WERAM Information

Tag Content
WERAM ID WERAM-Glm-0182
Ensembl Protein ID GLYMA14G26015.1
Gene Name
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
GLYMA14G26015 GLYMA14G26015.1 GLYMA14G26015.1
GLYMA14G26015 GLYMA14G26015.2 GLYMA14G26015.2
Status Unreviewed
Classification
Type Family E-value Score Start End
HDM JHDM2 1.50e-65 222.6 1394 1933
Organism Glycine max
Domain Profile
  HDM JHDM2
        JHDM2.txt    5 rdgklNLasklpknfvrpdlgPklynAyGlateedrklgttnlhldvsdavnilvyvgilkkk.waeedlkellksieeeeldevt 89  
                       + g lNLa+klp  +++pdlgPk+y AyG  +e  r++++t+lh+d+sdavnil++    k   w+   +k+++k++e e++ e+ 
  GLYMA14G26015.1 1394 KSGVLNLATKLPA-VLKPDLGPKTYIAYGSLEELSRGDSVTKLHCDISDAVNILIHTAEVKTPpWQPRIIKKIQKKYEVEDMHELY 1478
                       5799********6.69****************************************8777766599999999****9999998865 PP
        JHDM2.txt   98 ekpgalWhifaakdaekirellekvskeqga....evppdhdpihdqswyldrklrkrLfeeyGvegwtlvQklgdavlipagapHqvqnlk 185 
                       +  +a+W+if+++d++k+ e+l+k+++e+++    +v+++ +pihdq +yl++k++k+L++e+Gve+wt+ Q lgdav++pag+pHqv+n k
  GLYMA14G26015.1 1816 QYGSAVWDIFRRQDVPKLTEYLKKHHREFRHinnlPVNSVIHPIHDQILYLNEKHKKQLKQEFGVEPWTFEQHLGDAVFVPAGCPHQVRNRK 1907
                       33579*************************99888778899*************************************************** PP
        JHDM2.txt  186 scvkvaedFvsPEnvkecfrltkeyr 211 
                       sc+kva dFvsPEnv+ec+rlt+e+r
  GLYMA14G26015.1 1908 SCIKVALDFVSPENVQECIRLTEEFR 1933
                       ************************98 PP
Protein Sequence
(Fasta)		MDEPGDEEEF RRCTRSASGG WRCKERAMRG RSFCERHFLY QQQRNRSAKK KRASGGVGVP 60
QKRGMKQRKK PEGDLENGVV GAGVVGADGD GADGDHTGGP HVVEEFAGLF GEGHDGGVNL 120
GLGCESFDLW GEVEGQHVHM GGFGGGCGKL GQVEGQVLGQ PWSNANAGGG VFDAVLGGHA 180
SGAGVGVCEN DFLDLSSGGL EADFDSLYDQ GFQALLCQGG GCEEDVGFIG SDWAIPNFAA 240
LGGSTGFQGL SGENAYQFRG EEVAGCVGNP GGYGKVEDDS FGGIDVPGSN SRHHGDNASD 300
SKMLVLGVEE GMERLLDGGL ASSEEAKGVA FRPVARRGRP KDRVLVKMLK EEQMGSVVSQ 360
FQGLSLKLLM KVQSWVRLRG QRSLGRRKGS NRISNVTVLE SERSLFSGEE DKAEDEVAGL 420
GEIVRPKKRD RPKGSNRMSI ITVLKSERPL LSVEEGSADD EGAGLGEIVR PKKRGRPKGS 480
RNKKNILHVS NNVVVMFAGP KKLGRPEGSE GRKKSVVLVG NKVVGEIAGP NKCGKTKGSK 540
NKIKNVVEVG NEVAGAGEIA GPKKHGRPRG STKIKKNALE VNNEVSGAGE ITGFKKRGRP 600
