KEGG   Streptococcus equi subsp. zooepidemicus H70: SZO_05310
Entry
SZO_05310         CDS       T00871                                 
Name
(GenBank) glycosyl hydrolase family protein
  KO
K01186  sialidase-1 [EC:3.2.1.18]
Organism
seq  Streptococcus equi subsp. zooepidemicus H70
Pathway
seq00511  Other glycan degradation
seq00600  Sphingolipid metabolism
seq01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:seq00001]
 09100 Metabolism
  09103 Lipid metabolism
   00600 Sphingolipid metabolism
    SZO_05310
  09107 Glycan biosynthesis and metabolism
   00511 Other glycan degradation
    SZO_05310
Enzymes [BR:seq01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.18  exo-alpha-sialidase
     SZO_05310
SSDB
Motif
Pfam: BNR_2 Glyco_hydro_16 BNR_3 YSIRK_signal Laminin_G_3 Sialidase BNR DUF6807
Other DBs
NCBI-ProteinID: CAW98510
UniProt: C0MCG2
Position
612797..617437
AA seq 1546 aa
MLFNPIGKEQIRKYAIKKLSVGVASVCVGIGLAAGLPVVVYADDVSEVSLQQPTKAAVTE
ISHEQEPQATDTDSEALVVSEETTVDEAVVANAVTSNAADQTADEEKSNAPVELNKVANG
GFDNDYVSNKNQWQYREGGHSVLTTENNNSYAEVTSGTLDEHILQKVSTTVGKTYTLEAD
VKVEADTPHNGLYLTAKESNHNLQGPVIKEVSLTDTDGTWSHIKLSFTATTSETFVGLVK
RLEASSPETLAASASIDNVSVVEENDYELIWQDEFSGDQLNQENWGYELGSIRGNEQQHY
TDSTENIYLENGNLVLNVTERKGEDRYANPRGGTSARQVIYDSGSVRTVGKQEFLYGRIE
ARAKLPKGKGAFPAFWTLGADFTLDGDIASTQGYGWPSTGELDIMELIGAPNGEHEGELA
EGDQSNKTVYGTPHFYYVKGDADKDGSYSPTALGGNLTLSDDFYDDYHIFGINWYPDKIE
WYVDGIVYNTMYLTGDERLEAAAAAFNKPQYLQFNLATGGNWSKNAGYYLASDETAFVID
YVRYYQDAEQKAASEAYYASQPDLKGVKDLTMLEGTSPDLAQAVTTDQEGYVVDFSVENE
YLFTNKGGNTNAALQAAGRDDLSALSELAPGIYNIYYSAVPYNADLGSTVTPTAKIAREV
AILTVLPKEGLIGKKGEPLSTVALPANWQWVTPEEILGSAEHYQIKYTTEGGRAIYTSIE
ASYISDQPISDQASILVDLGNAILDATAEKAAVTDDEALSKLDDVMSLNQGTVTIRYRLD
TADTTVRSSSPLALLSISNQASANEYASFFIEPKNNKIGLEFKGAEVPIVKVGSGFNLLT
NSDWQTISYVFTGSRLKIYLNGDLYGEADFAGFMKQLPWKASADTLTIGGLKRTYDGESV
LHWGLKGLVDQVLIDTDVYDLTDIAKAHQSTLRPVTGEKTNVWDKYDEGVFEYRIPSVVK
TPSGTLIAAADARKKHYNDWGDVATVVRISHDDGKTWSNNITVLDMPTQPYFTTQYSLAD
WNTNMTQSAFSIDSTLLTDASGKLYLLVDVFPESQGAVASKAGSGYELINGQYYLNLYDF
DNNKYTVREGGIVYDQNGHQTDMYVDEGNFETAFSTRGNLYQTEAGEDILLGNIYLRSGR
TKQGITREGSQTAPLFTYMTSFLWLLTSEDEGQTWSTPLDITPQIKEDWMGFLGTGAAAG
IEIDAVNAEGEQVKRLVFPIYYTNQQNATSASLGRQSSANIFSDDGGQTWQRGESPNDGR
IYGHNQQTTSKDFDTSVTELTENQIIQLNNGHLLQFMRNTGKTIVIARSTDYGATWEDNP
TVTDLPEPYVNLSAIHMMVDGKEYVVLSNPLGEPSGEQLTIRNQRMKGILRVGEVLEDDS
INWVASTIFEPKRFAYSSLVQLDDERVGLLYEYSGQITYSTFNIKQMISDQFREDKAEIE
EVTITSAAPKQNGKASITIQMTFNQPMFILGDRQLAVTVNGVDKLASYVSGDGTDTAIFE
LSLESMPEGPITVLPQFDHTIVETKYGIRLTDDKAYTVSYPAAVTA
NT seq 4641 nt   +upstreamnt  +downstreamnt
