WERAM Information

Tag Content
WERAM ID WERAM-Viv-0103
Ensembl Protein ID VIT_16s0098g01830.t01
Gene Name VIT_16s0098g01830
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
VIT_16s0098g01830 VIT_16s0098g01830.t01 VIT_16s0098g01830.t01
Status Unreviewed
Classification
Type Family E-value Score Start End
HDM JHDM2 1.00e-63 215.3 1523 2252
Organism Vitis vinifera
Domain Profile
  HDM JHDM2
              JHDM2.txt    5 rdgklNLasklpknfvrpdlgPklynAyGlateedrklgttnlhldvsdavnilvy.............vgilkkkwaeedlkell 77  
                             + g lNLa+klp+ +++pdlgPk+y AyG  +e +r+ ++t+lh+d+sdavn+l++             ++ l+kk + edl el+
  VIT_16s0098g01830.t01 1523 KSGLLNLATKLPD-VLKPDLGPKTYIAYGSLEELGRGNSVTKLHCDISDAVNVLTHtakvnitplqskiMNKLQKKYEAEDLLELY 1607
                             5799********8.68****************************************666555554444434444444444444444 PP
              JHDM2.txt   78 ksieeeeldevtrkrvqdpkekpgalWhifaak 110 
                                +  ++ + t k  ++ ++k+ ++  ++ ak
  VIT_16s0098g01830.t01 1608 GGAH--DASDTTGKETTEQSQKDETMDCVYSAK 1638
                             4333..335556666666666666666666555 PP
              JHDM2.txt   97 kekpgalWhifaakdaekirellekvskeqga....evppdhdpihdqswyldrklrkrLfeeyGvegwtlvQklgdavlipagap 178 
                                 ga+W+if+++d++k+ e+l+k++ke+++    +v ++ +pihdq++yl++ ++k+L+eey ve+wt+ Q lg+av+ipag+p
  VIT_16s0098g01830.t01 2134 VAYGGAVWDIFRRQDVPKLIEFLRKHQKEFRHinnlPVDSVIHPIHDQTLYLTERHKKQLKEEYNVEPWTFEQYLGEAVFIPAGCP 2219
                             23469**************************98877777899******************************************** PP
              JHDM2.txt  179 HqvqnlkscvkvaedFvsPEnvkecfrltkeyr 211 
                             Hqv+n +sc+kva dFvsP+nv+ec+rlt+e+r
  VIT_16s0098g01830.t01 2220 HQVRNRQSCIKVALDFVSPDNVQECIRLTEEFR 2252
                             *******************************98 PP
Protein Sequence
(Fasta)		MEDERCRRRG SPNWRCSERA LPGKTLCEKH LFCQLIRNRV KTARLAEGRD GEVGRPSGKQ 60
KLAAAGEEMV GGGGKEDRGF SGEILAAGEG GGGEVVGGGE MPEGFGGGMW GWFGGDEGGN 120
DGNALGSGGV MGGSAGDGNG REVDGGGVGE RGVASGNWAT GRGNGGGVVE SGGDGDWVSS 180
GGIGGCSREE AGGNGSGDVR LIESLAGHSG GNEGGGEEVV KGGEDSGRAA GGGGLVGYPK 240
EVTGGIGGNS GGSGGGIGGI ESRSDGNGHG DDVGEKKKRR GRPRGSKTRR KGEEVPGQSR 300
