KEGG   Streptococcus suis GZ1 (serotype 2): SSGZ1_0621
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
Brite
KEGG Orthology (KO) [BR:ssw00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    SSGZ1_0621
  09103 Lipid metabolism
   00600 Sphingolipid metabolism
    SSGZ1_0621
  09107 Glycan biosynthesis and metabolism
   00511 Other glycan degradation
    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
SSDB
Motif
Pfam: Glyco_hydro_16 Glyco_hydro_20 F5_F8_type_C Gram_pos_anchor AlphaC_N
Other DBs
NCBI-ProteinID: ADE31080
UniProt: D5AGW5
Position
661083..665342
AA seq 1419 aa
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   +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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Ontology (3)   
   KEGG BRITE (3)   
Pathway (5)   
   KEGG PATHWAY (4)   
   KEGG MODULE (1)   
Chemical substance (13)   
   KEGG COMPOUND (13)   
Chemical reaction (12)   
   KEGG ENZYME (1)   
   KEGG REACTION (11)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (43)   

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