Fomitiporia mediterranea: FOMMEDRAFT_167613 Help Entry FOMMEDRAFT_167613 CDS       T03132                                  Name (RefSeq) hypothetical protein   KO K11419   [histone H3]-lysine9 N-trimethyltransferase SUV39H [EC:2.1.1.355] Organism fme  Fomitiporia mediterranea Pathway fme00310   Lysine degradation fme01100   Metabolic pathways Brite KEGG Orthology (KO) [BR:fme00001]  09100 Metabolism   09105 Amino acid metabolism    00310 Lysine degradation     FOMMEDRAFT_167613  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03036 Chromosome and associated proteins [BR:fme03036]     FOMMEDRAFT_167613 Enzymes [BR:fme01000]  2. Transferases   2.1  Transferring one-carbon groups    2.1.1  Methyltransferases     2.1.1.355  [histone H3]-lysine9 N-trimethyltransferase      FOMMEDRAFT_167613 Chromosome and associated proteins [BR:fme03036]  Eukaryotic type   Histone modification proteins    HMTs (histone methyltransferases)     HKMTs (histone lysine methyltransferases)      FOMMEDRAFT_167613   Heterochromatin formation proteins    Other heterochromatin formation proteins     FOMMEDRAFT_167613 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  SET Pre-SET Motif Other DBs NCBI-GeneID:  18676691 NCBI-ProteinID:  XP_007266025 JGI:  Fomme1_167613 LinkDB All DBs Position Unknown AA seq 1635 aa AA seqDB search MARTMPRPPPSTQPSGSTIPRPDPFRRGKEDLSRLNEPQRQQMQAAASGSAPSQKSQGPP RTTIERIPPLPATQPAASASSSSRPSNVSSRSSHVTPISPQNIQQPSSGHGSRRKPIFTA RKSAYNRPPQSQPSLSRPSLSKNTRSPLSSSIPFRPNEPSPRSAEKGKGKADDIISIQDS EDDSTSVSQSQMLSEPRSPRKTLAHPSLSQPGSRSFLSTSSGDEFPDSLSQQYRGREGIQ SVNRSVNDGEREPESISRGPRNFSNSRGGRSNVGATSGPSTQPVFGNARTASTNHPPPLT QPTTTGRRLNSSTATNRTVGESSSPRPVVDLGVVEVSDDDDDEGARAVNRANETIVVDLT TDDDDVLSSAVPATSRGSHHAHVSTTDSQSRIHLPSSQPARSLPDLSQSQSPPAVRPKPR SSAIPKDKMASIKPRPAGSRPLNDSRGRSGNDLGTARVNSGPDRAASELADDLIDETNDG DNCIPGRFTFHPTLAPGDGMVVDSGLQHDGLHADMPETASVDVQEAGEPMIVEPNFDVDD GNPLDMAFADDEFDPMVGGGAIRFSRDKSSSVEQDTRVDENMKRPEETSPIARARELRSP SVSRQNEDPASPGEDANEVDLLIGPSISSPRKSVSDPQQSANKATRSESVSILLESVTPP AQETLTNKIGMMDLSRRGPEDMTSCTEVPMDVVNEKEPSKSVVTGPPCSAPDGAVRMASA NRRNDETEKQADVNMIALTASGQTSIPEPHKQASVLARDIRAPREQANPIRALSPGALVA PAPVVNFMGMFNLPPQKASPTARASRNMSTVSTPSASPTRPIQAPAGKANNVDAGNENGS RLVEKTGELRETINAIPTQTASPNPVSSDSQIPAVVADGKNNVELASTADKPARDQSLSP RSRANLKMPPVRPTRRLSVPAPTFQYLRAADTRTSSEKMVADPETVPSHSSKQETVRTDP SSSLTPSSLMSDAREIPDQALCSARKPKLLINDPPGSNDSGAAKGIPSPTTNLFRAAAAS GLSLRRDLMPYVKKRMLQSTMEGGDAQNSDSLARGSSSAAEPGSVSQPVPPKRHKALNTG SVDDNPNQRYAGTTTLATSIPQPVTGANALAQIYNRTSGGLHDVKLSAMSRSDKSVASSR KFPFARKSTGTSKRRPVSSSERPTPLDNPARPSSSASFRKRAISTSSASSSGDIIDTGKQ SSAKRARTHKSDLSRKPPVARKTCNGSKRARQSMASNTSTMRSRSISSASSPAPMDVFGD DHSESSNNRPATPVTDLADAVSDIVIASKPKHKVSKGPDPSFSGRRHGPKWYHIKDIPRD