Bacteroides thetaiotaomicron VPI-5482: BT_1780
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Entry
BT_1780 CDS
T00122
Name
(GenBank) periplasmic beta-glucosidase precursor
KO
K05349
beta-glucosidase [EC:
3.2.1.21
]
Organism
bth
Bacteroides thetaiotaomicron VPI-5482
Pathway
bth00460
Cyanoamino acid metabolism
bth00500
Starch and sucrose metabolism
bth00946
Degradation of flavonoids
bth00999
Biosynthesis of various plant secondary metabolites
bth01100
Metabolic pathways
bth01110
Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:
bth00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
BT_1780
09106 Metabolism of other amino acids
00460 Cyanoamino acid metabolism
BT_1780
09110 Biosynthesis of other secondary metabolites
00946 Degradation of flavonoids
BT_1780
00999 Biosynthesis of various plant secondary metabolites
BT_1780
Enzymes [BR:
bth01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.21 beta-glucosidase
BT_1780
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_3
Glyco_hydro_3_C
Fn3-like
CARDB
JetD_C
Motif
Other DBs
NCBI-ProteinID:
AAO76887
UniProt:
Q8A6U6
LinkDB
All DBs
Position
complement(2222043..2224895)
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AA seq
950 aa
AA seq
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MKWILAVGLLSCSVAMAQQQSDILSVSASANAENAALAFDRNVKTMWTIPSQALKAEQWL
MFTIQQPGDVCELDLQMQGINKNELKEVLDIFVTYDPMNLGTPVNYRIEGSDKQMKVKFT
PKYGAHVKLNFKSGKLDKPFSLKEISVLVAEKVLTDSQGKVTDRRYMDASLPVEERVESL
LAVMTPEDKMELIREGWGIPGIPHLYVPPITKVEAVHGFSYGSGATIFPQALAMGATWNR
KLTEEVAMVIGDETVAANTKQAWSPVLDVAQDARWGRCEETFGEDPVLVSQIGGAWIKGY
QSRGLFTTPKHFGGHGAPLGGRDSHDIGLSEREMREIHLVPFRHAIRNYDCQSLMMAYSD
YMGVPVAKSKELLQQILRQEWGFNGFIVSDCGAIGNLTARKHYTAKDKIEAANQALAAGI
ATNCGDTYNNKEVIQAAKDGRINMEDLDNVCRTMLGTMFRNELFEKNPCKPLDWKKIYPG
WNSDSHKEMARQAARESIVMLENKDNLLPLSKTLRTIAVLGPGADDLQPGDYTPKLLPGQ
LKSVLTGIKGAVGKQTKVLYEQGCDFTNPDETNIPKAVKAASQSDVVIMVLGDCSTSEAT
NDVRKTCGENNDWATLILPGKQQELLEAVCATGKPVILILQAGRPYDILKASEMCKAILV
NWLPGQEGGPAMADVLFGDYNPAGRLPMTFPRHVGQLPLYYNFKTSGRRYEYVDMEYYPL
YRFGFGLSYTSFEYSNLKIQEKANGNVEVQATVKNVGSRAGDEVAQLYVTDMYASVKTRV
MELKDFARIHLQPGESKTVSFEMTPYDISLLNDRMDRVVEKGEFKIMVGGMSPDYVAKNE
IKHSVGYSDNKKGVTGMLNYTHEFGANFDLAVSKVEENLVKNQKTVWVSVKNTGTLMDIG
KVEMFVDGKKVGDAVHYELGAGEEKLIPFKLAKENKQPVAFTTKYKMVSM
NT seq
2853 nt
NT seq
+upstream
nt +downstream
nt
atgaaatggatattggcagtagggttattgtcatgttcggtagcaatggcacagcaacag
agtgatatattatcggtatctgcttctgcaaatgcggaaaatgctgctttagcctttgac
aggaatgtaaaaacgatgtggacaatcccttctcaggcactaaaggctgaacaatggctg
atgtttaccattcagcagcccggagatgtttgtgaactggaccttcagatgcagggtatc
aataagaatgaactgaaagaagtactggatatctttgtcacttatgaccccatgaatctg
