-PA Oryza indica 62 0.0 1216
WERAM-Tru-0082 TRIUR3_30171-P1 Triticum urartu 39 0.0 830
WERAM-Sob-0099 Sb07g005020.1 Sorghum bicolor 65 0.0 828
WERAM-Ors-0079 OS08T0180100-01 Oryza sativa 70 0.0 822
WERAM-Sei-0042 Si013113m Setaria italica 66 0.0 816
WERAM-Php-0012 PP1S123_132V6.1 Physcomitrella patens 54 0.0 800
WERAM-Aet-0045 EMT03161 Aegilops tauschii 37 0.0 771
WERAM-Sem-0117 EFJ06442 Selaginella moellendorffii 58 0.0 646
WERAM-Osl-0044 ABO98585 Ostreococcus lucimarinus 29 1e-76 286
WERAM-Scj-0004 EEB05744 Schizosaccharomyces japonicus 40 1e-15 84.7
WERAM-Spr-0026 CBQ73061 Sporisorium reilianum 34 2e-14 80.5
WERAM-Scp-0045 SPCC306.04c.1:pep Schizosaccharomyces pombe 49 4e-14 79.3
WERAM-Xim-0181 ENSXMAP00000014700.1 Xiphophorus maculatus 35 4e-14 79.3
WERAM-Pof-0100 ENSPFOP00000008940.2 Poecilia formosa 35 4e-14 79.3
WERAM-Drm-0037 FBpp0290774 Drosophila melanogaster 33 9e-14 78.6
WERAM-Cae-0021 C26E6.9a Caenorhabditis elegans 48 1e-13 78.2
WERAM-Mao-0038 MGG_15053T0 Magnaporthe oryzae 37 1e-13 77.8
WERAM-Usm-0019 UM02677P0 Ustilago maydis 34 3e-13 76.6
WERAM-Leo-0043 ENSLOCP00000006248.1 Lepisosteus oculatus 46 4e-13 76.3
WERAM-Dar-0136 ENSDARP00000080600.5 Danio rerio 46 4e-13 75.9
WERAM-Asm-0221 ENSAMXP00000021274.1 Astyanax mexicanus 46 5e-13 75.9
WERAM-Orn-0170 ENSONIP00000017473.1 Oreochromis niloticus 46 6e-13 75.9
WERAM-Hov-0052 MLOC_53863.1 Hordeum vulgare 35 6e-13 75.9
WERAM-Orla-0085 ENSORLP00000010594.1 Oryzias latipes 46 6e-13 75.5
WERAM-Gam-0103 ENSGMOP00000010529.1 Gadus morhua 46 6e-13 75.5
WERAM-Map-0034 MAPG_11216T0 Magnaporthe poae 44 7e-13 75.5
WERAM-Mel-0032 EGG05344 Melampsora laricipopulina 31 7e-13 75.5
WERAM-Tar-0134 ENSTRUP00000029370.1 Takifugu rubripes 34 9e-13 75.1
WERAM-Gaa-0181 ENSGACP00000022456.1 Gasterosteus aculeatus 46 9e-13 75.1
WERAM-Cii-0057 ENSCINP00000025949.2 Ciona intestinalis 37 9e-13 75.1
WERAM-Anc-0028 ENSACAP00000003330.3 Anolis carolinensis 32 9e-13 75.1
WERAM-Tum-0027 CAZ85029 Tuber melanosporum 33 9e-13 75.1
WERAM-Caa-0001 KGT72293 Candida albicans 45 9e-13 75.1
WERAM-Meg-0006 ENSMGAP00000000305.2 Meleagris gallopavo 33 1e-12 74.3
WERAM-Gaga-0134 ENSGALP00000023545.4 Gallus gallus 33 1e-12 74.3
WERAM-Trv-0023 EHK27489 Trichoderma virens 34 1e-12 74.3
WERAM-Ran-0136 ENSRNOP00000027629.6 Rattus norvegicus 33 1e-12 74.3
WERAM-Pes-0038 ENSPSIP00000006003.1 Pelodiscus sinensis 33 2e-12 74.3
WERAM-Nol-0132 ENSNLEP00000014766.2 Nomascus leucogenys 33 2e-12 74.3
WERAM-Trr-0040 EGR44940 Trichoderma reesei 34 2e-12 74.3
WERAM-Ten-0107 ENSTNIP00000001164.1 Tetraodon nigroviridis 44 2e-12 73.9
WERAM-Mup-0063 ENSMPUP00000005424.1 Mustela putorius furo 33 2e-12 73.9
WERAM-Chg-0032 EAQ86448 Chaetomium globosum 34 2e-12 73.9
WERAM-Ova-0035 ENSOARP00000004767.1 Ovis aries 33 2e-12 73.9
WERAM-Orc-0146 ENSOCUP00000012882.3 Oryctolagus cuniculus 33 2e-12 73.9
WERAM-Mum-0089 ENSMUSP00000088451.4 Mus musculus 33 2e-12 73.9
WERAM-Eqc-0151 ENSECAP00000016148.1 Equus caballus 33 2e-12 73.9
WERAM-Otg-0100 ENSOGAP00000008607.2 Otolemur garnettii 33 2e-12 73.9
