WERAM Information

Tag Content
WERAM ID WERAM-Orni-0025
Ensembl Protein ID ONIVA02G32430.1
Gene Name
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
ONIVA02G32430 ONIVA02G32430.1 ONIVA02G32430.1
ONIVA02G32430 ONIVA02G32430.2 ONIVA02G32430.2
ONIVA02G32430 ONIVA02G32430.3 ONIVA02G32430.3
Status Unreviewed
Classification
Type Family E-value Score Start End
HMT SUV39 2.90e-38 132.4 212 1563
Organism Oryza nivara
Domain Profile
  HMT SUV39
        SUV39.txt  79 s............................................................................................. 79 
                      +                                                                                             
  ONIVA02G32430.1 212 Hyrsghhntgnvgaedqtvalwvkwrgkwqtgiqcfrvdcplstlkakpthgrksyiivffprtrtyswvdmllvrpieeyplplvngthrkwr 305
                      2555555555555555555555555555555555555555555555555555555555555555555555555555555555555555555555 PP
        SUV39.txt  80 .............................................................................................. 79 
                                                                                                                    
  ONIVA02G32430.1 306 klvkdlsiprrfimqklaismlnfsdelhteavvenarmattwkefareasccrdytdlgkmlvklqnmilpdytschwlqnsfhlwsqkcnna 399
                      5555555555555555555555555555555555555556666666666666666666666666666666666666666666666666666666 PP
        SUV39.txt  80 ....................................ntrqekdkeeseyiidakkegnvgrflnHsc..s 111
                                                          ++ ++ ++e  + + +++  gn g f  H+c  +
  ONIVA02G32430.1 400 hdaetveilteelrqailwdkvhelwnapmqpelvpEW-KTWKQEVMKQFFSSHPVGNAGNFEQHNCydD 468
                      66666666666666666666666666666666666333.3333444555567777888888888888544 PP
        SUV39.txt   55 ldskesvenlkegyesdvplssdss..................................n 80  
                       l ++++v+++++g++sd+p ++++                                   +
  ONIVA02G32430.1 1042 LGHHHQVAHTNSGTVSDIPSGREKYqfnrgrhyysafkkslrpsgslkkrtssgvekhfK 1101
                       556666666667777777776666544444444444444444444444444444333332 PP
