KEGG T01292: bpr

Butyrivibrio proteoclasticus: bpr_I0175

Entry

bpr_I0175 CDS T01292

Gene name

gh2C

Definition

glycoside hydrolase 2

Orthology

K01190

beta-galactosidase [EC:3.2.1.23]

Organism

bpb Butyrivibrio proteoclasticus

Pathway

bpb00052	Galactose metabolism
bpb00511	Other glycan degradation
bpb00600	Sphingolipid metabolism
bpb01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Galactose metabolism [PATH:bpb00052]
Metabolism; Lipid metabolism; Sphingolipid metabolism [PATH:bpb00600]
Metabolism; Glycan biosynthesis and metabolism; Other glycan degradation [PATH:bpb00511]

SSDB

Motif

Pfam:

Glyco_hydro_2_C Glyco_hydro_2_N Glyco_hydro_2

Other DBs

NCBI-GI:

302669547

NCBI-GeneID:

9573838

UniProt:

E0RW59

Position

1:220350..223874

AA seq 1174 aa
MKRLFVDGWKFWESEYGSSYEQMMSHLEEFKEVAVPHDYMITDIDALYRDSTGWYIKSLD
LTAADLKRELFLIFDGIYMDSIVYINGVVAGEWKYGYSQFILKITDFVQEGRNELAVAAR
CKFPNTRWYSGAGIFRNVWICDYDKTYIPENGVYVHSSRLGERIRGLEAAGDFDNKAVSD
YEIIVTTEICGPDKNNLDVEHSLYDADGGRVSLEEVPVSGDVKKPASALAGGNVINNKEE
SVILVHKYIVRDVREWDVTAPNRYKLVTSLMSETEETAIGFRDAFMDPERGFFLNGRNMK
LNGVCLHHDLGALGSAFNKSAMRRRLIQLKEMGVNAIRMTHNMYDPQVLELADEMGFLLI
SEAFDMWEGAKTEFDYARFFPDWHGRDVASWVRRDRNHPSVILWSIGNEIYDTHSSDRGQ
EVTRDLKSLVELHDPLMNGRATIGSNYMPWEKAQKCADILKVAGYNYAENYYEKHHKEHP
DWIIYGSETYSIVQSRGVYHFPLSVPTLSDSDEQCSSLGNSTTSWGADSIENCICRDRDM
EFSMGQFIWTGYDYIGEPTPYQTKNSYFGLIDTAGFYKDAFYAWKSAWVSVDRDPFVHVF
PYWDYNEGQIIDIRVCSNADIVELFVNGKSYGRQTLTHAPHSGNKIFADYQVPYEKGEIV
AVCYDKEGHELARDSHRSFGDTDSFVVTIDHRLDAYRSKGNRAEGAELVFAEISAIDKDG
NPVENASDYVKVNVCGGRLIGLDNGDSTDYDSYQSDTRKLFNGKLLAIAEPYGDPDAVKI
SVSRAEYVPVRKIELTVTKGSRSFDPDCKTAVVSARVYPENATDKRLVFRALNRNGTETN
IAILSGGIGSANAGKCRIETDGQDNNCIVEGLGDGSFTLRCEAYDGRNAVAVMSCIDFTI
TGLGKAFLDPYGFIPGSLYTSYIGAIGNGNEHGVASARGEETVITYSGIDFGIEGSDEIT
VPIFTLNDDAYDIEIWKGIPGEDGSRLLRAAVYQKKSIWNVYQEDTWRLSERLTGIQTIS
FKVFQKFHIKGFSFTRQLRAFTDMPVLNADSIYGDTFTRAADAVEGIGNNVTLEFDEINF
GEGGTRGVSICGRTRQGANTLHLRMVKIADEEGKGQVIEGADQIGTEVKEILEFPETSEY
KEVTFEIGKRIGKWNITFVFLPGSDFDFKSFRFI

