WERAM Information

Tag Content
WERAM ID WERAM-Viv-0040
Ensembl Protein ID VIT_06s0061g01180.t01
Gene Name VIT_06s0061g01180
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
VIT_06s0061g01180 VIT_06s0061g01180.t01 VIT_06s0061g01180.t01
Status Unreviewed
Classification
Type Family E-value Score Start End
Me_Reader PHD 9.60e-11 42.3 425 1743
Organism Vitis vinifera
Domain Profile
  Me_Reader PHD
                PHD.txt   4 ClvCgkddegekemvqCdeCddwfHlkCvklplsslpegkswyCpsCk 51 
                            C++C    +g  ++++Cd+C+  +H +C+++++  +p+g  w+Cp+C+
  VIT_06s0061g01180.t01 425 CRLC--GMDG--TLLCCDGCPSVYHSRCIGVSKMFIPDG-PWFCPECT 467
                            9999..3333..29*************************.*******7 PP
                PHD.txt   30 kCvklplsslpegkswy..CpsC 50  
                             +C+  +  + +e+ +++  C++C
  VIT_06s0061g01180.t01 1285 DCTISSTIQSTEEVEFLitCKQC 1307
                             44444433333333333334444 PP
                PHD.txt    2 tiClvCgkddegekemvqCdeCddwfHlkCvklplsslpegkswyCpsCke 52  
                             ++C +C+++++ + + ++C++C++w+H++ v+l++s++ e   + C +C++
  VIT_06s0061g01180.t01 1419 PVCHLCHQPYNSDLMYICCETCKNWYHAEAVELEESKILEVVGFKCCKCRR 1469
                             58****999999999*******************999999988******96 PP
                PHD.txt    3 iClvCgkddegekemvqCdeCddwfHlkCvklplsslpegkswyCpsCke 52  
                              C++C k++   +  + C+ C  w+H +C +  ++s  e+  w+C +C+e
  VIT_06s0061g01180.t01 1697 QCRMCLKTEPS-P-SLSCQICGLWIHSHCSPWVEESSWED-GWRCGNCRE 1743
                             6****777776.4.8****************996666687.8******96 PP
Protein Sequence
(Fasta)		METVVTRSER RGRKRRRIDV QTVAVDGQAG DETKRARSNV LVGQYVLKEF EGNGIFLGKI 60
MYYDGGLYRV DYEDGDCEDL ESSELCSFIM EDAYFDDDLT ERRKKLDELI LKRKNISAMK 120
LVESGNGVER VEASLVSDLS DVPIHEVDSV ELDGEADSSS DSCEYARDRE FGSDAETPMV 180
PPPQLPPSSG NIGVPEEYVS HLFSVYGFLR SFSIRLFLSP FALDDLVGSL NCTVPNTLLD 240
AIHVALLRVV RRHLEALSSS GLELASKCLW CIDWSLVDTL TWPVYLVQYL TIMGYTKGLE 300
LKGFYADVLD REYYTLSAGR KLIILKILCD DVLDSEELRA EIDMREESEI GIDPDSVTNF 360
PPENGPRRVH PRYSKTSACK DQEAMQIIAE SHETKLSRNS NSLGFKTTEL DVNAADDQDV 420