        SUV39.txt    1 vrLqvfktenkGwGvrclddiakgsFvciyaGeiltddeaekegleegdeyladldskesv........enlkegyesdvplssdssntrqe 84  
                       v+L+vf+tenkGw+vr+ + i++g+Fvc+y+Ge+l+ ++    ++ e+ e++ + +   ++         + k+g    +++ + + ++++ 
  ONIVA02G32430.1 1407 VKLEVFRTENKGWAVRAAEPIPQGTFVCEYIGEVLKMKDDGAIRHVERLEIYWNFSGAFHKlirklldlREAKSGSSYLFEI-TSQIDRERV 1497
                       69*********************************98887776555555544444443333221222222222222222333.223366667 PP
        SUV39.txt   85 kdkeeseyiidakkegnvgrflnHscspNlfvqnvfvdthdlrfprvafFaskrikagtELtwdYg 150 
                       +++ ++ y+ida+++gnv+rf+nHscspNl +  v v+++d ++ ++++Fa+++i  g+EL++dYg
  ONIVA02G32430.1 1498 QTTGTTAYVIDATRYGNVSRFINHSCSPNLSTRLVSVESKDCQLAHIGLFANQDILMGEELAYDYG 1563
                       777899***********************************************************6 PP
Protein Sequence
(Fasta)		MLMDPPVMQV DCQLQNDLEK TTPITYNMTH ALSHDDHGWQ GSDAHPASET VSCKPVEVNN 60
CSRTSIYENL DGSSEKSHAN LSDLPQKMHA EPPKEMNGSD AYFNDVRFQL SLSTENDAPQ 120
STSVDVNQQS VSNQDAPHSR EETHPPANIV TVLRPCQSNG DAQPSQDKDI TEEQVKGNKE 180
VGSDMEENET SVSPKNNMDQ LVLNNSCNGN THYRSGHHNT GNVGAEDQTV ALWVKWRGKW 240
QTGIQCFRVD CPLSTLKAKP THGRKSYIIV FFPRTRTYSW VDMLLVRPIE EYPLPLVNGT 300
HRKWRKLVKD LSIPRRFIMQ KLAISMLNFS DELHTEAVVE NARMATTWKE FAREASCCRD 360
YTDLGKMLVK LQNMILPDYT SCHWLQNSFH LWSQKCNNAH DAETVEILTE ELRQAILWDK 420
VHELWNAPMQ PELVPEWKTW KQEVMKQFFS SHPVGNAGNF EQHNCYDDPG MDQQARIKHS 480
KLEVRRGEAH FSQEDDANLN TLSEDPNKSN LPSISIIHEA VGPLESRDQN KTAAFPSTSG 540
VQDTGEPNSA LHNVRHELDS FKSSRQCSAY IEAKGRQCGR WANDGDIYCC VHQSMHFADH 600
SSREDKSLTV ETPLCGGMTN LGRKCKHRAQ HGSIFCKKHR FQTNPDAMSS DSLLSSSEGR 660
KWEESQKSVE KMSSSNATCS VGSEQANNFQ VAVHMKVTPT MAVETTSDKV NVSENADLCY 720
PMSTSMENSN LDASICIGIR SHDNIAECQD YAVRHTLYCE RHIPKFLKRA RNGKSRLISK 780
DVFINLLKCC TSRKEKLCLH QACEFLYWFL RNNLSHQRPG LGSDHMPQIL AEVSKNPDVG 840
EFLLKLISSE REKLSHVWGF GTDSSNQMHS ENQDGSVMVL REDGTHPSPG LKCKICSQEF 900
SDDQGLGLHW TEVHKKEVRW LFRGYSCAVC MDSFTNRRVL ERHVQEKHGA QYLQYSTLLR 960
CISCNSNFLN TDLLWQHIVS DHSRDFSLLD HVPRRPRGQS IKRTERASDE LLYDNHNLGK 1020
DDGSQKFTCR LCGMMFDLLP DLGHHHQVAH TNSGTVSDIP SGREKYQFNR GRHYYSAFKK 1080
SLRPSGSLKK RTSSGVEKHF KAQSLDLSMD TSHIVESETT TLGRLLDFQC SDVALTLFSK 1140
