WERAM Information

Tag Content
WERAM ID WERAM-Glm-0010
Ensembl Protein ID GLYMA01G44870.1
Gene Name GLYMA_01G238200
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
GLYMA01G44870 GLYMA01G44870.1 GLYMA01G44870.1
GLYMA01G44870 GLYMA01G44870.2 GLYMA01G44870.2
GLYMA01G44870 GLYMA01G44870.3 GLYMA01G44870.3
Status Unreviewed
Classification
Type Family E-value Score Start End
Me_Reader PHD 4.70e-08 34.9 726 826
Organism Glycine max
Domain Profile
  Me_Reader PHD
          PHD.txt   2 tiClvCgkddegekemvqCdeCddwfHlkCvklplsslpegkswyCpsCk 51 
                      ++C +C  d+ +   +++Cd+C+  fH++C++++   lp g +w+Cp+C+
  GLYMA01G44870.1 726 DTCGIC-GDGGD---LICCDGCPSTFHQSCLDIQ--MLPLG-EWHCPNCT 768
                      58****.44444...9******************..*****.*******8 PP
          PHD.txt   4 ClvCgkddegeke......mvq.CdeCddwfHlkCvklplsslpeg.....kswyCpsC 50 
                      C +Cg ++ ++++      ++q C+ C++ +H +C+k    +lp++      s++ ++C
  GLYMA01G44870.1 769 CKFCGIASGNSEKddasvyVLQiCNLCEKKYHDSCTKEM-DNLPNNintssLSFCGKEC 826
                      99997444443333455554448*************987.5555544443344555555 PP
Protein Sequence
(Fasta)		MESGLRSGGS GVVVKSRNSS GCLIVRKKGD GLGATASTSR KLYESKKRPN INVSLSDSGS 60
SEGSLIPPGR RLGPETIRVC NGLAASERGG TEISRKRDRV QRIKGNGEGI AAEKGLEQWE 120
RKRSKLGVYD FDDYDGMDLE NMRRRHLDGH GGGSFMGSVH AARSGIDREF ITGSSVRILD 180
KRKNSYGDRP SGLYLGDNVD HSRYKINRDG VWVPLRLQRE KFNSDESIRV QGKNGVLKVM 240
VNKKKVGGPS EQDYDHHKPV EGRQRLKTEE TAKRLMTEET AKRLMTEETA KRLKTEEAAK 300
RNVPIRPLSY LETKPVEKPG LLKRPENKRI ASRKSLSSKD SKGDEGDSDN SDTSLNLGIR 360
NTEARKPAKN VMSEDEQTPV HEKLPTTRTK EGKIKRGSGT EKQKLRERIR EMLLNSGWTI 420
DYRPRRNRDY LDAVYINPAG TAYWSIIKAY EALQKQLNED ANEAKPKGDS SSFAPIADEV 480
LNQLTRKTRK KMEKELKKKK KYDSESDNEK EPQIRSASNK RDLNSTDGDN NEEKLSSFIK 540
QGSKSMKNKM FEDTIMSASS KIQNATNHSG DGIEKSLFEC DPQIHGRKSK KHGRCTLLVR 600
SSKKGSNSES DGFVPYMGKR TVLSWLIDSG TVELSQKVQY RRRKKVMLEG WITRDGIHCG 660
CCSKILTVSK FELHAGSKLP QPYQNIYLES GVSLLQCQIE AWNRQEHSEK ICFHSVDIDG 720
DDPNDDTCGI CGDGGDLICC DGCPSTFHQS CLDIQMLPLG EWHCPNCTCK FCGIASGNSE 780
KDDASVYVLQ ICNLCEKKYH DSCTKEMDNL PNNINTSSLS FCGKECKELS EHLKKYLGTK 840
HELEAGFSWS LIHRIDEDSE AACRGISQRV ECNSKLAIAL TVMDECFLPV IDRRSGINLI 900
RNVLYNSGSN FSRLNYSGFY TATLERGDEI IASASIRFHG TQIAEMPFIG TRHMYRRQGM 960
CRRLFSAIES TLCSLKVEKL VIPAIAELTN TWTTVFGFTH LDESLRQEMK SLNMMVFPGI 1020