FINEVNYFPAWGRNPRLLKDMFEQAILQNTNDDEPNAPAIQIINNVDDQPAPPFEFYYTN RLYHHENVPPPDYENLQGCGCMGKCDPQSATCACLHRQLAIFRGQDNYHEGFVYDDKGRA QIQGFPIFECNDACGCDEDCTNRVVQHGRQCHINIVKTKRKGWGIFAGKKIPKGTFIGIY SGELLVDEEAHRRGLKYNASDRNYLFDIDFWHIPRDKPDEIKYVIDAFHVGNFTRFLNHS CDPNCRINAVYINEANIDKPLLAIFTTKDLDAGQELCFNYNPERDEDDDDSDEEHSYQKC LCGARNCCGKIFIHN NT seq 4908 nt NT seq  +upstreamnt  +downstreamnt atggccagaacgatgccacgcccgcctccgagtacacagccgtccgggagcaccataccg agacctgacccattcaggcgaggaaaagaggatctttctaggctgaatgagcctcagaga cagcaaatgcaagcagctgcgtctgggagtgcaccttcacagaagtctcaaggtccacct cggacgacaattgaacgcattccgccactccctgccacgcaacctgctgcatcagcttca tcttcctcaagaccctctaatgtatcttcacgatcctcccatgtaacccctatttctcca cagaacatacaacagcctagctcagggcatggctcgaggcggaagccaatttttacagct agaaagagtgcatacaatcgacctcctcagtcacagccatccttgtccaggccttcattg tccaagaatacgcggtcccctttatcctcatctattcctttccggccaaacgagccttca cctcgcagtgctgaaaaaggaaaggggaaggcagacgacatcatttccatccaagattct gaggatgattcaacgtctgtttctcagtctcaaatgctttccgaacctagatcaccaagg aaaacgttggcccatccatcattatcacagcccggttcaagaagttttttatccacgagt agcggagatgaatttcctgactcgttgtctcaacaatatcgcggtcgagaaggtatacag tctgtaaaccggtcggtaaatgacggtgaacgcgagcccgaatcaatatctcgagggccg cgcaatttctcaaattccagaggcgggcgatcaaatgtaggagcaactagtggtccttcc actcagcctgtttttggcaatgcaaggaccgcgagcactaatcaccctcctcctttgacc caaccaacaactacaggcagacgactaaattccagcacagctacaaataggacagtagga gaatcatcttcgccaaggcctgtagttgatttaggtgtcgttgaagtgtctgacgacgat gacgacgagggagctcgcgctgtgaaccgcgcgaacgaaacaatcgtagtggacttaacg acagacgatgacgatgtgctctcatctgcagtgccggccacctcacgtggcagccaccat gctcacgtttccacaaccgactcgcagtcgaggatacacttaccatcatcacagcccgct cgaagtctgcctgatctctcacagtcgcagtctccacccgctgtacgccctaagccgcgg tcgtctgcgatacctaaagacaaaatggcaagcataaaaccgcgacccgctggctccagg ccattgaacgacagccgtggacgttcaggtaacgatctcggcacggcgcgggttaattca ggacctgatagagccgcctcagaattagctgatgatctaatcgacgagacgaatgacggg gacaactgcataccgggcaggtttacctttcatcccaccctagcgccaggagatgggatg gtcgttgattcgggactccagcatgatggattgcatgcagatatgcctgaaactgcttca gtagacgtacaggaagccggcgaacccatgattgttgaaccgaactttgacgtcgatgat ggtaatcctctggatatggcgttcgcggacgacgaattcgatccgatggtgggaggcggt gcaatacgcttttcccgggacaaatcttcttccgtggaacaagacactcgtgtagatgag aacatgaagagaccggaagaaacgtcacctattgcacgtgctagagaacttcgcagtccc tctgtctcgagacagaatgaagatcctgcttcaccaggtgaagacgcgaacgaggtagat ttactgatcggaccgtcgatcagctccccgcgcaaaagcgtatctgaccctcagcagagc gctaataaagccacccggtctgaatctgtgtccatactacttgaatctgttacaccacct gcgcaggaaacactgacgaataagattgggatgatggatttgtctcgtcgcggacccgaa gacatgacatcgtgtacggaggtgcctatggatgtagtcaatgagaaagaaccatccaaa tcagtcgtgactggccctccatgttctgccccagatggtgcggttcgaatggccagcgca aatcgcaggaacgatgagacagaaaagcaagctgacgtcaacatgattgctttgaccgcc tctggacaaacctcgattccagaacctcataagcaagcttctgttttggcacgagatatt agagctcccagagagcaggcaaaccctatccgagcactctcgccaggtgcacttgttgct