atgttatttaatcctatcggaaaagagcaaattagaaaatatgccatcaaaaagcttagt
gtcggtgttgcttcagtgtgtgtgggtattggtcttgctgctggtctgccagtggttgtt
tatgctgatgacgtttcagaggtaagcctacagcagcctacgaaagcagcagtaacagag
ataagccatgagcaggagcctcaagctacagatacagatagcgaggccttagtagtctca
gaggagacgacagtagatgaggcagtagtagctaatgctgtgaccagcaatgctgctgat
cagacagcagacgaagagaagtctaacgctcctgttgagctcaacaaggtggctaatggt
ggttttgataatgattatgtgtccaataagaatcagtggcaatatagagagggaggtcat
tcagtccttacaacagagaataataatagctatgctgaggtaacaagcggcactttagat
gagcatatccttcaaaaggtgtctacaacggttgggaaaacctatacgctagaggctgat
gtgaaggttgaagctgacacacctcataatggcttataccttaccgctaaagagtccaat
cacaatcttcagggccctgttatcaaagaggtcagcctcacagatacagacggtacttgg
tcacatatcaagctctcctttacagcaacgacttcagaaacctttgttggcttagtcaaa
cggttggaagcttcttcaccagaaaccttggctgcctctgctagtattgacaacgtgagt
gtcgtagaggaaaatgattatgaattgatttggcaggatgagttttcaggagatcagctc
aatcaggagaactggggatatgaattgggaagtattcgcgggaatgaacagcagcactac
acagacagcacagagaatatttatcttgaaaatggtaatcttgttttaaatgtcacagag
cgtaaaggtgaggaccgttatgccaatcctagaggaggaacaagcgcacgtcaggtcatt
tatgattccggtagtgtacgaacggttggcaagcaagaatttttatatggtcgtatcgaa
gctagggccaagcttcccaagggtaagggagcctttccagccttttggacattgggggct
gattttaccttagatggtgatattgcgtcaactcaaggctatggctggccaagcacaggt
gagcttgatattatggagctaatcggtgctcctaacggtgagcatgagggtgagcttgcc
gaaggcgatcaaagcaacaagacggtttatgggactccccatttttactatgtcaagggt
gatgcggacaaagatggaagctatagcccaacagcattgggtggcaatctgacattaagt
gatgacttttatgatgactaccatatctttggtattaattggtatccggataagattgaa
tggtatgttgatgggattgtttacaacaccatgtatttaaccggtgatgaacgcttagag
gctgccgcagctgcctttaataagcctcaataccttcagtttaaccttgctactggaggc
aattggagtaaaaatgcaggctattatttggcttcagatgagacagcctttgtgattgat
tatgtgcgttattatcaagacgctgagcaaaaagcagcttcagaagcctactatgcctca
cagccagacctcaagggagtcaaggacttaacgatgctagaaggcaccagtcctgattta
gctcaagctgtaaccactgaccaggaagggtatgtggttgatttttcagttgaaaatgaa
tatttgtttactaacaagggtggaaataccaatgctgctttacaggctgctggtcgagat
gatttgtcagccttgtctgagctagctcctggtatttataacatttactatagtgctgtt
ccttacaatgctgatttaggctcaacagtaacaccaactgctaagattgcaagagaagta
gctattttaactgtattacctaaagaaggtctgattggtaagaagggagaacccttatct
acagtagccctgccagccaattggcaatgggttacgccagaggagatcttgggaagtgca
gagcattatcagatcaaatacaccacagaaggcggacgagctatttatacaagcatagaa
gcaagctatatctcagatcagccaatctcagatcaagcatccattttagttgatttaggc
aatgctattttggacgcaacggcagaaaaagcagccgtaacagatgacgaggctcttagc
aagctagatgatgtgatgagcttaaatcaaggaacagtaacaatcaggtaccgcctagat
actgctgatacaacagtgagaagctcatcgcccttggccttgttatcgatctcaaatcaa
gcatcagctaatgaatacgcctctttctttatcgagcctaaaaacaataaaataggtctt