ESTGGNGGGN DGNGCNASGN IGGDEIVVLK KRKLGRPKGS KTRRNVIDGE IVELPIGNWG 360
GSEVIGGLSS GNGRGEIEGT GDLSGGSGRG SGEGIGGLPG GDGSGGEIMV KRRKLGRPKG 420
SNTRRRIPDG RELQVWAGET VENDGLALDL EGNRWKSGAF HGGNNGEGWK VKHGRGRPKG 480
WKKKGRKRKV FYGGELRALE GVKKRGRKRK IVDGEELWDL KGLEKRGRKG GIFYGKELQG 540
SSCEARMVDL LATLQSFAPY SGAVLAEYIK KQYAAITSVP SKQKVWRQPD LAKMVGLLAT 600
LRDVVPYRGE VLAENFLYFK WRSSISALEY LAPCRGGVLA EYFMYRERSS SIPYDDIYKC 660
EFDEAPLVTE EIQDQSVQGI RVNEGPSHSE GIGVGEGPSS TEGIQGQYGG AAGGNDGGKL 720
GAKEFLGGFG AFARQKDGGY GFSRLKNKCR RLKGSNNGEE IGGWSGEASR ENGPQKEIQG 780
WSSEACCRND GDEMVSLRGR CDRPNSSEDW MNELNRSGGA TCTIDRRSEI ISSEGKCGWP 840
QVIENKRTIL AAEQDGIIPF EVTGWNDMGD ETEGLENKKS GLIAIEDRGL PGEVIGRDEK 900
PNEIFRQKAK RGRPKGSKNR IPCIPKEEQS QATASNFLGG NNSGDVNISW KRKPGRPKGS 960
KNKKVILNGE ALNKIPMLNQ EHQMPVSKIE EDLNKEGSLQ VEYVRDCGNA QMSNGELLTD 1020
TGNVHKRPRG RPKKLKDHRG ESNCIKEGKF NENGLANSGL SDASNGKREQ RSLMCHQCLR 1080
HAKSGVVVCS SCKKKRYCYE CLAKWYPEKT REDIRNACPF CRCICNCRMC LKQDLVVMTG 1140
HGEADTNIKL QKLLYLLDRT LPLLRHIHGE QSSEIHVEAQ IRGAQLTEED IMRSILDKDD 1200
RVYCDNCNTS IVNLHRSCPN PDCSYDLCLT CCRELRKGLQ PGGNEAESSH QQFVERVNGQ 1260
GTEVKGRIPA HDERYGWESD GAHPTNNYAA DTCDFPDWRV NMDGSIPCPP KARGGCGTET 1320
LELRRIFEPN WVDHLIKSAE DLTMNFGSPD IDFSQGCSLC LPTASTGSGE KHCEVRRAAF 1380
RENSHDDFLY CPNSACLGDN EIEHFQMHWM RGEPVIVRNV LEKTSGLSWD PMVMWRAFRG 1440
ATKVLKEDAL SVKAIDCFDW CEVQINIFQF FKGYLQGRRH KSGWPEMLKL KDWPPSNSFD 1500
ECLPRHGAEF IAMLPYSDYT NPKSGLLNLA TKLPDVLKPD LGPKTYIAYG SLEELGRGNS 1560
VTKLHCDISD AVNVLTHTAK VNITPLQSKI MNKLQKKYEA EDLLELYGGA HDASDTTGKE 1620
TTEQSQKDET MDCVYSAKEN TVGIDSLFLG SLNEKEEKHS EQEDRRTLPL LDSMGLGTMS 1680
SDRDYILEDL ALESTVMVNC EKQSVGDLNT EFQICDLEKH ESNLSLLEKD CGITHVLVKK 1740
QAELKRCSLQ FGGSVEDSLL HESINLEKTP PNGHKIGNFL GMSGKEDRYY SMNNQPDTCT 1800
SYIDGSSSIV RNCMNGELNI QGIEQPGFKE FSSFICRDVD ERNFSLSGEI NVDADCLATK 1860
DLCCPHQLGA ENGIAKTDSF NQEYSQPPNV ALKNNLNNED VLDVIFLGTE RDYEPELMKS 1920
DLDEKGTRFN YAVNCRDVTE RNFSLPDRMD FNPHCLDTEE LCCADRLDVQ DEIVERDSAH 1980
KQEYNQPPNL LGTRMLISGK DGLQGMFSGN CWESGPKPDT RVLDVGPDCF AKSRDVSEKD 2040
LFLPEERDRD PNCPAAEEFW SGNGFDAKNA RTERGLCNQE YFHLSNEKAE MRFVSEKSPL 2100
EATFSGNEAN HSESMKPGSS NVRDSVQSND HSEVAYGGAV WDIFRRQDVP KLIEFLRKHQ 2160
KEFRHINNLP VDSVIHPIHD QTLYLTERHK KQLKEEYNVE PWTFEQYLGE AVFIPAGCPH 2220