IQKTRPHPSN LDILSIARSV CCKTSLCAAL EAKYGILPDN IFVKAAKLCS DVGIQIDWHQ 1200
EEFFCPKGCK SRSSSNSLLP LQPTQVDFVM SPPIGDEIWG MDEYHYVLDS EHFGWNLKNE 1260
MVIVCEDVSF GREKVPVVCA IDVDAKEFPY MKPGEILQSE NSLPWQGFHY VTKRLMDSSL 1320
VDSENTMVGC ACSHAHCSPE ECDHVSLFDS IYENLVDLHG VPMRGRFAYD ENSKVILQEG 1380
YPIYECNSSC TCDASCQNKV LQRGLLVKLE VFRTENKGWA VRAAEPIPQG TFVCEYIGEV 1440
LKMKDDGAIR HVERLEIYWN FSGAFHKLIR KLLDLREAKS GSSYLFEITS QIDRERVQTT 1500
GTTAYVIDAT RYGNVSRFIN HSCSPNLSTR LVSVESKDCQ LAHIGLFANQ DILMGEELAY 1560
DYGQKLLPGD GCPCHCGAKN CRGRVY 1586
Nucleotide Sequence
(Fasta)		CCACCTCCAC CTCCTCTCGC CGCCGCCGCC GCCGCCGCCC GACTTCCCCG CTCGACGCCG 60
TACGCTGCTG GGCCCCACCC ACCGTCGACC CCCCCTCGGT GCGCGAGCGC TCCGGTCGGC 120
CTGCGCCCGC CAACGGCGTC CGTGGACTGC TGCACCCGCC GCCGCCTCCC CCGCTGCTTA 180
CGCGGGCGCC TCGCCGCGGA GGGTGAATGA GTGTTGAATA AGTCACTAGT GTTTATGGAC 240
TTCAAACCAG CAGGAGATTG TTCTTTCAGT GCTCACGCTA GTCCTGCCTT ATTTCATAGT 300
GGATTGGCAG ATCATAACAT ACCAAAGAAA TGCTGATGGA CCCTCCTGTT ATGCAAGTAG 360
ATTGCCAATT ACAGAATGAT TTGGAGAAAA CAACACCTAT TACCTACAAT ATGACACATG 420
CCTTGTCACA TGATGATCAT GGGTGGCAAG GTTCTGATGC TCATCCTGCA AGTGAGACAG 480
TTAGCTGCAA GCCTGTTGAA GTTAACAATT GTTCTCGAAC AAGCATATAT GAGAACCTGG 540
ATGGTTCTTC TGAAAAGTCT CATGCTAACT TGTCAGATTT ACCTCAGAAG ATGCATGCCG 600
AGCCCCCAAA AGAGATGAAT GGTTCTGATG CATACTTCAA TGATGTTAGA TTTCAATTGA 660
GTCTAAGCAC TGAAAATGAT GCCCCTCAAA GCACGTCTGT TGACGTCAAT CAACAGAGTG 720
TTAGTAATCA GGATGCACCT CATTCTCGGG AAGAGACGCA TCCACCTGCC AATATAGTGA 780
CTGTACTTAG GCCATGCCAG TCCAATGGAG ATGCTCAGCC TTCTCAAGAC AAGGACATTA 840
CTGAAGAACA AGTCAAAGGG AACAAGGAAG TTGGATCTGA TATGGAAGAG AATGAGACAT 900
CTGTCTCACC TAAGAACAAC ATGGATCAGC TTGTTCTTAA CAACAGTTGT AATGGCAATA 960
CTCATTATAG AAGTGGTCAT CACAATACAG GAAATGTTGG TGCAGAAGAT CAGACTGTTG 1020
CACTTTGGGT AAAGTGGAGA GGAAAATGGC AAACTGGAAT TCAGTGCTTT AGAGTGGACT 1080
GTCCTTTATC TACTCTAAAG GCAAAACCAA CACATGGCAG GAAGAGCTAT ATCATTGTTT 1140
TCTTCCCCCG TACAAGAACT TATTCTTGGG TAGACATGCT ACTTGTCCGT CCAATTGAGG 1200
AATATCCTCT GCCACTGGTT AATGGAACTC ATCGCAAATG GCGAAAGCTA GTGAAGGATC 1260
TGAGTATTCC TCGACGATTC ATCATGCAGA AACTTGCTAT TTCCATGCTA AATTTTAGTG 1320
ACGAGCTTCA TACAGAGGCT GTAGTTGAGA ATGCTCGGAT GGCCACAACT TGGAAGGAGT 1380