gaatttaaaggagctgaggttccgattgtaaaagttggctcaggctttaatttattaacg
aactcggactggcagacgatcagctatgtctttacagggtctaggctaaagatttacttg
aatggtgacttatatggggaagctgactttgctgggtttatgaagcaattaccttggaag
gcttctgctgatacgctaacaattggaggcttgaaacgcacctatgatggtgagtcggtc
cttcattgggggctaaagggattggttgatcaggtgctgattgatacagatgtgtatgat
ctgacagatattgctaaggcacaccagtcaacccttcgaccagttactggtgaaaagacg
aatgtttgggataaatatgatgaaggtgtctttgaatatcggattccctctgttgtcaaa
acgccatcaggaaccttgatagccgcagcagatgcaagaaagaagcactacaatgactgg
ggagatgttgcaactgttgtcaggataagccatgatgatggcaaaacctggagtaataac
attacggtcttagacatgccaactcaaccttattttacaacacaatatagcttggctgat
tggaataccaacatgactcaatctgctttttcaatagactccaccttgctaacagatgct
tctggcaagctttatttgctggtagatgtctttcctgagtcacagggtgctgttgcttct
aaagcaggctcaggatatgaattgattaacggtcagtattatttaaatctttatgatttt
gacaataataaatacactgtacgtgaaggtggtatcgtctatgaccagaatggccatcag
acagatatgtatgttgatgagggcaattttgagacagcctttagcacacgcggcaacctc
tatcaaacagaggcaggagaggatattctactagggaatatttatctgagaagtggtcgc
actaagcaaggcatcactagagaaggctcacaaacagctcctctatttacttacatgacc
agctttttatggctgctaaccagtgaagacgaagggcaaacctggtccacacctcttgat
attactccacaaataaaagaagactggatgggatttttaggtacgggtgccgcagctggc
attgaaatagacgcagtcaatgcagagggtgagcaggtgaaacggttagttttcccgatt
tactataccaatcaacaaaatgcgacatcagctagtctaggtcgtcaaagcagtgctaat
atttttagtgatgatggcggtcaaacatggcaacgaggtgaatcaccaaatgatggcaga
atttatggtcataaccaacaaacaacctctaaggattttgatacatcagtcacagaattg
acagaaaatcaaatcattcagctaaacaatggtcacttattacagtttatgcgcaatacc
ggaaagacaatcgttattgccagaagcacagactatggtgcaacctgggaggataatcca
accgtcacagatctaccagagccatatgttaatctatcagctattcacatgatggttgat
ggcaaggaatatgttgtcttatcaaatcctttaggagagccttcaggtgagcagctgaca
attagaaatcaacgcatgaaagggattttacgtgtcggcgaggtgttagaggacgacagt
attaattgggtggcttcaaccatttttgagccaaaacgttttgcttattctagcttggtt
caactagatgatgagagggttggtttattatacgaatacagtggtcagatcacctattca
acctttaatatcaagcagatgatctcagaccagtttcgtgaggataaggctgaaattgaa
gaagtaacaataacgtcagcagctccaaagcaaaatggcaaagcaagcataaccattcag
atgacctttaatcaaccgatgtttattcttggtgatcgtcagttagcagttactgtaaat
ggcgtagataagcttgccagctatgtttcaggagatggcacagacacagcgatatttgaa
ttgtctctggagagtatgcctgaaggaccgataactgttttaccgcagtttgaccatact
attgttgaaaccaaatacggcattagattgacagatgacaaggcatacactgtctcttat
cctgctgctgtgacagcatag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (5)   
   KEGG ENZYME (1)   
   KEGG REACTION (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (8)   
   Pfam (8)   
All databases (29)   

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