QVRNRQSCIK VALDFVSPDN VQECIRLTEE FRLLPKDHRA KEDKLEVKKM ALYAVNVAVD 2280
EAKNLISKLE QGRPAPEPGP GPRPEPEPEP EPAAVTERIW QQQQKCIRV 2329
Nucleotide Sequence
(Fasta)		ATGGAGGATG AGAGATGCAG GAGGAGAGGT AGTCCCAACT GGAGGTGCAG TGAAAGGGCT 60
TTGCCTGGAA AAACACTTTG TGAGAAGCAC TTGTTCTGCC AGCTGATTCG GAATCGGGTG 120
AAGACGGCGA GGCTTGCGGA GGGGAGAGAC GGGGAGGTGG GTCGCCCAAG TGGGAAGCAG 180
AAGCTGGCGG CAGCTGGGGA GGAGATGGTT GGTGGTGGCG GTAAAGAGGA TCGGGGGTTT 240
TCGGGTGAAA TCCTGGCCGC CGGCGAGGGA GGAGGCGGTG AGGTGGTGGG TGGGGGGGAG 300
ATGCCTGAGG GGTTTGGAGG AGGAATGTGG GGGTGGTTTG GGGGAGATGA GGGTGGAAAT 360
GACGGTAATG CCCTTGGCAG CGGTGGAGTT ATGGGCGGCT CTGCTGGAGA CGGCAATGGT 420
AGGGAAGTGG ATGGTGGAGG GGTCGGTGAG CGCGGCGTCG CGAGTGGAAA TTGGGCTACT 480
GGCCGTGGGA ATGGCGGTGG AGTAGTTGAG AGCGGCGGAG ACGGTGATTG GGTCTCTAGT 540
GGTGGAATTG GGGGCTGCTC CAGGGAAGAA GCCGGTGGAA ATGGCAGCGG CGATGTTCGG 600
TTAATTGAAA GCCTTGCGGG CCATTCCGGT GGAAATGAAG GCGGCGGCGA GGAAGTCGTT 660
AAGGGAGGCG AGGACTCTGG TCGGGCTGCC GGCGGTGGAG GACTTGTGGG CTACCCCAAG 720
GAAGTCACTG GTGGAATTGG CGGCAATTCC GGTGGAAGTG GCGGTGGAAT TGGAGGAATT 780
GAGAGTAGGT CCGACGGTAA TGGCCACGGG GATGATGTTG GGGAGAAGAA GAAAAGGCGA 840
GGCCGGCCAA GAGGTTCAAA AACCAGAAGG AAAGGTGAAG AAGTTCCGGG TCAGTCTAGG 900
GAGAGCACTG GCGGGAATGG TGGTGGAAAT GATGGGAATG GGTGCAATGC CAGTGGAAAT 960
ATCGGTGGAG ATGAGATTGT TGTGTTGAAA AAGCGAAAGC TAGGCCGGCC CAAGGGTTCA 1020
AAAACTAGGA GGAACGTTAT CGATGGTGAG ATAGTTGAGC TCCCAATCGG TAATTGGGGT 1080
GGAAGTGAAG TAATTGGTGG CCTATCCAGT GGGAATGGCA GGGGTGAAAT TGAAGGAACT 1140
GGAGACCTAT CTGGTGGGAG TGGCAGGGGT AGTGGTGAAG GGATCGGAGG CCTGCCTGGT 1200
GGGGATGGCA GTGGAGGAGA GATTATGGTG AAGAGGCGAA AGCTAGGCCG ACCTAAAGGT 1260
TCAAATACTA GGAGGAGGAT TCCTGATGGT AGAGAACTCC AGGTATGGGC AGGTGAAACA 1320
GTTGAAAATG ATGGTCTGGC TCTTGATTTG GAAGGAAACC GATGGAAGTC TGGTGCATTC 1380
CATGGTGGAA ACAATGGGGA AGGATGGAAG GTTAAGCATG GGCGTGGCCG ACCAAAAGGG 1440
TGGAAGAAGA AGGGTAGGAA GAGGAAGGTT TTTTATGGTG GAGAACTTCG GGCTTTGGAA 1500
GGTGTGAAGA AGAGGGGAAG GAAGAGGAAG ATTGTTGATG GTGAAGAGCT TTGGGATTTG 1560
AAAGGGTTGG AAAAGAGGGG GAGGAAAGGG GGCATTTTTT ATGGGAAAGA ACTCCAGGGC 1620
AGTTCCTGTG AGGCCAGAAT GGTGGATTTA CTTGCCACAT TGCAAAGTTT TGCTCCTTAT 1680
AGTGGAGCCG TTTTGGCTGA ATACATTAAG AAACAATATG CAGCAATTAC TAGTGTTCCC 1740
TCTAAGCAGA AAGTTTGGCG GCAGCCTGAT TTGGCCAAAA TGGTGGGCCT CCTTGCTACT 1800
