WERAM Information

Tag Content
WERAM ID WERAM-Met-0124
Ensembl Protein ID AES94831
Gene Name MTR_5g018850
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
MTR_5g018850 AES94831 AES94831
Status Unreviewed
Classification
Type Family E-value Score Start End
HMT SUV39 1.20e-36 127.4 1352 1483
Organism Medicago truncatula
Domain Profile
  HMT SUV39
  SUV39.txt    1 vrLqvfktenkGwGvrclddiakgsFvciyaGeiltddeaekegl...eegdeyladldskesvenlkegyesdvplssdssntrqekdkeeseyiid 95  
                 v+L+vfkte+kGwGvr+ + i +g+Fvc+y+Ge+l+ +ea++++    + + +y++d+++                      n+ +   +e+ +y+id
   AES94831 1352 VKLEVFKTEKKGWGVRAGEAILRGTFVCEYIGEVLDVQEAHNRRKrygTGNCSYFYDINARV--------------------NDMSRMIEEKAQYVID 1429
                 69**************************************9995545556667777777732....................45566788999***** PP
  SUV39.txt   96 akkegnvgrflnHscspNlfvqnvfvdthdlrfprvafFaskrikagtELtwdY 149 
                 a+k+gnv+rf+nHscspNl+ ++v+v++ d +  +++f+as++i  g+ELt+ +
   AES94831 1430 ASKNGNVSRFINHSCSPNLVSHQVLVESMDCERSHIGFYASQDIALGEELTYGF 1483
                 ***************************************************976 PP
Protein Sequence
(Fasta)		MEILPCSGVQ YAGESDCPQR GSGTAFVYQE EPNCPENVEQ AKLVDGQLNG SLHNMQELEI 60
ERRDDGTQNV ADLLTNSNCQ CNGASCCNCQ GEDQKGYGGF HDFDEDMINE RYLTSENSLS 120
VVDTIDSESP NNGREGDLSF SEPKWLEGDA SVALWVKWRG KWLAGIRCAR ADWPLSTLRA 180
KPTHDRKKYF VIFFPHTKIY SWADMLLVRS IDEYPHPVAY KTHQVGLKLV KDLTAARRFI 240
MQKLVVGMLN IVDQFHLNAL TETARDVKVW KAFAMEASRC NGYSDFGRML LRIHNSILAH 300
YISANWLQHS SHSWIERCQS TNSAESVELL KEELFDSILW NDVNNLWDSP VQPILGSEWK 360
TWKHDIMKWF TPSPPLSSSK DTPRQISLDP YQTNLQVSRK RPKLEVRRAD THASKVEFKG 420
ADHAIALVND PGFFKNQETL STLEAEACKL ENIGKVSITN DLSGNLTDKW NDIVVEAADS 480
GFMHTRENEL TPINEMAGVI SAEPGSKNRQ CIAFIEAKGR QCVRWANEGD VYCCVHLSSR 540
FLASSGNAEN PGQIDTPMCD GTTVVGTKCK HRALPGSLHC KKHRPYTETD QISCLPQNTI 600
KRKHGENYTG SENMFSKDMV LVNVEAPLQV VPVPSIAGDS LHGESNLFGK PMHSEEGHVA 660
TEALNCIGSP PFDNKNPCRE APKRYSLYCE IHLPSWLKRA RNGKSRIVSK EVYSELLKGC 720
SSWEQKVQLH EACELFYRLF KSILSLRNQV PKDVQFQWAL TEASKVTGVG EFFTKLILSE 780
KERIKLMWGF NDEMDVTPVI EEQQPLLLMP PPINHSFDNE NAIKCKICST EFPDDQALGN 840
HWMDSHKKEA QWLFRGYACA ICLDSFTNKK LLESHVQERH HVPFVEQCML LQCIPCGSHF 900
GSSEQLWQHV LSAHHADFKP SKAHEQQAFS TGEGSVVKHD QGNSASMENN SKTPGGPRRL 960