WERAM-Lab-0005 EDR10511 Laccaria bicolor 37 2e-12 73.9
WERAM-Gag-0022 GGTG_06874T0 Gaeumannomyces graminis 43 2e-12 73.9
WERAM-Bot-0048 ENSBTAP00000005172.5 Bos taurus 33 2e-12 73.6
WERAM-Caf-0179 ENSCAFP00000024919.4 Canis familiaris 33 2e-12 73.6
WERAM-Zem-0082 GRMZM2G147619_P03 Zea mays 31 2e-12 73.6
WERAM-Paa-0029 ENSPANP00000005654.1 Papio anubis 33 2e-12 73.6
WERAM-Dan-0138 ENSDNOP00000030955.1 Dasypus novemcinctus 33 2e-12 73.6
WERAM-Aim-0001 ENSAMEP00000000048.1 Ailuropoda melanoleuca 33 2e-12 73.6
WERAM-Pat-0013 ENSPTRP00000002411.3 Pan troglodytes 33 2e-12 73.6
WERAM-Myl-0149 ENSMLUP00000012265.2 Myotis lucifugus 33 2e-12 73.6
WERAM-Fec-0122 ENSFCAP00000011217.3 Felis catus 33 2e-12 73.6
WERAM-Chs-0022 ENSCSAP00000016009.1 Chlorocebus sabaeus 33 2e-12 73.6
WERAM-Sus-0043 ENSSSCP00000006936.2 Sus scrofa 33 2e-12 73.6
WERAM-Caj-0092 ENSCJAP00000015181.2 Callithrix jacchus 33 2e-12 73.6
WERAM-Tut-0149 ENSTTRP00000012646.1 Tursiops truncatus 33 2e-12 73.6
WERAM-Hos-0093 ENSP00000357330.3 Homo sapiens 33 2e-12 73.6
WERAM-Mod-0150 ENSMODP00000021257.2 Monodelphis domestica 33 3e-12 73.6
WERAM-Cap-0050 ENSCPOP00000004321.2 Cavia porcellus 33 3e-12 73.6
WERAM-Tag-0191 ENSTGUP00000017698.1 Taeniopygia guttata 33 3e-12 73.6
WERAM-Anp-0113 ENSAPLP00000012903.1 Anas platyrhynchos 33 3e-12 73.6
WERAM-Fia-0043 ENSFALP00000002960.1 Ficedula albicollis 33 3e-12 73.6
WERAM-Sah-0094 ENSSHAP00000010988.1 Sarcophilus harrisii 33 3e-12 73.2
WERAM-Pug-0037 EHS63201 Puccinia graminis 44 3e-12 73.2
WERAM-Mae-0076 ENSMEUP00000007694.1 Macropus eugenii 33 4e-12 72.8
WERAM-Asni-0037 CADANGAP00014055 Aspergillus niger 45 5e-12 72.8
WERAM-Mam-0223 ENSMMUP00000038843.1 Macaca mulatta 32 6e-12 72.4
WERAM-Cis-0029 ENSCSAVP00000005982.1 Ciona savignyi 34 6e-12 72.4
WERAM-Ast-0003 CADATEAP00001100 Aspergillus terreus 45 6e-12 72.4
WERAM-Aso-0006 CADAORAP00000676 Aspergillus oryzae 45 7e-12 72.0
WERAM-Asn-0015 CADANIAP00003254 Aspergillus nidulans 45 8e-12 72.0
WERAM-Ved-0007 EGY17741 Verticillium dahliae 44 9e-12 71.6
WERAM-Xet-0165 ENSXETP00000005100.3 Xenopus tropicalis 29 9e-12 71.6
WERAM-Asc-0034 CADACLAP00008186 Aspergillus clavatus 45 1e-11 71.6
WERAM-Fuo-0006 FOXG_01447P0 Fusarium oxysporum 32 1e-11 71.6
WERAM-Lac-0072 ENSLACP00000009517.1 Latimeria chalumnae 33 1e-11 70.9
WERAM-Ptv-0188 ENSPVAP00000016847.1 Pteropus vampyrus 34 2e-11 70.9
WERAM-Pem-0093 ENSPMAP00000009706.1 Petromyzon marinus 34 2e-11 70.9
WERAM-Nec-0021 EFNCRP00000004417 Neurospora crassa 34 2e-11 70.5
WERAM-Coi-0035 EAS31778 Coccidioides immitis 44 2e-11 70.5
WERAM-Ict-0109 ENSSTOP00000011136.2 Ictidomys tridecemlineatus 44 2e-11 70.5
WERAM-Ora-0110 ENSOANP00000020840.3 Ornithorhynchus anatinus 44 2e-11 70.5
WERAM-Loa-0190 ENSLAFP00000018673.1 Loxodonta africana 44 2e-11 70.5
WERAM-Gog-0078 ENSGGOP00000006571.2 Gorilla gorilla 44 2e-11 70.5
WERAM-Dio-0099 ENSDORP00000009999.1 Dipodomys ordii 43 3e-11 70.1
WERAM-Ere-0134 ENSEEUP00000014018.1 Erinaceus europaeus 44 3e-11 70.1
Created Date 25-Jun-2016