TTAAGGGATG TTGTGCCTTA TAGGGGAGAA GTCCTGGCCG AAAATTTTCT GTACTTCAAA 1860
TGGCGTAGTT CAATTTCTGC ATTAGAGTAC CTGGCTCCTT GTAGAGGAGG TGTTCTGGCT 1920
GAATATTTCA TGTATCGTGA ACGATCCAGT TCAATTCCTT ATGATGACAT CTACAAATGC 1980
GAATTTGATG AGGCCCCACT TGTGACTGAA GAGATTCAGG ATCAGTCTGT TCAAGGTATT 2040
AGAGTAAATG AAGGTCCCAG TCACAGTGAA GGCATTGGAG TAGGTGAAGG TCCAAGTTCC 2100
ACTGAAGGAA TTCAGGGGCA GTATGGTGGA GCTGCTGGCG GAAATGATGG TGGGAAGCTT 2160
GGTGCTAAAG AATTTTTGGG AGGGTTTGGT GCATTTGCAA GGCAAAAGGA TGGTGGATAT 2220
GGATTTAGTA GGCTAAAGAA CAAATGCCGC AGACTAAAAG GTTCAAATAA TGGTGAAGAG 2280
ATTGGGGGCT GGTCTGGTGA AGCCAGTAGG GAAAATGGTC CTCAGAAAGA AATTCAGGGC 2340
TGGTCAAGTG AAGCTTGCTG TCGAAATGAT GGAGACGAGA TGGTCAGTCT GAGAGGTAGG 2400
TGTGACAGGC CAAACAGTTC GGAGGATTGG ATGAACGAGC TTAACAGGAG TGGTGGAGCA 2460
ACCTGCACTA TTGATAGGAG AAGCGAGATC ATTTCTTCAG AGGGTAAGTG TGGCTGGCCG 2520
CAGGTTATAG AGAACAAAAG GACCATTCTT GCTGCTGAAC AAGATGGGAT CATTCCTTTT 2580
GAAGTCACTG GCTGGAATGA TATGGGGGAT GAGACTGAAG GTTTGGAGAA TAAGAAGAGT 2640
GGTCTCATAG CTATAGAAGA TCGTGGTTTG CCTGGTGAAG TTATTGGTCG TGATGAGAAG 2700
CCAAATGAGA TTTTTCGGCA GAAGGCTAAG CGTGGCCGGC CAAAGGGTTC AAAGAACAGG 2760
ATTCCATGTA TCCCTAAAGA AGAACAAAGC CAGGCCACTG CCAGTAATTT TTTGGGTGGA 2820
AATAACAGCG GAGATGTGAA TATTTCTTGG AAACGTAAGC CTGGCCGGCC AAAGGGTTCA 2880
AAGAACAAGA AGGTAATCCT TAATGGTGAA GCCCTGAACA AGATTCCAAT GCTGAATCAG 2940
GAACATCAGA TGCCTGTTTC AAAGATAGAA GAAGATCTTA ACAAAGAAGG CAGTTTACAG 3000
GTTGAGTATG TGAGGGACTG TGGCAATGCA CAGATGAGTA ATGGTGAGTT ATTAACTGAT 3060
ACCGGCAATG TTCATAAGAG GCCCAGAGGA AGGCCGAAGA AGTTGAAGGA CCATCGGGGG 3120
GAATCTAACT GCATTAAAGA GGGAAAATTC AATGAGAATG GATTGGCGAA TTCAGGATTA 3180
TCAGATGCTA GCAATGGGAA AAGAGAGCAG AGGAGTTTAA TGTGTCATCA ATGCTTGAGG 3240
CATGCCAAGA GTGGTGTTGT CGTTTGTTCC AGTTGCAAAA AGAAACGCTA TTGCTATGAG 3300
TGCCTTGCGA AATGGTACCC GGAGAAAACA AGAGAGGACA TAAGGAATGC ATGTCCATTC 3360
TGCCGTTGCA TTTGCAATTG CAGAATGTGT CTCAAACAGG ATTTAGTCGT AATGACTGGT 3420
CATGGAGAAG CAGATACAAA TATCAAATTG CAAAAGTTGC TTTACTTGCT AGACAGAACT 3480
CTGCCTCTCC TCAGACATAT TCACGGGGAG CAGAGCTCTG AGATACATGT GGAAGCCCAA 3540
ATACGAGGTG CTCAATTGAC AGAAGAGGAT ATAATGAGGT CAATACTTGA CAAAGATGAC 3600
CGAGTGTATT GTGACAATTG CAATACATCC ATTGTCAATT TACACAGAAG CTGCCCCAAT 3660
CCTGATTGTT CTTATGATCT GTGTCTCACT TGTTGCCGGG AACTAAGAAA AGGTTTGCAG 3720