ACRFCGLKFD LLPDLGRHHQ AAHMGPNLVS NRPAKRGVRY YAYKLKSGRL SRPKFKKGLA 1020
AAASLRMRNK ANANLKRCIQ ASKSIGLEET TTVQPHVTET TYISGLSENQ CSAVAKILFS 1080
EIQKTKPRPN NLDILSVARL ACCKVNLVAS LEEKFGVLSE KLYLKAAKLC SERNVVVKWH 1140
HEGFVCPKGC NLLKDQALHS PLASLPNGFV IPKSVNFSDP ASDEWEVDEF HCIINSQSLG 1200
SRKKAVVLCD DISFGKESVP VICVVDQELL HSLNADGSNE PDIISSKPWD SFFYVTKPII 1260
DQSLGLDSES PQLGCACSYS SCCPETCGHV YLFGDDYADA KDRFGKPMRG RFPYDHNGRL 1320
ILEEGYLVYE CNRMCRCNKS CPNRILQNGV RVKLEVFKTE KKGWGVRAGE AILRGTFVCE 1380
YIGEVLDVQE AHNRRKRYGT GNCSYFYDIN ARVNDMSRMI EEKAQYVIDA SKNGNVSRFI 1440
NHSCSPNLVS HQVLVESMDC ERSHIGFYAS QDIALGEELT YGFQYELVPG EGSPCLCESS 1500
KCRGRLY 1507
Nucleotide Sequence
(Fasta)		GCCAAATCTA TTATATTTTA TATTTTATTT GTCACACATA TATAATTTTG CAGTCAATTT 60
GGTTATGGTC TTTGACCTAG AAACACATAT AAATTGGGTA CTTTATGTTT ATTATATATA 120
AACAGAAAAA ATAAAATTTT CTCATTAGGT GACAGAAAAA GACGTACTAG TAATGGAAGG 180
AGGTAAGATC TTACCCCTTT ACATCTTTTA AGTGTCGAGG TTATATATTT CATGCACTTT 240
TTTTATTTAA TTTTAATTAT ATATGGTTCT GCAGCAAATT TTTATTACAT GCAATTACAT 300
TACATGTTTA TAATGTTATA TACCATGATT TTGGTTAGGG TTTATCTTAA TTTTACTAGC 360
TAATGTACAA TTATGCAGGG ATTTAACCAG TTTATGCAAT TGGGTATTTG TGATTAAGGG 420
TTTTGGGTTT CAATGTAATA ATTGTTTAAC ATTTTGACTC TAATTGGATT TGCATGTTAT 480
GTATTCTTGC TGTGTTGGAT TTATATCTTC TGGGTACTTT GATCATTTGA TAATTTGATT 540
TATATACCAT AATAACTGGG TGAATAAATT TAAAAAAAAA ATGTTTTTTT TTTTTTTTTT 600
TTGGGTTTTG ATTGGTTGTA CTTTGAAAGT ACGAACATAA CATGTCCAAC GTGTGAGAGT 660
TGTTAGATAC ATTTGATTTT GATGCAGTTT AACAATTGTT AGCTTTCTGT TTTCATTGGC 720
AACACAAAAT CACAATCTTT ACTGTTTCTG TTTGGTTGGA TTTTTTGTTT TGTTTATTGA 780
AGAACTTATT TTTTACACAA AAAAAATTAT TGGATTTTTT GGGCTTAGAG GTTGATTATT 840
TCCTTAAACT TTAAAATTTA AAGATTAATT TTTTAATGCT ATTATTTTTT AAATTTTCTT 900
CACTCTTTGT TGCATTAATA AACTAGTGAA TGCGGTGGAT ATTGCTAGGC GGGATACCTT 960
CATCCGGGTT CGAACCTGGG CCTAACAGTT GTGTGTATGA GATTCTAGTG CTTGCCACTT 1020
CGTCTGCGGA CAAAAAAAAA CTAGCGAATT TAACTAAACG TAGTTACTAA CAGATCGTGT 1080
TTATATTTGC AGTGTGTGTA TTTATTGAAA ATTTCCATAA ACAAATATGT TTTGGACTGA 1140
ATTAAATTTG CTGTGAATTT ATTCTTTTCA AAATTGATGA AAAGATACCG ATTTTTTCTT 1200
TTAAAATGGT GTTTAATTAC TAAAGCTTCT TAGCTATTAA ATGATTTCTC TCCCATTTGG 1260
GAATTAATCA AGAAAATATT GAGTACTTTG TTAATTCTCA TTGGACTGAC TGAAGCAGGG 1320
