Streptococcus suis GZ1 (serotype 2): SSGZ1_0621 Help Entry SSGZ1_0621        CDS       T02023                                  Name (GenBank) ArcH   KO K12373   hexosaminidase [EC:3.2.1.52] Organism ssw  Streptococcus suis GZ1 (serotype 2) Pathway ssw00511   Other glycan degradation ssw00520   Amino sugar and nucleotide sugar metabolism ssw00600   Sphingolipid metabolism ssw01100   Metabolic pathways ssw04142   Lysosome Brite KEGG Orthology (KO) [BR:ssw00001]  09100 Metabolism   09103 Lipid metabolism    00600 Sphingolipid metabolism     SSGZ1_0621   09107 Glycan biosynthesis and metabolism    00520 Amino sugar and nucleotide sugar metabolism     SSGZ1_0621    00511 Other glycan degradation     SSGZ1_0621  09140 Cellular Processes   09141 Transport and catabolism    04142 Lysosome     SSGZ1_0621  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03110 Chaperones and folding catalysts [BR:ssw03110]     SSGZ1_0621 Enzymes [BR:ssw01000]  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      SSGZ1_0621 Chaperones and folding catalysts [BR:ssw03110]  Intramolecular chaperones   Others    SSGZ1_0621 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Glyco_hydro_16 Glyco_hydro_20 F5_F8_type_C Gram_pos_anchor AlphaC_N Motif Other DBs NCBI-ProteinID:  ADE31080 UniProt:  D5AGW5 LinkDB All DBs Position 661083..665342 Genome browser AA seq 1419 aa AA seqDB search MKKETSKFTKKVILGQLLICTSFLVWAGQTVAAEEVSQGEPVAINNETPPVIEAKPLVEA TPSTETEPSTPEEKQEEPQVAGKNVVEGKKPVTNSQHQMVSELSTVPSVSIKNPDAATDG SAYGSSDDANSNTKIIAGKETGEPDNGYSKWDHVYVQYDFEKEVPVHTVKIHRNTYDNAV STFKDVKVELSTSADFSPETTEVIFKQADVEETIANKGQPQVIQLPAPINARYIRIWGRG HYIQNTNSSWKGYSNGVLFNEIEVLAQVEADAGTNEEPQTELVNLAKLKKPYFYGKAPTN PEAINDGKFDENYTTQESIGDKAYLQYEFRNVYTIEEIKVQLAPGEYRNFRIDLDDDYND GNNYNTIYKNENFTIDKEQIITIKTPKNSKARYVRFRGTRVDDTPLRYSEIQIMGRGKSY DESAPEYVPPKSEYDTLVWSDEFNGDKIDESKWQIIDGMWNHAAIYNRKAVSIKKDGDKS YLSIRSTNHKDKKTLVEAVGHDRYDDKELPDKVTWSSGRLESKDKYSFQFGRMAVRAKVN DSKGIWPAIWMLAQDETGHDEIDVLEYLGQNPWYAWTTNHFGILAKNKKSDGSAYKNYEA WSQEFHVYEVEWTPDVIKWYIDGKFVFQTDRGKDRDGMHTRPMFPILETQVGDGWVGDVD YKRNMTKQDSEYLVDWVRIYQKADQSKVRFDNLDDAKPNDYVIKPQQKLGHLVTVSNGKA AHENKNNFYYGGQPRYETSRLYADGDGENALVYKIANPEALHLTTYYKTLEDYSVYNKEA GANEGKSVRKHLINAKDGEIDFTVYSSVDGKSWNKENVTVVDNFVEATPAYARTTFDIRN IRKGTKFVKIVFPTVKGISYKLEDGTEKGLQASDVQLAKVTFVATHPEAEPEKPIVDQEK LALSKVFSLDAGRKYFSVNQIKEIIDLISSYGYTDMNLLLGNDGLRFLLDDMNLTVGDKV YDSEAVRKAIINGNKHYYDDPNGTTLSQSEMDDILAYAKEKNISIIPTINSPGHMDAIVE