NGDECRLCGM DGTLLCCDGC PSVYHSRCIG VSKMFIPDGP WFCPECTIDK IGPTITVGTS 480
LRGAEVFGID AFEQVYLGTC NHLLVLKASI DAETCVRYYH QNDILKVIQV LYSSEQYAAL 540
YSGICKAILK YWEIKENVLL VPEIVEMDPT LANKKDGATI RPLSLPPPGI VNQKVLDTVV 600
EGENCLSSIT ESNIKNVAVS CIETSWDTMT RTGYLGLQRN SDTTAKQICP LMIPKLPEQI 660
KMESTMSTSS TSQQVDRSDL TQQSLADRSS GMDFATCLSG NSNSSNSGYM TGVCFPENLS 720
SQSKSGNLRI VGRVKRNTVD DCTYMGAFFK SYAYINNYAH GDFAASAAAN LAILSSEENR 780
VSEVQASSNP RKVLSANISL QVKAFSSVAN RFFWPNSEKK LVEVPRERCG WCLSCKASVS 840
SKRGCLLNSA ALNAIKGAMK ILAGIRPLKN VEGNLPSIAT YILYMEESLS GLVVGPFLSA 900
TCRKQWRRRV EQASTYSVIK ALLLELEENI RIIALSGDWV KLVDNWLVEA SVTQSATSAI 960
GSTQKRGPGR RSKRLSGVSE VADDRCLDKD FTWWRGGKLS KHIFQRGILP RSAVKKAARQ 1020
GGSRKIPGIC YAEVSEIPKR SRQVIWRAAV EMSKNASQLA LQVRYLDLHI RWGDLVRPEQ 1080
NIQDVKGPET EASAFRNAFI CDKKIVENKI RYGVAFGNQK HLPSRVMKNI IEVEQIQDGN 1140
DKYWFYEMRI PLYLIKEYEE SVETLLPSDK QPSNVLSKLQ RLQLKASRRD IFSYLMRKRD 1200
NLDKCSCASC QLDVLLGSAV KCGACQAVIQ LSKLKKIQLM LKLREVSNIY PLILPITIIQ 1260
KAVAVLSYKV FYSFIVLLSG YCHEDCTISS TIQSTEEVEF LITCKQCYHA KTPTQNENSN 1320
DSPTSPLPLL GREYQNTATA PKGSRQKDYS QPLAYVRAPE NCSNMQQTAA GSSLATKSRR 1380
KPCSWGLIWK KKNVEDSGID FRLKNILLRG NPDTNWSRPV CHLCHQPYNS DLMYICCETC 1440
KNWYHAEAVE LEESKILEVV GFKCCKCRRI RSPVCPYMDQ ELKKVEVKKP RLRTSKSGNP 1500
GMDSISGPIF EHLKEWEPNT PMSQTEEEVV VEDDDPLLFS RSRVEQITEH DTEVDFERNA 1560
AGPGPQKLPV RRHMKRENEV DGLSGNDQCQ IESNHHLNTA ELASSPHLEW DASIDGLEDE 1620
MIFDYENMEF EPQTYFSFTE LLASDDGGQL EGIDASNWEN LSYGISQDKV PEQCGMGTSC 1680
NQQQPTNFEE PAVNIMQCRM CLKTEPSPSL SCQICGLWIH SHCSPWVEES SWEDGWRCGN 1740
CREWR 1745
Nucleotide Sequence
(Fasta)		ATGGAAACTG TGGTCACCAG ATCGGAGCGT CGAGGGCGGA AAAGGAGAAG GATCGATGTG 60
CAAACTGTTG CCGTTGATGG ACAAGCTGGT GATGAAACAA AGCGGGCAAG ATCGAATGTG 120
TTGGTGGGTC AATATGTGTT AAAGGAATTT GAGGGTAACG GAATATTTCT TGGCAAGATT 180
ATGTATTATG ATGGTGGATT GTATAGAGTT GATTATGAAG ATGGGGATTG TGAGGATTTG 240
GAAAGCAGTG AACTTTGCAG CTTTATTATG GAGGATGCTT ATTTTGATGA TGATTTGACT 300
GAAAGGAGGA AGAAATTGGA TGAGTTGATA TTAAAGAGAA AGAATATTTC AGCAATGAAA 360
TTGGTGGAGT CTGGGAATGG TGTGGAGAGA GTAGAAGCAT CGTTGGTCAG TGACTTGAGT 420