TTTATGTCAA CAAATAAGTA GCCAAATGCA CGGGTTCGAA CCCGCAATTC TCCACTTCTT 1380
TGCACTTAGT GTGTCTGTAT TTCGCCGCTA GGCTCACAAT ATCGATAAAA AGTTATCAAG 1440
TTTCTCCCCC TGCATGCGCT CAGAACACAA TAAATAAATA ACAGAATACC TTAAACATGA 1500
ATCATATCAT ATCGTAATTT ATAGAGATTA TTTTGTACTA TCTTGCATAT GGTTCTGTTT 1560
ATTCATTTTA ACCAATTCAG ACTTTTTTAT TCCTCTTTTA TGAACTCATA ATTCCTTTCA 1620
TTATCATATG CAGTCATTTA AACTTTTGCT AAACAAGTAT TGTCATTGAT AAATAAACTA 1680
ATTTAATTGT ATTTATTAGT TAGTAGTAAC TGTGTGAAGA TTTTGCTGTA AAAGAAAACT 1740
ATGAAGGGTT TTGTACCAAG AAACCGTAAT GAAGCTTCGA CAAACATTTT AAATAATCTA 1800
GCATGAAATG GAATTGAATA AATCTTGAAT AAAATAAAAT GTGCCTATTA AACACTGGTT 1860
TTTGGATTGG TTCTGTTCTG CTTCATATTT CAACATAAAT GAGTTTTCCA TTAAATATTT 1920
CACCTATTGA ATGCTATATC TAGATGGTTG ATTTCCCTTG TAGATGTTTA TCCAGGGACA 1980
TTTGGAAATG CCTTATTTCC CTTGCTACCG TATCTAACGG TGATCTATAC AGTATATAAT 2040
ATGTAATGTA TGATGAACAG AAAGTTCAAT TCTCTAGTGC ACTATTGGTT CGTCCAAATT 2100
TGACTCCCCT TCAAAAGTCA AAAGTCAAAA CTAAGTTCGA AGTAGAAAGT TTATTTGAAC 2160
TTTGATAGAG CTATCATATT TGTGTTCCTC AACAGATAGA ACTAACAGCA ATATAATTTT 2220
TCTCTAGTAT TTTTAAGTTG AATGTGAATC CTGGTGTAAT GGTAAGGTTA CTATCTTGTG 2280
AACACTAGGT TCTACTTGTA GAAACAACCT CTCTGCTCAT GGGTTGAGGT TACATACATC 2340
TAACCTTCCT ATATTCCTCA ACGGTGGGGG CTTCATGAAC TGAGCTGCAT TTATTCATTA 2400
GCATTTTTGA ATTTGACATA CTTGGGCCAT TTAGTTTCAA TGTGTTTTCT TTCTCTTTTA 2460
TTTCAGCCTT TATTTATTTT AAATTGAAAC CAAAACACCA TTTTCTGATT TTTATTAGTG 2520
GAATGACATT TTCTTGAGCA GAGTGGTGAG ATAGGGAGTC ATCAATCATA GCACGTGCAT 2580
TGGATCAGAT AGCACTGGAT TTTAGAGTAG CATCATGGAA ATACTTCCTT GTTCCGGTGT 2640
TCAATATGCT GGAGAATCTG ATTGCCCTCA ACGCGGTTCT GGAACAGCTT TTGTCTATCA 2700
GGAAGAACCT AATTGCCCTG AAAATGTCGA ACAAGCTAAA TTGGTCGACG GTCAACTGAA 2760
TGGATCATTG CATAACATGC AAGAGTTAGA GATAGAAAGG AGAGATGACG GGACACAGAA 2820
TGTTGCTGAT TTGTTGACTA ATTCGAATTG TCAATGCAAT GGAGCTTCAT GTTGTAACTG 2880
TCAAGGGGAA GACCAAAAGG GTTACGGTGG TTTCCATGAT TTTGATGAAG ACATGATAAA 2940
TGAACGTTAC TTAACCTCTG AGAATTCTCT CTCCGTGGTT GATACAATTG ACAGTGAATC 3000
ACCAAATAAC GGTAGGGAAG GAGACTTGTC TTTTTCAGAA CCCAAGTGGC TAGAGGGGGA 3060
TGCATCTGTT GCATTGTGGG TCAAGTGGAG AGGGAAGTGG CTAGCTGGTA TCCGATGTGC 3120
AAGGGCTGAC TGGCCATTAT CAACTTTGAG AGCAAAACCA ACTCATGACC GAAAGAAATA 3180
TTTTGTCATA TTTTTTCCGC ACACAAAGAT TTATTCTTGG GCAGATATGC TGCTTGTTAG 3240