DMLMKPLAEQ GNHEGNKTTG SEKLENGDND FIKTKMENKS DMGSSTPQDP HGSDDISSSL 1080
ANEMNDECSD ASQELNNQVL VDGIICSKSH SGEMMSDPVS DKCISPSRTS HSELEMKNKV 1140
VAAPPVDRLN SSAKCQSISP IDTSVSSHPV DILKVLVQET TCSDPCPAEE NLDKKCHSST 1200
AMNCDSSELD INPVLDSEMA NNTLPTKEVC MNDTLEVVPS GNISEENIIK GNNRNVGESS 1260
SALNHADESL LQVGSVSNGE IGCENEKDLR LNPIVASNEM YFDESGINAF GDSSETVLV 1319
Nucleotide Sequence
(Fasta)		TATTGGCTTA GGCGTTGCAT CTGCAAATCA CAACCCAAAA ATTTCTCCCT CTTTCGGTCC 60
CTGTCTCTTT CTTATACCAA TTTTCGTTTT AATTTCCTTC TGAGTCGCAT CGCTCTCGGA 120
TCACTTCTGG TTTTTCAGCG GGGACTTGCG TCGCACTCGC AGGCAACAAT TTACTGCGAG 180
GTACGGAATC CGTGAATTTT CCGGCGAGGT AAGATTCCGT TGAAATTTTG CTTTGGTCCG 240
AGGGGGAGGG TGGAACTTTG TGGAATTAGG ATCGATTTGG CTCCAGATCT GGGAATTAGG 300
GTTTAGTTTT GGTTGCGGGT GATGTTAATT TTGGGGGAGA GGCTTTGGTA GATGGAATCC 360
GGCTTGAGAT CGGGTGGTTC TGGGGTTGTG GTGAAGAGCA GAAACTCATC TGGTTGTTTA 420
ATTGTGCGAA AGAAAGGGGA TGGGTTGGGT GCTACTGCTT CCACCTCTCG CAAGCTCTAT 480
GAATCCAAGA AAAGGCCAAA CATCAACGTG TCATTGAGTG ATTCTGGATC AAGCGAGGGG 540
TCACTAATAC CTCCTGGTAG AAGGCTTGGT CCCGAGACTA TTCGAGTTTG CAATGGTTTG 600
GCTGCCTCTG AGCGGGGTGG GACTGAAATT AGTCGAAAGA GGGATAGAGT ACAACGAATT 660
AAAGGTAATG GGGAGGGTAT TGCTGCGGAG AAAGGGTTGG AGCAGTGGGA AAGAAAGCGT 720
AGTAAGTTGG GTGTGTACGA TTTTGATGAT TACGATGGCA TGGATTTGGA GAACATGAGG 780
AGGAGGCATT TGGATGGTCA TGGAGGAGGA AGCTTTATGG GATCAGTGCA TGCTGCTAGA 840
AGTGGCATTG ATAGGGAATT CATAACAGGT TCAAGTGTAC GAATTCTTGA TAAGAGAAAG 900
AACTCTTACG GTGACAGACC TAGTGGCTTG TATCTGGGAG ATAATGTTGA TCACAGTAGG 960
TACAAGATAA ACAGGGATGG AGTCTGGGTA CCTCTACGCT TGCAGAGGGA AAAGTTTAAT 1020
TCAGATGAGT CGATTAGGGT TCAGGGGAAG AATGGTGTTT TGAAGGTAAT GGTTAATAAG 1080
AAGAAGGTGG GTGGTCCATC AGAACAGGAT TATGATCATC ACAAACCTGT GGAAGGCAGG 1140
CAAAGGTTGA AGACTGAAGA GACTGCTAAG AGGTTGATGA CTGAAGAGAC TGCCAAGAGG 1200
TTGATGACTG AAGAGACTGC CAAGAGGTTG AAGACTGAAG AGGCTGCCAA GAGGAATGTT 1260
CCAATTCGTC CTTTGTCATA CTTGGAAACA AAACCTGTTG AGAAACCAGG ATTACTCAAG 1320
AGGCCAGAGA ATAAAAGGAT AGCATCAAGA AAATCGTTGT CAAGCAAGGA CAGTAAGGGC 1380
GATGAGGGGG ATTCAGATAA CAGTGACACA TCATTGAATT TGGGAATAAG AAATACTGAA 1440
GCACGGAAGC CAGCAAAAAA TGTAATGTCT GAGGATGAGC AGACTCCTGT GCATGAAAAA 1500
CTCCCAACCA CAAGAACAAA AGAAGGAAAA ATCAAGCGTG GAAGTGGTAC AGAAAAACAG 1560
AAACTGCGGG AACGAATAAG GGAGATGCTG CTGAATTCAG GTTGGACCAT AGACTATCGA 1620