CCTGGTGGCA ATGAAGCAGA ATCTTCTCAT CAACAATTTG TTGAACGAGT GAATGGTCAA 3780
GGTACAGAAG TGAAGGGCAG AATTCCTGCA CATGATGAGA GGTATGGTTG GGAGAGTGAC 3840
GGGGCCCACC CCACAAATAA TTATGCAGCT GATACCTGTG ACTTTCCTGA TTGGAGAGTG 3900
AATATGGATG GCAGCATCCC TTGCCCTCCA AAAGCACGTG GAGGTTGTGG TACTGAGACA 3960
CTTGAACTAA GACGTATCTT TGAACCTAAT TGGGTAGACC ACCTGATCAA GAGTGCAGAG 4020
GACCTTACAA TGAATTTTGG ATCACCAGAC ATTGATTTTT CTCAGGGATG TTCATTGTGC 4080
CTTCCTACTG CTTCCACAGG AAGTGGAGAA AAGCATTGTG AAGTAAGGCG GGCAGCTTTT 4140
AGGGAGAACA GTCATGACGA CTTTCTCTAC TGTCCAAATT CTGCTTGCTT GGGAGACAAC 4200
GAAATTGAGC ATTTTCAAAT GCATTGGATG AGAGGTGAAC CTGTCATAGT TAGAAATGTA 4260
CTTGAGAAGA CATCTGGTCT TAGTTGGGAC CCAATGGTCA TGTGGAGGGC TTTTAGAGGT 4320
GCAACAAAAG TACTAAAAGA AGATGCTTTG AGTGTTAAGG CCATTGATTG CTTCGATTGG 4380
TGTGAGGTTC AGATTAATAT TTTCCAGTTT TTTAAGGGCT ACTTACAAGG TCGAAGACAT 4440
AAGAGTGGGT GGCCAGAGAT GTTGAAGCTG AAGGACTGGC CTCCATCAAA TTCGTTTGAT 4500
GAGTGTTTGC CTAGGCATGG TGCTGAATTT ATTGCTATGC TCCCTTATAG TGATTACACG 4560
AACCCAAAAT CTGGTTTATT GAATCTCGCT ACAAAGCTTC CTGATGTTTT GAAGCCAGAC 4620
CTGGGACCAA AAACATACAT CGCTTATGGG TCTTTGGAAG AACTTGGTAG AGGCAATTCG 4680
GTGACAAAGC TGCATTGCGA CATTTCAGAT GCGGTAAACG TATTAACACA CACAGCCAAA 4740
GTGAATATTA CCCCATTGCA AAGCAAAATC ATGAACAAAT TGCAGAAGAA ATATGAAGCT 4800
GAGGATTTGC TGGAGCTCTA TGGTGGGGCA CATGATGCAT CGGACACAAC TGGGAAAGAA 4860
ACAACAGAAC AATCTCAGAA AGATGAAACC ATGGATTGTG TATATTCTGC AAAAGAGAAC 4920
ACTGTTGGGA TTGACTCTTT GTTTCTAGGA AGCCTAAATG AGAAAGAAGA GAAACACAGT 4980
GAGCAAGAAG ATAGGAGGAC CTTGCCCTTA TTAGATTCCA TGGGTTTAGG AACTATGAGT 5040
TCAGATAGAG ATTACATTCT GGAGGATCTT GCCCTTGAAA GTACAGTGAT GGTGAATTGT 5100
GAAAAGCAAT CTGTTGGAGA TTTGAATACA GAGTTTCAGA TTTGTGACCT TGAAAAGCAT 5160
GAATCCAACT TGTCATTGCT AGAAAAAGAT TGTGGGATCA CACATGTATT GGTTAAGAAA 5220
CAGGCCGAGT TGAAAAGATG TTCACTACAG TTTGGTGGCT CTGTTGAAGA TAGCTTGTTA 5280
CATGAAAGTA TTAATCTAGA AAAAACCCCA CCAAATGGTC ATAAAATTGG GAATTTTTTG 5340
GGTATGAGTG GTAAAGAAGA CAGATATTAC TCCATGAACA ATCAACCTGA TACATGCACC 5400
AGCTATATTG ACGGGAGTTC ATCCATTGTG CGAAACTGCA TGAATGGGGA GCTAAACATA 5460
CAGGGAATTG AACAACCGGG ATTCAAAGAA TTTTCCTCTT TCATATGCAG GGATGTTGAT 5520
GAGAGGAATT TCTCTTTATC TGGTGAGATA AATGTAGATG CCGACTGTCT TGCTACCAAA 5580
GACTTGTGTT GTCCTCATCA GCTTGGTGCT GAAAATGGAA TAGCTAAAAC AGATTCATTT 5640