TTGCTCGGGA AGCATCTTGC TGTAGAGATT ATACTGATCT TGGGAAGATG CTTGTCAAAC 1440
TTCAAAATAT GATTCTTCCA GACTACACAA GTTGTCATTG GCTGCAAAAT TCTTTTCACT 1500
TGTGGAGCCA AAAGTGCAAT AATGCTCATG ATGCCGAGAC CGTTGAAATT CTTACCGAGG 1560
AACTTAGGCA AGCTATTCTT TGGGACAAGG TTCATGAATT GTGGAATGCA CCAATGCAGC 1620
CTGAATTAGT CCCCGAGTGG AAAACTTGGA AACAGGAAGT CATGAAACAG TTCTTTTCAT 1680
CTCATCCAGT TGGCAATGCT GGCAACTTTG AACAACACAA TTGTTATGAT GATCCAGGTA 1740
TGGATCAACA AGCTCGTATA AAACATTCCA AACTCGAAGT CCGCAGAGGA GAAGCTCATT 1800
TTTCACAAGA GGATGATGCT AACCTCAACA CATTAAGTGA AGACCCAAAC AAAAGTAACC 1860
TCCCCAGTAT CTCCATCATT CATGAAGCTG TAGGACCATT AGAGTCAAGA GATCAGAATA 1920
AAACTGCTGC CTTCCCCAGT ACTTCTGGTG TCCAGGACAC TGGAGAACCA AATAGTGCTT 1980
TACACAATGT CAGACATGAA TTGGATTCAT TCAAGAGTTC TCGGCAGTGT TCTGCATATA 2040
TAGAAGCAAA AGGAAGGCAA TGTGGTAGGT GGGCAAACGA TGGTGATATT TACTGTTGTG 2100
TGCATCAAAG TATGCATTTT GCTGACCATT CGTCTAGGGA AGATAAGTCA CTTACTGTTG 2160
AAACTCCACT GTGTGGGGGG ATGACTAATC TTGGTAGAAA GTGCAAGCAT CGAGCCCAGC 2220
ATGGTTCTAT CTTTTGTAAA AAGCACCGCT TCCAAACAAA TCCAGATGCA ATGAGCTCAG 2280
ATAGTTTGTT AAGTTCGTCT GAGGGCCGTA AGTGGGAAGA GTCACAGAAA AGCGTGGAGA 2340
AGATGTCTTC CTCAAATGCA ACTTGTAGTG TAGGCTCAGA GCAGGCAAAT AATTTCCAGG 2400
TTGCTGTGCA CATGAAAGTG ACACCAACCA TGGCTGTTGA GACAACTAGT GATAAAGTTA 2460
ACGTGTCAGA GAACGCTGAT CTCTGCTACC CCATGTCAAC TTCCATGGAA AACTCTAACT 2520
TAGATGCTTC TATTTGCATT GGAATTCGCT CTCATGACAA TATTGCTGAA TGCCAGGATT 2580
ATGCCGTACG ACACACACTT TACTGTGAGA GGCACATACC GAAGTTCCTT AAACGTGCCA 2640
GAAATGGAAA AAGTCGACTC ATCTCTAAAG ATGTCTTTAT CAATCTTTTG AAGTGTTGCA 2700
CGTCAAGGAA AGAAAAACTG TGCTTACATC AGGCATGTGA GTTTCTTTAT TGGTTCTTGA 2760
GAAACAATCT TTCTCACCAA CGCCCGGGTC TTGGTAGTGA CCATATGCCC CAGATATTAG 2820
CTGAAGTGTC AAAAAATCCT GATGTTGGAG AATTTTTGTT AAAACTGATC TCTAGTGAGA 2880
GAGAAAAGCT TTCACATGTT TGGGGCTTTG GTACAGATAG CTCTAATCAA ATGCATTCTG 2940
AGAACCAAGA TGGATCAGTG ATGGTGTTAC GTGAAGATGG GACACATCCT TCACCTGGTC 3000
TGAAGTGCAA AATATGTTCT CAGGAGTTCT CTGATGATCA AGGACTTGGA TTACACTGGA 3060
CAGAGGTTCA CAAAAAAGAA GTGCGGTGGC TTTTCAGAGG CTATTCTTGT GCTGTATGCA 3120
TGGACTCATT TACCAACAGA AGAGTTCTCG AAAGGCACGT GCAGGAAAAA CATGGCGCTC 3180
AGTATCTCCA ATATTCGACA CTCTTACGTT GTATATCGTG CAACAGCAAC TTTTTGAACA 3240
