KEGG T00337: LSL

Lactobacillus salivarius UCC118: LSL_0376

Entry

LSL_0376 CDS T00337

Gene name

lacZ

Definition

beta-galactosidase (EC:3.2.1.23)

Orthology

K01190

beta-galactosidase [EC:3.2.1.23]

Organism

lsl Lactobacillus salivarius UCC118

Pathway

lsl00052	Galactose metabolism
lsl00511	Other glycan degradation
lsl00600	Sphingolipid metabolism
lsl01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Galactose metabolism [PATH:lsl00052]
Metabolism; Lipid metabolism; Sphingolipid metabolism [PATH:lsl00600]
Metabolism; Glycan biosynthesis and metabolism; Other glycan degradation [PATH:lsl00511]

SSDB

Motif

Pfam:

Glyco_hydro_2_C Bgal_small_N Glyco_hydro_2_N Glyco_hydro_2 BetaGal_dom4_5

Other DBs

NCBI-GI:

90961356

NCBI-GeneID:

3977972

UniProt:

Q1WUZ6

Position

408327..411350

AA seq 1007 aa
MENTKAKLSWLEKPDVFAINRLEAHSSHKFYASQEEYQNKKTSLKQSLNGLWKFSYAQNP
DLRVKKFYKEDFNDSGFDTIKVPGHIQTQGYDHLQYINTQYPWDGLDELRPPYISRKYNP
VGSYVKTFTVDKSLKNKRIFISFQGVETAMYLWLNGKFIGYSEDSFTPHDFELTDFIRED
SENRLAVEVYKRSSASWIEDQDMFRFSGIFRDVFLYAIPEVHVRDIFAKTTLDDSYKDGI
LLLDTKLEGNLENTEINVELYDEDQVVWSQKEKAREKTFIDIKLENIKKWSAETPYLYDL
KITLVKNGEVIEVATQKIGFRRFEMKDGIMLINGKQIIFKGVNRHEFDYLHGRAISEDVM
LHDIKFFKQNNINAVRTSHYPNQTRWYELCDEYGIYVIDETNLESHGSWQKLGECEPSWN
VPGSKEEWLDNVLDRANSMFQRDKNHASVIIWSCGNESYAGDDIVKMHDFFHKVDDSRLV
HYEGVTWNRDFEEATDMESRMYAKPQEIEEYLQGNPSKPYISCEYMHSMGNSTGGMKLYT
DLEDKYPQYQGGFIWDYVDQAMLKTDDFGEKVLGYGGDFDERATDYEFSGDGIVFADSTP
SPKAAEVKQLYANVKVKVTEEGVIIKNDNLFIDTSAYIFETIVKRDGQKIWQKDYSFNVL
PQTKQEEVIDWPNIEKIPGEYIFEVNVCLKESVAWANERHELSFGQLVTKVSSKDNEIVS
GKLNVVHGDVNIGINGDGFSVLLSRAEGGIVSLAYNGKEYITRTPKTTFWRAMTDNDRGV
KHGFDRGVWLQAGLYQKLVDVNVKEELGEITVSFKWKLPLAKEVYNVISYTVTPDGKVKV
TAKYFGVDGLPSLPAYGYELKLKRKYNQYKFYGLGPDENYIDRDNGVKLGIYEGDADTNL
APYLVPQETGNHRGTRWLEVTDVYGEGLRFVANGDTFESSVLPYSEYEIEQAMHQEELSN
PHYTWVRLLAAQMGVGGDDSWGAPVQKQFWIPSNKELTVSFTIEPTI