GTCAATTGAT GAGTATCCGC ATCCTGTTGC ATACAAGACT CATCAAGTAG GACTGAAATT 3300
GGTAAAGGAC TTAACAGCTG CACGGCGGTT TATAATGCAA AAGCTAGTTG TTGGCATGCT 3360
GAACATCGTT GATCAGTTTC ATCTTAATGC TTTGACAGAA ACTGCCCGTG ATGTGAAAGT 3420
CTGGAAGGCA TTTGCCATGG AGGCTTCTCG TTGTAATGGT TATTCTGATT TTGGAAGAAT 3480
GCTTCTAAGG ATACACAATA GCATCCTGGC GCACTACATA AGTGCCAACT GGTTACAGCA 3540
TTCTTCTCAC TCTTGGATTG AGCGATGTCA GAGTACAAAT AGTGCTGAAT CGGTAGAACT 3600
TCTGAAGGAG GAATTGTTTG ATTCTATTTT GTGGAATGAT GTCAACAATC TCTGGGACTC 3660
ACCAGTTCAA CCAATATTAG GTTCTGAATG GAAAACCTGG AAGCATGATA TAATGAAATG 3720
GTTCACGCCA TCACCTCCCT TATCTAGCAG CAAAGACACT CCTCGGCAGA TTTCTCTTGA 3780
TCCATACCAA ACAAACCTTC AGGTATCTAG AAAAAGGCCT AAACTTGAAG TTCGCCGTGC 3840
AGATACACAT GCTTCAAAAG TGGAATTCAA GGGTGCAGAT CATGCTATTG CTCTTGTGAA 3900
TGACCCTGGT TTCTTTAAGA ATCAGGAGAC ATTGAGCACA TTAGAAGCTG AGGCTTGTAA 3960
GCTTGAAAAT ATTGGAAAGG TATCTATCAC AAATGATCTG TCCGGTAATT TGACCGATAA 4020
ATGGAATGAT ATTGTAGTTG AGGCTGCTGA TTCTGGTTTC ATGCATACCA GAGAAAATGA 4080
ATTAACACCT ATAAATGAAA TGGCTGGTGT AATATCTGCG GAGCCCGGTA GTAAGAATCG 4140
ACAATGTATA GCTTTTATTG AAGCCAAGGG AAGACAGTGT GTAAGATGGG CAAATGAAGG 4200
AGATGTATAT TGTTGTGTGC ATTTATCTTC TCGTTTTTTG GCTAGCTCAG GAAATGCCGA 4260
AAATCCGGGT CAAATTGATA CTCCAATGTG TGATGGTACA ACTGTTGTGG GTACTAAATG 4320
TAAGCATCGG GCGCTACCTG GATCTTTACA CTGTAAGAAG CACCGGCCTT ATACTGAAAC 4380
AGATCAGATC TCATGTTTAC CCCAAAATAC TATAAAGAGG AAGCATGGAG AAAATTATAC 4440
TGGTTCAGAG AACATGTTCA GCAAAGACAT GGTTTTGGTA AATGTTGAAG CTCCACTGCA 4500
AGTGGTTCCA GTGCCATCCA TTGCTGGTGA TTCATTACAT GGAGAAAGCA ACTTGTTTGG 4560
GAAGCCAATG CATTCTGAAG AGGGTCATGT TGCAACGGAG GCTCTGAACT GTATAGGTTC 4620
TCCTCCATTT GATAATAAGA ATCCTTGTAG GGAAGCTCCT AAACGCTATT CCTTGTACTG 4680
CGAGATCCAC CTTCCAAGTT GGCTTAAGCG AGCAAGAAAT GGGAAGAGTA GAATAGTATC 4740
AAAAGAAGTG TACTCAGAAC TTTTGAAGGG CTGCAGCTCG TGGGAGCAGA AGGTACAACT 4800
GCATGAAGCA TGTGAGCTTT TTTATAGGCT ATTCAAAAGC ATTTTATCAC TAAGAAACCA 4860
AGTTCCTAAG GATGTCCAAT TCCAATGGGC TTTGACTGAA GCCTCTAAAG TTACTGGTGT 4920
TGGAGAATTT TTTACAAAGT TGATTCTTAG TGAAAAAGAG AGAATCAAAT TGATGTGGGG 4980
ATTCAATGAC GAAATGGATG TAACCCCTGT AATAGAAGAA CAGCAACCTC TCTTGCTCAT 5040
GCCACCCCCA ATTAATCATA GTTTCGATAA TGAAAATGCC ATCAAGTGTA AGATATGCTC 5100