CAGATCTTTT ATGGCAGCAC ATTGTTTCAG ATCATTCTCG AGATTTCAGC CTTCTGGATC 3300
ATGTCCCTCG ACGACCTAGG GGTCAATCTA TCAAAAGAAC AGAAAGGGCA AGTGATGAGC 3360
TCCTTTATGA TAACCATAAC CTTGGTAAGG ATGATGGTTC ACAGAAGTTC ACCTGCAGAT 3420
TATGTGGGAT GATGTTTGAT CTTTTGCCAG ATCTTGGCCA CCACCATCAA GTTGCTCATA 3480
CAAACTCAGG TACAGTCAGT GATATCCCTT CAGGACGTGA AAAGTATCAG TTTAACCGTG 3540
GTCGGCACTA TTATTCAGCC TTCAAGAAAA GTTTAAGACC ATCCGGCTCA TTGAAGAAGA 3600
GGACTAGTTC TGGAGTTGAG AAACATTTTA AGGCTCAAAG CTTGGATCTA TCTATGGATA 3660
CATCACACAT TGTGGAATCT GAGACCACCA CCCTTGGTAG GTTACTGGAT TTCCAATGCT 3720
CAGACGTGGC ATTGACTTTA TTTTCAAAGA TTCAAAAGAC AAGACCCCAC CCAAGCAACC 3780
TTGATATTCT GTCTATTGCC CGTTCTGTTT GCTGTAAGAC AAGCCTTTGT GCTGCATTGG 3840
AAGCTAAATA TGGAATCTTG CCTGATAACA TATTTGTGAA AGCTGCAAAG CTTTGTAGTG 3900
ATGTTGGCAT CCAAATTGAT TGGCATCAAG AAGAATTCTT TTGCCCTAAA GGTTGCAAGT 3960
CCAGGTCTAG TTCTAATTCC TTGCTCCCTT TACAGCCTAC CCAAGTTGAT TTTGTGATGA 4020
GTCCTCCAAT TGGTGATGAG ATATGGGGCA TGGATGAATA CCACTATGTT CTTGATTCAG 4080
AGCACTTTGG TTGGAATCTT AAGAATGAGA TGGTTATTGT TTGTGAAGAT GTTAGCTTTG 4140
GCAGGGAGAA AGTTCCAGTT GTCTGTGCCA TTGATGTAGA TGCAAAAGAA TTTCCATATA 4200
TGAAACCTGG AGAAATTTTG CAAAGTGAAA ATTCTCTGCC CTGGCAAGGT TTCCACTACG 4260
TCACAAAGCG TTTGATGGAT TCATCTCTTG TTGATTCAGA GAACACTATG GTTGGGTGTG 4320
CTTGTTCTCA TGCCCATTGC AGTCCTGAGG AATGTGATCA TGTGAGCCTC TTTGATAGTA 4380
TCTATGAGAA CCTAGTGGAT CTCCATGGTG TACCTATGCG TGGTAGATTT GCATATGATG 4440
AAAATAGCAA AGTTATTTTG CAGGAAGGAT ATCCTATATA TGAGTGCAAT TCATCATGCA 4500
CTTGTGATGC CTCCTGTCAG AATAAAGTAC TGCAGAGAGG ACTGCTGGTA AAGTTGGAAG 4560
TCTTCAGAAC TGAGAATAAG GGTTGGGCTG TTAGAGCCGC AGAACCTATT CCACAGGGCA 4620
CATTTGTATG TGAGTACATT GGAGAGGTTT TGAAGATGAA GGATGATGGG GCCATAAGAC 4680
ATGTAGAAAG GCTAGAAATC TATTGGAATT TCTCCGGTGC ATTCCATAAA CTGATAAGAA 4740
AATTATTGGA TCTCAGGGAG GCAAAAAGTG GTAGCAGCTA CTTGTTTGAA ATCACTTCTC 4800
AGATTGACAG GGAAAGAGTT CAGACTACAG GGACTACTGC ATACGTGATT GATGCCACAA 4860
GATATGGCAA CGTATCCCGT TTTATTAATC ATAGCTGTTC CCCAAATCTC AGTACGCGTT 4920
TAGTTTCGGT GGAGAGCAAA GACTGTCAGC TTGCTCACAT TGGTTTGTTT GCAAACCAGG 4980
ATATCTTGAT GGGAGAAGAA TTGGCCTATG ACTATGGACA AAAATTGCTA CCTGGTGATG 5040
GATGCCCCTG CCATTGTGGT GCTAAGAATT GCCGAGGACG TGTGTATTGA GTTTGCAGTG 5100