CCTAGAAGGA ACAGGGACTA TCTGGATGCA GTTTACATTA ATCCAGCAGG TACAGCTTAT 1680
TGGTCTATCA TCAAGGCCTA CGAAGCACTT CAAAAGCAAT TGAATGAAGA TGCTAATGAG 1740
GCCAAGCCCA AAGGGGATAG TTCTTCTTTT GCTCCTATTG CAGATGAGGT GCTCAATCAG 1800
CTAACAAGGA AAACTAGGAA GAAAATGGAG AAAGAATTGA AAAAGAAGAA AAAATATGAT 1860
AGTGAAAGTG ATAATGAAAA AGAGCCTCAA ATAAGATCTG CCAGCAACAA GCGTGATTTG 1920
AATAGCACAG ATGGTGATAA CAATGAGGAG AAATTAAGCT CCTTTATAAA GCAGGGGAGT 1980
AAGTCAATGA AAAATAAAAT GTTTGAAGAT ACCATTATGA GTGCTTCCTC TAAAATCCAG 2040
AATGCTACCA ATCACTCAGG TGATGGAATA GAAAAATCAT TATTTGAATG TGATCCTCAG 2100
ATACACGGAC GGAAGAGTAA AAAACATGGA AGATGTACCT TGTTAGTTCG CAGTTCTAAG 2160
AAAGGATCAA ATTCAGAATC TGATGGCTTT GTACCATATA TGGGCAAACG AACGGTTCTT 2220
TCATGGTTGA TTGACTCTGG AACAGTAGAG TTAAGCCAAA AGGTTCAGTA CCGCAGACGG 2280
AAGAAAGTCA TGCTGGAGGG GTGGATCACA AGAGATGGCA TTCATTGTGG CTGCTGTAGT 2340
AAGATCCTCA CAGTTTCAAA GTTTGAGCTT CACGCAGGAA GCAAATTGCC ACAGCCATAT 2400
CAAAATATAT ATTTGGAATC TGGAGTTTCT CTTCTACAGT GCCAGATAGA GGCATGGAAT 2460
AGACAAGAGC ATTCTGAAAA AATATGTTTC CATTCAGTGG ATATTGATGG CGATGATCCA 2520
AATGATGATA CTTGTGGTAT ATGTGGAGAT GGAGGGGATT TAATCTGTTG TGATGGTTGT 2580
CCATCCACAT TTCATCAGAG CTGCTTGGAT ATACAGATGC TTCCTCTGGG TGAATGGCAT 2640
TGTCCAAATT GCACCTGTAA ATTTTGTGGC ATAGCCAGTG GAAATTCTGA AAAAGATGAT 2700
GCATCTGTGT ATGTCCTACA AATTTGCAAC TTATGTGAGA AAAAATATCA TGACTCTTGC 2760
ACTAAGGAGA TGGATAACCT TCCTAATAAC ATCAATACAT CAAGCCTTTC TTTTTGTGGG 2820
AAAGAGTGCA AAGAGCTTTC TGAACACTTG AAGAAATACC TTGGTACCAA GCATGAGCTG 2880
GAAGCCGGTT TTTCATGGTC TCTCATTCAT AGGATAGATG AAGACTCAGA GGCAGCTTGC 2940
AGGGGTATTA GCCAGAGGGT AGAATGCAAT TCCAAGTTGG CTATTGCACT GACTGTGATG 3000
GATGAATGTT TTTTACCTGT TATTGATCGA AGGAGTGGGA TCAATTTAAT CCGTAACGTT 3060
TTATATAATA GTGGATCAAA CTTTAGTCGG TTGAACTATA GTGGCTTTTA CACTGCTACT 3120
TTGGAGAGAG GGGATGAAAT CATTGCTTCA GCATCTATCA GGTTCCATGG AACTCAGATA 3180
GCAGAGATGC CATTTATCGG AACTCGCCAT ATGTATAGGC GTCAGGGGAT GTGCCGCCGG 3240
CTTTTTTCTG CCATTGAATC GACACTTTGC TCTCTGAAGG TTGAAAAACT AGTTATTCCT 3300
GCAATTGCTG AACTCACAAA TACATGGACA ACAGTTTTTG GCTTCACACA TCTGGACGAA 3360
TCACTCAGGC AAGAAATGAA GTCACTGAAT ATGATGGTCT TCCCCGGTAT AGATATGTTA 3420
ATGAAGCCGT TAGCGGAACA AGGAAACCAT GAGGGTAATA AAACCACAGG TTCTGAGAAA 3480
TTGGAAAATG GAGACAATGA TTTTATCAAG ACCAAAATGG AAAATAAGTC AGATATGGGT 3540
