KEGG T01428: Odosp

Odoribacter splanchnicus: Odosp_3085

Entry

Odosp_3085 CDS T01428

Definition

Beta-galactosidase (EC:3.2.1.23)

Orthology

K01190

beta-galactosidase [EC:3.2.1.23]

Organism

osp Odoribacter splanchnicus

Pathway

osp00052	Galactose metabolism
osp00511	Other glycan degradation
osp01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Galactose metabolism [PATH:osp00052]
Metabolism; Lipid metabolism; Sphingolipid metabolism
Metabolism; Glycan biosynthesis and metabolism; Other glycan degradation [PATH:osp00511]

SSDB

Motif

Pfam:

Glyco_hydro_2_C Bgal_small_N Glyco_hydro_2_N Glyco_hydro_2 Glyco_hydro_42 FlgD_ig BiPBP_C LptE

Other DBs

NCBI-GI:

325281687

NCBI-GeneID:

10254843

UniProt:

F9Z7N3

Position

3658405..3661497

AA seq 1030 aa
MKKLLLCLGLCLSMTTFAQKKEWLDPELNAINRAPARADYFAYPSREMAEQGVREESSNF
LSLNGMWKFNWVKDQTERPVNFYRLDFEDQYWVDFPVPGIWEMNGYGDPLYRNSGYAWSN
QFTPDPPKIETVNNHVGSYRKTVEIPASWKGQQVFLHVGSATSNLYVWVNGKFVGYSEDS
KLAAEFDITGYVRPGKNLIAMQVYRWCDGSYLEDQDFWRLSGIARGAWLYARNPLHLKDI
FITPDLDEAYRDGSLNVVAQVSRNSGTVELELKDKAGNIVEKTSVKPDGKGIVRTEMAVK
NPAKWSAEEPNLYTLLLTLKNNAGKVLEVVPQRVGFRKIELKKELGQVWVNGQPVLFKGA
DRHELDPLTGYQVSRERMIEDIRVMKENNLNAVRTCHYPDDPEWYNLCDEYGLYVVCEAN
IESHGMGYGERTLAKEPAYAKAHLERNQRMVETFKNHPSIIFWSLGNEAGDGPNFVACYD
WIKQRDGSRPVQYEQAGRRAHTDIVCPMYADLNWMENFAKSGDSRPLIQCEYAHAMGNSL
GGFKEYWDLIRKYPNLQGGFIWDFVDQGLRKYTADGAMIYAYGGDYNRYDASDKNFNCNG
LISPDRVPNPHMYEVRKMYQSIWTTPAALRKGIVNVYNENFFTDLSDYYLEWQLLQNGEP
VRQGVVMDLQIAPQQTQSVVLGYKETDLPAEGEILLNVTYRLKQARQLLPAGYAVAEEQL
EIAPYPLFQVELAETGQKASLYEDLVHAVVSAGEVQVTFGKWSGWIEGISLNGYEMIEYG
YALRPNFWRAPTDNDFGANLHRRFVDWKNPGLKLKSFKAEEQGNRVQVVTTYELPRLAAV
LTMTYLIGGNGEIRISEQLAVDKEKKDMPHLFRFGMQLVMPGRFDRIDYYGRGPVENYDD
RNESQRLGRYRQLVKDQYYPYIRPQESGTKSDIRWWKLTDIDGRGLAIRSDVPFSASALN
YLPEDLDDGWDKDQRHSGELKPRGLTTLSFDLKQMGLGCINSWGAWPLQPYLLPYQDYTF
QVVITPIRKY