GGGCAGAAAA TGGTAACGGA GCAGTCCAAT CCTTAGCATT TCTCCAGAAG TTCCTACAAT 5160
GGCGTCACTT AGCAAGGGAT AGCAATGTTT TTTTCTAGAG CAACAATGCA GTGCTAGGAT 5220
CTAATTCCCC ATGCATCATT AGGAATCATC ATATAGGTCT CAACAGTTAT TAGGCACACC 5280
ATACGATTGA TTTTAGTGTG GCACACTTAT GCTTAACTGA TCATTTGTTA GGAGCAACCT 5340
GAAATGAAAG CAGTTCAGGC TGCATTGTTC GTAGGCCAGA AGTGAAGTGT CGTTGTAACA 5400
TACCTTCATT CAATTTTTAC TGCTCATAAG CGCCATCGTC GAAGTTGAAC CAAAATAGTT 5460
CTGTTTGTGT TGCAGTGCAT GTTTAATGTG TTGTAGGAAT TTGTTAATGC ATTTTATTAT 5520
GGAAACAAAA AAGATAGAAA CAAAGGAAAG CTGACTTTAC TACTGGAAGT CGAAGTAGTT 5580
GTCGAAAACA TTACGACGAA CCGATGGAAA CAAAAAAGTC GGAAGTAGTC AGTTTGTTTT 5640
CTCGTTAAAA TGTGATGGTA TGAACTGGGC TGATAACGTG AATTTGATCA ATCAGAAAGT 5700
GGTCGTAAAC ACCTTGTGGC ATT 5724
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Orr-0026 ORUFI02G31280.1 Oryza rufipogon 100 0.0 3296
WERAM-Orm-0029 OMERI02G28560.1 Oryza meridionalis 98 0.0 3264
WERAM-Orgl-0029 OGLUM02G30310.1 Oryza glumaepatula 98 0.0 3244
WERAM-Orb-0027 OBART02G29680.1 Oryza barthii 96 0.0 3221
WERAM-Orbr-0033 OB02G36880.1 Oryza brachyantha 84 0.0 2829
WERAM-Lep-0031 LPERR02G24120.1 Leersia perrieri 85 0.0 2768
WERAM-Orl-0020 KN538719.1_FGP009 Oryza longistaminata 98 0.0 2396
WERAM-Ori-0028 BGIOSGA008898-PA Oryza indica 98 0.0 2347
WERAM-Tra-0248 Traes_6AL_7EEE7AB33.2 Triticum aestivum 69 0.0 2288
WERAM-Tru-0035 TRIUR3_17558-P1 Triticum urartu 67 0.0 2225
WERAM-Zem-0098 GRMZM2G172427_P01 Zea mays 64 0.0 2129
WERAM-Sei-0060 Si016095m Setaria italica 69 0.0 2058
WERAM-Brd-0091 BRADI3G52950.1 Brachypodium distachyon 69 0.0 1650
WERAM-Viv-0018 VIT_04s0023g00980.t01 Vitis vinifera 47 0.0 1218
WERAM-Prp-0011 EMJ05999 Prunus persica 46 0.0 1185
WERAM-Ors-0025 OS02T0708600-01 Oryza sativa 96 0.0 1162
WERAM-Thc-0001 EOX91232 Theobroma cacao 45 0.0 1152
WERAM-Pot-0091 POPTR_0007s12130.1 Populus trichocarpa 44 0.0 1135
WERAM-Glm-0124 GLYMA11G06620.2 Glycine max 43 0.0 1131
WERAM-Amt-0069 ERN17623 Amborella trichopoda 42 0.0 1082
WERAM-Sol-0033 Solyc02g089970.2.1 Solanum lycopersicum 43 0.0 1080
WERAM-Met-0124 AES94831 Medicago truncatula 41 0.0 1077
WERAM-Mua-0082 GSMUA_Achr5P08830_001 Musa acuminata 47 0.0 1046