CACAGAATTT CCTGATGACC AAGCACTTGG TAACCATTGG ATGGACAGTC ATAAAAAGGA 5160
AGCTCAGTGG CTGTTTAGAG GCTATGCATG TGCCATTTGT CTGGATTCTT TTACCAACAA 5220
GAAACTACTG GAATCCCATG TTCAGGAGAG ACATCATGTG CCATTTGTCG AACAGTGTAT 5280
GCTTCTCCAA TGCATTCCTT GTGGGAGTCA TTTTGGAAGT TCTGAACAAT TATGGCAGCA 5340
TGTTTTATCA GCTCATCACG CTGATTTTAA GCCATCAAAA GCTCATGAGC AGCAAGCTTT 5400
CTCTACTGGG GAAGGTTCGG TGGTAAAGCA TGACCAGGGA AATTCTGCCT CTATGGAAAA 5460
TAATTCCAAG ACTCCAGGTG GTCCACGGAG GTTAGCTTGC AGGTTTTGTG GGTTGAAATT 5520
TGATTTACTA CCTGACCTAG GCAGACATCA TCAAGCTGCT CATATGGGCC CCAATCTGGT 5580
TAGCAACCGT CCTGCTAAGA GGGGAGTTCG CTATTATGCA TATAAACTAA AATCTGGCAG 5640
ACTGAGCCGC CCTAAATTTA AAAAAGGTTT GGCAGCAGCC GCATCATTGA GAATGAGAAA 5700
TAAAGCTAAT GCCAATTTAA AGCGATGCAT TCAGGCATCA AAGTCAATTG GCCTGGAAGA 5760
AACAACAACC GTGCAACCTC ATGTAACAGA AACAACATAT ATTAGTGGAT TGTCAGAAAA 5820
TCAATGCTCA GCTGTTGCCA AAATTTTGTT TTCAGAAATT CAGAAAACTA AGCCTCGGCC 5880
TAACAATCTT GATATTTTAT CAGTTGCTCG CCTTGCTTGC TGCAAAGTTA ATCTTGTAGC 5940
CTCATTGGAA GAGAAATTTG GAGTTCTGTC TGAAAAGCTC TATTTAAAGG CAGCAAAACT 6000
TTGCAGCGAG CGTAATGTTG TTGTGAAATG GCACCATGAG GGGTTTGTTT GTCCAAAAGG 6060
TTGTAACTTG TTAAAGGATC AAGCCTTGCA CTCTCCTTTA GCATCTCTTC CTAATGGTTT 6120
TGTAATACCG AAGTCTGTAA ATTTTTCTGA TCCTGCAAGT GATGAGTGGG AGGTCGACGA 6180
GTTTCACTGC ATAATCAATT CTCAAAGTCT AGGTTCACGG AAAAAGGCCG TAGTATTGTG 6240
TGATGACATT AGCTTTGGAA AGGAATCAGT TCCTGTTATT TGTGTAGTAG ATCAAGAACT 6300
TCTACATTCT CTAAATGCTG ATGGATCTAA TGAACCAGAT ATTATCTCTT CTAAACCTTG 6360
GGATAGCTTC TTCTATGTTA CGAAGCCAAT AATTGATCAA TCCCTCGGTC TTGATTCAGA 6420
GAGTCCGCAA TTGGGATGTG CCTGCTCATA TTCATCCTGC TGTCCTGAAA CATGTGGTCA 6480
TGTATACCTT TTTGGTGATG ACTATGCGGA TGCAAAAGAC AGATTTGGGA AGCCAATGCG 6540
TGGCAGGTTC CCATATGATC ATAACGGTCG ATTAATATTG GAGGAAGGTT ACCTTGTCTA 6600
CGAATGTAAC CGTATGTGCA GATGCAATAA ATCCTGTCCA AACAGAATAT TGCAGAACGG 6660
AGTACGGGTC AAATTGGAAG TCTTTAAAAC AGAGAAAAAG GGATGGGGAG TAAGGGCTGG 6720
CGAAGCTATT CTGCGTGGAA CATTTGTGTG TGAGTACATA GGAGAGGTTT TAGATGTGCA 6780
GGAGGCACAC AACAGGCGCA AAAGATACGG CACAGGGAAT TGCAGTTATT TCTATGACAT 6840
CAATGCTCGT GTTAATGATA TGAGCAGAAT GATTGAAGAA AAGGCCCAAT ATGTGATTGA 6900
TGCTTCTAAA AATGGAAATG TGTCGAGGTT CATCAATCAT AGCTGCTCGC CCAATCTTGT 6960
CAGTCACCAA GTTCTCGTAG AGAGCATGGA TTGTGAGCGT TCACACATTG GTTTTTATGC 7020