KGSTKKRYTV VYASSNEVAC EVARQDLENK MLSNLCQKVS DELVSINNKY GPAMSTRSNS 660
RSFVFEGQKF PGMSNDINLE GDGGSTSVWS SGLEKEKGRS PKPVKEIENS KITWPIVKRG 720
RPKGSRNKKI KLIGQVRTKH GRPKGYKSKA EEAGNNFDKG GKKRGRPKGS HRKEKESAYH 780
FDSLIERHGL VAEKEGGTSA ESASKNDTGQ EKKIYSCQRS SRITRQAIKQ SQSRGLKEKT 840
PAAVTIADEN EPNGVTDRSM TNARGQSLQK HKSTRFSKVL SRIMPQNDLQ EECITLLEDQ 900
VHEVKKSHFL LECSENPRNE NTKRTGLTCA TSNDQRRSSE RLKALLIDGK NFQGVGREET 960
VYHGLESSAL MCDNGKKKEA RTLRCHQCWQ KSRSGIVICT ECKRKRYCYE CITKWYPDKT 1020
REEIEVSCPF CLGNCNCRLC LKEEDISVLT GTGEADTDVK LQKLFYLLDK VLPLLQSIQL 1080
EQISELKVEA RMQGSQLLEE EVVHSLIDDD DRVYCDNCNT SIVNFHRSCP NPNCQYDLCL 1140
TCCMELRNEL HCEEIPASGN ERTDDTPPVT AWRAELNGGI PCPPKARGGC GTTILSLRRL 1200
FEANWVHKLI KNVEELTVKY QPPNIDLSLG CSMCHSFEED AVQNSVRKAA SRETSHGNFL 1260
YCPDAIKMED TEFEHFQRHW IRGEPVIVRN VFEKGSGLSW HPMVMWRAFR GAKKILKDEA 1320
ATFKAIDCLD WCEVEINIFQ FFKGYLEGRR YRNGWPEMLK LKDWPPSNSF EECLPRHGAE 1380
FIAMLPFSDY THPKSGVLNL ATKLPAVLKP DLGPKTYIAY GSLEELSRGD SVTKLHCDIS 1440
DAVNILIHTA EVKTPPWQPR IIKKIQKKYE VEDMHELYGK DSKAIGSCRR KRQKCHVGIT 1500
RNPKTPEKAD TSGRDSTLPG SQLKEKLNEQ QSRLLNMGES RSDKEACIQG LSESAKSKLS 1560
LNVGEQEVLN LNSRLQDFDL NNHDSSCIIL EKDSKLMHYK VNNVKQWCSS SGEGISLPEH 1620
MQFKTCTNDD YEKGRISAMH LMKDKFCSIY DQSDTRSVFD DLNLPTPQAR VNQEHQKNYI 1680
EQSRFKSRCI HFEELPYYSG KNVSDLLFPQ EQFSQHYFSV CGNGVDNTVL QDVTDTGGDF 1740
PLDESYGQDP DNDIGGYPNT SESHLPCTST EDTKFVNGLN SLDTPCSDIN VEKIESVKND 1800
TSSNNFCQND DHLETQYGSA VWDIFRRQDV PKLTEYLKKH HREFRHINNL PVNSVIHPIH 1860
DQILYLNEKH KKQLKQEFGV EPWTFEQHLG DAVFVPAGCP HQVRNRKSCI KVALDFVSPE 1920
NVQECIRLTE EFRLLPKGHR SKEDKLEIKK MALYAADVAI TEATKLMRGN DMSDEAKEVP 1980
QQHIFTK 1987
Nucleotide Sequence
(Fasta)		ATGGACGAAC CAGGTGACGA AGAAGAGTTC AGGAGGTGCA CCCGAAGTGC GTCAGGGGGG 60
TGGAGGTGCA AGGAGAGGGC TATGCGAGGA AGAAGCTTCT GTGAGAGGCA TTTTCTGTAC 120
CAGCAGCAGA GAAATAGGAG TGCGAAGAAG AAACGTGCTT CTGGGGGTGT TGGTGTGCCC 180
CAGAAAAGAG GAATGAAACA AAGAAAAAAA CCTGAAGGTG ATTTGGAAAA TGGGGTTGTG 240
GGTGCTGGAG TTGTTGGCGC CGATGGTGAT GGCGCCGATG GTGATCACAC TGGTGGTCCC 300
CATGTTGTTG AGGAATTTGC TGGGCTTTTT GGTGAAGGGC ATGATGGTGG GGTGAATCTT 360
GGCTTGGGTT GTGAAAGTTT TGACCTTTGG GGTGAAGTAG AGGGTCAGCA TGTTCATATG 420
GGTGGCTTTG GGGGAGGATG TGGGAAACTG GGTCAGGTTG AAGGGCAGGT TCTAGGTCAG 480
CCATGGAGCA ATGCAAATGC TGGTGGTGGG GTTTTTGATG CTGTTCTGGG AGGTCATGCA 540