NT seq 3093 nt +upstreamnt +downstreamnt
atgaaaaaactgttattgtgtctaggcttatgcctttctatgacaacgtttgctcaaaag
aaggaatggctcgatccggagttgaatgcgatcaaccgtgcaccggcaagggcggattat
tttgcttatccttccagggaaatggctgagcaaggagtaagagaagaatcatccaatttt
ctatcgttgaacgggatgtggaagtttaactgggtaaaggatcaaaccgaacggcctgta
aacttttatcggttggatttcgaggatcaatattgggtggacttcccggtgcccggaatc
tgggaaatgaatggatacggagatcccttataccgtaattcgggttatgcctggtcgaat
cagtttacacctgatcctccgaaaatagaaacggtgaataatcatgtgggctcttatcga
aaaaccgttgaaattcctgcttcatggaaaggacagcaggtgtttctgcatgtaggctct
gccacttcgaacttatatgtatgggtgaatggaaaatttgtcggttatagcgaagatagt
aagctggcagccgaattcgatataaccggttatgtacggccgggaaagaacctgatcgcg
atgcaggtatatcgttggtgtgacgggagttatcttgaagatcaggacttttggcgttta
tccggaattgcccggggagcttggttgtatgcccggaatccgttacatctgaaggatatt
tttatcactcccgatttggatgaggcgtatcgtgacggatctttgaatgtcgtggcccaa
gtgtcccggaacagcgggacagtggaactcgaattgaaagataaagcaggaaatatcgta
gaaaaaacgagtgtcaagcccgatggaaaaggaattgtgcgtaccgaaatggctgtgaaa
aatccggcaaaatggagtgctgaagagcctaatctgtatactttgttgctgactttaaaa
aataatgccggaaaagtgctggaagttgttccgcaacgggtcggattccggaaaatcgaa
ctgaagaaagaattggggcaggtatgggtcaatgggcagccggtcttgtttaaaggagcc
gaccgccatgaattggatcctttgaccggatatcaggtatcccgggagagaatgatcgag
gatatacgggtgatgaaggagaataatctgaatgccgtgcggacgtgtcattatccggac
gatcccgaatggtataacctttgtgacgaatatgggttgtatgtcgtgtgtgaagccaat
atcgaatctcatggaatggggtatggcgaacggacactggccaaggaaccggcttatgcc
aaggctcacctcgaaagaaatcagcggatggtggagacttttaaaaatcatccttcgatt
attttctggtcgttgggaaatgaagccggtgacggaccgaactttgtggcttgttacgac
tggatcaaacagagagatggcagccgtcctgtacaatatgaacaggcaggacgcagagcc
catacggatattgtttgtccgatgtatgccgacctgaattggatggaaaatttcgctaag
agtggggattcacgaccactgattcagtgtgaatatgcgcatgccatgggaaattctttg
ggcggttttaaagaatattgggatttgatccggaaatacccgaatttgcagggcggtttt
atctgggattttgtagatcagggacttcggaagtatacggcagacggcgcaatgatttat
gcttacgggggagattacaaccgctacgatgcttcggataagaattttaactgcaacggt
ttgatcagtccggaccgggtgccgaatccccatatgtatgaagtgcggaaaatgtatcag
tcgatatggactacaccggcagctcttaggaaaggaatcgtaaatgtgtataatgagaat
ttctttaccgatctttcggactattacctggagtggcaattgttgcagaatggagagccg
gtgagacagggggttgtgatggatttgcagatcgccccgcaacagacacaatcggtcgta
ttggggtataaagaaacggatcttcctgctgaaggtgaaattctgctgaatgtgacctat
cgcctgaaacaagcccggcaattacttccggcaggttatgcggttgcggaagaacaattg
gagattgccccttatcctttgtttcaggttgaattggccgaaaccgggcaaaaggcttct
ctgtatgaagatttggtacatgctgtcgtgagtgccggagaagtacaggtgacttttgga
aaatggtccggttggatagaggggatcagtctgaatgggtatgagatgatcgaatatgga
tatgctttacggcccaatttctggcgggctccgacagataatgatttcggggcgaatctt
caccgccgctttgtggattggaagaatcccggattgaaattgaagagctttaaggcagag
gaacaaggcaatcgggttcaggtggtgaccacttatgaattaccccgattggcagctgta
ttgaccatgacttatcttatcggtggaaatggggagattcggatcagtgaacagcttgct
gtcgacaaggagaagaaagatatgccccacctgttccgtttcggtatgcaactggtgatg
ccgggcagattcgaccggatcgattattatggccggggacctgttgagaattatgacgac
cggaatgagagtcagcgtttgggccgttaccgtcagttggtgaaagatcagtattatcct
tatatccgtccgcaggaatccggtacgaaatcggatatccgttggtggaaactgaccgat
atcgatggacgtggtttggctattcgttcggatgttcctttctcagcctctgctttgaat
tatttaccggaagacctggatgacggttgggacaaagatcagcggcattccggagaattg
aaaccacgtggattgaccaccttgtcttttgacctgaaacaaatgggattgggatgtatc
aatagctggggtgcctggccgttacaaccttatctgttgccttatcaggactatactttc
caggtggtgattacgccgattcggaaatactga

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 (8)   
   Pfam (8)   
All databases (35)   

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