Alternaria alternata: CC77DRAFT_976735 Help Entry CC77DRAFT_976735  CDS       T05291                                  Name (RefSeq) glycoside hydrolase   KO K01192   beta-mannosidase [EC:3.2.1.25] Organism aalt  Alternaria alternata Pathway aalt00511   Other glycan degradation aalt04142   Lysosome biogenesis Brite KEGG Orthology (KO) [BR:aalt00001]  09100 Metabolism   09107 Glycan biosynthesis and metabolism    00511 Other glycan degradation     CC77DRAFT_976735  09140 Cellular Processes   09141 Transport and catabolism    04142 Lysosome biogenesis     CC77DRAFT_976735 Enzymes [BR:aalt01000]  3. Hydrolases   3.2  Glycosylases    3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds     3.2.1.25  beta-mannosidase      CC77DRAFT_976735 SSDB OrthologParalogGFIT Motif Pfam:  Glyco_hydro_2_N2 Melibiase_2 Mannosidase_ig Melibiase_C Glyco_hydro_2 Ig_mannosidase Glyco_hydro_2_C Glyco_hydro_2_N Motif Other DBs NCBI-GeneID:  29121545 NCBI-ProteinID:  XP_018379124 JGI:  976735 UniProt:  A0A177D213 LinkDB All DBs Position Unknown AA seq 1476 aa AA seqDB search MATTLILSACLALQAAARTVRSPTPPMGWNSYNTWNCLPSEDKIRTSAQGLIDLGLDKAG YNFVTVDCGWPSEDRDAEGKLQWNETLFPSGGKALGDFIHGLGLDFGLYSGAGYLQCGSE ALPASLGFEQLDAESFAEWGGDSLKYDNCYSTSNTTMVDSSSAESQSPARFQHMAAELEA VDRDIHYYVCQWGIGTDVGDWAAEIGNTWRISNDIYNAWRSIWRITNQVVPYFRHTTVGA FADMDMLIVGLNALSEEEERFHFGMWAINKSPLIIGAALDPERISQSSLAIMENKEVIAI NQDALAQQAMLVRRDTEEEWDIWMGKLSGSRMVLGVANWKNDSQSVNFDLASLGIASVDA RDVWAAKDAGALSGTQTVDLAGHELRLWILSNIVEAAPLQSGSYNSATNASLSGPAHVFS CASGTCLPTGSKIEYIDRSSSVIFSNVSAPSAGKNLVGVDFVNYEYAFTTAWEWGDNTRN MTIAVNGAEAKRWAFPLSGGDWQESLRLHIEVDGFVEGTENMVEFRGYGDSFAPDLVVCH SHNNTMFVSLATALWRADRMTVLTHASTGRKRGDHPARVYPISNCDRGLKVAEPSSQKTI MTLVPHTSTLLKTGWTFKQGDRSSTHAYLPARDVPTEIYRDLLKNEKIADPFNDLNELAV QWVGDETWTYRTIFAAPSEYGTANTVTRLRFQGLDTFASVYLNGHKVLESDNMFVEHEVD VSGRLELDENVLEIVFESARKKGRELVEQHKEHRFIVHQTEISRGPVRKAQFHWGWDWGP VLMACGPWKPVSIETWSCQLSSPGVQYELSQNLKSAEVKVKVGWEGVVAAIGFTILKKDS LEAVAEQKIDVSTDDQSGLAEATMAINDIELWWPRGYGQQSLYTIKIQAFAPDHPSPIHD ISQQFGFRRAELITEPDSYGTSFYFRINDIDIFCGGSCWIPGDAFLTRPSPRDSRAWAKL CADGNQTMLRIWGGGIYEDDELYNAADEYGVLIWQDFMFACANYPAYPEYLKSVELEATQ NVRRLRNHPSVVIWAGNNEDYQIVERYGLQYDPDDKDPDSWLKTDFPARYIYEYLLPNVV KQECSNVLYHPSSPFGNGKSTVLRVDPTIGDIHQWNVWHGTMEPYQRLPDLGGRFVSEFG MEAYPHVSTLESCITRKEDLYPGSMVMDFHNKAIGHERRLISYLAENFRIRYDLENFAHL TQVMQSDALTWAYKSWRRQWNTPGDRKCGGVLVWQLNDCWQTMSWSVTDIHGVPKPAFYA IKRTMRPITIGVQRKYQSWTMRPADELWQRDTGHIDMRKLWQDVEHDVWIANSTLQEVDG