KEGG T00877: SEQ

Streptococcus equi subsp. equi 4047: SEQ_1682

Entry

SEQ_1682 CDS T00877

Definition

glycosyl hydrolase family 2 protein

Orthology

K01190

beta-galactosidase [EC:3.2.1.23]

Organism

seu Streptococcus equi subsp. equi 4047

Pathway

seu00052	Galactose metabolism
seu00511	Other glycan degradation
seu00600	Sphingolipid metabolism
seu01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Galactose metabolism [PATH:seu00052]
Metabolism; Lipid metabolism; Sphingolipid metabolism [PATH:seu00600]
Metabolism; Glycan biosynthesis and metabolism; Other glycan degradation [PATH:seu00511]

SSDB

Motif

Pfam:

Glyco_hydro_2_N Glyco_hydro_2_C Glyco_hydro_2 BetaGal_dom4_5

Other DBs

NCBI-GI:

225870976

NCBI-GeneID:

7697500

UniProt:

C0MC32

Position

complement(1688272..1691715)

AA seq 1147 aa
MSVETITGSTDQSHGDIYQLHWIDKVGRCHAFSKGWRFLMADLQLAQEPFFDDSDWQQIA
LPHDFSINQPYTVNGEAQSAYKLGGVGWYRKYFALDPKLADHKVYVTFDGAYMETQVYLN
GHLIGEHVNGYQAFSYDLSAFVIPGQENLLAVRVEHLVPSSRWYSGSGLYREAFLTVLPK
VHLDKDRLRLSLSQAALEADSQALEIELGLSQQVPLSGYQLSLSLFEQLADIQQRQTVYE
SKPVALDLLEESGRLVMTIPLRHIKLWSPAQPQLYQLDMLLYHKGAVLDRLTLETGFRQL
HFDAECGFFLNGKAFKLQGVCLHHDQGSLGACAYEEAIARQLVLLKEMGANTVRVTHNPS
ARRLKDLANRLGLFLIEEAFDTWTYAKNGNSHDFSSHFHKTVGHQNAARLKGVTTAETTW
AQYSIQAMVLSGLHDPSVLMWSIGNELLEGFSADVSHYPYVAKELCQWITELDQSRPITL
GDNKLKDKHFHWAQETKALAEQVNQLQSVQGVIGLNYAKARDYDRLHRDNPTWLLYGSET
ASAINSRGVYHLKGGASQDHELTSYDQSTVDWGSLASEAWYDTITRDFVAGECVWTGFDY
LGEPTPWNKIDSGAADQWPSPKQSYFGILDTAGFAKDSYYFYQSQWSKDKTTLHILPSWQ
EKDLQLDDQGMVEVVVYSNAASVRILFDDGHGGQIDYGIKTLTRHETPAGHCYQLYEGDD
AAELPHQNLYLTWKLPYRSGSLRAIAYDDKGQVLTQTSGRSCVSSYQQPAQLSWSCFEPP
KLLAEPALLYLELSLLDANETLVLSANPVIKLEVEGPGACLALDNGDPRDHRPYTALSRR
AYGGKLLAIIALDGRAGQLRITARAAGFVEASYQLTVSEAAVNEKLLAYQLDKYSFITNE
TNKPSKPYARSRGSAVDSLMPNPDSCLKRQGHYLPDNSVMVFSYTTALSRPLTFQPLIKR
LLKGNDIILPDWLQPRAAAGQLFTKAFPIDWQLTEAVFSEESRVSGQTLCFGEALELEAI
LKSDTKGLRINQELSLVAKKKRLFQSDTQLSYRYQYDTIQAIGAISLTGLKKPLSSLRLV
LDYRSSTNAPSKQLILSLDQIEQPCHYIMLEEVVDVLSLDLTLEQPIRQAFDLARLQLGL
WSMVEEA