GATGTGCCCA TTCATGAAGT TGATAGTGTA GAACTGGATG GTGAAGCAGA CTCGTCTAGT 480
GATTCTTGTG AATATGCACG GGATCGAGAA TTTGGCTCAG ATGCTGAAAC TCCAATGGTG 540
CCACCACCAC AATTGCCTCC TTCATCAGGG AATATAGGTG TGCCGGAGGA GTATGTGTCA 600
CATCTTTTCT CTGTGTATGG TTTCTTGCGC TCATTTAGTA TTCGTCTGTT TTTGAGCCCA 660
TTTGCACTCG ATGATTTAGT GGGGTCGCTT AATTGTACTG TTCCAAATAC CTTGTTGGAT 720
GCAATTCATG TTGCTCTCTT GCGGGTGGTA AGACGGCATC TTGAAGCTTT ATCTTCTTCT 780
GGGTTAGAGC TTGCATCAAA ATGCTTGTGG TGCATTGATT GGAGCTTGGT CGACACATTA 840
ACTTGGCCTG TTTACTTGGT CCAATATCTA ACGATAATGG GATATACAAA GGGACTTGAG 900
TTGAAAGGTT TTTATGCTGA TGTATTAGAC AGGGAGTATT ACACCTTATC TGCTGGTAGG 960
AAGTTGATTA TTTTGAAAAT CTTGTGTGAT GATGTCTTAG ACTCCGAGGA GCTACGAGCA 1020
GAGATTGACA TGCGTGAGGA ATCTGAAATT GGAATAGATC CTGATTCAGT TACTAATTTT 1080
CCCCCTGAAA ATGGGCCAAG AAGGGTCCAT CCCAGATATT CCAAAACTTC TGCTTGCAAG 1140
GATCAAGAAG CTATGCAAAT CATTGCAGAA AGCCATGAGA CGAAGTTATC TCGTAACTCA 1200
AATTCTTTGG GTTTTAAAAC CACTGAACTG GACGTGAATG CAGCTGATGA TCAAGATGTG 1260
AATGGTGATG AGTGTCGGCT CTGTGGCATG GATGGGACCT TGCTTTGTTG TGATGGGTGC 1320
CCATCGGTGT ATCATTCTAG ATGTATAGGT GTGAGTAAAA TGTTTATACC AGATGGACCA 1380
TGGTTTTGCC CAGAATGTAC GATTGACAAG ATTGGGCCAA CTATTACTGT GGGAACATCG 1440
CTAAGAGGAG CAGAAGTTTT TGGAATTGAT GCATTTGAGC AAGTTTATTT GGGTACCTGC 1500
AATCACTTAC TAGTGCTCAA GGCTTCTATT GATGCAGAAA CATGTGTGAG ATATTACCAC 1560
CAGAATGACA TTCTCAAAGT CATTCAAGTA CTTTATTCAT CTGAGCAATA TGCAGCCTTA 1620
TATTCAGGAA TATGTAAAGC AATTTTGAAG TATTGGGAAA TTAAAGAGAA TGTATTGTTG 1680
GTGCCTGAAA TTGTTGAAAT GGATCCAACT TTAGCAAACA AAAAGGATGG TGCAACAATT 1740
CGCCCTTTAT CACTTCCTCC TCCTGGCATT GTAAACCAGA AAGTTCTAGA TACAGTAGTT 1800
GAAGGCGAGA ACTGCTTGAG TAGTATAACT GAAAGTAATA TAAAAAATGT AGCAGTATCA 1860
TGTATTGAGA CCTCGTGGGA TACAATGACC AGAACTGGCT ACCTTGGTCT TCAGAGGAAC 1920
AGTGATACTA CAGCAAAACA AATTTGTCCC CTAATGATCC CAAAGCTGCC TGAGCAGATT 1980
AAAATGGAAT CTACCATGTC AACTAGTTCA ACTAGCCAGC AGGTTGATCG ATCTGATTTA 2040
ACTCAGCAAA GTTTGGCTGA CAGGTCAAGT GGGATGGACT TTGCTACATG TCTCTCAGGA 2100
AACAGCAACA GCAGTAACAG TGGATATATG ACTGGTGTGT GTTTTCCAGA GAACTTGTCT 2160
TCTCAAAGTA AAAGTGGTAA CCTTAGAATT GTTGGCAGAG TTAAGAGAAA TACAGTTGAT 2220
