WERAM Information

Tag Content
WERAM ID WERAM-Php-0098
Ensembl Protein ID PP1S43_153V6.1
Gene Name PHYPADRAFT_73729
Ensembl Information
Ensembl Gene ID Ensembl Transcript ID Ensembl Protein ID
PP1S43_153V6 PP1S43_153V6.1 PP1S43_153V6.1
Status Unreviewed
Classification
Type Family E-value Score Start End
HDM JHDM2 2.80e-67 227.3 726 1097
Organism Physcomitrella patens
Domain Profile
  HDM JHDM2
       JHDM2.txt   5 rdgklNLasklpknfvrpdlgPklynAyGlateedrklgttnlhldvsdavnilvy...vgilkkkwaeedlkellksieeeelde 87 
                      +g lNLa +lpk  ++pdlgPk+y AyGl +e + ++++t+lh+d+sdavn+l++   +   ++k++   +++llk+++ +++++
  PP1S430_29V6.1 726 SKGMLNLAAQLPKEAIKPDLGPKTYIAYGLRHELGMGDSVTKLHCDMSDAVNVLTHsaeI--KFPKDKVPMIEKLLKKFKLGGIEY 809
                     5799****************************************************8554..445555555558888888776644 PP
       JHDM2.txt   74 kellksieee.eldevtrkr.vqdpkekpgalWhifaakdaekirellekvskeqga....evppdhdpihdqswyldrklrkrLfeeyGveg 160 
                      ++l   ie + +  e   +    d  +  galW+if+++d++k++e+l+++ +e+ +    +v ++ +pihdq++yld ++++rL+eeyG+e+
  PP1S430_29V6.1  893 NQLGVLIEAGvDRHETESQGlSADDATYGGALWDIFRREDVPKLDEYLRRHWREFLHvdcmPVDNVIHPIHDQTFYLDVEQKRRLKEEYGIEP 985 
                      444444444433333333331356667789*************************99888888999*************************** PP
       JHDM2.txt  161 wtlvQklgdavlipagapHqvqnlkscvkvaedFvsPEnvkecfrltkeyr 211 
                      wt+ Q+ g+av+ip+g+pHqv+nlksc+kva dFvsPEnv++c+ lt+++r
  PP1S430_29V6.1  986 WTFEQAYGEAVFIPVGCPHQVRNLKSCIKVALDFVSPENVSQCVDLTEQFR 1036
                      *************************************************98 PP
       JHDM2.txt  125 eqga..evppdhdpihdqswyldrklrkrLfeey 156 
                      +q    + p+d  p + +  y++rk+ +r f +y
  PP1S430_29V6.1 1064 DQLKelDRPKDEAPGKTLKHYISRKKNRRFFLKY 1097
                      4443236788999****************99888 PP
Protein Sequence
(Fasta)		MVLKFDLPFK VGEEVEAKFN ETGYRGAWFR CRILEIKPST ADYDLLLEYL DFEEEGNSWV 60
KVRQADPSVS SQKWCKGKKP LIWMARPVPP LVHERDIKKY QDDIREGRKK AGCVYVYNDD 120
VYTVGDMVEW WKDDCYWTAR IIEMKSKKRR AKIRFPSPPH GEGSADIVPL KNLRPCFTWS 180
PPHQWTQVGS KRRDARGKSE TSKIDKAQLA LIYLSGHECT STVVPDDHRD GISSGNVNFR 240
GDLELFEEAA HGLRALGHER RISGGSHELV VTPDRHNEDS ACKPVVPQSA SDSKHGTEEQ 300
SAKSSVNGSD IVPDIEGACV NIGIAHAISS DAAADQSQLV TTSPRGDETD SQAVLSLAGE 360