AGTGGAGCTG GGGTGGGTGT TTGTGAAAAT GATTTTCTGG ACCTTTCTTC TGGAGGTCTA 600
GAAGCTGATT TTGATAGTCT TTATGATCAG GGTTTTCAAG CTCTACTTTG TCAAGGTGGG 660
GGCTGTGAGG AAGATGTGGG TTTCATTGGC TCTGATTGGG CCATTCCCAA CTTTGCAGCT 720
CTCGGTGGTA GCACAGGGTT TCAGGGGTTG AGTGGTGAAA ATGCATACCA GTTTAGAGGT 780
GAAGAAGTTG CTGGGTGTGT GGGAAATCCA GGAGGGTATG GTAAAGTTGA AGATGACAGT 840
TTTGGTGGCA TAGACGTGCC GGGGTCAAAT AGCAGGCACC ATGGGGATAA TGCATCAGAT 900
AGCAAGATGC TTGTTCTTGG TGTTGAAGAG GGAATGGAAC GATTGTTAGA TGGAGGACTT 960
GCCAGCAGTG AAGAGGCAAA AGGTGTAGCC TTCAGGCCAG TGGCTAGGAG GGGTAGGCCT 1020
AAAGACAGAG TGTTGGTGAA AATGTTAAAG GAGGAACAAA TGGGATCAGT AGTGTCACAG 1080
TTTCAGGGTC TGTCTTTAAA GCTGTTGATG AAGGTGCAGT CCTGGGTGAG ATTGCGAGGC 1140
CAAAGAAGCC TTGGTCGACG AAAGGGTTCA AATAGGATAA GTAATGTCAC AGTTTTAGAG 1200
TCTGAAAGAT CATTGTTTTC TGGTGAGGAA GATAAAGCTG AGGATGAAGT TGCAGGCCTG 1260
GGTGAGATTG TGAGGCCAAA GAAGCGTGAT CGACCAAAGG GTTCAAATAG GATGAGTATT 1320
ATCACAGTTT TAAAGTCTGA AAGGCCATTG CTTTCTGTTG AGGAAGGTAG TGCCGATGAT 1380
GAAGGTGCAG GCCTAGGTGA GATTGTGAGG CCAAAGAAGC GTGGTCGACC AAAGGGTTCC 1440
AGGAATAAAA AGAATATTTT GCATGTAAGT AATAATGTTG TTGTCATGTT TGCAGGACCC 1500
AAGAAGCTTG GTCGACCAGA AGGTTCAGAA GGAAGAAAGA AGAGTGTAGT GTTGGTTGGT 1560
AATAAGGTTG TTGGTGAGAT TGCAGGACCT AATAAGTGCG GCAAGACGAA GGGTTCAAAA 1620
AATAAAATAA AGAATGTTGT TGAGGTTGGT AATGAAGTTG CTGGTGCTGG TGAGATTGCA 1680
GGACCTAAGA AACATGGTCG ACCAAGAGGT TCCACAAAGA TAAAGAAGAA TGCTTTGGAG 1740
GTTAATAATG AAGTTTCTGG TGCTGGTGAG ATCACAGGAT TTAAGAAACG TGGTCGACCA 1800
AAAGGTTCAA CAAAGAAACG GTATACTGTT GTGTACGCTT CTAGTAATGA AGTGGCATGT 1860
GAGGTTGCAA GACAAGATCT GGAAAACAAA ATGCTGAGCA ATCTGTGTCA AAAAGTTTCT 1920
GATGAACTTG TAAGCATAAA TAATAAATAT GGTCCAGCAA TGAGTACAAG AAGTAACTCG 1980
AGGAGTTTTG TATTTGAGGG TCAGAAGTTT CCAGGGATGT CTAATGATAT TAATTTAGAA 2040
GGTGATGGTG GAAGCACAAG TGTTTGGTCA AGTGGTTTGG AAAAAGAAAA AGGGAGGTCT 2100
CCTAAACCAG TCAAAGAAAT TGAAAACAGT AAGATTACTT GGCCAATTGT TAAGCGTGGT 2160
CGCCCAAAGG GCTCAAGGAA CAAGAAGATA AAACTAATAG GTCAGGTCAG GACAAAGCAT 2220
GGACGACCAA AGGGATATAA AAGTAAGGCT GAAGAAGCTG GAAACAATTT TGACAAGGGA 2280
GGGAAAAAGC GTGGCAGGCC AAAGGGTTCT CATAGAAAGG AAAAGGAGTC TGCTTACCAT 2340
TTTGATTCAC TGATTGAGAG GCATGGTCTT GTAGCTGAGA AAGAAGGAGG AACTTCTGCT 2400
GAATCTGCCT CCAAAAATGA TACTGGTCAA GAGAAAAAAA TTTATAGCTG TCAAAGAAGT 2460