GATTGCACAT ACATGGGTGC TTTCTTCAAA TCTTATGCAT ACATAAATAA TTATGCCCAT 2280
GGTGATTTTG CTGCGAGTGC TGCTGCTAAT CTGGCCATTC TTTCATCAGA AGAAAATCGG 2340
GTTTCTGAGG TTCAGGCTTC AAGTAATCCC AGGAAAGTCT TGTCTGCTAA CATCTCTCTG 2400
CAGGTAAAGG CTTTTTCATC AGTAGCAAAT CGTTTTTTCT GGCCAAATTC TGAGAAGAAG 2460
CTTGTGGAGG TTCCAAGGGA GAGATGTGGT TGGTGTCTTT CTTGCAAGGC TTCTGTTTCA 2520
AGCAAGAGAG GATGTCTATT AAATTCCGCT GCCTTGAATG CCATTAAAGG TGCCATGAAG 2580
ATCCTTGCTG GAATTCGCCC TTTGAAGAAT GTAGAGGGGA ATCTTCCTAG TATCGCAACA 2640
TATATTTTAT ACATGGAGGA GAGTTTGTCT GGTCTAGTAG TTGGCCCATT TTTGAGTGCA 2700
ACTTGTAGAA AACAATGGCG AAGACGAGTA GAACAAGCTT CAACCTACAG TGTGATAAAG 2760
GCCCTCTTGC TTGAACTTGA GGAAAACATC CGCATTATTG CTCTTTCTGG GGACTGGGTT 2820
AAGCTGGTGG ATAATTGGTT GGTTGAAGCT TCTGTGACCC AAAGTGCTAC ATCTGCTATT 2880
GGGTCAACTC AGAAACGTGG GCCTGGGAGA CGTAGTAAGA GACTGTCTGG TGTATCTGAA 2940
GTTGCAGATG ATAGATGCCT CGACAAAGAT TTCACATGGT GGCGAGGAGG GAAACTATCA 3000
AAGCACATAT TCCAAAGAGG GATTTTGCCA CGCTCGGCAG TTAAAAAAGC AGCTCGTCAA 3060
GGTGGTTCTA GAAAGATCCC TGGTATTTGT TATGCCGAAG TTTCTGAGAT TCCTAAAAGA 3120
AGCAGACAGG TCATTTGGAG AGCTGCTGTT GAAATGAGTA AGAATGCGTC ACAGCTTGCT 3180
CTTCAGGTCA GATACCTTGA CCTTCATATA AGATGGGGTG ATCTTGTTCG TCCTGAGCAG 3240
AACATCCAAG ATGTTAAAGG TCCAGAAACA GAAGCTTCTG CTTTTAGAAA TGCATTCATC 3300
TGTGATAAGA AAATTGTTGA AAACAAGATC AGATATGGGG TTGCCTTTGG GAATCAAAAG 3360
CATCTTCCTT CCCGTGTCAT GAAGAATATA ATAGAAGTTG AGCAAATCCA AGATGGAAAT 3420
GACAAGTACT GGTTTTATGA AATGCGTATT CCTTTGTATT TGATTAAAGA GTATGAAGAA 3480
AGTGTAGAGA CGCTTTTGCC ATCAGATAAG CAGCCCTCAA ATGTTCTATC CAAGTTACAA 3540
AGATTGCAGC TGAAAGCTTC ACGTAGGGAT ATATTCTCCT ATCTTATGCG TAAGAGGGAT 3600
AACTTGGACA AGTGCTCATG TGCCTCATGT CAACTGGACG TTTTGCTTGG GAGTGCTGTC 3660
AAATGTGGTG CATGCCAAGC TGTTATACAA TTATCTAAAC TAAAAAAAAT ACAGCTAATG 3720
TTAAAGCTCA GGGAGGTTTC TAATATTTAC CCCCTTATTT TGCCTATCAC AATTATTCAG 3780
AAGGCAGTGG CAGTATTATC TTATAAGGTG TTCTACTCAT TTATTGTATT GTTGTCAGGT 3840
TATTGTCATG AGGACTGTAC CATAAGTTCA ACAATCCAAT CGACTGAGGA AGTTGAGTTC 3900
TTGATCACCT GTAAGCAATG TTACCATGCT AAAACTCCCA CTCAAAATGA AAACAGTAAT 3960
