Thermotoga petrophila RKU-10: Tnap_1578
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Entry
Tnap_1578 CDS
T01139
Name
(GenBank) glycoside hydrolase family 2 TIM barrel
KO
K01190
beta-galactosidase [EC:
3.2.1.23
]
Organism
tnp
Thermotoga petrophila RKU-10
Pathway
tnp00052
Galactose metabolism
tnp00511
Other glycan degradation
tnp00600
Sphingolipid metabolism
tnp01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
tnp00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00052 Galactose metabolism
Tnap_1578
09103 Lipid metabolism
00600 Sphingolipid metabolism
Tnap_1578
09107 Glycan biosynthesis and metabolism
00511 Other glycan degradation
Tnap_1578
Enzymes [BR:
tnp01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.23 beta-galactosidase
Tnap_1578
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SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_2_C
Bgal_small_N
Glyco_hydro_2_N
LacZ_4
Glyco_hydro_2
Glyco_hydro_72
Pyr_excise
Spindle_Spc25
Motif
Other DBs
NCBI-ProteinID:
ADA67653
UniProt:
D2C4J9
LinkDB
All DBs
Position
1572306..1575560
Genome browser
AA seq
1084 aa
AA seq
DB search
MVYEWENPQLVSEGTENPHASFIPYLNPFTGEWEYPDDFILLNGNWKFFFAKNPFEVPEN
FFLEGFDDTNWDEIEVPSNWEMKGYGKPIYTNVVYPFEPNPPFVPKDDNPTGVYRRWIEI
PEDWFKREIFLHFEGVRSFFYLWVNGKKIGFSKDSCTPAEFRVTDVLKPGKNLICVEVLK
WSDGSYLEDQDMWWFAGIYRDVYLYALSKFHVRDIFVRADLDEDYRDGKIFLDVELRNLG
EEEEKDLIITLTDPQGKEMTLVEERMRPKSETLSFVFEVRDPKKWSAETPHLYVLKVKLG
EDEKKVNFGFRKVEVKDGRLLFNGKPLYIKGVNRHEFDPGRGHAVTVKRMIEDIKLMKQH
NINTVRTSHYPNQTKWYDLCDYYGLYVIDEANIESHGIGWDLDVTLANRPEWEKAHLDRI
KRMVERDKNHPSIIFWSLGNEAGDGMNFEKAALWIKERDNTRLVHYEGTTRRGESYYVDV
FSLMYPKIDVLLEYASRKREKPFIMCEYAHAMGNSVGNLKDYWDVIERYPYLHGGCIWDW
VDQGIRKKDENGKEFWAYGGDFGDEPNNKNFCCNGVVLPDRTPEPELYEVKKIYQNIKVR
QISIDTYEVENGYLFTDLEMFDGTWRIRKDGEVIEEGRFKLSAEPGERKIFKIPLPVMED
SEYFLEICFALSEDTLWAKKGHVVAWEQFLLKPPIFQKSIVQEKVDFSEDGRYLLVRTKD
AEFIFSKLTGLLEHIVYRGRNILTGSIVPNFWRVPTDNDIGNRMPERLSIWKKASSERKL
FKMFWKRRENSVSVQSVYQVPGNSWVYLTYTIFGNGDILVDLSLIPAEGVPEIPRIGLQF
TVPEEFGTVEWYGRGPHETYWDRKESGLFARHRKAVDEMIHRYVRPQETGNRSDVRWFAL
SDGETKLFVSGMPQIDFSVWPFSMEDLERAQHISELPERDFVTVNVDFRQMGLGGDDSWG
AMPHLEYRLLPKPYRFSFRMRISKEIPSWRVLAAIPETLHVEMSSEDVIREGDTLRVKFS
LLNDTPLSKEEQVVLFVDGNEYSVRRVVIPPFKKEELVFKVEGLKKGEHLIHTNLNTRKT
IYVR
NT seq
3255 nt
NT seq
+upstream
nt +downstream
nt
atggtctacgaatgggaaaatccacagcttgtgagtgagggaacagaaaatcctcatgcc
tctttcataccttacctcaatccgttcacaggagagtgggagtatcccgatgacttcatc
ctgctcaatgggaactggaagttcttctttgcaaaaaatcccttcgaggttccggagaac
tttttcctggaaggtttcgatgacacaaactgggatgagatagaagttccaagcaactgg
gagatgaaaggatatgggaagcccatctacacgaacgtggtttatccatttgaaccgaac
cctccttttgttccaaaagacgacaatccgaccggggtgtacagaaggtggatcgagata
cctgaggattggttcaaaagggagatctttctgcattttgaaggtgttcgatccttcttc
tatctgtgggtgaacgggaagaagatcggtttcagcaaagacagctgcacacccgctgag
ttcagggtcacagacgttttgaaaccgggaaagaacctgatctgtgtggaggttctgaag
