Alternaria alternata: CC77DRAFT_1058611 Help Entry CC77DRAFT_1058611 CDS       T05291                                  Name (RefSeq) glycoside hydrolase   KO K01207   beta-N-acetylhexosaminidase [EC:3.2.1.52] Organism aalt  Alternaria alternata Pathway aalt00520   Amino sugar and nucleotide sugar metabolism aalt00531   Glycosaminoglycan degradation aalt01100   Metabolic pathways aalt01501   beta-Lactam resistance Brite KEGG Orthology (KO) [BR:aalt00001]  09100 Metabolism   09107 Glycan biosynthesis and metabolism    00520 Amino sugar and nucleotide sugar metabolism     CC77DRAFT_1058611    00531 Glycosaminoglycan degradation     CC77DRAFT_1058611  09160 Human Diseases   09175 Drug resistance: antimicrobial    01501 beta-Lactam resistance     CC77DRAFT_1058611 Enzymes [BR:aalt01000]  3. Hydrolases   3.2  Glycosylases    3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds     3.2.1.52  beta-N-acetylhexosaminidase      CC77DRAFT_1058611 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Glyco_hydro_3 Acetyltransf_1 Glyco_hydro_3_C Acetyltransf_7 Motif Other DBs NCBI-GeneID:  29113741 NCBI-ProteinID:  XP_018389542 JGI:  1058611 UniProt:  A0A177DY67 LinkDB All DBs Position Unknown AA seq 934 aa AA seqDB search MSKVENMDPVWDDLDRTMGQLFMMGFDGTSVTPHIRTLIEEHHVGCILLTAKNLKSAEDT TQLIYELQKIAHDAGHPVPLAIGIDQENGGVNSLFDDIYIRQYPSNMGMAATGSTELAFE VAKATAQEIAACGINWIFGPCLDVLTNARNQPLGVRTAGDDPQEVSAFGCAFMAGYKDAG VVTLGKHFPSYGNLEFLGSTLDVPIITESLEQLSLSALIPFKKAIERGLDSMMVGGCAMS SAGLNAMHACLSEQVVDELLRTDLKFDGVVVSECLEMDALSHNIGVGGGTVMAVNAGCDV VLLCRSFSLQQEGLKGLKTGIETEMVSKERIFNSLRRVLAMKKKCTSWEKALNPPGINYL EKLQPSHTALSTKAYNSSITVVRDKNRLLPLTNILESEEELLLLTPLVKPLAASAASRAI SDAANGAAGHSPEPAVWDRSSSVMSGERVFRELGRSLARQRNGRLLHTSYTANGVRPVHE NLINRASAIIVLTADANRNLYQHGFTKHVSMICNMQYTTGGERREKPLIVVAVSSPYDFA IDTSIGTYICTYDFTETALNSLVRVLYGELTPSGTLPGTISKSQKLHPSKQHWLVEIFNE ERDGNALDTLVAAVVESTAPSQRSEMASATSNSFILHHPEVEESHFVVRNSSTQALYGFC STYFFKATGTGVIGALFVDPARRKLSIGHSLHNRAIRTLLQKEGIKRFQLGSRLPSMYLG IPTGHGNERKRLRSWFAQLGWGAALSRPVCNMVARNLQTWTPPTGMAKSLASAGAQFDLV YGWDYAGPILDHIKTSNRQGLAEVYKLALTDPTACGIIRAKRPEDGALVGTVVLYNSHSR LAEYIPPLKHLNEAAGGISSPVISPGVGEYSTLLQGLILLGMRQIKQLGCNACLLDYMDG DGNFDGFSAMGFDVMHNFEEVSCDAATWTMIPPA NT seq 2805 nt NT seq  +upstreamnt  +downstreamnt atgagcaaggtcgagaacatggatcctgtctgggacgacctcgataggactatgggccaa ctgttcatgatgggcttcgatggcacctcggtcactccccacattcgtacgctgattgag gaacatcatgttggctgcatactacttactgccaagaatttgaaatcggccgaagatact acccagcttatctatgagctacagaagattgctcacgatgcgggccaccctgttcctctg gccattgggatcgatcaggaaaatggcggcgttaacagtcttttcgatgacatctacatc cgccaatatcccagtaacatgggaatggcagcaacaggctcgaccgagttggctttcgaa