GACTCTCCCA CTAGTCCCTT GCCCTTGCTA GGGAGAGAAT ATCAGAATAC AGCGACAGCT 4020
CCAAAAGGTT CAAGGCAAAA AGATTATAGT CAACCATTAG CATATGTTAG AGCTCCAGAG 4080
AATTGTTCCA ATATGCAACA AACCGCTGCG GGTTCTAGTT TGGCAACAAA AAGCCGACGC 4140
AAGCCATGTT CCTGGGGTCT CATATGGAAG AAGAAAAATG TCGAAGATTC TGGGATTGAT 4200
TTTAGGCTCA AAAACATTCT TTTAAGAGGC AACCCAGATA CAAACTGGTC AAGACCTGTT 4260
TGTCATCTGT GCCATCAGCC ATATAATTCA GATCTGATGT ATATTTGCTG TGAGACCTGC 4320
AAAAATTGGT ACCATGCTGA AGCTGTCGAA CTTGAGGAGT CAAAAATCTT AGAAGTGGTG 4380
GGATTCAAAT GTTGCAAATG CCGGAGGATA AGATCACCTG TGTGTCCTTA TATGGATCAG 4440
GAATTAAAAA AAGTAGAGGT CAAAAAGCCT CGTTTGAGGA CCTCAAAGTC AGGAAATCCT 4500
GGAATGGACT CTATTTCTGG ACCCATTTTT GAACATCTGA AAGAGTGGGA ACCCAATACT 4560
CCAATGTCAC AAACTGAAGA GGAAGTCGTT GTTGAAGATG ATGATCCTCT TCTTTTTTCT 4620
CGTTCAAGAG TGGAGCAAAT CACAGAGCAT GATACAGAAG TGGATTTTGA GCGGAATGCT 4680
GCTGGGCCAG GGCCACAGAA ACTGCCAGTC AGAAGACATA TGAAGCGTGA AAATGAAGTG 4740
GATGGTCTTT CCGGGAATGA TCAATGTCAG ATAGAATCAA ACCATCATTT GAATACTGCA 4800
GAGCTAGCAT CATCTCCTCA TCTGGAATGG GATGCTTCCA TTGATGGGCT TGAAGATGAG 4860
ATGATATTTG ACTATGAAAA TATGGAGTTT GAACCCCAGA CTTACTTTTC TTTTACGGAG 4920
CTGCTGGCTT CTGATGATGG TGGCCAGTTG GAAGGAATTG ATGCATCGAA CTGGGAAAAT 4980
TTGTCATATG GAATATCACA GGATAAAGTT CCTGAACAAT GTGGAATGGG TACCTCTTGT 5040
AATCAGCAGC AACCTACAAA TTTTGAAGAG CCAGCAGTTA ATATTATGCA ATGCCGCATG 5100
TGTTTAAAAA CAGAGCCTTC TCCTAGTCTT TCTTGCCAGA TCTGTGGCTT ATGGATACAT 5160
AGTCATTGTT CACCTTGGGT TGAGGAGTCA TCTTGGGAGG ATGGCTGGAG GTGCGGCAAC 5220
TGCCGAGAAT GGCGGTAACC AATCTCACCT GTCAGGTTTT GGGTGGTGGT CAGCTCTTCA 5280
ATTTCAAGTG AGTTTCATTG CAGTGAGTTT CACAGTTGAC AGGTTGGATG ATGAAAGCAG 5340
GATTATATTT TTTGAGAGGA AAGACCATGA TGGGCAAGTT CATTCATCAT CTCTATTTGT 5400
TGTAAGGCAT GATGATGGAC CCTTGGTGAA GTTGTTTCTT CAAACTCACA CCGACTCCCT 5460
CACTGGTATA AGTCCTGTGT TGATTAAGAT AAGATGGCTG CTGCTTTCAG GCAAGTTTTT 5520
TTCTCTTCCC TGTTTCTTTC TGTGGATGGA ATCTAGTCTA ATTGACTTTC CAATTTGTAT 5580
GGTTGGTTGG CTTCATGAAC GTTAACTGTT ATGCTAGTTG AATTTGCACA TTAGTTCCCT 5640
TAGCTAGTTA TGGGGAACGC AAGAATCATT TCACAAGCTA CCACTTATGC GCGGATTCCA 5700
AAGGATAAGC AGGTTGTTTT TTGTTTTGTG CTTATCTGAT CCAGTTAGAT TGTATAGATC 5760