TCTTCAACTC CACAAGATCC TCATGGAAGT GATGATATTA GTTCAAGTCT TGCTAATGAG 3600
ATGAATGATG AATGCAGTGA CGCTTCTCAA GAACTAAACA ACCAAGTTTT GGTTGATGGC 3660
ATTATCTGTT CCAAATCTCA TTCTGGGGAA ATGATGTCTG ATCCAGTTTC AGATAAATGT 3720
ATTTCTCCTT CTAGAACTAG TCACAGTGAA CTAGAAATGA AGAATAAAGT AGTGGCTGCT 3780
CCTCCTGTCG ATAGATTAAA TTCTTCTGCC AAATGTCAAT CCATTTCTCC GATTGACACT 3840
TCTGTTAGTA GTCACCCAGT AGATATTCTG AAAGTTTTGG TTCAGGAAAC TACTTGTTCT 3900
GATCCATGTC CCGCAGAAGA AAATCTTGAC AAGAAGTGTC ACTCGTCCAC TGCTATGAAT 3960
TGTGATTCAT CGGAGCTTGA CATTAATCCA GTGTTGGATT CTGAAATGGC GAACAATACT 4020
CTGCCTACTA AAGAGGTTTG TATGAATGAC ACTCTTGAAG TTGTTCCTTC AGGAAATATA 4080
TCTGAAGAGA ATATTATAAA GGGGAATAAT CGAAATGTAG GTGAATCCAG TTCTGCTCTC 4140
AATCATGCTG ATGAAAGTTT GTTGCAAGTA GGATCTGTTT CCAACGGTGA AATTGGATGT 4200
GAGAATGAAA AGGATTTACG TTTGAACCCA ATAGTTGCTT CAAATGAAAT GTATTTTGAT 4260
GAAAGTGGCA TAAATGCTTT CGGTGATAGT TCCGAGACTG TTCTGGTCTA ACAGAATGAC 4320
CGAGTCCTGT ACTTCTCGTG ATACTCTCCT TATGTTTTTT TTCAGAGCTT CATTGCCTTG 4380
TATGCAAGTC AATTTTCAAG GCATTTGAAG CTGCTGCAAT GTGCTTTCAT CTGGGTATTA 4440
TGAATAAGGT CTATTGATTT TGAGGGAAAT ATTATTTTGT CCCGTGTCAT TGAAGTGAAT 4500
TTTATTTTAT GTGAATGTTT CTTCTGCCAA AAAGACTCAA CTGCATCTGG CACCAGACCT 4560
GTTGCCGTAT AATCATGTGT AGCAGAATAG TTGAAGCTAC TGGGGGGTAT ATACAGCGGC 4620
TCTTCGACAG AAGCAAATAC TGATTGTGCT GTTTCTATTG TATATATCTG AATCTGGTAG 4680
AGTAGATGCG GATTTCTGCT CAATCCCTTT GTGCCACTCA ATGTCCCCAG TAATTCATCA 4740
ATCATCATAT GACATAGGCG ATTGTACTTT GAGCAATTTT TTACATAGAT TCTTCTGTTT 4800
TCTTCTTTCT TTTTTACATA GATTTGTAGC ATGTGTTTAA TCTGGCTTGA CTATATTTAA 4860
CGAGGAATTG AGGGAAGCAA GAAATTTTGT TTCTTTCATT CCAATTTGAG CTCCTTGTAT 4920
TCGGCTCGTG GTCCATTTCT GCCAAAGTTC TCTATAGAAT TTTGTCTTAA TGTGCTTTTT 4980
TCTGGTCGGC TCTATATTGG GTCTCTTGGT ATTTCTTTTT TTATGATGCA GGGGGGAAAC 5040
CCCCGCGAGA AAGATTAAAA GCCTCTAAAA AAGGTCGTCG AAGCTACATC AGCTATGACT 5100
TTCAGAGTAA TAAAGGACGG ATTAACATCA AAGATACAAC CATTATCTAT AGACAAACCA 5160
TATTTAGCAA GAGCATCTGC AACTTGATTA GTTTTGCGAA AAACATGCTT CCAAGAAGAA 5220
ATAGCAAGGC AAGTGGCCAT ATCCTTAATC TGGTCAACTA GGCAATTGCA AGGATGCTCA 5280
GGGAGGCACC CTGACTTAAT AAGGTTGATA GTTGTCAACG AATCAGACTC AATATCAAGA 5340
TCAGAGAAGC CTCTCATAGC TACAATCTTA AGACCAATTC TAATGGCATG AAGTTTGGCT 5400
TGAGTAAACA AGCAGACTCC CAAGCTATAA GCAAAGGAGA AGGATCACGT CACTTGCATT 5460
ATTCCTTAAA ACTTTGCCAT AAGCCGCACT GGCATCACTG GCAACTGTGC CGTCACAGTT 5520