TCTAGAATTA CAAGACAAGC TATTAAGCAA AGCCAATCAA GGGGTCTAAA AGAGAAGACA 2520
CCAGCTGCTG TTACTATAGC AGATGAGAAT GAGCCAAATG GTGTTACTGA CAGATCCATG 2580
ACAAATGCTA GAGGACAATC CTTACAAAAA CATAAAAGCA CTCGTTTCAG CAAAGTTTTG 2640
AGTAGGATTA TGCCACAGAA TGATTTACAG GAGGAATGCA TTACACTGCT AGAAGATCAA 2700
GTACATGAGG TAAAGAAGTC ACATTTTCTT CTTGAATGCT CAGAGAATCC CAGAAATGAA 2760
AATACAAAAA GAACAGGATT GACTTGTGCA ACCAGCAATG ATCAGAGAAG ATCTAGTGAA 2820
AGACTGAAAG CTTTGCTAAT TGATGGCAAG AATTTTCAGG GTGTTGGAAG GGAAGAAACT 2880
GTATACCATG GATTGGAATC TTCAGCTTTG ATGTGTGATA ACGGAAAGAA AAAGGAGGCA 2940
AGGACTTTAA GGTGCCACCA GTGTTGGCAA AAAAGTAGGA GTGGTATTGT CATTTGCACC 3000
GAGTGCAAGA GAAAACGATA TTGTTATGAG TGCATTACAA AATGGTATCC AGATAAAACT 3060
AGAGAGGAGA TAGAGGTTTC TTGTCCCTTT TGTCTTGGTA ATTGCAACTG TCGATTGTGC 3120
TTGAAGGAGG AGGATATATC TGTGTTGACT GGGACTGGTG AAGCAGATAC AGATGTCAAA 3180
TTACAAAAGT TGTTTTACTT GCTTGACAAA GTTCTGCCTT TACTCCAAAG TATCCAATTG 3240
GAGCAGATAT CGGAATTGAA AGTAGAAGCT AGGATGCAAG GTTCACAACT GCTGGAAGAG 3300
GAAGTTGTGC ATTCACTAAT TGATGATGAT GACCGTGTTT ATTGTGACAA CTGCAATACA 3360
TCAATTGTCA ATTTCCACAG AAGTTGTCCC AATCCTAATT GTCAGTATGA TCTCTGTCTC 3420
ACTTGTTGCA TGGAACTAAG AAATGAACTT CATTGTGAAG AAATTCCTGC TAGTGGAAAT 3480
GAAAGAACAG ATGATACACC ACCTGTTACT GCTTGGAGAG CAGAGCTAAA TGGTGGGATT 3540
CCTTGCCCTC CAAAAGCTAG GGGGGGTTGC GGTACTACTA TTCTTTCTCT GAGGCGTCTT 3600
TTTGAAGCTA ATTGGGTTCA CAAATTGATT AAGAACGTGG AGGAACTTAC TGTCAAATAT 3660
CAACCACCTA ATATTGATCT ATCTCTAGGA TGTTCAATGT GCCATAGTTT TGAGGAAGAT 3720
GCAGTACAGA ATTCTGTAAG GAAGGCAGCT TCGAGAGAGA CCAGTCATGG TAACTTTTTG 3780
TACTGCCCAG ATGCTATCAA AATGGAAGAC ACAGAATTTG AGCATTTTCA AAGACACTGG 3840
ATAAGAGGTG AACCTGTTAT AGTTAGGAAT GTTTTTGAAA AGGGTAGCGG CCTAAGCTGG 3900
CATCCAATGG TGATGTGGAG GGCTTTCAGG GGAGCAAAGA AGATATTAAA AGATGAGGCA 3960
GCTACTTTTA AAGCCATTGA CTGCTTAGAT TGGTGTGAGG TTGAAATTAA CATCTTTCAG 4020
TTCTTCAAAG GCTACTTGGA AGGTCGTAGG TACAGGAATG GATGGCCAGA GATGCTAAAG 4080
CTAAAGGATT GGCCTCCATC AAATTCTTTT GAAGAGTGTT TGCCAAGACA TGGTGCTGAG 4140
TTTATAGCTA TGCTACCTTT TAGTGACTAT ACCCATCCCA AATCTGGCGT TTTAAATCTT 4200
GCCACAAAGC TTCCCGCTGT TTTGAAGCCA GATTTGGGCC CCAAAACATA CATTGCTTAT 4260
GGATCTTTGG AAGAACTAAG TAGAGGTGAT TCTGTGACAA AACTACATTG TGACATTTCA 4320
GATGCGGTCA ATATTTTGAT ACACACAGCT GAAGTAAAGA CACCACCATG GCAGCCAAGA 4380