NT seq 3525 nt +upstreamnt +downstreamnt
atgaaaagactttttgttgatggatggaaattttgggagtcggaatacggaagcagctat
gagcagatgatgagccaccttgaggagtttaaagaggtggctgttccgcatgattatatg
atcacggacatagatgctctctatagggacagtacaggctggtatattaagagtctggat
ctgacagcagctgatcttaaaagggagctgtttctgatattcgacggtatttatatggac
agtatcgtctatataaatggtgtggtcgcaggtgaatggaagtatggatattctcagttc
atactcaagatcacagactttgtacaagagggaagaaatgaactggctgttgcagccaga
tgtaagttccctaataccagatggtactctggagcaggaatatttagaaatgtctggata
tgtgactatgacaaaacctatattcctgaaaatggagtatatgtacattcatccaggctt
ggagagagaattcgcggcttagaggcagcaggtgattttgataataaggctgtatctgat
tatgagattattgtgacgacagaaatttgcggtccggataagaataatcttgatgtagag
catagcctgtatgatgctgatggaggcagggtctcattggaggaagtgcctgtttctggc
gatgtcaagaaacctgcaagtgctcttgcaggcggaaatgtgatcaacaataaagaggaa
tctgtgatccttgttcataaatatatagtcagagatgtcagggaatgggatgttacagct
ccaaacagatataaacttgtaacaagtcttatgtctgaaactgaggaaacagctattggc
tttagagatgctttcatggatcctgagagaggctttttcctaaatggcaggaacatgaag
ctaaatggtgtgtgtcttcatcatgacctgggagctcttggctctgcatttaacaagtct
gccatgaggagaagacttattcagctaaaagagatgggagtaaacgccatcaggatgact
cacaatatgtacgatcctcaggttctggagcttgctgatgaaatgggatttcttctcata
tcagaagcttttgatatgtgggaaggagccaagactgagtttgactatgcaaggtttttc
cctgactggcacggaagagatgttgcaagctgggtgagaagagacaggaatcacccctca
gttattctgtggagtataggaaatgaaatctatgatacccattcaagtgacaggggacag
gaggttacaagagatctcaagagtcttgttgaacttcacgatcctcttatgaatggcaga
gccacgataggctctaactacatgccttgggagaaagctcagaagtgtgctgatatcctc
aaggttgcaggctataattacgctgagaattattatgagaagcatcataaagagcatcct
gactggatcatatatggaagtgagacctactcaattgttcagagtagaggcgtatatcat
ttccctctttcggttcctacactatccgacagtgatgagcagtgttcatcgcttggcaac
agcacaaccagctggggagcagacagtatagagaactgtatctgcagggacagagacatg
gagttttccatggggcagttcatttggaccggttatgactatattggcgagcctactcca
tatcagaccaagaattcatattttggcctcattgatacagcaggtttttataaagatgcc
ttttatgcctggaaatcagcctgggtgagtgttgatagggacccgtttgttcatgttttc
ccgtactgggattataacgaaggacagatcattgatataagagtgtgcagtaatgcggat
attgttgagctctttgtaaatggtaagagttacggcaggcagacactgacacatgctccg
cacagtggcaataagatatttgcagactatcaggttccatatgaaaagggcgagatagta
gctgtttgttatgacaaagaggggcacgagcttgcaagagacagccacagatcctttgga
gacacagatagctttgtggtaacaatagaccatagacttgatgcgtataggagcaaaggt
aatagggctgaaggtgctgaacttgtttttgccgagatcagtgccattgataaagatggt
aaccctgtagagaatgcttctgactacgtaaaggttaatgtgtgtggtggaagactcatt
ggacttgataacggtgacagtacagattatgacagctatcagagcgacacaaggaaactc
tttaacggtaaactccttgcaatagctgagccttatggtgatcctgatgcagttaagatt
agtgtatcaagggcagaatatgtgcctgtcagaaagattgaactgacagtaactaagggc
agcaggtcttttgatcctgattgtaagacagctgttgtatctgccagagtatatcctgag
aatgctacagataagagattggtgttcagagctcttaaccgaaatggtacagagaccaac
atagcaatcctttcaggaggtataggatctgcaaatgcaggaaaatgcagaattgagaca
gacggacaggataataactgcattgtagaagggcttggagatggctcttttacccttagg
tgcgaagcttatgatggcagaaatgcagtggctgttatgtcatgcatagactttactata
acggggcttggtaaagcttttcttgatccgtacggatttatcccgggaagtctttataca
tcttatatcggagctattggaaatggcaacgaacatggcgtagcttctgcaagaggcgaa
gaaacggtaattacatatagcggaattgattttggaatcgagggttcagatgagatcaca
gtacctatttttacgcttaatgatgatgcctatgatatcgaaatatggaaaggaatacct
ggtgaggatggtagtagactcctcagagcagcagtctaccaaaagaagtcaatttggaac
gtgtatcaggaagatacttggagattaagtgagaggctgacaggaattcagacgatcagc
ttcaaggttttccagaaattccacattaaaggtttttcttttaccagacagctccgcgca
tttacggacatgcctgtcctgaatgcggattccatctatggagatacatttacaagggca
gctgacgcggttgagggaattggaaacaatgttactctggaatttgatgagattaacttt
ggagaaggtggaacaagaggagtttccatctgtggaagaaccagacagggagcaaatacg
ctgcaccttagaatggtgaaaattgctgatgaagagggcaaaggccaggtaattgaaggc
gcagatcaaattggtaccgaggttaaagagatacttgagttcccggagacttctgaatat
aaagaagtcacattcgagataggcaaaagaattggaaaatggaacattacttttgtattc
ctaccgggaagtgacttcgattttaagagtttcagatttatttag

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 (3)   
   Pfam (3)   
All databases (31)   

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