ITEKFESIDG FGESNPTSER CTTGTAVHVN DGSVTASVDL SHVKSVRSGD GVENLVATPG 420
NAVHQSKVVP EMSVGIGSSD TITSRSSASE TFACANVAEL PITAVVDPQD NSTTIELVVA 480
ERTALDSPGK CIARRHAGGF CDPESKVDTD ATSNDSPCVN LLVHAEDIAA IKNPLNTNLV 540
AARAEELTDV RAEQLSPVGN RNVAVDEVTI SGFHFNRTVA NVPVSIELNH FDIPPDGHVA 600
SFDPRQEQPT EGLGAVLNDD GPTPLSSRKL SSHVSCVAIQ HAVKLVYSRK RRRKKEKLRT 660
GSKRVCHAVP HQTVGTFVSQ TDGLMHEPLI ISVPTTPSND EKRISTSHCT VNREAGTNAQ 720
DSRISEVALT SECQEYGCTP SAGVENDSLA RVLALSSIHE QRLQAVEASA RLNSRNDTES 780
GCQPGSTGNC DLNEHLDALE RLIERVHSLG DQLHGGHKRK WKRVFWKMSD GSVFSSEARR 840
QSSGPTEAVE ATRDFVPSSD LDNAAERLPC LLAQATYAQQ NDEVTSSFEV PNDLRPSATM 900
KSRSNLTVTK GIKKCRSART LVTCKTQTLS FMRNKLVNDV LLKSANAYSK LNNNSKRIQD 960
EYMGPEKVYR KARLDVTKAV LESVHNSATC SPAVEPSRMR GSINNSKGKR PRLKHTGPRK 1020
RYPKTENSMV VDVRTKEKLV DSAFVGLQIQ NLEDVLSKQE SGAELAPREF RTKSRLSGGS 1080
NHETAEPVKL DPEVIDNHCQ DKIKLQPNGN WCIKSYTIDG KPVWIGNYQT KELALNSYAV 1140
VNMLTCPKVK VGPHINHPSC PGLSEQANGD HLSPAHVLEE NELQDFNVEK GTRRNVSESC 1200
LSVGESKNRS MVLSMDEDRR KTDGFSSLGK TSLVDEQGVC TVEKMTTAVE SCNQGLSVKS 1260
TKADASISWT KSEEGNTIGS SNAHGEMPSR KLTRGPLSSP STINLVVADR GVLLNRNNRD 1320
NFPVKSEVSE LPTVAAAVGS AHHLPIHDFT KFLSGKDALD RISMDNFETK EEKEVATQAR 1380
TALWRGLCCS PPHPGLVSQG LDVVQRINFF IKSRMHFEVV ADGDLKKILL SSGKLGEEIY 1440
IGHWKTDVEV HAARKIITRC KKALVKLMIE FELSSKRSDS SIETHAERTV LHEKPINPSY 1500
STERLNVPGL TLINEVGQPC SGSNKSSTTA GGATQDSASA RALSHRILEV AYNDTNIQAS 1560
AGTVAALDGC QAPPDSRTVG GQANFTKNQS LFEDIIILDD DDDDDANVPP ARSIPPSSVS 1620
DRLFRTETVG KTFNRNLDNN TQLDPLSPIA PSQRQSVVHV NRGSRAGVLL GDRSSYPGQI 1680
HNQGYHFTVD PFIAGPGGTR QTVHKYSQTG NSSADPIIRV QHTGGVGDAQ TFEMAHTQSL 1740
RRGGLGNMNM VATPSSIGNV VHLPGNRHGG VPTESSFRNR LNSEPVSVRE VSSSYSRENH 1800
SIGAATLPYM SKKFYDCCPD IEPCKEDFIT CKGLFCGSCN RLVHTHCALL SKHLNLTRFP 1860
STGMGGGFDS TLVLLRPVVN IFEVYLDLFL IYAH 1894
Nucleotide Sequence
(Fasta)		ATGGTTCTCA AATTCGACCT GCCTTTTAAG GTAGGCGAGG AGGTGGAAGC TAAGTTCAAC 60
GAGACTGGCT ACCGAGGGGC CTGGTTTCGC TGTCGGATTC TGGAAATTAA ACCCTCCACG 120
GCTGATTATG ATTTATTGCT GGAGTACCTA GATTTCGAGG AAGAAGGTAA TTCTTGGGTT 180
AAGGTCCGTC AGGCAGATCC TTCAGTCAGC TCTCAAAAAT GGTGTAAGGG TAAGAAGCCT 240
TTGATTTGGA TGGCACGGCC AGTGCCCCCA CTAGTACATG AGCGCGACAT TAAGAAGTAT 300
CAGGACGATA TACGTGAGGG GCGGAAGAAG GCTGGATGTG TTTATGTGTA CAACGATGAT 360
GTATACACTG TTGGAGACAT GGTCGAATGG TGGAAAGACG ATTGCTACTG GACGGCACGG 420
