Alternaria alternata: CC77DRAFT_1065456 Help Entry CC77DRAFT_1065456 CDS       T05291                                  Name (RefSeq) hypothetical protein   KO K00106   xanthine dehydrogenase/oxidase [EC:1.17.1.4 1.17.3.2] Organism aalt  Alternaria alternata Pathway aalt00230   Purine metabolism aalt00232   Caffeine metabolism aalt01100   Metabolic pathways aalt01110   Biosynthesis of secondary metabolites aalt01232   Nucleotide metabolism aalt04146   Peroxisome Module aalt_M00958   Adenine ribonucleotide degradation, AMP => Urate aalt_M00959   Guanine ribonucleotide degradation, GMP => Urate Brite KEGG Orthology (KO) [BR:aalt00001]  09100 Metabolism   09104 Nucleotide metabolism    00230 Purine metabolism     CC77DRAFT_1065456   09110 Biosynthesis of other secondary metabolites    00232 Caffeine metabolism     CC77DRAFT_1065456  09140 Cellular Processes   09141 Transport and catabolism    04146 Peroxisome     CC77DRAFT_1065456  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:aalt04147]     CC77DRAFT_1065456 Enzymes [BR:aalt01000]  1. Oxidoreductases   1.17  Acting on CH or CH2 groups    1.17.1  With NAD+ or NADP+ as acceptor     1.17.1.4  xanthine dehydrogenase      CC77DRAFT_1065456    1.17.3  With oxygen as acceptor     1.17.3.2  xanthine oxidase      CC77DRAFT_1065456 Exosome [BR:aalt04147]  Exosomal proteins   Exosomal proteins of breast milk    CC77DRAFT_1065456 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  MoCoBD_2 MoCoBD_1 FAD_binding_5 CO_deh_flav_C Ald_Xan_dh_C Fer2_2 Fer2 Motif Other DBs NCBI-GeneID:  29114407 NCBI-ProteinID:  XP_018381308 JGI:  1065456 UniProt:  A0A177D9F9 LinkDB All DBs Position Unknown AA seq 1490 aa AA seqDB search MSLPIPPKSSAAHPPRGLSATEALTPLIETTFRTPDITTYINGRKTVISNPNPHWTLLDY IRAQPNLKGTKLGCGEGGCGACTVVLQVPDWQSEKKRIKHLSVNACLFPLVGIDGKHVIT VEGIGNVHRPHPLQERIAKLHGSQCGFCTPGIVMSLYAVVRNAYNPETKKFHLSAREIEM EGHLDGNLCRCTGYKPILQAAKTFVTEDLKGQLAEEDEPTTTESEKLEKDVLDLTRNGCA GPSKVSCGRPGGCCRDTPSDSSSTDTKSDVSSPPTEPTSASEDEHMPVILDAKKQPQADP AISGADYAKPLKSKEHDAAAETKTTTSTVEAPAADSVKGIPTIEFLEYVPDTELIFPPAL WKYEPQPLCYGNDKKIWFRPTKLEQLVDLKDAYPSAKLIGGASEVQVEVRFKNSDFAVSV YISDISELKQTKLPMYAELEAGNELVVAANTPLTELEEICKKVYAMLGKRAMVLEALRKQ LRYFAGRQIRNVASLAGNIATASPISDANPVLVAAGATLEAVNKKDGRVDLPMSSFFVAY RTTTLPPDAALHRIRIPLSPPGSREVLKAYKQAKRKDDDIAIVTAAFRVRLDSEGLVENA SIVYGGMAPMTKESPKTQKALLGKPWFHSGTLDAALTALLQDYDLPYGVPGGMADYRKTL TLSLFFRFWHESAAEFGLGNVDEQVIDEIHREISSGARDNYNPYEQRVVGKQVAHLSALK QCTGEAEYIDDMPRLDRELFGGLVMSTKAHAKILRIDWDRALELPGVVGYIDRHSIPADV NIWGSIKKDEPFFAEDKVLSHGQVIGMVYAESALEAQAAARAVKVDYEELPPILTIDEAI AAESYYPHGKFLRKGLAIDDKMADAFAQCDRIFEGVNRLGGQEHFYLETNAALSIPSGED