ATGTTTGATT TTGGATTCGG CAGGGGGATC CCAACAAATG GACTCCATGT TAGCGTTAG 5580
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Met-0033 KEH43887 Medicago truncatula 64 0.0 1396
WERAM-Prp-0110 EMJ25684 Prunus persica 53 0.0 1123
WERAM-Thc-0054 EOY05682 Theobroma cacao 54 0.0 1053
WERAM-Viv-0024 VIT_05s0020g03420.t01 Vitis vinifera 53 0.0 984
WERAM-Pot-0115 POPTR_0010s09810.1 Populus trichocarpa 57 0.0 830
WERAM-Sol-0114 Solyc09g076010.2.1 Solanum lycopersicum 49 0.0 796
WERAM-Art-0101 AT4G14920.1 Arabidopsis thaliana 49 0.0 795
WERAM-Bro-0088 Bo5g005570.1 Brassica oleracea 56 0.0 674
WERAM-Mua-0076 GSMUA_Achr4P21300_001 Musa acuminata 61 3e-149 527
WERAM-Orgl-0070 OGLUM07G04140.1 Oryza glumaepatula 41 7e-148 523
WERAM-Org-0072 ORGLA07G0040300.1 Oryza glaberrima 43 4e-147 520
WERAM-Orni-0071 ONIVA07G03330.1 Oryza nivara 43 5e-147 520
WERAM-Orr-0074 ORUFI07G04440.1 Oryza rufipogon 43 2e-145 514
WERAM-Ori-0082 BGIOSGA025231-PA Oryza indica 43 1e-144 512
WERAM-Brr-0108 Bra020653.1-P Brassica rapa 64 5e-144 509
WERAM-Orbr-0080 OB07G13580.1 Oryza brachyantha 43 3e-141 501
WERAM-Tra-0100 Traes_2DS_F7E8E6B22.1 Triticum aestivum 42 1e-133 475
WERAM-Aet-0042 EMT29012 Aegilops tauschii 42 5e-133 473
WERAM-Orm-0068 OMERI07G03260.1 Oryza meridionalis 41 2e-132 471
WERAM-Orl-0111 KN542919.1_FGP001 Oryza longistaminata 51 5e-129 460
WERAM-Orp-0069 OPUNC07G04530.3 Oryza punctata 51 5e-127 453
WERAM-Sei-0098 Si028686m Setaria italica 53 7e-123 439
WERAM-Lep-0071 LPERR07G04130.1 Leersia perrieri 46 7e-122 436
WERAM-Sob-0017 Sb02g004100.1 Sorghum bicolor 52 8e-122 436
WERAM-Tru-0097 TRIUR3_33650-P1 Triticum urartu 50 2e-118 424
WERAM-Amt-0036 ERN16161 Amborella trichopoda 51 3e-112 404
WERAM-Zem-0135 GRMZM2G412492_P01 Zea mays 53 1e-103 375
WERAM-Brd-0130 BRADI5G27517.1 Brachypodium distachyon 43 2e-93 342
WERAM-Orb-0048 OBART04G30730.1 Oryza barthii 43 1e-91 336
WERAM-Hov-0086 MLOC_65889.1 Hordeum vulgare 43 1e-91 336
WERAM-Arl-0059 fgenesh2_kg.3__ 1623__ AT3G14980.1 Arabidopsis lyrata 42 4e-88 324
WERAM-Sem-0001 EFJ24916 Selaginella moellendorffii 42 4e-81 301
WERAM-Php-0118 PP1S59_348V6.1 Physcomitrella patens 38 4e-81 301
WERAM-Sot-0081 PGSC0003DMT400067527 Solanum tuberosum 41 2e-80 298
WERAM-Ors-0046 OS04T0691700-01 Oryza sativa 46 2e-72 271
Created Date 25-Jun-2016