Acholeplasma laidlawii: ACL_0730
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Entry
ACL_0730 CDS
T00659
Name
(GenBank) glycosyl hydrolase, family 3-like protein
KO
K05349
beta-glucosidase [EC:
3.2.1.21
]
Organism
acl
Acholeplasma laidlawii
Pathway
acl00460
Cyanoamino acid metabolism
acl00500
Starch and sucrose metabolism
acl00946
Degradation of flavonoids
acl00999
Biosynthesis of various plant secondary metabolites
acl01100
Metabolic pathways
acl01110
Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:
acl00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
ACL_0730
09106 Metabolism of other amino acids
00460 Cyanoamino acid metabolism
ACL_0730
09110 Biosynthesis of other secondary metabolites
00946 Degradation of flavonoids
ACL_0730
00999 Biosynthesis of various plant secondary metabolites
ACL_0730
Enzymes [BR:
acl01000
]
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
ACL_0730
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Paralog
Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_3_C
Glyco_hydro_3
Fn3-like
Motif
Other DBs
NCBI-ProteinID:
ABX81346
UniProt:
A9NG66
LinkDB
All DBs
Position
complement(772994..776059)
Genome browser
AA seq
1021 aa
AA seq
DB search
MQKYLNNMNIERMNPLAELATFSKYAAGEGIVLLKNNDVLPLKDKKIAVFGRIQFNYYKS
GTGSGGLVNVKHVPSLIESFINDPNVSVNMNVYDVYKKWVEENPFDSGNGQWASEPWNQQ
EMLLDTSLVLNASKESDIAIVVFGRTAGEDKDNKPTKGSYYLTDEELSLLKDVTSHFKKT
IVVLNVGNAMDLTFMDTYQIDGLIFAWHGGQYGALALKDVMVGYKSPSGKLPMTLVNDLS
SEPAFHNFGHKSQVIYEEDIYVGYRYFETFNHTAVRYPFGFGLTYSEFKIKPISFDMDDK
IITFKIEVKNTGRHRAKEVVQIYLNAPQGLLGKPKMVLAAFAKTRELEPKENQIIEIKID
LYNLASFDDIGHVFKSSFVLEKGLYKFYIGNSSRHHTQYGEIEIIDDIITHLSREISAPV
KPFKRIKPDENYQIIYEDVPLRTTNYNETIKDHIPREIPSNTSDITLLDVYEHKHTMDEF
IGSLEIDQLIELTRGEGMSSPKVTPGTASAFGGVTDELLDKGIPIACAADGPSGIRMDSG
FYASSLPNGIALASSFDLNMVETLYQLLGKEMKAYHIDLILGPGMNILRHPLNGRNFEYY
SEDPLLTGLMASSAVIGLQKEGVTGTLKHLFANNQETDRFNVDAVVSERAQREIYLRGFE
IAIKVGKARAIMTSYNPVNSLWTASHFEVNSLLLRDEWGFDGILVTDWWAKMNDFNGPGD
VKNTKAMIISQNDLYMVISDAKSNSNHDNSKESYLNGELKKSHLQRVAKNILNFLLKTPA
FSRMHQLEFKPSKNRRNYWFKYDAKDIKLPLIEELLVNGQKFVINPLIFNHQIDKIDTIK
HKKLKVYIHKNKQHAIAVKSNKYDTNIYYFNTENFESSNLNIVDLNLFSKMEYPKCGMKP
WEPLNFVFDAALKHIKSVSLDNNVLSILEKDAILNFPVALEMPGKYLVDFTLSSDVQSLA
QLPFSLYLNNQYKTTITIHGTEGNKVHARASLLADPGKQVLSIKFNKSNIHIYEIKMMRH
G
NT seq
3066 nt
NT seq
+upstream
nt +downstream
nt
atgcaaaaatatttaaataatatgaacatcgaacggatgaatccgcttgctgagcttgca
actttttcaaagtatgcagctggtgaaggtatcgtcttacttaaaaataacgatgtgtta
ccactaaaagataaaaaaattgctgttttcggtagaattcagtttaattactataaatct
ggtactggctctggaggtttggtaaatgttaagcatgtaccttcattaattgaatcgttt
attaatgatcccaatgtatctgtaaatatgaacgtttatgatgtttataaaaaatgggta
gaagaaaatccattcgattccggtaatgggcaatgggcatctgaaccatggaatcaacaa
gaaatgcttttagacactagtttagtattaaatgcttctaaagaaagtgacattgcgata