GAMEVWSSTQNTMETQEFVSSVLGVPSNRVNARVKRMGGGFGGKESRSVPFAVYTAIAAR KEKRPVRIMLNRDEDMLLSGQRHPFQARWKVGVSKEGKLIALEADVYNNGGFSQDMSGAV MDRCLTHFDNSYECPHVFLRGHVCRTNIHSNTAYRGFGAPQGMYFSETVMYNIAEGLGMD VDELRLKNLYKPGEHTPFFQKIDEDWHVPMLLHQLSKSADYENRKAAIKVFNSKNRWRKR GICLVPSKFGLSFATALHLNQAAAYIKIYHDGSVLLHHGGTEMGQGLYTKMCQIAAQELG TPLDAIYTQDSQTYQIANASPTAASSGSDLNGMAVKNACDQINERLKPYREKLGKDAPLK ALAHAAYVDRINLAANGFWKMPKVGYTWGDTNLETVKPMYYYWTQGACCSEVELDLLTGD HTVLRSDIMMDVGNSINPAIDYGQIEGAFIQGQGLFTIEETLWTRTGQLFTRGPGTYKIP GFSDIPQVFNASMLRHDNDGNPLSWNHLRSVQSSKGIGEPPLFLGSTVFFALREAVVAAR KMNGKKDDGGWNLDSPATCERLRLAVGDDLVDRARAVRKEGETNFLVAVA NT seq 4473 nt NT seq  +upstreamnt  +downstreamnt atgtctctgccgattccaccaaaaagcagtgcagcccatccaccacggggcctttccgct acggaagccctgacgcctctcatcgagacgactttccgaacaccagatatcacaacgtac atcaacggacggaaaacggtcatcagtaatcccaacccgcactggacgttgctagactac atccgcgctcagccgaacctcaaaggtacgaagctgggatgtggcgaaggcggatgcggc gcatgcaccgttgtcctacaggttccagactggcagtctgagaaaaagagaatcaaacat ctgtcggtaaacgcatgcttgtttcccctggttggtattgatggcaaacatgtcattacg gtcgaaggtatcggcaatgtccaccgaccacatcctctacaagaaaggatagcgaagttg cacggcagccaatgtggtttttgcacaccgggtatcgttatgagtctctacgcagtggta cgcaacgcatacaacccggagacaaagaagtttcacctcagcgctcgtgagattgagatg gaaggtcaccttgatggcaacttgtgccgatgtacaggttacaagccgatacttcaagct gcgaagactttcgtcactgaggatttgaagggtcagttggcagaggaggacgagccaacg actaccgaatctgagaagttggagaaagatgtcctcgatctgacccgcaatggctgcgct ggtccatccaaagtttcctgcggtcgaccaggtggctgttgtagagacacaccatccgat agtagctccacagacaccaagtcggacgtctcatcgcctccaacggagcctacatcggca tcggaagacgagcacatgccagtcatcttagatgccaagaaacagcctcaagcagatcct gctatcagcggcgccgattacgcaaaaccactgaagagtaaggagcatgatgctgctgcc gagacgaagaccactacatctacagtggaggcaccagcggcagactcggttaaagggata cccacgatcgagtttttagagtacgttccagatactgagctcatatttcctcccgcgcta tggaagtacgagccacagccgctatgctacggcaacgacaagaagatctggtttcgacct accaagcttgagcagctcgtagatttgaaagatgcgtacccatcagccaagcttatcggt ggtgctagcgaggttcaagtggaagttcgcttcaaaaactccgattttgctgtttctgtc tacatctcggatatatcagagctgaagcagacaaaactgccaatgtatgcagagcttgag gcagggaacgagcttgtcgttgccgcaaacacaccgcttaccgagctggaagagatttgt aagaaggtctatgcaatgcttgggaagcgtgcaatggtgctggaggcccttcgtaaacaa ctgcgatactttgcgggtcgccagattcgcaatgttgcatcattagctggcaacattgcg actgcatcgcccatttcggacgctaatcccgtgctagtcgcagccggagcgacacttgaa gctgttaacaagaaggatggtcgcgtcgatcttccaatgtcaagtttctttgtcgcttac aggactacaactctcccgcctgatgcagcgctccatcgcattcgaattcctttatctcca ccaggttcacgagaggttctcaaagcatacaagcaagcgaaacgtaaggacgacgacata gcaattgttacggctgcatttcgagtgcgtcttgactcggaaggcctagtagagaacgct tcgatcgtgtacggtggcatggcgcctatgacgaaagagtcaccgaagacgcaaaaggct ctcttaggaaagccttggtttcactcgggaactcttgatgctgctcttacagcattgctg caggattacgatcttccgtatggcgttccaggaggcatggctgactaccggaaaacgctc