AATCAAGAAT ATTCTCAACC TCCTAATGTA GCGTTGAAAA ACAATCTTAA CAATGAAGAT 5700
GTTCTAGATG TGATTTTCTT AGGCACCGAA CGAGATTATG AACCAGAGTT GATGAAGTCA 5760
GACCTAGATG AGAAGGGCAC AAGGTTCAAC TATGCAGTCA ACTGCAGGGA TGTTACTGAG 5820
AGAAATTTCT CCTTGCCAGA CCGAATGGAT TTCAACCCCC ACTGTCTTGA CACTGAAGAG 5880
TTATGTTGTG CTGATCGACT TGATGTTCAG GATGAAATAG TCGAGAGAGA CTCAGCACAC 5940
AAGCAAGAAT ACAACCAGCC ACCTAATTTG TTAGGTACAA GGATGCTTAT AAGTGGGAAA 6000
GATGGTTTGC AGGGAATGTT TTCAGGCAAT TGCTGGGAGA GTGGTCCAAA GCCAGATACA 6060
AGAGTGCTAG ATGTGGGCCC TGACTGCTTT GCCAAAAGCA GGGATGTTTC TGAAAAGGAT 6120
CTATTCTTAC CAGAGGAGAG GGATAGAGAT CCAAATTGTC CTGCTGCTGA AGAGTTTTGG 6180
TCTGGTAATG GATTTGATGC CAAAAATGCA AGAACTGAGA GAGGTCTGTG CAATCAAGAA 6240
TATTTTCATC TTTCTAATGA AAAAGCAGAG ATGAGGTTTG TCAGTGAAAA GAGTCCTTTG 6300
GAAGCAACCT TTTCAGGAAA CGAAGCAAAT CATTCAGAAT CAATGAAGCC TGGTTCTTCC 6360
AATGTTAGAG ATTCCGTTCA AAGCAATGAC CATTCAGAGG TTGCATATGG AGGTGCTGTT 6420
TGGGACATTT TTCGTAGGCA GGATGTACCC AAGTTAATTG AATTCTTGCG GAAGCATCAG 6480
AAAGAATTTC GCCATATCAA TAATCTTCCT GTGGATTCGG TTATTCATCC CATTCATGAC 6540
CAGACCCTTT ATCTGACTGA GAGGCATAAG AAGCAACTGA AGGAGGAGTA CAATGTTGAA 6600
CCTTGGACAT TTGAGCAATA CCTTGGTGAG GCTGTGTTCA TTCCTGCAGG ATGCCCACAC 6660
CAAGTGAGAA ATAGACAGTC ATGCATCAAA GTGGCCCTCG ACTTTGTATC CCCCGACAAT 6720
GTTCAAGAAT GCATCCGGTT GACTGAGGAG TTCCGCCTGC TTCCAAAAGA CCATAGGGCT 6780
AAGGAAGATA AATTGGAGGT AAAGAAGATG GCATTATACG CTGTAAATGT TGCTGTAGAT 6840
GAAGCGAAAA ATCTGATCTC AAAGCTTGAG CAAGGAAGAC CAGCACCAGA ACCAGGACCA 6900
GGACCAAGAC CAGAACCAGA ACCAGAACCA GAACCAGCTG CTGTAACCGA GAGAATTTGG 6960
CAACAGCAGC AGAAGTGTAT AAGGGTGTAG TTTTTGTGAA TGGGTCTATA TATTGAAGGC 7020
ACTCATGTAC ATAAAGTTTA TAAGGGGGAT CTGCAAAATT TGAATAGGGT AGGACTCAGT 7080
TTTATGGCAT TTGTAGTGTT TGGAAAGTAG GAAAGACAGC CTGTTGTGGC AGTTTGTTGT 7140
AATGTACTGA GAACT 7156
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Prp-0006 EMJ21777 Prunus persica 56 0.0 894
WERAM-Thc-0038 EOY23556 Theobroma cacao 55 0.0 831
WERAM-Glm-0182 GLYMA14G26015.1 Glycine max 51 0.0 747
WERAM-Pot-0147 POPTR_0015s01510.1 Populus trichocarpa 60 0.0 741
WERAM-Met-0008 AES58767 Medicago truncatula 45 0.0 699
WERAM-Amt-0026 ERN14091 Amborella trichopoda 57 0.0 657
WERAM-Sol-0046 Solyc03g083240.2.1 Solanum lycopersicum 58 6e-179 627
WERAM-Bro-0050 Bo3g054370.1 Brassica oleracea 54 1e-161 569
