Halosquirtibacter xylanolyticus: K5X82_00345
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Entry
K5X82_00345 CDS
T10547
Name
(GenBank) glycoside hydrolase family 3 C-terminal domain-containing protein
KO
K05349
beta-glucosidase [EC:
3.2.1.21
]
Organism
hxy Halosquirtibacter xylanolyticus
Pathway
hxy00460
Cyanoamino acid metabolism
hxy00500
Starch and sucrose metabolism
hxy00946
Degradation of flavonoids
hxy00999
Biosynthesis of various plant secondary metabolites
hxy01100
Metabolic pathways
hxy01110
Biosynthesis of secondary metabolites
Brite
Enzymes [BR:
hxy01000
]
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
K5X82_00345
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NCBI-ProteinID:
QZT37357
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Position
92696..95005
Genome browser
AA seq
769 aa
AA seq
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MKNPLLFAISITLALFSCKTQKNDDVPRIPEVEKLISSMSIEEKVGQTIQITLDVVINKK
SKHRIELDTLKLNQALLKYHVGSILNTTQGRALPVETWNRLIKQIQNVAIDESRLHVPIL
YGVDAIHGASYTKGAILFPQQIAQAATWNPVLAQRINEVTAQQTRASGIPWTFSPVMDLG
SDPRWARMWETYGEDPYLASKMGESAVIGYQGVSRDNVDQHHVAACLKHFFCYASNSGKD
RTPIEISKSTLYDYYLPSFKAAIEKGALSVMVNSGIVNSLPVHANRDLLTNLLKQRMEFD
GVVVTDWADIEKIHTRDKVAVNHKEAVKMAFNAGIDLSMVPFDYVRYCKLLTELVKSKEV
SMERLDDAVRRNLVLKHRLNLFNTPTTSFREYPNIASESSKKLAYNTASEAITLLKNEGN
ILPISTESKLLILGPNANTMRPLLGGWSYSWQGQNADKEGADYSTFLEAAVQIFGRNNVE
YLPTVLYRGAKYFHEESSNLSLVSKSAMKADYIILCLGENSYTEKPGDLSELDLSEKQQT
LVDTASKSGKPLILVLSEGRPRIIRNIEPKVSAIVQTYISGSYTAEALMDVITGKVNPSG
KLPYTYPMHANSLDVYYHKPSEESKTTDGLYDYSGGFYPQYPFGYGLSYTTFEYRNLKVS
PKSFSSKDTITVSVEVKNIGSRKGKEVVQLYSSDCYASLTPDVIRLRRFRKVQLNVGETS
EISFVLTAKDLSFVLNNGQRIAEKGQFVFQIDALNEKVELTEDILYEKF
NT seq
2310 nt
NT seq
+upstream
nt +downstream
nt
atgaaaaaccctctcttatttgccatcagcatcacacttgctctattctcatgtaagact
caaaaaaatgatgatgttccacgaattcctgaagtcgagaagttaatctcttctatgtct
attgaagagaaagttggacaaactatacagatcaccctcgatgtggtgataaataaaaag
tctaaacatagaatagagcttgatactttaaaattgaatcaagcacttcttaaatatcat
gtgggttcaatattgaatacgacccaagggcgagcattacctgttgaaacatggaatcga
ttaatcaaacaaattcagaatgtcgcgatcgatgagtctcgtttacatgtgccgatcctc
tatggggtggatgctattcatggtgcttcttatacaaaaggggctattctatttccacaa
caaattgcgcaagctgcgacttggaaccctgtgctggcacaaagaataaatgaagtgact
gcacaacaaacaagagcaagtggaatcccttggactttttcccctgtaatggacttaggt
agtgaccctcgttgggctaggatgtgggaaacctatggggaagatccttaccttgcttcg
aagatgggtgagtctgcagttattggataccaaggggtctcacgcgataatgtggatcag
catcatgtggctgcttgtttaaaacacttcttctgttatgcctctaactcagggaaagat
cgtactcctatcgagatctctaaatcaacgttgtacgactactacttgccttcatttaaa
gcggcaatagagaaaggggctttatctgtgatggtaaattctggaattgtaaatagtctt
cctgtccatgccaatagagatttgttgaccaatttgctaaagcaaaggatggaatttgat
ggtgtcgttgttacagattgggctgatattgaaaagatacatacgagagataaagtggcc
gtaaatcataaagaggctgttaaaatggctttcaatgcaggaatagatctatcaatggtt
ccattcgattatgtgagatattgtaaattgcttactgagttagttaagagcaaagaggtt
tcaatggagagattagatgatgctgtaaggcgtaatctagtcttaaagcatcggttgaat
ctatttaatactccaaccacttcatttagagagtacccaaatattgcatcagaaagttca
aagaaattagcatataatactgcatccgaagctataacattattaaagaatgaaggtaat
atacttcctatctccacggaatctaagttgcttatattgggtcccaatgcaaatacaatg
cgtcctttattaggaggatggtcttactcttggcaaggtcagaatgctgacaaagaagga
gccgattactcgacttttcttgaggctgccgttcaaatatttggtcgaaataatgtagag
tatttacctaccgtcttatatcgtggtgctaaatattttcatgaggagtcaagtaacctc
tccttagtgtcaaagagcgctatgaaagcagactatattattctttgtcttggggagaat
tcttatacagagaagcctggagatctctctgaactagacctttcggagaaacaacaaaca
ctcgttgatactgcttcaaagagtggcaaacctctaatattggtgcttagtgaaggaaga
ccacgaataatcagaaatatagaaccgaaagtatctgctatcgttcaaacttatatctct
gggagttatacagcagaagctttgatggatgttatcactggaaaggtaaacccttcaggg
aaacttccatacacctatcctatgcatgcaaattctcttgatgtctattatcataagcct
tctgaggagagtaaaaccacagatggtttatatgattattccggtggcttctatcctcag
tacccttttggttatggattgagttacaccacgttcgaatatcgaaatttaaaagtatct
cccaaaagttttagttctaaggatacaataactgtctcagttgaggtgaaaaatataggg
tctcgtaaaggaaaagaggttgttcagttatacagttctgattgttatgcatcgttaact
ccagatgtaattcgtcttagacgttttagaaaagtgcaacttaatgtaggagagacgtct
gaaatatcttttgtattgaccgcaaaagatttaagctttgtattaaacaatgggcaacga
attgcagagaaaggacagtttgtgtttcagatagatgcattaaacgaaaaagtggaattg
actgaggatatcttgtatgagaaattctga
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