AAGTCAAGAC ATCGCTCTGG GTGAAGAACT GACATATGGA TTTCAGTATG AGCTTGTGCC 7080
TGGGGAAGGA TCTCCATGTT TGTGTGAATC ATCAAAATGT AGGGGACGCC TTTACTAGAA 7140
CCTCAACACC TGCGTGTTCT GTTGCAATAA TATTTTCAGA TTTGTCAATT TGATGCTCAA 7200
TTTATTAAGA TGAAATGAAT TCAATCAATT TCCTGAGGCA GGTAACTTGT AAAATAGGCT 7260
ATAATTGATT GGCCGGCTGT CTATAGAAAA CTTCATAGGG TTCAAGGGAT TTGGATTTTT 7320
TGCTAGCCGT GTACTGTGCC TCCATCTCTG GTAGAGTAGT TTTAGTAGTT TCTCTTGCTT 7380
TTTCGATATT TTTTACTTGA AGCAGAAGTC CAGCGGAAAA CAAAAGAAGT GTTTCTGCAG 7440
TTCTGATATG ATTTCTCTCT TAAATTTGGA TCTATGGCTC AATTTCATTA GTAGTGTTGC 7500
AGGATTGTAC ATATGCTTGC TATATTTGGT CCTCCTTTTC TTTGCTGAGT TACTTATTTA 7560
TACAATTAGC TTGCTTGTAA ATTGTGTTGC TGAAAGTCCG GTTTCTAATG ATGAGTTAGA 7620
TGCAATATAA CAATTCAATA TGGTATCAGA GCCTATTGAT CG 7663
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Glm-0005 GLYMA01G38671.1 Glycine max 76 0.0 2371
WERAM-Prp-0011 EMJ05999 Prunus persica 62 0.0 1920
WERAM-Viv-0018 VIT_04s0023g00980.t01 Vitis vinifera 61 0.0 1891
WERAM-Thc-0001 EOX91232 Theobroma cacao 61 0.0 1860
WERAM-Pot-0091 POPTR_0007s12130.1 Populus trichocarpa 59 0.0 1820
WERAM-Sol-0033 Solyc02g089970.2.1 Solanum lycopersicum 54 0.0 1588
WERAM-Art-0043 AT2G23740.2 Arabidopsis thaliana 50 0.0 1331
WERAM-Arl-0080 fgenesh2_kg.4__ 295__ AT2G23740.1 Arabidopsis lyrata 51 0.0 1321
WERAM-Bro-0079 Bo4g151840.1 Brassica oleracea 48 0.0 1277
WERAM-Brr-0158 Bra032148.1-P Brassica rapa 48 0.0 1272
WERAM-Amt-0069 ERN17623 Amborella trichopoda 44 0.0 1164
WERAM-Sei-0060 Si016095m Setaria italica 42 0.0 1088
WERAM-Tra-0248 Traes_6AL_7EEE7AB33.2 Triticum aestivum 42 0.0 1082
WERAM-Orni-0025 ONIVA02G32430.1 Oryza nivara 41 0.0 1066
WERAM-Orbr-0033 OB02G36880.1 Oryza brachyantha 43 0.0 1064
WERAM-Orm-0029 OMERI02G28560.1 Oryza meridionalis 41 0.0 1062
WERAM-Orr-0026 ORUFI02G31280.1 Oryza rufipogon 41 0.0 1061
WERAM-Lep-0031 LPERR02G24120.1 Leersia perrieri 41 0.0 1061
WERAM-Zem-0098 GRMZM2G172427_P01 Zea mays 41 0.0 1052
WERAM-Tru-0035 TRIUR3_17558-P1 Triticum urartu 41 0.0 1039
WERAM-Orb-0027 OBART02G29680.1 Oryza barthii 39 0.0 1030
WERAM-Orgl-0029 OGLUM02G30310.1 Oryza glumaepatula 40 0.0 1028
WERAM-Mua-0082 GSMUA_Achr5P08830_001 Musa acuminata 44 0.0 935
WERAM-Ori-0028 BGIOSGA008898-PA Oryza indica 40 0.0 825
