KEGG T00050: SPy

Streptococcus pyogenes SF370 (serotype M1): SPy_1586

Entry

SPy_1586 CDS T00050

Definition

beta-galactosidase

Orthology

K01190

beta-galactosidase [EC:3.2.1.23]

Organism

spy Streptococcus pyogenes SF370 (serotype M1)

Pathway

spy00052	Galactose metabolism
spy00511	Other glycan degradation
spy01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Galactose metabolism [PATH:spy00052]
Metabolism; Lipid metabolism; Sphingolipid metabolism
Metabolism; Glycan biosynthesis and metabolism; Other glycan degradation [PATH:spy00511]

SSDB

Motif

Pfam:

Glyco_hydro_2_N Glyco_hydro_2_C Glyco_hydro_2 BetaGal_dom4_5 Cellulase-like

Other DBs

NCBI-GI:

15675473

NCBI-GeneID:

901834

UniProt:

Q99YQ8

Position

complement(1303364..1306870)

AA seq 1168 aa
MVYRQKSSEIVTRTITKPSRATSNVKQEIDMTPDSKEQTVTGYQYHYIDQEGRKQPFNQG
WRFLMADVACAQDPSFDDSNWQVIHLPHDFSLTQPYTRNGEAESAYKLGGVGWYRHYLVL
DEVLAGCHVAITFEGSYMETEIYVNGQFIGKHLNGYQEFTYDISDVVTFGAENLLAVRVE
NKVPSSRWYSGSGLYREVSLSVLPQLHFVADQVAMTLADTAVQEKGQQKVDLRFALNQSI
QTCHYQLSLCLWEQSHCSKDKKLLYQETEVPLADLAFQRQYGLTLSLEELQLWSPDNPHL
YDLELTLYYQGQVIDCFCLETGFRQLTFMANQGLFVNGRAVKLKGVCLHHDQGGLGACAY
EDALARQLVLLKDMGANTIRSTHNPSSPKLRQLANRLGFFVIEEAFDTWTYAKNGNVNDF
SNYFHQTIGTENANYLQRVRSPETSWAQYSIEAMVWSAKNDPSVLMWSIGNELMEGFSAD
VSHYPELTRQMCQWITAIDTSRPITFGDNKLKEADFCWHEEVSQMATLLSQLDHPQGLIG
LNYADGKDYDRLHEEHSDWLLYGSETVSAITSRAYYKETKKVLDSGYHLTSYDHAKVDWG
AFASQAWYDTITRDFVAGECVWTGFDYLGEPTPWNKIDSGVVGLWPSPKNAYFGILDTAG
FPKDSYYFYQSQWAQGQTTLHLLPVWQKDQLCFDEQGLVEVVVYSNAASVQLMFEDEQGN
LTDYGRKAFHTYSTPTGHTYQLYQGADAAKNPHENLYLTWRVPYQKGLLRAVAYDISGKS
IPKTSGRSQVRTYGSVAKLSWKAFEAPIDAPWELLYLDLSLLDSRGELVSHAQDWLQVQV
EGPARLLALDNGNPTDHTPYQEPLRQAYGGKLLAILALTGEAGHIKVTAKASQQLSSVFQ
TQVACRAPKEHLVTLPLEKYQFKKSRLTSQQEIGQSCLKTTQFLSVLENKDTQQKAGKAS
TPHILITSYQHYLSLPLQVCSQAFDFKKGDDIFLPQWLQVKDAQGSLVKKAFSMTWYLKE
KIFAKPILVTGYVSCFGQSIPVEARLNLAQASKRRHQDLSLVAKQSLAASQKRLTYCYQY
DTVQAIGAISLQNHTGTSLSVSVAISYGSQSSIKQETLMLADSHLSQLEEVIFFDDILTV
LYLAVTLEVIEGPDLTEDSIQIGLWDLA