WERAM-Sob-0076 Sb04g030350.1 Sorghum bicolor 70 0.0 968
WERAM-Arl-0080 fgenesh2_kg.4__ 295__ AT2G23740.1 Arabidopsis lyrata 39 0.0 926
WERAM-Art-0043 AT2G23740.2 Arabidopsis thaliana 39 0.0 924
WERAM-Brr-0158 Bra032148.1-P Brassica rapa 39 0.0 917
WERAM-Bro-0079 Bo4g151840.1 Brassica oleracea 39 0.0 917
WERAM-Php-0005 PP1S100_44V6.1 Physcomitrella patens 45 3e-104 378
WERAM-Sem-0016 EFJ12590 Selaginella moellendorffii 53 7e-61 234
WERAM-Tar-0120 ENSTRUP00000025101.1 Takifugu rubripes 30 1e-36 153
WERAM-Pof-0068 ENSPFOP00000006049.1 Poecilia formosa 33 2e-36 152
WERAM-Ten-0062 ENSTNIP00000007887.1 Tetraodon nigroviridis 31 3e-36 152
WERAM-Pem-0094 ENSPMAP00000009711.1 Petromyzon marinus 35 6e-36 151
WERAM-Fia-0166 ENSFALP00000014137.1 Ficedula albicollis 35 7e-36 151
WERAM-Xim-0093 ENSXMAP00000008252.1 Xiphophorus maculatus 30 1e-35 150
WERAM-Tag-0128 ENSTGUP00000010537.1 Taeniopygia guttata 34 5e-35 148
WERAM-Orn-0163 ENSONIP00000016997.1 Oreochromis niloticus 31 1e-34 147
WERAM-Orla-0020 ENSORLP00000002388.1 Oryzias latipes 30 1e-34 147
WERAM-Ran-0170 ENSRNOP00000042145.4 Rattus norvegicus 30 1e-34 146
WERAM-Mum-0021 ENSMUSP00000013931.5 Mus musculus 30 1e-34 146
WERAM-Dar-0113 ENSDARP00000072614.5 Danio rerio 32 2e-34 146
WERAM-Xet-0075 ENSXETP00000023873.2 Xenopus tropicalis 30 3e-34 145
WERAM-Ict-0151 ENSSTOP00000016647.1 Ictidomys tridecemlineatus 30 3e-34 145
WERAM-Poa-0147 ENSPPYP00000018412.2 Pongo abelii 30 3e-34 145
WERAM-Chs-0104 ENSCSAP00000005100.1 Chlorocebus sabaeus 30 3e-34 145
WERAM-Hos-0252 ENSP00000397323.2 Homo sapiens 30 3e-34 145
WERAM-Bot-0061 ENSBTAP00000007456.5 Bos taurus 30 3e-34 145
WERAM-Lac-0017 ENSLACP00000002722.1 Latimeria chalumnae 32 3e-34 145
WERAM-Caf-0003 ENSCAFP00000000954.4 Canis familiaris 30 3e-34 145
WERAM-Otg-0150 ENSOGAP00000012706.2 Otolemur garnettii 30 3e-34 145
WERAM-Pat-0148 ENSPTRP00000050361.3 Pan troglodytes 30 3e-34 145
WERAM-Aim-0180 ENSAMEP00000017039.1 Ailuropoda melanoleuca 28 3e-34 145
WERAM-Sus-0015 ENSSSCP00000001517.1 Sus scrofa 30 3e-34 145
WERAM-Ptv-0045 ENSPVAP00000004855.1 Pteropus vampyrus 30 4e-34 145
WERAM-Caj-0240 ENSCJAP00000004503.2 Callithrix jacchus 30 4e-34 145