AATCCTGTCA TAAATTCTTT TTTGAGATCA GTAAGGATTG AAGATTACTT GTGTGTTTTC 5820
TCTTTACCTC TGATACGAGA GAGGCTCTCT TTAATCAGTG CACTTTCAAA TCAAATCAGA 5880
ATTGGGATAA AATGATCATA CGACAGAATA TTCC 5915
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Thc-0116 EOY33590 Theobroma cacao 57 0.0 1746
WERAM-Pot-0049 POPTR_0004s20090.1 Populus trichocarpa 56 0.0 1720
WERAM-Glm-0149 GLYMA12G30530.1 Glycine max 51 0.0 1468
WERAM-Sol-0137 Solyc11g066780.1.1 Solanum lycopersicum 48 0.0 1461
WERAM-Prp-0016 EMJ09585 Prunus persica 61 0.0 1385
WERAM-Met-0098 AES88501 Medicago truncatula 50 0.0 1197
WERAM-Mua-0060 GSMUA_Achr3P18930_001 Musa acuminata 41 0.0 1083
WERAM-Art-0127 AT5G22760.1 Arabidopsis thaliana 50 0.0 897
WERAM-Arl-0093 fgenesh2_kg.6__ 2259__ AT5G22760.1 Arabidopsis lyrata 49 0.0 894
WERAM-Sob-0080 Sb05g002930.1 Sorghum bicolor 35 0.0 871
WERAM-Brr-0104 Bra020213.1-P Brassica rapa 49 0.0 870
WERAM-Bro-0012 Bo1g063790.1 Brassica oleracea 49 0.0 869
WERAM-Sot-0020 PGSC0003DMT400018346 Solanum tuberosum 49 0.0 859
WERAM-Zem-0109 GRMZM2G314661_P01 Zea mays 35 0.0 828
WERAM-Lep-0107 LPERR11G02640.1 Leersia perrieri 37 0.0 828
WERAM-Sei-0031 Si009161m Setaria italica 34 0.0 809
WERAM-Tru-0031 TRIUR3_17115-P1 Triticum urartu 34 0.0 675
WERAM-Brd-0101 BRADI4G26627.1 Brachypodium distachyon 36 1e-156 552
WERAM-Tra-0130 Traes_4AL_3464D151A.2 Triticum aestivum 37 3e-156 550
WERAM-Orgl-0106 OGLUM11G02760.1 Oryza glumaepatula 37 1e-153 542
WERAM-Orb-0110 OBART11G03160.1 Oryza barthii 37 1e-153 542
WERAM-Orp-0103 OPUNC11G02750.1 Oryza punctata 37 1e-153 542
WERAM-Org-0105 ORGLA11G0028700.1 Oryza glaberrima 37 2e-153 541
WERAM-Ori-0120 BGIOSGA034498-PA Oryza indica 37 3e-153 541
WERAM-Orr-0112 ORUFI11G02980.1 Oryza rufipogon 37 4e-153 540
WERAM-Orbr-0118 OB11G12430.1 Oryza brachyantha 37 4e-152 537
WERAM-Amt-0049 ERN13226 Amborella trichopoda 38 9e-150 529
WERAM-Orni-0111 ONIVA11G03530.1 Oryza nivara 36 6e-136 483
WERAM-Hov-0057 MLOC_54689.1 Hordeum vulgare 48 1e-113 409
WERAM-Aet-0033 EMT19974 Aegilops tauschii 47 3e-108 391
WERAM-Sem-0108 EFJ20595 Selaginella moellendorffii 29 5e-68 258