ATCATAAAAA AAATTCAGAA AAAGTATGAA GTGGAAGATA TGCATGAGCT CTATGGCAAG 4440
GACAGTAAGG CAATTGGTTC TTGTAGAAGA AAACGTCAAA AGTGTCATGT AGGTATTACC 4500
AGGAATCCTA AAACCCCTGA AAAGGCAGAC ACTTCTGGGA GAGACTCTAC CTTGCCCGGA 4560
AGTCAATTAA AAGAGAAACT TAATGAACAA CAAAGTAGAC TCCTAAATAT GGGGGAGTCA 4620
AGATCAGATA AGGAAGCTTG TATTCAAGGA CTTTCAGAAT CTGCCAAAAG TAAATTAAGT 4680
TTAAATGTTG GTGAGCAGGA AGTTCTCAAT TTGAATTCAA GGCTTCAGGA TTTTGATCTC 4740
AATAATCATG ATTCCAGTTG CATAATTCTG GAGAAAGATA GTAAGTTGAT GCACTATAAA 4800
GTTAATAATG TCAAACAGTG GTGCTCATCA TCAGGTGAAG GAATTTCTTT ACCAGAACAT 4860
ATGCAGTTTA AGACATGCAC AAATGATGAT TATGAAAAAG GAAGAATTTC TGCTATGCAC 4920
CTAATGAAAG ATAAGTTTTG CTCTATCTAT GACCAATCTG ATACACGTTC TGTATTTGAT 4980
GATTTGAACC TCCCCACTCC ACAAGCCAGG GTAAATCAGG AACATCAGAA AAATTACATT 5040
GAACAATCCA GGTTCAAAAG CAGGTGCATA CATTTTGAGG AGTTACCCTA CTACTCTGGG 5100
AAGAATGTTT CTGATTTACT CTTCCCGCAG GAGCAGTTTT CTCAACACTA TTTTTCTGTT 5160
TGTGGGAATG GGGTTGACAA CACTGTTTTG CAAGATGTGA CAGATACAGG TGGTGACTTC 5220
CCTCTTGATG AATCATATGG ACAAGATCCT GATAATGATA TTGGAGGATA TCCAAACACC 5280
AGTGAAAGCC ATCTGCCTTG TACTTCAACA GAAGATACTA AATTTGTCAA TGGATTGAAT 5340
TCTTTAGACA CACCATGTTC AGACATCAAT GTTGAAAAAA TAGAGTCTGT TAAAAATGAC 5400
ACATCAAGCA ACAATTTCTG TCAAAATGAT GATCATTTGG AGACTCAATA TGGGAGTGCT 5460
GTGTGGGACA TATTCCGGAG GCAGGATGTA CCCAAGCTAA CAGAGTACCT AAAGAAACAC 5520
CACAGAGAGT TTCGCCACAT AAATAATCTT CCAGTAAACT CTGTGATTCA TCCCATTCAT 5580
GATCAGATCC TTTATTTAAA TGAGAAGCAT AAAAAGCAAT TAAAGCAGGA GTTTGGTGTT 5640
GAACCTTGGA CATTTGAGCA ACACCTTGGG GATGCTGTTT TCGTACCTGC TGGATGCCCA 5700
CATCAAGTGA GAAATAGAAA GTCTTGCATC AAAGTGGCTC TGGACTTCGT TTCACCTGAG 5760
AATGTTCAAG AATGCATTCG ATTGACAGAA GAATTTCGGT TACTTCCCAA AGGCCATAGA 5820
TCCAAGGAAG ATAAATTGGA GATAAAGAAG ATGGCACTAT ATGCTGCGGA TGTTGCAATA 5880
ACCGAAGCCA CTAAACTGAT GAGAGGAAAT GATATGTCAG ATGAAGCCAA GGAAGTCCCC 5940
CAGCAACACA TTTTTACTAA ATGA 5965
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Met-0008 AES58767 Medicago truncatula 47 0.0 1197
WERAM-Viv-0103 VIT_16s0098g01830.t01 Vitis vinifera 44 0.0 775
WERAM-Thc-0038 EOY23556 Theobroma cacao 61 0.0 761
WERAM-Prp-0006 EMJ21777 Prunus persica 48 0.0 748
WERAM-Pot-0147 POPTR_0015s01510.1 Populus trichocarpa 62 0.0 743