WERAM-Ova-0026 ENSOARP00000003659.1 Ovis aries 30 4e-34 145
WERAM-Orc-0065 ENSOCUP00000006046.3 Oryctolagus cuniculus 30 4e-34 145
WERAM-Mae-0097 ENSMEUP00000009329.1 Macropus eugenii 34 4e-34 145
WERAM-Tut-0161 ENSTTRP00000013419.1 Tursiops truncatus 30 4e-34 145
WERAM-Dio-0109 ENSDORP00000010714.1 Dipodomys ordii 30 4e-34 145
WERAM-Mim-0034 ENSMICP00000003271.1 Microcebus murinus 30 4e-34 145
WERAM-Eqc-0010 ENSECAP00000003787.1 Equus caballus 30 4e-34 145
WERAM-Mup-0122 ENSMPUP00000010676.1 Mustela putorius furo 30 4e-34 145
WERAM-Loa-0088 ENSLAFP00000006855.4 Loxodonta africana 30 4e-34 145
WERAM-Cap-0161 ENSCPOP00000013326.2 Cavia porcellus 30 4e-34 145
WERAM-Sah-0083 ENSSHAP00000009444.1 Sarcophilus harrisii 30 4e-34 145
WERAM-Ocp-0041 ENSOPRP00000003534.2 Ochotona princeps 30 4e-34 145
WERAM-Asm-0238 ENSAMXP00000026460.1 Astyanax mexicanus 35 5e-34 144
WERAM-Fec-0049 ENSFCAP00000004169.3 Felis catus 30 6e-34 144
WERAM-Aet-0032 EMT23957 Aegilops tauschii 33 9e-34 144
WERAM-Hov-0016 MLOC_14516.1 Hordeum vulgare 32 1e-33 144
WERAM-Anc-0114 ENSACAP00000010952.3 Anolis carolinensis 30 1e-33 144
WERAM-Gaa-0188 ENSGACP00000023866.1 Gasterosteus aculeatus 29 1e-33 143
WERAM-Pes-0078 ENSPSIP00000009451.1 Pelodiscus sinensis 35 1e-33 143
WERAM-Mam-0097 ENSMMUP00000015332.2 Macaca mulatta 29 1e-33 143
WERAM-Scj-0038 EEB09372 Schizosaccharomyces japonicus 32 3e-33 142
WERAM-Meg-0025 ENSMGAP00000001979.2 Meleagris gallopavo 29 3e-33 142
WERAM-Gam-0149 ENSGMOP00000014781.1 Gadus morhua 36 5e-33 141
WERAM-Gog-0050 ENSGGOP00000004530.2 Gorilla gorilla 30 6e-33 141
WERAM-Mod-0151 ENSMODP00000021357.3 Monodelphis domestica 28 7e-33 141
WERAM-Paa-0220 ENSPANP00000017447.1 Papio anubis 30 7e-33 141
WERAM-Ora-0036 ENSOANP00000005979.1 Ornithorhynchus anatinus 35 8e-33 140
WERAM-Gaga-0171 ENSGALP00000041384.1 Gallus gallus 34 9e-33 140
WERAM-Myl-0132 ENSMLUP00000010608.2 Myotis lucifugus 30 1e-32 140
WERAM-Sot-0080 PGSC0003DMT400067504 Solanum tuberosum 31 2e-32 139
WERAM-Soa-0126 ENSSARP00000012347.1 Sorex araneus 33 4e-32 138
WERAM-Nol-0077 ENSNLEP00000009588.2 Nomascus leucogenys 33 8e-32 137
WERAM-Dan-0124 ENSDNOP00000016943.2 Dasypus novemcinctus 30 1e-31 137
Created Date 25-Jun-2016