NT seq 3507 nt +upstreamnt +downstreamnt
atggtttatcgccaaaagagttcagagatcgttacaaggacaattaccaagccatcaagg
gcgaccagtaacgtcaaacaggagattgatatgacaccagatagcaaggagcagacagtg
actggctaccaataccactatattgatcaagaaggaagaaagcagccctttaatcaaggc
tggcgttttcttatggcagatgtggcgtgtgctcaggacccttcttttgatgattcgaac
tggcaggtgattcatttaccacatgatttcagtcttacgcagccttacacaagaaatggt
gaagctgaaagtgcttataaattaggtggtgtcggttggtatcggcattatctcgtgtta
gatgaggttttagctggttgtcatgttgccattacttttgagggttcctatatggaaacg
gaaatttatgttaacgggcaattcattggcaaacacttaaatggctatcaggaatttact
tatgatatctctgatgttgtgacttttggagctgaaaatcttctggctgtccgggttgaa
aacaaggttcccagttctcgttggtattcaggcagtggtctttatcgtgaagtgagtttg
tctgttcttccccagcttcattttgtggcagaccaggtagcaatgaccttggctgatact
gctgtgcaggagaaagggcaacagaaagttgatttacgctttgccctcaatcagtctatt
cagacttgccactaccaattgagcctctgtttatgggaacaatcacattgctcaaaagac
aagaaactcctttatcaagaaacagaagtgcctctagctgatttggctttccaaagacag
tatggtcttacactgtctttggaagaactccaattgtggtcaccagataatcctcacctc
tacgatttagaactcactctttactatcaaggtcaggtcattgattgcttttgccttgaa
actggttttcgtcagctgacttttatggccaatcaggggctttttgtgaatggcagagct
gtcaaattaaagggagtttgtttgcatcatgaccaaggaggcctaggagcttgtgcttac
gaagatgccctagccagacaattagtcctgttgaaagacatgggggctaataccattcgt
agcacccataacccaagtagtcccaaacttaggcaactagccaatcgtctcggctttttt
gtgattgaagaagcctttgacacctggacctatgccaaaaatggaaacgttaatgacttt
tcaaactatttccatcagactatcggaactgaaaatgcaaactatcttcaaagagtgagg
tcacctgaaacgagctgggcccagtatagtattgaggccatggtctggtctgccaagaat
gacccgtcagtgttgatgtggtcgattggtaatgaattgatggagggtttttcagccgat
gtcagtcattacccagagctgacaagacaaatgtgccaatggattactgctattgacacc
tcacgtcccattacctttggggacaataaattaaaagaagctgacttttgctggcatgag
gaagtgtcgcaaatggcaactcttcttagtcaattagaccatcctcagggactcattggg
ttaaactatgctgatggaaaagactatgataggcttcatgaggagcactctgattggctg
ttgtatggttctgaaacagtctcagccattaccagcagggcttattataaagagacaaaa
aaagttcttgactccggttatcacctaacctcttatgatcatgctaaggttgattggggt
gccttcgctagccaggcttggtatgataccattacccgtgattttgttgctggcgaatgc
gtttggacaggctttgattatttaggagaacctaccccctggaacaagatcgacagcggt
gttgtaggcctttggccttctcctaaaaatgcctactttggcattttagacacggcaggc
tttccaaaagatagctattatttttaccaaagtcagtgggcgcaggggcagaccaccttg
cacctgttaccagtctggcagaaggaccagctttgtttcgatgagcagggattggtggag
gttgtggtttatagcaatgctgccagtgtgcaactgatgtttgaagatgagcagggcaac
ttaacagattatggaaggaaggcatttcatacttatagcacgccaacgggacacacttat
cagctttaccaaggagctgacgctgctaagaatcctcacgagaacctttacctgacttgg
cgagtgccctatcaaaaagggttgctaagggcagtggcctacgacatttctggtaaaagc
attccaaaaaccagtggacgttctcaggttagaacctatggttcagtggcaaagctatct
tggaaagcctttgaagcacctattgacgctccttgggaattgctttatctggatttatca
ctcttggatagccgaggtgaattggtcagccatgctcaagattggttgcaggttcaagta
gaaggaccagcccgtttgttggctcttgataatgggaatccgactgaccacaccccttat
caggagcctctgcgccaggcatatgggggaaaattattagccattttagccctcactgga
gaggcgggacacattaaggtcacggcaaaagcctcgcagcaacttagcagtgtttttcag
acacaagtagcctgccgtgcccccaaagaacacttagtgacactacctttagagaaatat
cagtttaaaaagagccgactgacaagtcaacaagaaattggtcaatcttgtctaaagacc
acacaattcctttctgttttggagaacaaagacacccagcaaaaagcaggtaaggctagc
acacctcacattcttatcactagttaccagcactatttatctctgcccttgcaggtttgt
tctcaggcatttgattttaaaaaaggcgacgatatcttcttgcctcagtggctccaagtc
aaagatgcccaaggttctcttgtgaaaaaagctttttcaatgacgtggtacctaaaagag
aaaatctttgccaagcctattcttgtcacaggctatgtttcttgttttgggcaatcaata
ccggttgaggcaaggcttaacctagcacaagctagcaaaagacggcaccaggatctcagt
ttagtcgccaagcaatccctggccgcaagtcaaaaaaggctaacttattgctaccaatat
gatacggtgcaagccataggagccattagcttgcaaaatcacacaggcacatctcttagt
gtttctgtggcaatcagttatggtagtcagagctctattaagcaagaaaccttgatgcta
gctgatagccacttgagccagttagaagaggttattttcttcgatgatattttgactgtt
ttgtatctggcagtgacccttgaagtcattgaaggacctgacctaactgaagacagtatt
caaattggcctttgggatttagcatga

All links

Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (11)   
   KEGG COMPOUND (11)   
Chemical reaction (6)   
   KEGG ENZYME (1)   
   KEGG REACTION (5)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (32)   

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