KEGG T00213: stu1397

Streptococcus thermophilus LMG18311: stu1397

Entry

stu1397 CDS T00213

Gene name

lacZ

Definition

beta-galactosidase

Orthology

K01190

beta-galactosidase [EC:3.2.1.23]

Organism

stl Streptococcus thermophilus LMG18311

Pathway

stl00052	Galactose metabolism
stl00511	Other glycan degradation
stl01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Galactose metabolism [PATH:stl00052]
Metabolism; Lipid metabolism; Sphingolipid metabolism
Metabolism; Glycan biosynthesis and metabolism; Other glycan degradation [PATH:stl00511]

SSDB

Motif

Pfam:

Glyco_hydro_2_C Bgal_small_N Glyco_hydro_2_N Glyco_hydro_2 BetaGal_dom4_5

Other DBs

NCBI-GI:

55821384

NCBI-GeneID:

3164581

UniProt:

Q5M3K5

Position

complement(1229478..1232558)

AA seq 1026 aa
MNMTEKIQTYLNDPKIVSVNTVDAHSDHKYFESLEEFSEGEMKLRQSLNGKWKIHYAQNT
NQVLKDFYKTEFDETDLNFINVPGHLELQGFGSPQYVNTQYPWDGKEFLRPPQVPQESNA
VASYVKHFTLNDALKDKKVFISFQGVATSIFVWVNGNFVGYSEDSFTPSEFEISDYLVEG
DNKLAVAVYRYSTASWLEDQDFWRLYGIFRDVYLYAIPKVHVQDLFVKGDYDYQTKAGQL
DIDLKTVGDYEDKKIKYVLSDYEGIVTEGDASVNGDGELSVSLENLKIKPWSAESPKLYD
LILHVLDDDQVVEVVPVKVGFRRFEIKDKLMLLNGKRIVFKGVNRHEFNARTGRCITEED
MLWDIKVMKQHNINAVRTSHYPNQTRWYELCDEYGLYVIDEANLETHGTWQKLGLCEPSW
NIPASEPEWLPACLDRANNMFQRDKNHASVIIWSCGNESYAGKDIADMADYFRSVDNTRP
VHYEGVAWCREFDYITDIESRMYAKPADIEEYLTTGKLVDLSSVSDKHFASGNLTNKPQK
PYISCEYMHTMGNSGGGLQLYTDLEKYPEYQGGFIWDFIDQAIYKTLPNGSEFLSYGGDW
HDRPSDYEFCGNGIVFADRTLTPKLQTVKHLYSNIKIAVDEKSVTIKNDNLFEDLSAYTF
LARVYEDGRKVSESEYHFDVKPGEEATFPVNFVVEASNSEQIYEVACVLREATEWAPKGH
EIVRGQYVVEKISTETPVKAPLNVVEGDFNIGIQGQNFSILLSRAQNTLVSAKYNGVEFI
EKGPKLSFTRAYTDNDRGAGYPFEMAGWKVAGNYSKVTDTQIQIEDDSVKVTYVHELPGL
SDVEVKVTYQVDYKGRIFVTANYDGKAGLPNFPEFGLEFAIGSQFTNLSYYGYGAEESYR
DKLPGAYLGRYETSVEKTFAPYLMPQESGNHYGTREFTVSDDNHNGLKFTALNKAFEFSA
LRNSTEQIENARHQYELQESDATWIKVLAAQMGVGGDDTWGAPVHDEFLLSSADSYQLSF
MIEPLN