ATTATTGAGA TGAAAAGTAA AAAACGTCGA GCCAAGATTA GGTTTCCCTC TCCACCACAT 480
GGAGAAGGAA GCGCGGATAT CGTTCCCCTG AAGAATCTTC GACCGTGCTT CACTTGGAGC 540
CCTCCGCATC AGTGGACACA AGTGGGATCA AAGAGAAGGG ATGCTAGAGG CAAGAGCGAA 600
ACAAGTAAGA TCGACAAGGC ACAGTTGGCG CTGATATATT TGTCCGGGCA TGAGTGTACT 660
TCCACGGTTG TGCCCGATGA CCACCGTGAT GGTATTTCAT CAGGAAACGT TAATTTTCGT 720
GGTGATTTAG AGCTTTTTGA AGAAGCGGCG CATGGTTTAC GTGCACTTGG GCATGAAAGA 780
CGTATTAGTG GTGGTTCTCA TGAACTGGTC GTAACTCCAG ACAGGCACAA TGAAGATTCC 840
GCGTGCAAAC CAGTTGTACC GCAGTCTGCT TCAGACTCCA AGCATGGAAC TGAGGAGCAG 900
AGTGCAAAGT CTTCAGTAAA TGGTTCTGAT ATAGTTCCAG ACATCGAGGG TGCATGCGTA 960
AATATTGGTA TTGCCCATGC TATTTCTTCA GACGCCGCAG CAGATCAGTC GCAGTTGGTA 1020
ACTACAAGTC CAAGAGGGGA CGAAACGGAT TCACAGGCAG TGCTCTCTCT TGCAGGAGAA 1080
ATAACAGAAA AGTTTGAAAG TATTGATGGC TTTGGTGAAT CCAATCCGAC ATCTGAACGT 1140
TGTACAACTG GTACAGCAGT TCATGTCAAT GATGGAAGCG TCACTGCTTC TGTGGATCTG 1200
TCACATGTGA AGTCTGTTAG ATCTGGTGAT GGAGTTGAGA ATCTTGTAGC CACTCCAGGC 1260
AATGCAGTTC ATCAGAGTAA AGTTGTACCT GAGATGAGTG TTGGTATTGG AAGTTCTGAC 1320
ACAATCACGA GTAGATCCTC CGCGAGCGAG ACCTTTGCTT GTGCCAATGT TGCTGAGCTA 1380
CCTATAACTG CTGTGGTAGA CCCTCAAGAC AATTCAACAA CGATCGAACT TGTCGTTGCT 1440
GAAAGGACCG CTCTGGATAG CCCTGGTAAA TGCATTGCAA GGAGACATGC AGGTGGATTC 1500
TGTGATCCTG AATCCAAGGT GGATACGGAT GCTACCAGTA ATGACAGCCC ATGCGTGAAC 1560
TTACTTGTTC ATGCCGAGGA TATAGCCGCT ATCAAGAACC CTCTAAACAC AAACCTCGTT 1620
GCAGCACGTG CAGAGGAATT AACTGACGTC AGAGCTGAAC AGCTATCTCC TGTTGGTAAC 1680
AGAAATGTGG CAGTTGATGA GGTCACTATA AGTGGGTTCC ATTTCAATAG AACAGTAGCT 1740
AATGTGCCTG TCAGTATCGA GTTGAATCAT TTTGATATCC CTCCGGATGG TCATGTTGCG 1800
TCCTTTGATC CACGTCAAGA GCAGCCAACG GAGGGCCTGG GTGCTGTCCT GAATGACGAC 1860
GGTCCTACTC CTCTAAGTAG TCGTAAGTTG TCAAGTCATG TCAGCTGTGT TGCAATCCAA 1920
CACGCTGTCA AACTGGTGTA CTCTAGGAAA AGAAGGCGGA AGAAAGAAAA ATTGAGGACT 1980
GGTTCGAAGC GCGTGTGTCA TGCTGTGCCG CATCAAACAG TTGGAACATT TGTCTCTCAG 2040
ACGGATGGAT TAATGCACGA ACCCTTGATC ATAAGTGTCC CAACTACTCC ATCCAATGAT 2100
GAAAAGAGGA TTTCTACTTC TCATTGCACT GTGAATCGTG AAGCTGGAAC GAATGCACAA 2160
GACAGCAGGA TTTCTGAAGT CGCTTTGACC TCCGAGTGTC AGGAGTATGG ATGCACTCCA 2220
TCCGCTGGAG TTGAGAATGA TTCTCTGGCA CGCGTGCTGG CACTCTCCAG TATACACGAA 2280
CAACGACTGC AAGCGGTGGA AGCGAGTGCT CGTTTGAATT CACGTAACGA TACGGAATCT 2340