AMEELGIKSPKFSYNGKTSARTVDLKNDQAVAFTKALIDKYASYFAGKSKIFNIGLDEYA NDATNASGWHILQTQGDYGKFIQYANDLAAIVKKHGLEPMAFNDGIYYNHDTSSGTFDKD IIASFWTGGWGGYDVASSKFLHEKGHKILNTNDAWYYVIGREAEGLGWYNLDQGLRGTKS TRFDQVPKSENTKVPIIGSMVAVWADDPSKPYSYDSIKKLLHSFTENNSDYFLAEYRDLR EEVGKIPTDLNSYTPESVATLKEVLNKIDWKLSRNNQAFVDGYLAEVKAAREALVPVTAK GDSVKAEPLPEGKLPLITAKGKSVQAEPRPAFKGYLTSNYGPSVTPLSLVSKPSSEQSNS KQAASQKKELPNTGVVDGLGFSLLGMIGLAFASRRRKKE NT seq 4260 nt NT seq  +upstreamnt  +downstreamnt atgaaaaaagaaacaagtaagtttacgaaaaaagtcatccttggtcagcttctcatctgt accagttttttggtatgggcagggcagactgttgcagcagaggaggtatctcagggagaa ccagtagcaatcaacaatgaaactccacctgttattgaagcaaaaccacttgtagaagct actccatcaactgaaacagaaccttcaactccagaagaaaaacaggaggaaccacaagta gctggtaaaaatgtggtagaagggaaaaagccagtaaccaacagccagcatcagatggtt tctgaattatcaacggtcccttctgtttctataaaaaatccagatgcagctaccgatggg agtgcttacggtagtagcgacgatgccaatagcaataccaaaatcattgctggtaaagaa actggcgaaccagataacggttactccaagtgggatcatgtttacgttcagtatgatttt gaaaaggaagttcccgtccatactgtaaaaattcatcgtaatacttatgacaatgcagtg tctacttttaaagatgttaaagtggaattgtctacaagtgcagatttttctcctgaaacc acagaagtcattttcaaacaggcagatgtagaagaaacaattgcaaataaaggacagcct caagtcatccaattaccagcaccaatcaatgctcgttatattcgtatttggggacggggg cattatatccaaaatacaaacagttcctggaagggatatagtaatggcgttctctttaac gagatagaagtcttggcgcaggttgaagcagatgctggtacgaatgaagaaccacaaacc gagctagtcaacctcgctaaattgaaaaaaccatatttctatggtaaggctccaactaat ccagaagccattaacgatggaaagttcgacgagaattatactactcaagaatcaataggg gataaagcttatcttcaatatgaatttagaaatgtctatactattgaggaaatcaaggtt cagttagctcctggagagtatcgtaatttccggatagatttggatgatgattataatgat ggtaataattataatacaatctataagaatgaaaatttcaccattgacaaggaacagatt ataacaattaaaactccgaagaactctaaagcgcgttatgttcgctttagaggtacgcgc gtagatgatactcctcttcgatattcagaaattcagattatgggacgaggaaaatcttat gacgaatctgctccagaatatgttccaccaaaatctgaatacgatacattagtctggtct gatgaatttaatggcgacaagattgatgaaagtaaatggcaaattattgatggcatgtgg aatcatgcggctatatacaatcgtaaagcagtttctatcaaaaaagatggcgacaagagc tatttgtctatccgtagcacgaaccataaggataaaaaaactttggttgaagcagttggg cacgatcggtatgatgataaagaattaccagataaagtaacatggtcttctggtcgccta gaatctaaagataagtattctttccaatttggtcgaatggctgttcgagctaaggtaaat gactctaagggaatctggcctgctatttggatgttggcacaggatgagaccgggcatgac gaaattgacgttttggaataccttggtcaaaatccatggtatgcatggacaactaaccat tttggtattttggcaaaaaataaaaaatctgatggctcagcttataagaattacgaagct tggagtcaggaattccatgtctacgaagtcgaatggactccagatgtcatcaaatggtat attgatggaaaatttgtttttcaaacagaccgtggtaaggatcgggatggtatgcacacc