gtagtatttggtagaacagcaggggaagataaagataacaaaccgacaaaaggaagttat
tatttaacagatgaagagttaagtctacttaaagatgtaacttctcattttaagaaaaca
atagttgtattaaatgttggtaatgctatggatctaacttttatggatacttatcaaatt
gatggacttatctttgcatggcatggtggacagtatggagcattagctctaaaagatgta
atggtaggttataagtcaccatcaggtaaactacctatgacattagttaatgacttatca
tcagagcccgcattccataatttcggacataaatcacaagtcatatatgaagaagatatt
tatgttggttatagatattttgagacatttaatcacactgctgtgagatatccatttggt
tttggactcacttactctgaatttaaaattaaacctatatcttttgatatggatgataaa
attataacctttaaaatagaggttaagaatactggtagacatagagcaaaagaagttgtc
caaatctatttaaatgcacctcaaggattattaggtaaacctaaaatggttttagcagca
tttgctaaaaccagagaacttgaaccaaaagaaaatcaaatcatcgaaattaaaattgat
ttatataatctagcaagctttgatgatattgggcatgtatttaaatcttcttttgtgcta
gaaaaaggtttatataaattctatattggaaattcatcaagacaccacacacaatacggt
gaaattgaaattattgatgatatcattacacatttatcaagagaaatatcagcaccggtt
aagccttttaaacgtatcaaaccagatgaaaactatcaaattatctatgaagatgtacct
ttaagaactaccaattataatgaaacaattaaagatcatatacctagagaaataccaagc
aatacatctgatattacattattagatgtttatgagcataaacatactatggatgaattt
atcggatcacttgaaattgatcaactcattgaactcacacgaggtgaaggtatgagttca
cctaaagtgacaccaggaactgcatcagcatttggcggtgtgaccgatgaattacttgat
aagggtataccgattgcatgtgcagcagatggacctagtggtattcgtatggactctggt
ttttatgcttcaagtttacctaatggcatagccttagcctcaagttttgatttgaatatg
gttgaaacactttaccaactacttggtaaggaaatgaaagcttatcatattgatttaatc
ttgggtccaggtatgaatattttaagacatcctctaaatggccgtaattttgaatattat
tcagaagatccactgcttacaggacttatggcatcaagtgcagtcattggtttacaaaaa
gaaggtgttacagggacactcaagcatttatttgcaaataatcaagaaacagatcgattt
aatgtagatgcagtagtatctgaacgtgctcaaagagaaatctatttaagaggctttgaa
attgcaataaaagtgggtaaagcccgtgcaatcatgacatcttataatccggtgaatagt
ttatggacagcctctcattttgaggttaactcactccttttaagggatgagtggggattt
gatggtattttagtcaccgattggtgggctaaaatgaatgattttaatggtcctggtgat
gttaagaatactaaggcaatgatcatcagccaaaatgatttatatatggttattagtgat
gccaaatcaaattcaaatcatgacaattcaaaagaaagttacttaaatggcgaacttaaa
aagtctcacttgcaaagggtagctaaaaatattctaaactttttactaaaaacgccagca
tttagtcgtatgcatcaactagaatttaaaccctcaaaaaataggagaaattattggttt
aaatatgatgcaaaggatataaaattgccgcttatagaagaactattggtaaatggtcaa
aaattcgttataaatccgttgatttttaaccatcaaatagacaaaattgacacgataaag
cataaaaaacttaaagtctatattcacaaaaataaacaacacgcaatcgcagtaaaatca
aataaatatgatacaaatatttattattttaacactgaaaattttgaatcaagtaaccta
aatatagtcgatttaaacctgtttagtaagatggaatatccaaagtgtggtatgaaacca
tgggaaccattaaactttgtttttgatgctgctctaaagcatataaaatccgtttcactt
gataataatgtcctttctattttagaaaaagatgctatcttaaattttcctgtagctcta
gaaatgccagggaagtacttggtcgattttactctatcaagtgatgtacaaagtttagcg
caattaccattttcactgtacctgaataatcaatataaaacaacaattacaatacatggc
actgaaggtaacaaggtccacgcaagagcgagtctgctagctgatcctggaaaacaagta
ctttcgataaaatttaataaatcaaatatccatatctatgaaatcaaaatgatgagacat
ggttaa
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