WERAM-Sol-0046 Solyc03g083240.2.1 Solanum lycopersicum 57 2e-167 588
WERAM-Amt-0026 ERN14091 Amborella trichopoda 50 2e-162 572
WERAM-Bro-0050 Bo3g054370.1 Brassica oleracea 55 5e-159 560
WERAM-Art-0095 AT4G00990.1 Arabidopsis thaliana 53 6e-156 550
WERAM-Brr-0187 Bra037394.1-P Brassica rapa 46 1e-154 546
WERAM-Arl-0098 fgenesh2_kg.6__ 3604__ AT4G00990.1 Arabidopsis lyrata 52 4e-152 537
WERAM-Mua-0058 GSMUA_Achr3P14190_001 Musa acuminata 50 9e-139 493
WERAM-Sot-0039 PGSC0003DMT400035505 Solanum tuberosum 48 2e-130 465
WERAM-Org-0037 ORGLA03G0207400.1 Oryza glaberrima 44 1e-128 459
WERAM-Lep-0033 LPERR02G31600.1 Leersia perrieri 44 3e-128 458
WERAM-Ori-0043 BGIOSGA012927-PA Oryza indica 43 3e-127 454
WERAM-Brd-0103 BRADI4G27417.1 Brachypodium distachyon 45 7e-127 453
WERAM-Orgl-0039 OGLUM03G23040.1 Oryza glumaepatula 43 1e-125 449
WERAM-Orbr-0035 OB02G45020.1 Oryza brachyantha 44 2e-125 449
WERAM-Zem-0137 GRMZM2G417089_P01 Zea mays 41 6e-125 447
WERAM-Ors-0026 OS02T0828900-01 Oryza sativa 44 8e-125 447
WERAM-Orl-0076 KN539615.1_FGP001 Oryza longistaminata 43 7e-124 443
WERAM-Aet-0028 EMT26740 Aegilops tauschii 44 3e-122 438
WERAM-Orb-0037 OBART03G22260.1 Oryza barthii 43 6e-122 437
WERAM-Sob-0006 Sb01g015210.1 Sorghum bicolor 42 8e-122 437
WERAM-Tra-0032 Traes_1DS_20D6E2B0D.1 Triticum aestivum 44 8e-122 437
WERAM-Php-0022 PP1S144_17V6.1 Physcomitrella patens 44 1e-121 436
WERAM-Orm-0018 OMERI02G00250.1 Oryza meridionalis 45 1e-121 436
WERAM-Orr-0016 ORUFI02G00790.1 Oryza rufipogon 45 2e-121 436
WERAM-Orni-0087 ONIVA08G02050.1 Oryza nivara 45 2e-121 435
WERAM-Sei-0128 Si034182m Setaria italica 42 3e-120 431
WERAM-Hov-0012 MLOC_12624.1 Hordeum vulgare 43 5e-119 427
WERAM-Orp-0036 OPUNC03G20970.1 Oryza punctata 41 4e-117 421
WERAM-Tru-0041 TRIUR3_19822-P1 Triticum urartu 40 3e-87 322
WERAM-Pes-0047 ENSPSIP00000007045.1 Pelodiscus sinensis 47 5e-32 138
WERAM-Fia-0125 ENSFALP00000010570.1 Ficedula albicollis 47 1e-31 137
WERAM-Gaga-0143 ENSGALP00000036346.1 Gallus gallus 47 1e-31 137
WERAM-Meg-0127 ENSMGAP00000013877.2 Meleagris gallopavo 47 2e-31 137
WERAM-Anp-0005 ENSAPLP00000000444.1 Anas platyrhynchos 47 2e-31 136
WERAM-Orc-0105 ENSOCUP00000008900.3 Oryctolagus cuniculus 45 3e-31 136
WERAM-Tag-0136 ENSTGUP00000011165.1 Taeniopygia guttata 47 3e-31 135