VVTVRYISIKTGEEIGTRASATVQVAANGITNVLVDHVAQINHVQHPNEPFDSSKADPFV IHATLSINGEYAASDIAWPEPIKYLSFSDPGVQLRYSEDKKTISVSAAKPVKGFVFAENP RSHLSDNGFDLVPGETRDVQVEGFPATALTWRYIEM NT seq 4431 nt NT seq  +upstreamnt  +downstreamnt atggctactacacttatcctttcggcatgcctcgccctgcaagctgcagccagaacggtc agatcacccacacctcctatgggatggaactcgtacaacacctggaactgtttgccctct gaagataagattagaacaagtgcacaaggactcatcgacctcggacttgacaaggctggc tacaacttcgtaacagtcgactgtggctggccctctgaagaccgcgatgctgagggtaaa ctccaatggaatgaaaccctctttccatcgggtggtaaagcacttggcgacttcatccat ggtctggggttggatttcggtctttactctggcgctgggtacctgcaatgtggatcagaa gcgctgcctgcgagtctgggatttgagcagctagatgctgaaagctttgctgagtgggga ggagatagcttgaagtatgataactgctattctacctccaataccaccatggtcgactcc agctctgctgagtcgcagtctccggcacgcttccaacatatggcggccgagttggaagca gtagatcgtgacattcactactacgtttgccagtgggggatcggtaccgatgttggagac tgggctgctgaaattggcaacacatggcgaatcagcaacgacatctacaacgcgtggcgc agcatctggcgcatcacgaatcaagtcgtgccgtactttcggcacacgactgttggtgcg tttgcagacatggacatgttgatcgtcggtctcaatgctctatcagaagaggaagagcgt tttcacttcgggatgtgggcaatcaataagtcgcctcttatcatcggcgccgcactcgac ccagagcgcattagtcagagctctttggccatcatggaaaacaaagaagttattgccatc aatcaagatgctcttgctcagcaggcaatgttggtccgtcgcgacactgaagaagagtgg gatatatggatggggaagctctcgggatcaagaatggtactaggagtcgcgaactggaag aatgactcccaaagcgtaaacttcgacctcgcatcactaggtatagcttcggtcgatgcg cgcgatgtttgggctgcgaaggacgctggtgctttgtctggcactcagacggtagatctg gctgggcatgaactgcgactatggattctatctaacattgtcgaagctgctccgctccaa tcaggctcttataactctgccaccaacgcttcgctctctggaccagcgcacgtgttctcg tgtgcgagcggaacatgccttcccacgggctcaaagatagagtacatcgatcgtagcagt agcgtcatcttctccaatgtcagcgctccttccgccggtaagaacctcgtaggggtcgac ttcgtcaactatgaatacgcctttactactgcttgggaatggggcgacaatacacgaaac atgacgatcgcggtcaatggcgctgaggcaaagagatgggccttcccactctctggcggc gactggcaggaaagtttgcgacttcacatcgaggttgatgggttcgttgaaggcacagag aatatggttgagttcagaggctatggagactcatttgcaccagatcttgtagtatgccat tcgcacaataacaccatgtttgtctcactcgcaactgctctatggcgtgccgatcgtatg actgtgcttacccatgcgtctacagggcgaaagcgtggggaccaccccgcacgcgtctac ccgattagcaactgcgatcgcgggttaaaagtcgccgaaccttcctcacaaaagacaatc atgacgctagtcccgcatacctcaactctgctaaagacgggctggaccttcaagcaaggc gatcgctcttctactcacgcgtatttaccggcccgcgatgtaccgactgaaatctaccgt gaccttctcaagaacgaaaagatcgcagaccctttcaacgatctcaacgagcttgcagta caatgggttggcgacgagacatggacgtaccgcaccatcttcgctgcgccttccgaatac gggactgcaaacacagtcaccagacttcgtttccaaggtctggatacctttgcttctgtc tatttgaatgggcataaggtcctagagtctgacaacatgtttgtcgagcatgaggtcgac