cgccctatgttcccgatactggaaacccaagttggtgatggctgggttggtgatgttgat tacaaacgcaacatgactaaacaggatagtgagtacttggttgattgggttcgaatttat caaaaagcagatcaaagtaaggtacgttttgataatctagatgatgccaagcctaatgat tatgttattaagccgcagcaaaaacttggtcacctcgtaacagtctctaacgggaaagca gctcatgaaaacaaaaataatttctactatggaggtcaaccacgttacgaaacaagcagg ctctatgctgatggtgatggcgaaaatgcactagtctacaagattgctaatccagaggct ttgcacttaacgacttattacaaaacacttgaagactattctgtctataataaagaagca ggggctaatgaaggaaaatctgttcgcaaacatttgataaatgcaaaagacggtgaaatt gacttcactgtgtattcatctgttgacggcaaaagctggaataaagagaatgttactgta gtggataattttgtagaagcaaccccagcttatgcacgcactacatttgatattcgcaac attcgaaaaggtactaaatttgtgaagatcgtctttccaacggttaaaggtatttcctat aagttggaagatggaacagagaaaggcttgcaagccagtgatgtccagttagcaaaagta acttttgtagctactcatcctgaagcagaaccagaaaaacctattgttgatcaagaaaaa ctagccttgtccaaagttttttcactcgatgccggtcgcaagtatttctctgtaaatcag ataaaggagattattgatttaatttcttcttatggttacacggatatgaacctcttattg ggaaatgatggtctgagatttttattagatgatatgaatttgaccgttggagataaggtg tatgacagtgaagcagttagaaaagcaataataaatggtaataagcattattatgacgat ccaaacggtacaaccttaagtcagagtgagatggatgatattcttgcttatgctaaggaa aaaaatatttccattattccaactatcaatagcccaggtcatatggatgcgattgtagaa gcaatggaagaattggggataaaatcgccaaaatttagttataatggcaaaacatctgca cgtacagttgatttaaaaaatgaccaagcagttgcttttactaaagccttaattgataaa tatgctagttactttgcaggcaaatctaaaattttcaatattggcttagatgagtatgct aacgatgctacaaatgcttctggatggcacattcttcagacacaaggtgattatggtaag tttattcaatatgccaatgatttagcagctatcgtcaagaagcatggtttagagccaatg gctttcaatgatggtatctattataaccacgatactagttcgggtacttttgataaagac attattgcttctttctggacaggaggttggggaggatatgatgttgcttcctcaaaattc cttcatgaaaaagggcataaaattcttaatacaaatgatgcttggtactatgttattgga cgtgaagcagaaggtttgggatggtataaccttgatcaaggtcttcgaggaactaaatct acaaggtttgatcaagtaccgaaatctgagaatactaaggtacccattattggtagtatg gttgcggtatgggcagatgacccaagcaagccttacagctatgactcaattaaaaaactt ttgcacagttttacggaaaacaattctgattattttttggcagagtaccgagatttgcga gaagaagttgggaagattcctactgatttaaattcctatacaccagagagcgtggcgact ttaaaagaggtcttgaacaagattgattggaaactaagtagaaataaccaagcgtttgtt gatggttacttggcagaagtaaaagcagcgcgtgaagcgttagttcctgtgacagcaaag ggagacagcgtcaaagcggagcccttaccagaaggcaagctacctctgattactgctaaa ggaaaaagtgtccaagcagaaccacgccctgcctttaagggatacctgacatcaaactat ggaccatctgtcacacctttatccctcgtatcaaaaccaagcagtgagcagtcaaattcc aagcaagcagcttctcagaagaaagaattgccaaatacaggagtagtagatggtcttgga ttctctctccttgggatgattggtctggcatttgctagtcgccggcggaagaaggagtaa

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