NT seq 3081 nt +upstreamnt +downstreamnt
atgaacatgactgaaaaaattcaaacttatttaaacgatccaaagattgttagcgttaat
actgttgatgctcactcagatcataagtattttgaatctcttgaagaattttctgaaggg
gagatgaagttaagacaatctcttaatggaaaatggaaaattcactatgctcagaataca
aatcaggttttaaaagacttttataaaacagaatttgatgaaactgatttgaatttcatc
aatgtaccaggtcatttagagcttcaaggttttggttctccacaatatgtgaatacccaa
tatccttgggatggtaaagaattccttcgtccacctcaagttcctcaagaatcaaatgct
gttgcatcatacgttaaacattttaccttgaatgatgcattaaaagataaaaaagtattt
atctcattccaaggggttgctacttccatctttgtatgggtcaatggtaacttcgtagga
tacagtgaagattcatttacacctagtgaatttgaaattagtgattaccttgttgaaggt
gataacaagttggcggtagctgtttatcgttactctacagcaagctggttggaagaccaa
gacttctggagactttacggtatttttagagatgtttacttgtatgctattccaaaagtt
cacgttcaagatctctttgttaagggagattatgattaccaaacaaaagcaggtcaattg
gatattgatttgaagactgttggtgattatgaagacaagaagattaaatatgttctttca
gattatgaaggcatcgttacagaaggtgatgcatctgttaatggtgacggtgaactatct
gtaagtcttgaaaatcttaaaatcaaaccttggagtgctgaaagtcctaaactttacgat
ttgatccttcatgttttggatgatgaccaagttgttgaagtcgttccagttaaagttgga
tttagacgctttgaaattaaagataaacttatgcttttgaatggtaagagaattgtcttt
aaaggggttaacagacacgaatttaacgctagaacaggacgttgtatcactgaagaagat
atgctttgggatatcaaagtgatgaaacaacataacatcaatgctgttcgtacttcacac
tatcctaaccaaacacgttggtatgaattgtgtgatgaatatggactttatgttatcgat
gaagccaaccttgaaacacacggtacatggcaaaaacttggtctatgcgaaccttcatgg
aatatcccagctagtgaaccagaatggttgcctgcttgtttggatcgtgccaataacatg
ttccaacgcgataagaaccacgctagtgttatcatttggtcttgtggtaatgaatcatat
gctggtaaagatattgctgacatggctgattacttccgtagtgttgacaatactcgtcca
gttcactatgaaggtgttgcatggtgtcgtgagtttgattacattacagacatcgaaagt
cgtatgtatgcgaaaccagctgatatcgaagaatacctcacaactggtaaactagttgat
ctttcaagcgttagtgataaacactttgcttcaggtaacctaactaacaaacctcaaaaa
ccttatatttcatgtgaatacatgcacacaatgggtaactctggtggtggattgcaactc
tacactgacttagagaaatatccagaataccaaggtggatttatttgggacttcattgac
caagctatttacaaaacacttccaaatggtagcgaattcctatcatatggtggtgactgg
catgatagaccttctgactacgaattttgtggaaatggtatcgtctttgcagatcgtacc
ctaactccaaaacttcaaacagttaaacatctttactctaatattaagattgctgttgat
gaaaaatcagtaactatcaagaatgataatctcttcgaagatctttctgcttatactttc
ctagctagagtttacgaagatggtagaaaagttagtgaaagtgaatatcactttgatgtt
aaaccaggcgaagaagcaacattcccagttaactttgtagtcgaggcttcaaattctgaa
caaatttacgaagttgcttgtgttctgagggaagcaactgaatgggctcctaaaggtcat
gaaattgttcgtggtcaatatgttgttgaaaagattagcactgaaacaccagttaaagca
cctttgaatgttgttgaaggcgacttcaacatcggtattcaaggacaaaacttctcaatc
ttgctttcacgtgcacaaaatactttagtatctgctaagtataatggtgttgaattcatt
gagaaaggtcctaaacttagcttcactcgtgcttacactgacaacgatcgtggtgctgga
tatccattcgaaatggcaggctggaaggttgctggaaactatagtaaagttacagatact
caaattcaaatcgaagacgactctgttaaagtgacttatgttcatgaattgccaggcttg
tctgatgtcgaagttaaggtaacttatcaagttgattacaagggtcgaatctttgttact
gcaaactatgatggtaaagcaggtttgccaaacttccctgaatttggtttagaatttgct
atcggttcacaatttacaaaccttagctattatggatacggtgcagaagaaagctaccgt
gataaacttcctggtgcctatcttggtcgatatgaaacatctgttgaaaagacatttgct
ccatatctaatgccacaagaatctggtaatcactatggtactcgtgaattcacagtatct
gatgataaccataatggtcttaaattcaccgcacttaataaagcattcgaattcagtgct
ttgcgtaacagtactgaacaaattgaaaatgctcgtcaccaatatgagttgcaagaatct
gatgctacatggattaaagttcttgctgctcaaatgggtgtaggtggtgacgacacatgg
ggtgctccagttcatgacgaattcttgcttagctcagcagatagctatcaattaagcttc
atgattgaaccactaaattag

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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