tggagtgatgggagttacctggaagatcaggacatgtggtggtttgcgggaatctacagg
gatgtctatctctacgcactttcgaagttccatgtgagagacatattcgtgagagcagac
ctcgatgaagattacagagacggaaagatctttctggacgtggaactgagaaaccttgga
gaagaggaagaaaaagatctcattatcacactcacagatccacagggaaaagaaatgact
ctggtggaagagaggatgaggccaaagagtgaaaccctgtcttttgtcttcgaagtgaga
gacccgaagaaatggtcagcagagactcctcatctttacgttttgaaggtgaaactggga
gaagacgagaaaaaagtcaacttcgggttcaggaaggtggaggtaaaggatggaaggctt
cttttcaacggaaaacctctctacataaagggagtgaacagacacgagttcgatccgggc
aggggccatgcggtgactgtgaagaggatgatagaggacataaaactcatgaaacagcac
aacataaacaccgttcgaacctcacactatccgaaccagacgaagtggtacgatctgtgt
gactactacggcctttacgtcatagacgaagcaaacatcgaatcacatggcatcggctgg
gatctcgatgtaacgctcgcaaacagaccggagtgggaaaaggcacaccttgacaggatc
aaaaggatggtagagcgtgacaagaaccatcccagcatcatcttctggtcgcttggaaac
gaggcaggagacggaatgaactttgaaaaggccgccctctggataaaagaaagggacaac
acaagactcgtccactacgaaggaacaacaagaaggggagaatcgtactacgtggatgtt
ttctctctcatgtacccgaagatagacgttcttcttgagtacgcctccagaaagagggaa
aagcctttcatcatgtgtgagtatgcccacgcgatgggaaacagtgtgggaaatctgaag
gactactgggatgtgatagaaaggtatccgtatcttcacggagggtgcatctgggactgg
gtggaccagggaatcaggaagaaggatgaaaacggaaaggaattctgggcgtacggtgga
gatttcggcgatgaaccaaacaacaagaatttctgctgcaacggagtggtccttcccgac
agaacacccgagccagagctttacgaggtgaagaaaatctatcagaacatcaaagtgcgt
cagatctcaatagacacctacgaagtggagaacgggtatcttttcacagaccttgagatg
ttcgatggaacttggaggatcagaaaggacggtgaagtgatagaagaaggaaggttcaaa
ctctcagccgagccaggagaaaggaaaatttttaagataccacttccagtgatggaagac
tcggaatacttccttgagatctgttttgctctctctgaagataccctctgggcgaagaag
ggacacgttgtagcgtgggaacagttcctcctgaaacctcccatctttcaaaaaagcatt
gttcaggaaaaagtagatttctcagaagatggaagataccttctggtgaggacaaaagac
gcggagtttatcttctcgaaactcaccggccttctggagcacatcgtgtacaggggaaga
aatatcctgacaggatcgatcgttccaaatttctggagagttccaacggacaacgatatc
ggaaacagaatgccggaaagactctccatatggaaaaaggcatcgagcgaaagaaagctc
ttcaagatgttctggaagagaagggaaaacagcgtttccgttcagagtgtctatcaggta
cccggaaacagctgggtgtacctcacctacaccatctttggaaacggtgacatcctcgtg
gatctttccctgattcccgcagaaggtgtaccggagattccaaggatcggtcttcagttc
acggtccctgaagagttcggcaccgtggagtggtacggaaggggaccgcacgagacttac
tgggacagaaaagaaagtggccttttcgcaaggcacagaaaagctgtcgatgagatgata
cacaggtacgtcaggccccaggaaacggggaacagatcggacgtgagatggtttgcgctt
tccgatggtgaaacaaaactctttgtgtcaggcatgccgcagatagacttcagcgtctgg
cccttttccatggaggatctcgagagggctcagcacataagtgaactcccggagagggac
ttcgtcaccgtgaacgtggacttcagacagatgggccttggaggagacgacagctggggt
gcgatgcctcatctggagtacaggcttctaccaaagccgtatcgtttttctttcagaatg
aggattagcaaagagattccatcctggagggttcttgcggcgatccctgaaacgctccat
gttgagatgtcctcagaagacgtgatacgcgaaggagacaccctgagagtgaaattttcc
cttctgaacgacactccactgagcaaggaagaacaggtggttctctttgttgatggaaac
gaatactcggtgaggcgagtggtgattccacccttcaagaaggaagagctggtgttcaaa
gtagaaggattgaagaagggagaacatctgatacatactaatctgaacacgagaaaaact
atctacgtgaggtga
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