WERAM-Brd-0091 BRADI3G52950.1 Brachypodium distachyon 40 0.0 818
WERAM-Orl-0020 KN538719.1_FGP009 Oryza longistaminata 39 0.0 816
WERAM-Sob-0076 Sb04g030350.1 Sorghum bicolor 44 6e-153 540
WERAM-Ors-0025 OS02T0708600-01 Oryza sativa 45 3e-134 478
WERAM-Php-0005 PP1S100_44V6.1 Physcomitrella patens 47 5e-111 400
WERAM-Sem-0016 EFJ12590 Selaginella moellendorffii 61 6e-69 260
WERAM-Gaa-0188 ENSGACP00000023866.1 Gasterosteus aculeatus 35 1e-41 170
WERAM-Orn-0153 ENSONIP00000016204.1 Oreochromis niloticus 35 2e-41 169
WERAM-Tar-0120 ENSTRUP00000025101.1 Takifugu rubripes 34 4e-41 168
WERAM-Ten-0062 ENSTNIP00000007887.1 Tetraodon nigroviridis 35 6e-41 167
WERAM-Sot-0064 PGSC0003DMT400054163 Solanum tuberosum 32 3e-40 165
WERAM-Xim-0080 ENSXMAP00000007374.1 Xiphophorus maculatus 35 4e-40 165
WERAM-Hov-0030 MLOC_32627.1 Hordeum vulgare 37 4e-40 165
WERAM-Aet-0032 EMT23957 Aegilops tauschii 34 8e-40 164
WERAM-Dar-0065 ENSDARP00000110328.2 Danio rerio 35 1e-39 163
WERAM-Pof-0219 ENSPFOP00000017761.1 Poecilia formosa 34 2e-39 162
WERAM-Orla-0146 ENSORLP00000017297.1 Oryzias latipes 35 4e-39 162
WERAM-Leo-0011 ENSLOCP00000001939.1 Lepisosteus oculatus 35 7e-38 157
WERAM-Anc-0130 ENSACAP00000012109.2 Anolis carolinensis 33 4e-37 155
WERAM-Mum-0021 ENSMUSP00000013931.5 Mus musculus 32 5e-37 154
WERAM-Ran-0170 ENSRNOP00000042145.4 Rattus norvegicus 32 5e-37 154
WERAM-Xet-0075 ENSXETP00000023873.2 Xenopus tropicalis 32 6e-37 154
WERAM-Chs-0104 ENSCSAP00000005100.1 Chlorocebus sabaeus 32 1e-36 153
WERAM-Meg-0025 ENSMGAP00000001979.2 Meleagris gallopavo 32 1e-36 153
WERAM-Hos-0239 ENSP00000364678.4 Homo sapiens 32 2e-36 153
WERAM-Ict-0151 ENSSTOP00000016647.1 Ictidomys tridecemlineatus 32 2e-36 153
WERAM-Caf-0003 ENSCAFP00000000954.4 Canis familiaris 32 2e-36 153
WERAM-Caj-0240 ENSCJAP00000004503.2 Callithrix jacchus 32 2e-36 152
WERAM-Mam-0097 ENSMMUP00000015332.2 Macaca mulatta 32 2e-36 152
WERAM-Pat-0148 ENSPTRP00000050361.3 Pan troglodytes 32 2e-36 152
WERAM-Poa-0147 ENSPPYP00000018412.2 Pongo abelii 32 2e-36 152
WERAM-Dio-0109 ENSDORP00000010714.1 Dipodomys ordii 32 2e-36 152
WERAM-Ptv-0045 ENSPVAP00000004855.1 Pteropus vampyrus 32 2e-36 152
WERAM-Ova-0026 ENSOARP00000003659.1 Ovis aries 32 2e-36 152
WERAM-Bot-0061 ENSBTAP00000007456.5 Bos taurus 32 2e-36 152