GGATGTCAAC CGGGTAGTAC CGGAAATTGT GATTTGAACG AGCATCTTGA TGCTTTGGAG 2400
AGGCTGATCG AGCGGGTTCA TTCTTTAGGA GATCAGTTGC ATGGTGGCCA TAAGCGGAAG 2460
TGGAAGAGGG TGTTTTGGAA GATGAGTGAT GGGAGTGTGT TTTCCTCTGA AGCACGGAGA 2520
CAATCAAGCG GACCTACAGA GGCAGTAGAG GCAACTCGTG ATTTTGTACC CTCTTCAGAT 2580
TTGGATAATG CCGCAGAACG ACTTCCATGT TTACTTGCGC AGGCTACTTA TGCACAACAG 2640
AATGATGAAG TTACCAGTTC GTTTGAAGTC CCAAATGATC TTAGGCCCTC TGCGACAATG 2700
AAGTCCCGTT CAAATCTTAC AGTCACCAAG GGTATTAAGA AATGCAGAAG TGCAAGAACT 2760
TTAGTTACAT GCAAAACTCA GACGTTGAGT TTCATGCGCA ACAAACTTGT TAATGACGTA 2820
CTTTTGAAAT CAGCGAATGC ATATTCCAAA CTCAACAATA ATTCCAAGAG GATTCAAGAC 2880
GAGTATATGG GTCCTGAAAA AGTTTACCGT AAAGCGAGGT TAGATGTTAC CAAAGCAGTT 2940
TTGGAAAGTG TGCATAATTC CGCGACCTGC TCTCCTGCAG TCGAACCTTC ACGTATGAGA 3000
GGCTCTATCA ACAACTCAAA GGGGAAACGT CCAAGACTGA AGCATACTGG ACCTCGGAAG 3060
AGGTATCCTA AAACAGAAAA TTCGATGGTT GTCGACGTGC GCACAAAAGA AAAGCTTGTG 3120
GATTCTGCAT TCGTGGGACT ACAGATACAG AATCTCGAAG ATGTGCTCAG CAAGCAGGAA 3180
TCAGGTGCAG AATTGGCGCC GAGAGAGTTT CGAACGAAGT CTCGTCTATC AGGTGGGAGC 3240
AATCATGAAA CTGCTGAACC TGTGAAGTTG GATCCCGAAG TAATTGATAA CCATTGTCAG 3300
GACAAAATCA AACTGCAACC GAATGGAAAT TGGTGTATTA AGTCCTACAC GATAGACGGC 3360
AAACCCGTCT GGATTGGTAA TTACCAAACA AAAGAGCTTG CTCTTAATTC ATATGCCGTT 3420
GTTAATATGT TAACCTGCCC CAAAGTGAAG GTTGGACCGC ATATCAACCA TCCAAGTTGC 3480
CCGGGTCTCA GCGAGCAAGC AAATGGAGAT CATTTGTCAC CTGCGCACGT ACTCGAAGAG 3540
AATGAATTGC AGGATTTTAA TGTCGAGAAA GGCACTAGAC GCAACGTTTC CGAATCCTGC 3600
TTAAGTGTTG GTGAGTCAAA GAATAGGAGT ATGGTACTCT CCATGGACGA GGACAGAAGA 3660
AAAACGGATG GTTTTTCAAG TTTAGGGAAG ACATCCCTGG TTGATGAGCA GGGTGTTTGT 3720
ACTGTCGAGA AGATGACCAC AGCAGTTGAG AGTTGTAACC AGGGTTTATC AGTAAAATCA 3780
ACAAAGGCGG ATGCTTCAAT CAGTTGGACG AAATCAGAGG AGGGAAATAC AATAGGGAGC 3840
AGCAACGCAC ATGGAGAAAT GCCTTCACGC AAACTGACCA GAGGCCCCTT AAGTTCCCCG 3900
AGTACCATAA ACCTTGTGGT TGCAGATAGA GGCGTTCTAC TTAACAGAAA CAATCGGGAC 3960
AATTTTCCTG TCAAATCGGA GGTGTCTGAA CTGCCAACAG TTGCAGCAGC AGTTGGCAGT 4020
GCACATCACT TACCGATTCA TGATTTTACG AAGTTTCTTT CTGGAAAGGA TGCACTTGAT 4080
CGTATTTCTA TGGATAACTT CGAGACTAAG GAGGAGAAAG AAGTAGCCAC TCAAGCTAGG 4140
ACGGCGTTGT GGCGAGGCTT ATGTTGTTCC CCGCCGCACC CTGGGTTGGT TTCACAAGGA 4200
CTTGACGTCG TTCAGCGGAT AAATTTTTTT ATCAAATCAA GGATGCACTT TGAAGTTGTA 4260
GCTGATGGCG ATTTGAAGAA GATACTTCTC AGCTCTGGAA AACTTGGTGA GGAGATTTAC 4320