NT seq 3024 nt +upstreamnt +downstreamnt
atggaaaatacaaaagcgaaattaagttggctagagaaacccgatgtttttgcaataaat
cgtttggaggctcattcgagtcataaattttatgctagtcaagaagaatatcaaaataag
aaaacaagtttaaaacaaagtttaaacggattatggaaattttcttatgcacaaaatcca
gatttaagagtaaaaaaattctataaagaagattttaacgatagtggatttgatacgata
aaagttccaggtcacattcaaacccagggatatgatcatttgcagtatatcaatacacaa
tatccatgggatggattagatgaattacgaccaccatatatttcaagaaaatataatcca
gttggaagctatgttaagacatttacagtagataaatctttaaaaaacaagcgtatcttt
atctcgtttcagggtgttgaaacagcgatgtatctttggctaaatggaaaatttattggc
tatagtgaagattcatttacgcctcatgactttgaacttactgacttcattagggaagat
tcagaaaataggttagcagttgaagtatataaacgttcatcagcaagttggatagaagat
caagatatgttcagattttctggaattttccgtgatgtatttctttatgcaattccagaa
gttcacgtgcgtgatatatttgcaaaaactactttagatgatagctataaggatggaatt
ttgctattagatactaagttagaaggaaatctagaaaatacagaaattaatgtagagtta
tatgatgaagatcaagtagtctggtctcaaaaagaaaaagcacgcgagaaaacatttata
gatataaaactggaaaatataaaaaaatggagtgccgaaacgccttatctctacgatttg
aagattacattggtaaagaatggagaagtaattgaagtagcaactcaaaaaataggtttc
cgtagatttgaaatgaaagatggaatcatgctaatcaatgggaagcaaattatttttaaa
ggagttaaccgtcatgaatttgactatctccatggcagagcaatttctgaagatgtaatg
ctacatgatattaagtttttcaaacaaaataatattaatgctgtaagaacttcacattat
cctaatcaaacacgatggtatgaactatgtgatgaatacggtatttatgttattgacgaa
actaacttagaaagtcatggttcatggcaaaaattaggtgaatgtgaaccatcttggaat
gtgcctggaagcaaagaagaatggttagataatgtcttagatagggcaaattcaatgttt
cagcgtgataagaatcatgcatctgtaattatatggtcatgtggtaatgaatcctatgct
ggtgatgatatcgtaaaaatgcatgatttcttccataaagtagatgattcacgtttagta
cattatgaaggtgtaacttggaatcgtgattttgaggaagcaactgacatggaaagtaga
atgtacgctaaacctcaagaaatcgaagagtatttgcaaggaaatccttcaaaaccatat
atatcttgtgaatatatgcattcaatgggaaattccacaggtggtatgaagttatataca
gatttagaagataaatatccacaatatcaaggtggtttcatatgggactatgttgatcaa
gcaatgttaaaaactgatgactttggcgaaaaagttttaggttatggtggagattttgat
gagagggcaactgattatgaattttctggagacggtattgttttcgcagatagtacaccg
tctcctaaagctgctgaagttaagcaattgtatgctaatgttaaagtgaaagttactgaa
gaaggagtaattataaagaatgacaatctcttcattgacacaagtgcgtatatttttgaa
actattgtaaaacgtgatggtcaaaaaatatggcagaaagattattcatttaacgtttta
ccacaaacaaaacaagaagaagtcattgattggccaaacattgaaaaaatcccaggagaa
tatatttttgaagtaaatgtttgtctaaaagagagcgttgcttgggcaaatgaaagacat
gaattatcattcggacagttagtaactaaagtatcgtctaaggataatgaaatagtatct
gggaaattaaatgttgtgcatggtgatgttaatattggtataaatggtgatgggtttagt
gtgctactttctagagctgaaggtggaatagtatctttggcttataatggtaaagagtat
attacacgtacacctaaaacaacattttggagagcgatgactgataatgatcgtggtgtt
aagcatggtttcgatcgtggggtatggttgcaagcaggtttatatcaaaaattagttgat
gttaatgtgaaggaagaattaggtgagataactgtttcatttaaatggaaattgccatta
gctaaagaagtatataacgtaataagttatacagttacaccagatggaaaagtaaaagta
actgctaaatattttggagttgacggactaccatcattacctgcatatggttatgagtta
aaattaaaacgtaaatacaatcagtataaattctacggattaggtccagatgaaaactat
atcgatcgagataatggggtaaaactaggcatatatgaaggtgatgctgatactaattta
gctccatatttagtaccacaagaaacagggaatcatcgtggtactagatggttggaagta
actgatgtatatggagaagggttaagatttgtagcaaacggtgatactttcgaaagttca
gtacttccatatagcgaatatgaaatagaacaagcaatgcatcaagaagaattgagtaat
cctcattatacttgggtaagattattagctgctcaaatgggtgtaggtggagatgattct
tggggtgcacctgtacaaaagcaattttggattccatcaaataaagaattgacagtatca
tttacaattgaaccaacaatttaa

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 (5)   
   Pfam (5)   
All databases (33)   

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