WERAM-Ocp-0022 ENSOPRP00000001989.2 Ochotona princeps 45 4e-31 135
WERAM-Tub-0003 ENSTBEP00000000295.1 Tupaia belangeri 48 4e-31 135
WERAM-Sus-0108 ENSSSCP00000015245.2 Sus scrofa 39 5e-31 135
WERAM-Xet-0113 ENSXETP00000038986.2 Xenopus tropicalis 46 5e-31 135
WERAM-Ere-0095 ENSEEUP00000009792.1 Erinaceus europaeus 48 7e-31 134
WERAM-Fec-0021 ENSFCAP00000001589.3 Felis catus 48 7e-31 134
WERAM-Mup-0101 ENSMPUP00000009333.1 Mustela putorius furo 48 8e-31 134
WERAM-Aim-0189 ENSAMEP00000017468.1 Ailuropoda melanoleuca 48 8e-31 134
WERAM-Ten-0123 ENSTNIP00000013426.1 Tetraodon nigroviridis 48 8e-31 134
WERAM-Myl-0184 ENSMLUP00000015336.2 Myotis lucifugus 48 8e-31 134
WERAM-Bot-0099 ENSBTAP00000013278.4 Bos taurus 48 8e-31 134
WERAM-Cap-0028 ENSCPOP00000002138.2 Cavia porcellus 48 8e-31 134
WERAM-Pof-0098 ENSPFOP00000008824.2 Poecilia formosa 48 8e-31 134
WERAM-Loa-0020 ENSLAFP00000001269.3 Loxodonta africana 48 8e-31 134
WERAM-Hos-0102 ENSP00000326563.5 Homo sapiens 48 8e-31 134
WERAM-Dan-0091 ENSDNOP00000009144.3 Dasypus novemcinctus 48 8e-31 134
WERAM-Ova-0174 ENSOARP00000017606.1 Ovis aries 48 8e-31 134
WERAM-Otg-0093 ENSOGAP00000008081.2 Otolemur garnettii 48 8e-31 134
WERAM-Pat-0141 ENSPTRP00000029560.2 Pan troglodytes 48 8e-31 134
WERAM-Gog-0012 ENSGGOP00000000822.2 Gorilla gorilla 48 8e-31 134
WERAM-Nol-0092 ENSNLEP00000010895.1 Nomascus leucogenys 48 9e-31 134
WERAM-Poa-0141 ENSPPYP00000017696.1 Pongo abelii 48 9e-31 134
WERAM-Caf-0016 ENSCAFP00000001774.3 Canis familiaris 48 9e-31 134
WERAM-Sah-0129 ENSSHAP00000013821.1 Sarcophilus harrisii 48 9e-31 134
WERAM-Mam-0003 ENSMMUP00000000618.2 Macaca mulatta 48 9e-31 134
WERAM-Anc-0075 ENSACAP00000007027.2 Anolis carolinensis 48 9e-31 134
WERAM-Mim-0018 ENSMICP00000001555.1 Microcebus murinus 48 9e-31 134
WERAM-Eqc-0143 ENSECAP00000015928.1 Equus caballus 48 9e-31 134
WERAM-Chs-0157 ENSCSAP00000009298.1 Chlorocebus sabaeus 48 9e-31 134
WERAM-Ptv-0087 ENSPVAP00000007885.1 Pteropus vampyrus 48 1e-30 134
WERAM-Vip-0004 ENSVPAP00000000405.1 Vicugna pacos 48 1e-30 134
WERAM-Orla-0053 ENSORLP00000006841.1 Oryzias latipes 39 1e-30 134
WERAM-Tar-0009 ENSTRUP00000002076.1 Takifugu rubripes 48 1e-30 134
WERAM-Mod-0100 ENSMODP00000015209.4 Monodelphis domestica 48 1e-30 134
Created Date 25-Jun-2016