cccgcaccagttgtgaatttcatggggatgtttaatttaccgccgcaaaaggcgtcgcca acggctcgtgcaagcaggaacatgtcaacggtgtccactccatccgcatccccgactaga ccaattcaagctccagccggaaaagccaataacgtggatgctggtaacgaaaatggttcg cggcttgttgagaagactggagaattgcgggagactatcaatgcgatccctactcagacc gcgtcgcctaatcctgtgtcatcagattcacagatacctgctgtcgttgctgacgggaag aataatgtggaactcgcaagtacggctgataaacctgcccgcgaccagtcgctgtcacca agatcacgagcaaatttaaagatgccacccgtacgacccacaaggaggctctccgtccca gcgccgacattccagtatttgcgtgctgcggatacaagaacttccagcgaaaagatggtg gcggaccccgagacagtgccaagtcattcaagtaaacaagaaactgtacgaacggaccct tcgtcaagtttgacgccctcttccttgatgtctgatgctagggagatcccagaccaagca ttatgttctgcaaggaaacccaaattgctcataaatgatccaccgggttcaaacgacagt ggagcagcaaagggaataccatcgcctacaaccaatctattcagggctgcggcagcttct ggcttgtcattgaggcgagatctgatgccgtatgtaaagaagcgaatgttgcaaagtact atggaaggcggtgatgcacagaacagcgattccctggcacgtggttcttcatcagctgca gaacctgggagcgtttctcaaccagtaccaccgaagagacacaaagcattgaatacagga agtgttgatgataatccgaatcagcgatacgctggaacaactacacttgctacttctatt cctcagccagtgactggagcgaacgcactagcacagatatataatagaacttccggtggc ttacacgatgtaaaactgtctgcaatgtctagatcagacaaatcagttgcatcttctagg aaattcccatttgctcgcaagtccaccggcacctcaaagcgacgcccagtgtcgtcgtcc gagcgaccaactcctctcgacaatccagctcggccatcgtcctctgcatcattcaggaaa cgagccatttcaacatcgtctgcatcatcgagtggggacatcatcgacactgggaagcag tcttccgcaaaacgtgctcgaacccacaagtccgatctaagcagaaagcctccagttgct aggaagacgtgtaacggatcaaaacgagctcgtcaatcaatggcatctaatacctccaca atgcggtcgcggagcatctcatctgcttcaagtcccgccccaatggatgtattcggtgat gatcatagtgaatcatccaataaccgtccagccacaccggtcaccgatctcgccgatgct gtgagcgatatagtaattgcttccaagcctaaacataaagtcagcaaaggacctgaccca tccttctctggccgaagacacgggccgaagtggtaccacatcaaagatattcctagggat ttcatcaatgaagtcaactactttccggcttggggaagaaacccaagattgctgaaggac atgtttgagcaagcaattttgcagaacacaaatgacgatgaaccaaatgctcctgcgatt cagattattaacaatgtcgacgaccaaccagcaccaccgtttgaattctattataccaat agattataccatcacgaaaacgtgccgcctcccgactatgagaatcttcaaggttgtggg tgtatgggaaaatgtgacccgcaatccgcaacgtgtgcctgcttgcaccggcagctcgca atcttcaggggtcaagataattaccatgaaggcttcgtttatgatgataaggggcgagct caaattcaagggtttcccatatttgaatgcaatgatgcttgtggctgtgatgaggattgt acaaacagggttgtccaacacggcaggcaatgtcatatcaatatagttaagacaaagcgc aaaggttggggtatctttgctggcaagaagatccccaagggcactttcattggcatttat tcaggagagctcctagtggatgaggaggctcacagacgcggcctgaaatataacgcgtca gacagaaactatctttttgacatcgacttctggcacattcccagggacaaaccagacgaa atcaaatatgtcattgacgcctttcatgttggaaacttcactcgatttttgaaccatagc tgtgatccaaattgcaggatcaatgctgtctacatcaacgaggctaacatcgataagcca ctgctcgctatattcactacgaaagatctggatgccggccaagagctatgtttcaattac aatcctgaaagggatgaagacgacgatgattcagacgaggagcattcctatcagaaatgc ctttgtggagcacgcaattgctgcggaaagatatttattcacaattag

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