WERAM-Orm-0077 OMERI07G21630.1 Oryza meridionalis 27 5e-65 248
WERAM-Orl-0051 KN538999.1_FGP012 Oryza longistaminata 27 4e-62 238
WERAM-Php-0076 PP1S311_65V6.1 Physcomitrella patens 34 4e-49 195
WERAM-Ors-0075 OS07T0661550-00 Oryza sativa 37 4e-35 149
WERAM-Anc-0062 ENSACAP00000006236.3 Anolis carolinensis 44 6e-11 68.6
WERAM-Tag-0164 ENSTGUP00000013727.1 Taeniopygia guttata 43 5e-10 65.5
WERAM-Gaga-0128 ENSGALP00000023294.4 Gallus gallus 43 6e-10 65.1
WERAM-Anp-0127 ENSAPLP00000014113.1 Anas platyrhynchos 43 6e-10 65.1
WERAM-Meg-0141 ENSMGAP00000014906.2 Meleagris gallopavo 43 6e-10 65.1
WERAM-Fia-0067 ENSFALP00000004982.1 Ficedula albicollis 43 9e-10 64.7
WERAM-Gaa-0200 ENSGACP00000024737.1 Gasterosteus aculeatus 44 2e-09 63.5
WERAM-Drm-0002 FBpp0072421 Drosophila melanogaster 29 2e-09 63.5
WERAM-Pes-0148 ENSPSIP00000017808.1 Pelodiscus sinensis 42 2e-09 63.5
WERAM-Eqc-0182 ENSECAP00000019928.1 Equus caballus 44 3e-09 63.2
WERAM-Leo-0071 ENSLOCP00000009062.1 Lepisosteus oculatus 47 3e-09 62.8
WERAM-Asm-0214 ENSAMXP00000020556.1 Astyanax mexicanus 47 4e-09 62.8
WERAM-Dar-0151 ENSDARP00000014790.7 Danio rerio 47 4e-09 62.4
WERAM-Xet-0118 ENSXETP00000041129.3 Xenopus tropicalis 45 5e-09 62.0
WERAM-Tut-0182 ENSTTRP00000015268.1 Tursiops truncatus 42 6e-09 62.0
WERAM-Cym-0028 CMR472CT Cyanidioschyzon merolae 50 7e-09 61.6
WERAM-Tar-0001 ENSTRUP00000000282.1 Takifugu rubripes 47 7e-09 61.6
WERAM-Tas-0061 ENSTSYP00000005557.1 Tarsius syrichta 42 8e-09 61.2
WERAM-Mod-0169 ENSMODP00000022561.3 Monodelphis domestica 42 8e-09 61.2
WERAM-Ast-0002 CADATEAP00000928 Aspergillus terreus 35 8e-09 61.2
WERAM-Mim-0059 ENSMICP00000006034.1 Microcebus murinus 39 9e-09 61.2
WERAM-Otg-0071 ENSOGAP00000005103.2 Otolemur garnettii 53 9e-09 61.2
WERAM-Cap-0103 ENSCPOP00000007645.2 Cavia porcellus 42 9e-09 61.2
WERAM-Ptv-0138 ENSPVAP00000011854.1 Pteropus vampyrus 42 9e-09 61.2
WERAM-Ict-0076 ENSSTOP00000006839.2 Ictidomys tridecemlineatus 42 9e-09 61.2
WERAM-Sah-0167 ENSSHAP00000017758.1 Sarcophilus harrisii 42 9e-09 61.2
WERAM-Myl-0158 ENSMLUP00000013056.2 Myotis lucifugus 42 9e-09 61.2