gtctcaggcagacttgagttggacgagaatgtcttggaaatcgttttcgagtcagcgcgc aaaaagggtcgcgagctagtggaacagcacaaagagcaccgcttcatcgtacatcaaacg gaaatctcaagagggcctgttcgcaaagcgcagttccattggggatgggactggggtcct gtcctcatggcatgcggtccttggaagccggtttcgattgagacatggtcctgccagctt tcaagcccaggggtgcagtatgagctgtcgcaaaatttgaaatcggcggaggtcaaagtt aaggtcggttgggaaggtgttgtcgctgctataggtttcacaatcctcaaaaaggacagt ctcgaagctgtggcagaacaaaagattgacgtcagcaccgatgatcagtcgggcctcgca gaagctaccatggccatcaatgacattgagctgtggtggccgcgaggctatggtcaacaa tctctctacaccatcaagattcaggcctttgcaccggaccatccgtctccgattcatgac atctctcaacagtttggctttcgccgcgccgaactaatcacagagccagattcgtacggt acgtcgttttatttccgtatcaacgacatcgatatcttttgtggaggttcatgctggata cccggcgacgcgtttctcacgcgcccctccccaagggattcccgtgcttgggccaagctc tgtgctgatggcaaccaaaccatgctcaggatctggggaggtggcatatacgaagacgat gaactatacaatgccgctgacgaatatggtgtattgatatggcaggatttcatgttcgcg tgtgcaaactatccagcctacccggagtacttgaagagtgtggaactggaagcgacacaa aatgtcagacgtttgagaaaccatccaagtgtagtgatatgggcgggcaacaacgaagat taccagatcgtggagcgatacgggctgcagtatgaccctgacgataaggatccagactct tggctcaagaccgactttccagcacggtacatctacgaatatcttctcccaaacgtggtg aaacaagaatgttcaaatgtactgtatcaccccagttcaccattcggaaacggcaagtcc accgtcttgagagttgaccctacaattggcgatattcatcagtggaacgtttggcacggt actatggagccctatcagcgattgcctgatctgggcggacgatttgtctctgagttcgga atggaggcatatccccacgtatctactctcgaatcatgcatcacccgtaaagaagacctc tacccaggctcgatggtgatggactttcacaacaaagccatcggtcatgagcgacggctc atcagctacctcgctgagaatttccgtatcaggtacgatttggagaacttcgctcatctc acccaggttatgcaatcagatgcattgacgtgggcttacaagtcctggcgccgtcaatgg aatacgcctggcgatcgcaagtgcggaggtgtattggtatggcaattaaacgattgctgg cagactatgtcctggtctgttacagacattcatggcgtccctaaaccagccttctacgct atcaagcgtacgatgcgccctatcactatcggtgtgcagcgcaagtaccaaagctggact atgcgaccagctgatgaactgtggcagcgcgacacaggacatatcgacatgcgaaagtta tggcaggatgtcgaacacgatgtctggattgccaatagtaccctgcaagaggttgacggt gttgtgaccgtacgctatatctccatcaagacaggcgaggaaattggcacgagggcttct gctacagtacaggtcgcggccaacggaataactaacgtcttggttgaccatgtcgcccaa atcaaccacgtacaacatccaaatgagccttttgattcatcgaaagccgatccgttcgtc atccatgcgacgttgagtatcaatggcgagtatgctgccagcgatatagcctggccagaa cccatcaagtatttgtcttttagcgatccaggtgtgcagttgcgctactcggaagacaag aagactatttctgtctctgctgcgaagccagtcaagggcttcgtcttcgccgagaatcca cgttcgcatctaagtgataacgggttcgacctagtgcctggggaaacgagagatgtccag gtggaaggtttcccagcaactgctttgacatggagatatattgaaatgtag

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