ggaactcccgtgaactaccggatcgaagggagcgacaaacagatgaaagtcaaattcact
cctaaatacggtgcacacgtcaagctgaattttaagtcgggaaagttggataaacctttc
tctctgaaagaaatttcggttcttgtggcagaaaaggtattgacggacagtcagggaaaa
gtaactgaccgtcggtatatggatgcgtcactgccagtagaagaacgggtggaaagtttg
ttggcagtgatgacgccggaggataaaatggaactgatccgtgaaggatggggcattccc
ggtattcctcatttgtacgtgcctcctatcacaaaggtagaagcggtgcatggtttctct
tatggtagcggtgctactatcttccctcaggctttggcgatgggagctacctggaacagg
aagctgacggaagaagtggctatggtgatcggagacgagacagtggctgccaatacaaaa
caggcatggtcgccggtgttggacgttgcacaggatgcacgttgggggcgctgtgaagaa
acctttggagaagaccctgtattggtgtcacaaataggaggtgcatggatcaaaggatac
cagtccagaggattgtttactactcccaagcatttcggtggacatggtgccccgttgggt
ggacgtgactcacatgatataggactgtccgaacgtgaaatgcgcgagattcatctggtt
ccgttccgtcatgcgatccgtaattatgactgccagtctttgatgatggcctattccgat
tatatgggagttccggttgccaagagcaaagaactgctgcaacagatattgcgtcaggaa
tggggattcaatggattcatcgtcagtgactgtggcgctatcggaaatctgacagcccgt
aaacattacacggcaaaagataagattgaagcagccaatcaggcattggctgccggcatt
gcgaccaattgcggtgatacttacaataataaagaagtgattcaggcggcaaaagacggt
cgtatcaatatggaagatctggacaatgtatgccgtacgatgctgggtacgatgttccgc
aacgaactctttgaaaagaatccttgcaaaccactggactggaagaaaatatacccggga
tggaactcggacagccataaggaaatggcacgtcaggcggcacgtgaatcaattgtaatg
ctggaaaacaaagacaatcttcttcctttgtcaaagacactgcgtacgattgcggtactg
ggtcccggtgcagatgacctgcagccgggcgattacactccgaaattgcttccgggacaa
ctgaaatcggtattgacaggtatcaaaggcgcagtgggcaagcagaccaaagttctttat
gaacaaggatgtgactttaccaatccggacgaaaccaatattccgaaagctgtgaaggca
gcttcccaatcagatgtcgtgattatggtactgggtgactgctctaccagtgaagcgacc
aatgatgtccgtaagacatgtggagaaaataacgactgggcgactttaatccttccgggc
aaacagcaggagttgctggaagcagtctgtgcaaccggaaaaccggtgatactgattctt
caggcaggccgtccttatgatattctgaaagcatccgaaatgtgcaaggctatcttggta
aactggttgccgggacaagaaggtggtccggctatggcagatgtactgtttggtgattac
aatcctgccggtcgcctgccgatgacattcccgcgtcacgtaggacaacttcctttgtat
tataacttcaagacttcaggacgccgttacgaatatgtagacatggaatattatcctctc
taccgcttcggattcggactcagctacacttcgttcgaatattctaatctgaaaatacag
gaaaaggcgaatggcaatgtggaagttcaggctacagtgaagaacgtaggaagccgtgcg
ggtgatgaagtcgctcagctatatgtgacggatatgtatgccagtgtgaaaacccgtgtt
atggaattgaaagactttgcccgtattcatttgcagccgggagaatcgaagactgtttcg
tttgaaatgactccatatgatatttcattgctcaatgaccggatggacagagtcgtggaa
aaaggagagttcaaaatcatggtaggcggaatgagtcccgattacgtagctaaaaatgag
atcaaacatagtgtaggctatagtgataacaagaaaggcgtcacgggaatgcttaattat
acacatgagtttggtgccaatttcgatcttgctgtgtccaaggtagaagagaaccttgtc
aagaatcagaagacagtgtgggtgagtgtgaaaaatacaggtacgttgatggatatcggt
aaggtggaaatgtttgtggatggtaagaaagtgggagatgccgttcattatgaactggga
gcaggtgaagaaaaactgattccgttcaagctggcaaaagagaataagcagcctgtagcg
tttacgaccaaatacaagatggtgtctatgtag
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