KEGG T00618: Tlet

Thermotoga lettingae: Tlet_1296

Entry

Tlet_1296 CDS T00618

Definition

glycoside hydrolase

Orthology

K01190

beta-galactosidase [EC:3.2.1.23]

Organism

tle Thermotoga lettingae

Pathway

tle00052	Galactose metabolism
tle00511	Other glycan degradation
tle00600	Sphingolipid metabolism
tle01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Galactose metabolism [PATH:tle00052]
Metabolism; Lipid metabolism; Sphingolipid metabolism [PATH:tle00600]
Metabolism; Glycan biosynthesis and metabolism; Other glycan degradation [PATH:tle00511]

SSDB

Motif

Pfam:

Glyco_hydro_2_C Bgal_small_N Glyco_hydro_2_N Glyco_hydro_2 Glyco_hydro_72 Glyco_hydro_38C

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

Position

1351688..1354720

AA seq 1010 aa
MLSSIDWENHRILHKNREKPRCTFLYRLNPCNGKWEYWPFLISLNGKWKFKWCRNFKVVP
DGFYKIDYDDNTWFEIEVPSNWEIHGYGIPIYTDVKYPFSPNPPFIDKERNPAGLYRRHF
TIPSSWDGKEIFLHFAGVRSAFYVYVNGICVGYSQDSCSPAEFRITDYVKIGNNTLAIEV
YKWCDGSYLEDQDMWWMAGVYRDVFVYATPKLHLRDFFIKTDLDEKYQDAVLKIDMVLIN
YLRESSEDLCLEINVLDSENGAPVCDSILLDAGTIPPGEEKIVTIEKEIKNPLKWSSETP
NLYSAEIKLFKRHNSQILESQKFNIGFRKVEIIDGQMLLNGKPIKIKGVNRHEFDPDKGY
AITLDRMIQDVKLMKQYNINAVRTSHYPNDPKWYFLCDYYGLYVIDEANIEAHGMGNLLA
EDPNWLEAHLDRITRMVERDKNHPSVIIWSLGNESGDGQNFVALSNWIHQRDKTRPVHYE
PAGTQKYVDIVSFMYKSPKDLESFSEEIKDRPVFLCEYAHAMGNSVGNLKEYWDVIKKYK
NLLGGCIWDWVDQGIRKKDKSGKEFWAYGGDFGDEPNDGNFCINGLLLPDRTPEPELSEV
KKVYQYIEISPADKLGEFLITNNYSFINLNNFDCFFEIQENGLSIQRIRIGKINLEPGCS
KKIQIPINEISFNENAEYHVKILFTLAKDTIWAERGYEIAWEQFSLFKKKKTFTPASAKG
IELKEESERIFAGNQKMKIIFNKNSGFIESLKYMNRELLLKPLRMNFWRAPTDNDKGNKL
PARAAIWRNIWEKAKVSKIKRVESDLGYKLVFEGFFKDIEKTNWELVYTISDEITVELKV
NIDRHLPELPRIGIQGTFLGDFKYVSWYGRGPHENYCDRKTGAPVGLYRSTVEGMIHKYV
RPQETGQRTDVRWFSISDDYGITVLVEGHPVIEFSVWPFELEDLEKANHVNELTYKNLVV
VNIDHKQMGLGGDNSWGALPHPEYILFPGEYKYSFTIKVLRNFFENFQEG