NT seq 3444 nt +upstreamnt +downstreamnt
atgtctgtagagacaatcactggttcaacggatcaatctcatggggatatctatcagctt
cactggattgataaagtagggcgctgccatgccttttcaaaggggtggcgctttctgatg
gctgatttgcagctcgctcaggagccattttttgatgattcggactggcagcagatagct
ttaccacatgattttagcattaatcagccctatacggttaatggcgaagctcaaagtgcc
tataagctaggtggtgtaggctggtaccggaagtattttgcccttgatccaaagctggct
gaccataaggtctatgtgacctttgatggggcttatatggaaacgcaggtataccttaat
gggcatttgataggagagcatgtcaatggctatcaggcctttagctatgatctctcagcc
tttgtaatccctgggcaagagaatctattagcggttcgggttgaacatctggtgcctagc
tcgcgttggtattctggaagtgggctttatcgggaggcttttttgaccgttcttccgaag
gttcatcttgataaggatcggcttcgtttatccttatcccaggcagcgcttgaggctgat
agccaagcgcttgagatagagcttggactcagccaacaggtccccttgagtggctatcag
cttagccttagtctgtttgagcagctggcagatatccagcagagacagacagtatatgag
agtaaaccggtagccttggacctcttggaggagtcaggtaggctggtgatgaccattcct
cttaggcatatcaaactgtggtcgccagctcagccccagctctatcagcttgatatgctt
ctttaccataagggagcagtgcttgatcggctgacacttgaaacaggctttcgacagctg
cattttgatgctgagtgtggtttctttttgaatggcaaagcctttaagctgcaaggggtc
tgtcttcatcatgatcagggtagcctgggggcatgtgcttatgaggaagctatagctagg
cagcttgttttgctaaaggaaatgggagcaaatacggttcgtgtcacgcacaaccctagt
gccagaaggcttaaggatctggctaacaggcttgggttatttctcattgaggaagccttt
gatacctggacttatgctaaaaacggtaatagccatgatttttcaagccattttcacaag
acagtgggacaccaaaatgcagccaggctaaagggagtcactacagcagaaaccacctgg
gcgcaatatagcatacaggccatggttctctcaggtcttcatgatccatctgtcttgatg
tggtcaatcggcaatgaattgttagaaggcttctcagctgatgtgagccactacccttat
gttgctaaggagctatgccagtggatcactgagctggatcagtcaagacctattaccctt
ggggataataagctcaaggacaagcattttcattgggcgcaggaaacaaaagcgttggca
gagcaggtcaatcagctccagtccgtgcaaggagtgattggacttaactatgctaaggcc
agagattatgatcgattgcatagggacaacccgacttggctgctttatggctcagagaca
gcctctgctattaatagtagaggggtctatcatctcaagggaggagctagtcaggatcat
gagctaacctcctatgaccagtcaacggttgactggggatccttagctagtgaggcttgg
tatgatacaatcacaagggattttgttgcaggtgagtgtgtttggacgggctttgattat
ctaggggagcctactccttggaacaagattgactcaggcgcagctgatcagtggccgtcg
cccaagcaatcctactttggtattttagatactgctggatttgctaaggatagctattat
ttctaccaaagccaatggtcaaaagacaaaacgacacttcatatcctgcccagctggcag
gaaaaagaccttcagctagatgatcagggcatggtggaggttgtggtttatagtaatgct
gctagtgtgagaatactttttgatgatggtcatgggggccagattgattatggcatcaag
accctgacaaggcatgaaacaccagcaggccattgctaccagctatatgagggtgacgat
gcagcagaattacctcatcaaaacctttacctgacatggaagcttccttatcgctcaggc
agcttgagagctattgcttatgacgacaagggacaggtgctcacacagaccagcggtcgt
tcctgtgtgagcagctaccagcagcctgctcagctttcctggtcctgctttgagcctcct
aaactgcttgcagagcctgcgctactttatcttgaattgtctttgttagatgctaatgag
accttggtgctcagtgctaatcctgtgattaagcttgaggttgagggtcctggagcctgc
cttgctctggataatggcgatcctcgtgaccataggccctatactgccttgtcacgccga
gcatatggtggcaagctattagccattattgctcttgatggtcgtgcgggtcagcttaga
ataacagctagagccgcaggattcgtggaagccagctatcagttgacggtttctgaagca
gccgttaatgagaagcttttagcctatcagcttgataaatacagctttatcactaatgag
acaaataagcctagcaagccctatgcaaggtcaagaggatcagctgttgatagcttaatg
cctaatcctgatagctgcttaaagcggcaaggccattatctgcctgataattctgtaatg
gtttttagctatacaacagcattatcaaggccactgacctttcagccactgatcaaaagg
ctgctaaagggcaatgatatcattctaccagactggctgcagcctagggcagctgctggc
cagttatttaccaaggcttttcctattgattggcagctaacagaggcagttttttctgag
gagtcaagggttagtgggcagaccctttgttttggagaggctttggagcttgaagctatc
cttaagtcagatacaaaaggattaaggatcaatcaagagcttagcttagttgctaaaaag
aagcggctgtttcagagtgatacccagcttagctaccgctatcaatacgataccatacag
gccattggtgccattagcctgacaggactaaagaagcccttaagctcgcttaggcttgtt
ttggactatcgcagcagcaccaatgcgccatcaaaacagctgatcctatcgcttgatcag
atagaacagccctgtcactacatcatgctggaagaagtagttgatgtgctaagcctggac
ctaacattagagcagccgatcagacaggcttttgacttagctaggcttcagctaggcctt
tggagcatggttgaggaggcttag

All links

Pathway (4)   
   KEGG PATHWAY (4)   
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 (4)   
   Pfam (4)   
All databases (32)   

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