ATAGGTCACT GGAAGACTGA TGTTGAGGTA CATGCTGCAC GCAAAATTAT AACTCGCTGC 4380
AAGAAAGCGC TTGTAAAGTT GATGATCGAA TTTGAATTAT CCAGTAAAAG GAGTGATTCA 4440
AGCATTGAAA CTCATGCTGA GCGGACAGTC CTACATGAGA AACCTATCAA TCCAAGTTAT 4500
TCTACAGAAA GGTTAAATGT GCCAGGTTTA ACGTTAATTA ATGAAGTTGG ACAGCCATGT 4560
TCCGGTTCTA ACAAGTCTTC GACAACTGCT GGGGGTGCAA CACAAGATTC GGCATCCGCA 4620
CGGGCACTCA GTCACCGAAT TCTTGAGGTT GCTTACAATG ACACCAATAT TCAAGCCAGT 4680
GCAGGGACAG TTGCAGCTTT AGATGGCTGT CAAGCCCCTC CAGATTCCAG AACAGTTGGT 4740
GGACAAGCCA ATTTTACAAA AAATCAATCT CTATTCGAAG ATATAATTAT CTTGGATGAT 4800
GATGATGATG ATGATGCGAA TGTACCTCCA GCACGCAGTA TCCCGCCAAG TTCAGTAAGT 4860
GATAGACTGT TCAGAACCGA GACGGTTGGG AAAACTTTCA ATAGAAATCT TGATAACAAC 4920
ACTCAGCTGG ACCCACTGTC CCCGATCGCT CCTTCGCAGA GGCAGAGCGT CGTTCATGTG 4980
AACAGAGGTT CTAGAGCTGG GGTTCTACTT GGCGACAGAT CATCTTATCC TGGACAGATA 5040
CACAACCAGG GTTATCATTT CACAGTTGAT CCATTTATAG CTGGACCAGG TGGCACCAGG 5100
CAAACAGTTC ATAAATATTC TCAAACTGGC AATTCAAGTG CCGATCCTAT CATAAGAGTT 5160
CAGCATACCG GTGGAGTAGG CGATGCACAG ACGTTTGAAA TGGCTCATAC TCAATCATTG 5220
AGGCGAGGAG GGTTGGGTAA TATGAATATG GTTGCGACAC CCTCCAGTAT CGGAAATGTT 5280
GTGCATCTTC CTGGTAATCG GCATGGTGGT GTGCCTACCG AAAGCTCCTT TAGGAACCGT 5340
TTAAACAGCG AACCAGTTAG TGTGAGAGAA GTATCCTCGT CTTACAGTCG CGAGAATCAT 5400
TCCATTGGAG CAGCTACATT GCCCTACATG AGTAAAAAAT TCTATGATTG CTGCCCGGAC 5460
ATTGAACCTT GTAAAGAAGA TTTTATTACA TGTAAGGGGC TATTTTGTGG ATCCTGCAAT 5520
CGGCTGGTGC ATACTCACTG CGCTCTTCTA TCAAAGCATC TGAATTTGAC TCGATTTCCC 5580
TCAACCGGTA TGGGTGGTGG TTTCGACAGT ACTCTTGTTC TACTAAGACC GGTGGTTAAT 5640
ATTTTCGAAG TTTATCTGGA TCTTTTCCTC ATATATGCTC ACTGA 5686
Sequence Source Ensembl
Orthology
WERAM ID Ensembl Protein ID Species Identity E-value Score
WERAM-Thc-0055 EOY05946 Theobroma cacao 39 9e-23 107
WERAM-Tra-0116 Traes_3B_946313BB9.1 Triticum aestivum 33 4e-21 102
WERAM-Zem-0118 GRMZM2G343445_P03 Zea mays 35 9e-21 101
WERAM-Brr-0145 Bra029141.1-P Brassica rapa 33 1e-19 97.1
WERAM-Brd-0050 BRADI2G36700.1 Brachypodium distachyon 34 2e-14 80.5
WERAM-Hov-0066 MLOC_57618.1 Hordeum vulgare 32 1e-12 73.9
WERAM-Orl-0012 KN538696.1_FGP117 Oryza longistaminata 32 6e-12 72.0
WERAM-Tru-0002 TRIUR3_01744-P1 Triticum urartu 27 4e-11 69.3
WERAM-Bro-0031 Bo2g048060.1 Brassica oleracea 36 1e-06 54.3
Created Date 25-Jun-2016