WERAM-Art-0095 AT4G00990.1 Arabidopsis thaliana 52 1e-161 569
WERAM-Arl-0098 fgenesh2_kg.6__ 3604__ AT4G00990.1 Arabidopsis lyrata 51 5e-159 560
WERAM-Brr-0187 Bra037394.1-P Brassica rapa 50 2e-147 522
WERAM-Mua-0058 GSMUA_Achr3P14190_001 Musa acuminata 49 4e-136 484
WERAM-Lep-0033 LPERR02G31600.1 Leersia perrieri 46 1e-134 479
WERAM-Orbr-0035 OB02G45020.1 Oryza brachyantha 42 1e-131 469
WERAM-Org-0037 ORGLA03G0207400.1 Oryza glaberrima 42 5e-131 468
WERAM-Brd-0103 BRADI4G27417.1 Brachypodium distachyon 46 5e-130 464
WERAM-Sob-0006 Sb01g015210.1 Sorghum bicolor 43 6e-130 464
WERAM-Ori-0043 BGIOSGA012927-PA Oryza indica 42 6e-129 460
WERAM-Sei-0128 Si034182m Setaria italica 43 3e-128 458
WERAM-Ors-0026 OS02T0828900-01 Oryza sativa 42 4e-128 458
WERAM-Orgl-0039 OGLUM03G23040.1 Oryza glumaepatula 41 4e-128 457
WERAM-Zem-0137 GRMZM2G417089_P01 Zea mays 44 2e-127 456
WERAM-Orl-0076 KN539615.1_FGP001 Oryza longistaminata 41 3e-126 451
WERAM-Php-0022 PP1S144_17V6.1 Physcomitrella patens 47 8e-126 450
WERAM-Aet-0028 EMT26740 Aegilops tauschii 43 2e-125 448
WERAM-Tra-0032 Traes_1DS_20D6E2B0D.1 Triticum aestivum 43 3e-125 448
WERAM-Hov-0012 MLOC_12624.1 Hordeum vulgare 43 6e-124 444
WERAM-Orni-0109 ONIVA10G14230.1 Oryza nivara 40 3e-123 442
WERAM-Orb-0037 OBART03G22260.1 Oryza barthii 42 3e-123 441
WERAM-Sot-0039 PGSC0003DMT400035505 Solanum tuberosum 44 5e-123 441
WERAM-Orm-0031 OMERI02G35990.1 Oryza meridionalis 41 1e-122 439
WERAM-Tru-0016 TRIUR3_07101-P1 Triticum urartu 41 3e-122 438
WERAM-Orp-0036 OPUNC03G20970.1 Oryza punctata 41 4e-120 431
WERAM-Orr-0016 ORUFI02G00790.1 Oryza rufipogon 42 2e-118 426
WERAM-Lac-0170 ENSLACP00000020024.1 Latimeria chalumnae 45 5e-34 145
WERAM-Tub-0003 ENSTBEP00000000295.1 Tupaia belangeri 51 6e-34 145
WERAM-Ten-0123 ENSTNIP00000013426.1 Tetraodon nigroviridis 51 7e-34 145
WERAM-Orc-0080 ENSOCUP00000007280.2 Oryctolagus cuniculus 51 1e-33 144
WERAM-Pof-0098 ENSPFOP00000008824.2 Poecilia formosa 47 1e-33 144
WERAM-Ere-0095 ENSEEUP00000009792.1 Erinaceus europaeus 51 1e-33 144
WERAM-Myl-0184 ENSMLUP00000015336.2 Myotis lucifugus 51 1e-33 144
WERAM-Bot-0099 ENSBTAP00000013278.4 Bos taurus 51 1e-33 144
WERAM-Loa-0020 ENSLAFP00000001269.3 Loxodonta africana 51 1e-33 144