NT seq 3033 nt +upstreamnt +downstreamnt
gtgctgagttctatagactgggaaaaccacagaatattacacaaaaacagagaaaaaccg
agatgtacttttctgtacagattgaatccatgtaatgggaaatgggaatattggccattt
ttgatttcgttgaacggaaaatggaaatttaaatggtgccgtaatttcaaagtcgtgcca
gatggattctataaaatagattatgatgacaatacctggtttgaaattgaggtgccaagc
aactgggaaattcacgggtatggtataccaatatataccgatgtaaaatatccattctct
ccgaatcctccttttattgacaaagaaagaaatccagcaggactttacagaaggcatttt
actataccttcgtcctgggatggaaaagaaattttcttgcattttgccggtgttagatcc
gctttctacgtttatgtaaatggtatttgtgtcggttacagtcaagatagctgtagtcca
gcagaattcagaatcacagattatgtgaaaattggaaataatactttagcgatcgaagtt
tacaaatggtgcgacggcagctatttagaagatcaagacatgtggtggatggctggtgtt
tatagagatgtttttgtttatgcaactcccaaattacatttgagggatttctttatcaag
acagatttagatgaaaaataccaggatgctgtattaaaaatagatatggtgctgatcaat
tatctacgcgaaagctctgaagatttgtgccttgaaatcaatgtgttagattcggaaaat
ggagcacctgtctgtgactcaattttgcttgatgcaggaactatccctccaggagaagaa
aaaattgtaactatagaaaaagaaataaagaaccctttgaaatggtcttcagaaacccca
aatttgtattctgcagaaataaaactttttaaacgacataattcacagatattagaatcc
caaaaattcaatattggattcagaaaagttgaaattatcgatggtcagatgcttttgaat
ggaaaaccaatcaaaatcaaaggggtgaaccggcatgaatttgacccggataaaggttac
gcaataaccttagacagaatgatacaggatgtaaaactcatgaagcaatataacattaat
gcagtcagaacatctcattatccaaatgatccaaaatggtatttcttgtgtgattattac
ggcttatatgttattgacgaagcaaacatagaagcacatggtatgggtaatctacttgca
gaagatccgaactggttagaggctcatcttgataggatcacaaggatggttgaaagagat
aaaaatcatccgtctgtaataatctggtcgctcggaaatgaatctggagatgggcaaaat
tttgtcgcattaagcaattggattcaccagcgagacaaaacaagacctgttcattacgaa
cccgcagggacacaaaaatatgttgacatagtatctttcatgtacaaatctccaaaagat
ttagaaagcttttctgaagaaataaaagataggcctgtttttttatgtgaatatgcacac
gccatgggaaatagcgttggaaatttaaaagaatactgggatgttatcaaaaagtacaaa
aatttactcggtggttgcatatgggattgggtggatcaaggaataagaaaaaaggataaa
tctggaaaagaattttgggcatacggtggtgactttggagacgagccaaatgatggaaac
ttttgtatcaatgggcttctcttaccagaccgtactcctgaacctgagcttagtgaagta
aagaaagtttatcaatacatagaaattagccctgcagataaacttggagagttcttgata
accaataattattctttcataaacctgaacaactttgattgctttttcgaaattcaagaa
aacggattgtcaattcaaagaatcagaataggaaaaatcaaccttgagcctggttgctct
aagaaaatccagattcctatcaatgaaatttctttcaatgaaaacgcggaatatcatgtg
aaaatattatttacccttgcaaaggacactatctgggctgaaagaggctatgaaatagct
tgggaacaatttagcctatttaaaaaaaagaaaacctttacacctgcttcagcaaaagga
attgaactgaaggaagaatcagaaagaatattcgcaggaaatcaaaagatgaaaattatt
tttaataaaaactcagggtttatagaaagtttgaaatatatgaaccgggaattgctttta
aaacctctcagaatgaacttctggagagctcctacagataacgacaaaggaaacaaactg
cctgcaagagcagccatttggcgaaatatctgggaaaaagctaaggtgtccaaaataaaa
agagttgaatccgatcttggatacaaattggtattcgaaggatttttcaaggatatagaa
aaaacgaactgggaattagtgtatacaatttctgatgaaataacagtggagttaaaggta
aatatcgatagacatcttccagagctgccaagaataggtattcaaggaaccttccttggt
gatttcaagtacgtgtcgtggtatggccggggaccacatgaaaattattgcgatagaaag
acaggagcgcctgttggtctgtatagaagcacagttgagggtatgatacataaatatgta
agacctcaagaaactggacagaggacagatgttagatggtttagtatatccgatgattac
ggaatcactgttttagtcgaaggacatcctgtgatcgaatttagcgtatggcctttcgaa
ctggaagatcttgaaaaagcaaaccatgtgaatgaactaacgtacaaaaatctggttgta
gtgaacatagatcacaagcaaatgggacttggaggagataacagctggggtgctttaccg
catccagaatatattctctttccaggagaatacaaatattcttttacaatcaaggttctt
agaaatttttttgaaaattttcaggagggataa

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 (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   JGI-TLE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (35)   

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