WERAM-Cap-0085 ENSCPOP00000006136.2 Cavia porcellus 33 2e-36 152
WERAM-Eqc-0010 ENSECAP00000003787.1 Equus caballus 32 2e-36 152
WERAM-Orc-0065 ENSOCUP00000006046.3 Oryctolagus cuniculus 32 2e-36 152
WERAM-Mim-0034 ENSMICP00000003271.1 Microcebus murinus 32 2e-36 152
WERAM-Mup-0122 ENSMPUP00000010676.1 Mustela putorius furo 32 2e-36 152
WERAM-Sah-0083 ENSSHAP00000009444.1 Sarcophilus harrisii 32 2e-36 152
WERAM-Otg-0150 ENSOGAP00000012706.2 Otolemur garnettii 31 2e-36 152
WERAM-Ocp-0041 ENSOPRP00000003534.2 Ochotona princeps 32 2e-36 152
WERAM-Aim-0146 ENSAMEP00000013634.1 Ailuropoda melanoleuca 31 2e-36 152
WERAM-Sus-0015 ENSSSCP00000001517.1 Sus scrofa 31 3e-36 152
WERAM-Loa-0088 ENSLAFP00000006855.4 Loxodonta africana 32 3e-36 152
WERAM-Tut-0161 ENSTTRP00000013419.1 Tursiops truncatus 32 3e-36 152
WERAM-Tag-0044 ENSTGUP00000002934.1 Taeniopygia guttata 32 3e-36 152
WERAM-Gaga-0086 ENSGALP00000013792.4 Gallus gallus 32 4e-36 151
WERAM-Fia-0077 ENSFALP00000005785.1 Ficedula albicollis 32 4e-36 151
WERAM-Asm-0001 ENSAMXP00000000184.1 Astyanax mexicanus 39 5e-36 151
WERAM-Pes-0039 ENSPSIP00000006137.1 Pelodiscus sinensis 32 6e-36 151
WERAM-Orp-0026 OPUNC02G23880.1 Oryza punctata 37 6e-36 151
WERAM-Scj-0038 EEB09372 Schizosaccharomyces japonicus 35 7e-36 150
WERAM-Org-0046 ORGLA04G0175400.1 Oryza glaberrima 42 8e-36 150
WERAM-Fec-0049 ENSFCAP00000004169.3 Felis catus 31 9e-36 150
WERAM-Gog-0050 ENSGGOP00000004530.2 Gorilla gorilla 32 1e-35 150
WERAM-Gam-0149 ENSGMOP00000014781.1 Gadus morhua 42 2e-35 149
WERAM-Mod-0151 ENSMODP00000021357.3 Monodelphis domestica 32 2e-35 149
WERAM-Lac-0126 ENSLACP00000014864.1 Latimeria chalumnae 34 2e-35 149
WERAM-Myl-0132 ENSMLUP00000010608.2 Myotis lucifugus 33 2e-35 149
WERAM-Nol-0077 ENSNLEP00000009588.2 Nomascus leucogenys 32 3e-35 148
WERAM-Dan-0124 ENSDNOP00000016943.2 Dasypus novemcinctus 32 4e-35 148
WERAM-Paa-0220 ENSPANP00000017447.1 Papio anubis 32 4e-35 148
WERAM-Ora-0126 ENSOANP00000024217.3 Ornithorhynchus anatinus 31 7e-35 147
WERAM-Cis-0021 ENSCSAVP00000004474.1 Ciona savignyi 38 1e-34 147
WERAM-Scp-0034 SPBC428.08c.1:pep Schizosaccharomyces pombe 32 1e-34 147
WERAM-Soa-0126 ENSSARP00000012347.1 Sorex araneus 35 1e-34 147
Created Date 25-Jun-2016