accctgtcgctcttcttccgcttctggcatgagtccgccgctgagttcggtctgggcaac gtcgatgagcaggtgattgatgagattcaccgtgagatctccagtggtgctcgagataac tacaatccttacgaacaacgtgtggtgggcaaacaggtagcacacttatctgctttgaag cagtgtactggcgaagcagagtatattgacgacatgccgcgattagaccgtgaattgttt ggtggactcgtcatgtcaacaaaggcacatgctaagatcttgcgcatcgactgggaccga gcgctcgaattgcctggcgttgtcggctacattgaccgacatagcatccccgcggatgtc aacatttggggctcgatcaagaaagacgaacctttctttgctgaagataaggtactttca cacggccaggtcattggtatggtctacgctgagtcggctctggaagctcaagcggccgct cgagctgtgaaggtcgactatgaagaattacctccaatcctgactatcgacgaagccatc gcagccgagagctactatccacatggaaagttcctaaggaaaggcctcgcgatcgacgac aagatggcagacgctttcgctcaatgtgacaggatctttgaaggtgtgaacaggctaggc gggcaagagcacttctacctcgaaactaacgcagcgctgtcgataccttccggagaagac ggagctatggaagtttggtcgtcgacgcagaacaccatggagacccaggagtttgtgagc tcagtcttgggtgtgccgagcaaccgcgtcaacgcacgtgtgaagcgtatgggaggcggc tttggtggaaaagaatcgcgtagcgtgcccttcgcggtatataccgcaatagctgccaga aaagagaagcgaccagtgcgcatcatgctgaaccgcgatgaggacatgctacttagcggt cagagacatcccttccaggctcgttggaaggtgggagtctcaaaggagggcaagctcatc gcccttgaagctgatgtgtacaacaacggtggcttttcccaagacatgagcggagcagtt atggaccgatgcttgacgcactttgacaactcttatgagtgtccacatgtgttcctgcgt ggtcacgtatgcaggaccaacatccatagtaacaccgcgtatcgagggttcggcgcgcct cagggcatgtacttctcggaaaccgtcatgtacaacatcgcagaaggtctagggatggat gtcgatgagctgcggttgaaaaatctatacaagcctggggaacatactccgttcttccaa aagatagacgaggactggcacgttccgatgctcttgcaccagctgagcaagtcggctgat tacgagaaccggaaggcggccatcaaggttttcaactcgaagaaccgatggaggaagcga ggcatatgtctcgttccctcgaagtttggtctcagctttgccacagctctgcatctcaat caggcggctgcatacatcaagatctaccacgatggaagtgtgctgctacatcatggcgga acggaaatgggtcaaggactctacactaagatgtgtcaaatcgcagcgcaagagcttggt accccactcgatgcgatctacacccaagacagccagacctaccagattgcaaatgcttct cctaccgctgcgtcttctggatctgatttgaacggcatggctgtcaagaacgcatgcgac cagattaacgagcgactgaagccgtatcgcgagaagctagggaaagatgcacccctcaag gcactcgctcatgccgcctatgtcgatcgtattaaccttgctgcaaatggcttctggaag atgcctaaagtcgggtacacctggggagatacaaacctagagactgtcaagcccatgtac tactactggacacaaggagcgtgctgctcagaagttgagcttgatcttctcactggcgat cataccgtgctccgatcagacataatgatggacgtcggcaactccattaatcctgccata gactatgggcaaattgaaggtgctttcattcaaggccaaggtctcttcactatcgaagag acgctatggacccgaaccggtcagctcttcactcgaggccctggtacatacaagatcccc ggctttagcgatatcccgcaggtcttcaatgccagcatgctccgtcatgataacgacggc aacccactatcatggaatcacttgagaagtgtacaaagttctaaaggtattggtgaaccg cctttgttcctgggatcaacagtcttctttgcgctgagagaggcggtcgtggcagcaagg aagatgaatggaaagaaggatgatggaggctggaatctggatagcccggctacatgtgag agattgaggttagcggttggcgatgatcttgttgaccgggcgagagcggtaagaaaagag ggagagacgaatttcctggtcgctgtggcgtaa

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