gtagccaaggcgactgcacaggagattgctgcgtgtggcattaactggatcttcggtccg tgtctggatgtactcaccaatgcacgcaaccagcctttaggggtaaggacggctggtgac gatccccaggaagtttctgcctttggctgcgccttcatggcaggctacaaggacgccggg gtggtgactttgggtaaacactttccttcttacggtaatctggagtttctaggctcaaca cttgacgttccgatcatcacagaatccttagagcaacttagcctaagcgctctgatacca ttcaagaaggctattgagagaggccttgattccatgatggttggtggctgcgccatgtca tcggccggactgaatgcgatgcatgcttgtttgtctgagcaagttgtcgacgaactcctt cgaacagacctgaagtttgatggtgtcgtggtctcggagtgtttggagatggatgctctc agtcacaacattggtgtaggcggcggcacagtgatggcggtcaatgctggctgcgatgtg gtacttttatgtcgatccttctcgcttcaacaagaagggctgaaaggcctcaagactggc atcgagacggagatggtctcgaaagagcgcatcttcaattcactcagacgcgtgctagcc atgaagaagaagtgcacatcatgggaaaaagccttgaacccgccgggcatcaactacctg gaaaagctgcagccttcgcatactgcactatcgaccaaagcgtataacagctccatcaca gtcgtccgagacaagaatagacttttgccgctaacaaacatacttgagagcgaagaagag cttcttctgctgacaccgcttgtgaagcccttggctgcatcagcggcgtcacgagcaata tctgatgctgctaacggcgcggcaggccattcgccagagcctgctgtatgggatcggagc tcgtcagtaatgagtggggaacgagtctttagagaactgggccgttctctcgccaggcaa cgcaacgggagactacttcacacatcttacactgcaaacggtgttcgcccagtccatgaa aatctcattaatcgggcaagtgcaatcatcgtacttacggctgacgccaaccggaatctg taccagcatggtttcaccaagcatgtctcaatgatttgcaacatgcagtacacgactggt ggcgagaggcgcgaaaaacctttgatcgtcgtggcagtttcaagcccgtacgattttgca atcgatacatcgattgggacatacatatgcacctacgatttcacagagacagcactcaac tccctcgtcagggtactgtatggcgaattgactccttctggaacactaccgggcactatc agtaagagccaaaagctccatccaagcaagcagcattggttagtcgagatcttcaacgaa gagcgagacggaaacgctctggatacgttagtcgcagctgtcgttgaaagcacagctccg agccaacggtcagagatggcaagcgcgacgtcaaattcattcatcctgcaccacccggaa gtagaagaatcacacttcgtcgtcagaaacagcagcacacaagcactctatggattctgc tcgacctacttcttcaaggccacaggcaccggtgtgattggggctctgtttgtagatcca gcaaggagaaagctctcgattggtcattcgctgcacaaccgagctattcgtacacttctg cagaaggagggtatcaagagatttcagcttgggtcacgcctcccaagtatgtatcttgga atcccaaccggacatggaaatgagcgcaaacgacttcgatcgtggtttgctcagcttggc tggggcgcagcactttctcgtcccgtctgtaacatggttgcgcgcaatttgcagacatgg actccgcccacaggcatggccaagagtctagcaagtgcaggagcacaatttgaccttgtg tacggatgggattatgcaggacctattcttgaccatatcaagacgagcaatcgccaaggc ttagcggaggtgtacaagcttgccctcacagacccgacagcttgtggtatcattcgggca aaacgaccagaagacggcgcgttggtgggtactgttgtgctttacaatagccactcgcga cttgctgagtacatacctccgctgaagcacctcaacgaggcggctggaggtatttcctca cccgtcatatcacctggagtaggagagtactcgacactactgcaggggctgatccttctt ggcatgcggcagatcaagcagctggggtgcaacgcatgcttgctcgactatatggacgga gacggcaacttcgacggcttttcggcaatgggattcgatgtcatgcataactttgaggaa gttagctgcgatgctgcgacatggactatgatcccgcccgcatga

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