WERAM-Aim-0189 ENSAMEP00000017468.1 Ailuropoda melanoleuca 51 1e-33 144
WERAM-Dan-0091 ENSDNOP00000009144.3 Dasypus novemcinctus 51 1e-33 144
WERAM-Hos-0102 ENSP00000326563.5 Homo sapiens 51 1e-33 144
WERAM-Pat-0141 ENSPTRP00000029560.2 Pan troglodytes 51 1e-33 144
WERAM-Otg-0093 ENSOGAP00000008081.2 Otolemur garnettii 51 1e-33 144
WERAM-Mup-0101 ENSMPUP00000009333.1 Mustela putorius furo 51 1e-33 144
WERAM-Gog-0012 ENSGGOP00000000822.2 Gorilla gorilla 51 1e-33 144
WERAM-Caf-0016 ENSCAFP00000001774.3 Canis familiaris 51 1e-33 144
WERAM-Fec-0021 ENSFCAP00000001589.3 Felis catus 51 1e-33 144
WERAM-Sus-0108 ENSSSCP00000015245.2 Sus scrofa 51 1e-33 144
WERAM-Chs-0157 ENSCSAP00000009298.1 Chlorocebus sabaeus 51 1e-33 144
WERAM-Anc-0075 ENSACAP00000007027.2 Anolis carolinensis 48 1e-33 144
WERAM-Eqc-0143 ENSECAP00000015928.1 Equus caballus 51 1e-33 144
WERAM-Cap-0028 ENSCPOP00000002138.2 Cavia porcellus 51 1e-33 144
WERAM-Poa-0141 ENSPPYP00000017696.1 Pongo abelii 51 1e-33 144
WERAM-Ova-0174 ENSOARP00000017606.1 Ovis aries 51 1e-33 144
WERAM-Nol-0092 ENSNLEP00000010895.1 Nomascus leucogenys 51 1e-33 144
WERAM-Mam-0003 ENSMMUP00000000618.2 Macaca mulatta 51 1e-33 144
WERAM-Sah-0129 ENSSHAP00000013821.1 Sarcophilus harrisii 51 2e-33 144
WERAM-Ptv-0087 ENSPVAP00000007885.1 Pteropus vampyrus 51 2e-33 144
WERAM-Mod-0100 ENSMODP00000015209.4 Monodelphis domestica 51 2e-33 143
WERAM-Soa-0091 ENSSARP00000008521.1 Sorex araneus 51 2e-33 143
WERAM-Paa-0043 ENSPANP00000002578.1 Papio anubis 51 3e-33 143
WERAM-Mae-0023 ENSMEUP00000001666.1 Macropus eugenii 51 3e-33 143
WERAM-Leo-0085 ENSLOCP00000011676.1 Lepisosteus oculatus 45 3e-33 143
WERAM-Tar-0009 ENSTRUP00000002076.1 Takifugu rubripes 50 3e-33 142
WERAM-Ran-0218 ENSRNOP00000067649.2 Rattus norvegicus 51 3e-33 142
WERAM-Orla-0053 ENSORLP00000006841.1 Oryzias latipes 51 3e-33 142
WERAM-Mum-0157 ENSMUSP00000037628.7 Mus musculus 51 3e-33 142
WERAM-Fia-0049 ENSFALP00000003539.1 Ficedula albicollis 51 4e-33 142
WERAM-Anp-0111 ENSAPLP00000012780.1 Anas platyrhynchos 51 4e-33 142
WERAM-Gaga-0080 ENSGALP00000012399.4 Gallus gallus 51 4e-33 142
WERAM-Orn-0157 ENSONIP00000016309.1 Oreochromis niloticus 50 4e-33 142
WERAM-Meg-0102 ENSMGAP00000010078.1 Meleagris gallopavo 51 4e-33 142
Created Date 25-Jun-2016