WERAM-Ova-0075 ENSOARP00000007963.1 Ovis aries 42 9e-09 61.2
WERAM-Ocp-0036 ENSOPRP00000003260.1 Ochotona princeps 42 9e-09 61.2
WERAM-Mup-0195 ENSMPUP00000016754.1 Mustela putorius furo 42 9e-09 61.2
WERAM-Fec-0075 ENSFCAP00000006385.3 Felis catus 42 9e-09 61.2
WERAM-Dan-0007 ENSDNOP00000000870.3 Dasypus novemcinctus 42 9e-09 61.2
WERAM-Chh-0003 ENSCHOP00000000249.1 Choloepus hoffmanni 42 9e-09 61.2
WERAM-Ran-0118 ENSRNOP00000052823.4 Rattus norvegicus 42 9e-09 61.2
WERAM-Orc-0077 ENSOCUP00000020108.1 Oryctolagus cuniculus 42 1e-08 61.2
WERAM-Mum-0216 ENSMUSP00000060054.8 Mus musculus 42 1e-08 61.2
WERAM-Aim-0162 ENSAMEP00000015022.1 Ailuropoda melanoleuca 42 1e-08 61.2
WERAM-Bot-0134 ENSBTAP00000019612.5 Bos taurus 42 1e-08 61.2
WERAM-Sus-0008 ENSSSCP00000000743.2 Sus scrofa 42 1e-08 61.2
WERAM-Caf-0156 ENSCAFP00000022067.4 Canis familiaris 42 1e-08 61.2
WERAM-Chr-0028 EDP07191 Chlamydomonas reinhardtii 44 1e-08 61.2
WERAM-Hos-0081 ENSP00000349508.2 Homo sapiens 46 1e-08 61.2
WERAM-Ten-0044 ENSTNIP00000001486.1 Tetraodon nigroviridis 47 1e-08 61.2
WERAM-Mam-0174 ENSMMUP00000024592.2 Macaca mulatta 46 1e-08 61.2
WERAM-Poa-0040 ENSPPYP00000004777.1 Pongo abelii 46 1e-08 60.8
WERAM-Chs-0125 ENSCSAP00000006661.1 Chlorocebus sabaeus 46 1e-08 60.8
WERAM-Paa-0209 ENSPANP00000002367.1 Papio anubis 46 1e-08 60.8
WERAM-Orla-0061 ENSORLP00000007931.1 Oryzias latipes 46 1e-08 60.8
WERAM-Nol-0041 ENSNLEP00000005322.2 Nomascus leucogenys 46 1e-08 60.8
WERAM-Gog-0020 ENSGGOP00000001905.2 Gorilla gorilla 46 1e-08 60.8
WERAM-Dio-0059 ENSDORP00000005548.1 Dipodomys ordii 53 1e-08 60.8
WERAM-Xim-0007 ENSXMAP00000001083.1 Xiphophorus maculatus 46 1e-08 60.8
WERAM-Pof-0104 ENSPFOP00000009594.2 Poecilia formosa 46 1e-08 60.8
WERAM-Caj-0091 ENSCJAP00000015091.2 Callithrix jacchus 46 1e-08 60.8
WERAM-Pat-0002 ENSPTRP00000000143.3 Pan troglodytes 53 1e-08 60.8
WERAM-Loa-0071 ENSLAFP00000005334.3 Loxodonta africana 53 1e-08 60.8
WERAM-Prc-0006 ENSPCAP00000000704.1 Procavia capensis 53 1e-08 60.5
WERAM-Ere-0102 ENSEEUP00000010821.1 Erinaceus europaeus 39 1e-08 60.5
Created Date 25-Jun-2016