| Entry |
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| Definition |
(GenBank) predicted bile acid beta-glucosidase
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| KO |
| non-lysosomal glucosylceramidase [EC: 3.2.1.45] |
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| Organism |
cyu Candidatus Atelocyanobacterium thalassa
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| Pathway |
| Other glycan degradation | | Sphingolipid metabolism | | Metabolic pathways |
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| Brite |
KEGG Orthology (KO) [BR:cyu00001]
Metabolism
Lipid metabolism
00600 Sphingolipid metabolism
UCYN_12530
Glycan biosynthesis and metabolism
00511 Other glycan degradation
UCYN_12530
Enzymes [BR:cyu01000]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.45 glucosylceramidase
UCYN_12530
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| SSDB |
    |
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| Motif |
 |
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| Other DBs |
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| Position |
complement(1414463..1416874)
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| AA seq |
803 aa  
MKNSSFGTDIPSCSWQRSIGKGWGNPYTVRYPSNLDDGPWHGMPIGGFGAGCIGRSSAGD
FNLWHLDGGEHVFKTISSCQFSIFEELKDGKTKAYALSTKEPEDKTLSKWNWYPKNKGTY
YALYPRSWYQYEGIFEAKIVCEQFSPIIPDNYQETSYPIGIFEWTVSNPTDQPITLSIML
TWQNMIGWFTNSIKTPKIEVRDDGSPEYEYSPQLGFSQGNFNKWKQSSSQFGFILDRLRV
NDSISEGEGQICFATAHDPDLEFSYLGKWNPSGNGSEVWDHFSASGTLPNTLDETIAKPD
EQIAAAMAVKFVIKPGEVKKIPFTLAWDLPITEFSLGNQYHRRYTDFFGINGKNAWMIAE
TGLKSLNIWREQILEYQLPILNDKDLPDWFKMALFNELYLLTDGGTLWTTSSKSYPVGKF
GVLECIDYRWYESLDVRLYGSFGLLALWPSLEKAVIKTFAESISKSDHTLRLIGYDRSLA
PRKVKGAVPHDLGAPNEHPWEETNYTSYQDCNLWKDLGSDFVLQVYRDFLLTDSQDINFL
QECWPAIVETLDYLKKFDLDDDGIPENSGAPDQTFDDWQLHGISSYCGALWITALEAAIG
IGKILLKNSENNSHPDLQNSLAFIQENLTKYDDWLKKSRLIYHETLWNGEYYQLDSKSGS
DTIMTDQLCGQFYARLLNLPDVVDTSCTISALSKIYEACFLNFYDGQYGAANGVRSDGTP
ENPNSTHPQEVWVGINFGLAAFLIQMGMKNQALELTKVVVEQIYANGLQFRTPEAITPVG
TFRASHYLRAMAIWGVYYQLKKD |
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| NT seq |
2412 nt  +upstreamnt +downstreamnt
atgaagaactcatcttttggtaccgatatcccttcctgtagctggcaacgttctattggg
aagggttggggcaatccatacactgtaagatatcctagcaatctagatgatggcccttgg
catggaatgccaattggaggctttggagcaggttgcattggtcgttcttctgccggagat
tttaatttatggcatttagatggtggagagcatgtttttaaaactatttcatcttgtcaa
tttagtatttttgaagaattaaaagatggaaaaactaaagcttatgcattatcaacgaaa
gagccagaagataagactttatctaaatggaattggtatccaaagaataaaggaacttat
tatgcattgtatcctcgtagttggtatcaatatgaaggaatatttgaagcaaaaatagtt
tgtgaacagttctcacctattattcctgataattatcaagagactagctatcctataggt
atttttgaatggacagtatctaatcctacggatcagcctattactttaagcattatgcta
acttggcaaaatatgataggttggtttacaaattcgatcaagactcccaaaattgaagtt
agagatgatggtagtcctgaatacgaatattcgccgcaattaggttttagtcaaggaaat
tttaacaagtggaaacaaagtagttctcaatttggttttatcttagatcgtttacgcgta
aatgattctataagtgaaggcgaaggccaaatatgtttcgctactgctcatgatccagat
ctagaattttcctatttaggtaaatggaatccttctggtaatggctctgaagtttgggat
catttctccgcaagtggaacattaccaaatacattagatgagaccatagctaagccagat
gaacaaatagctgctgctatggcggttaaatttgttattaaacccggagaagttaaaaaa
ataccttttactctagcttgggatttacctattacagaattttcccttggtaatcaatat
catagacggtacactgatttctttggtattaatggtaaaaatgcatggatgatagcagaa
actggactaaagtctttaaatatatggcgagagcaaattcttgaatatcaattacccatc
ttaaatgataaagatttaccagactggtttaaaatggctctgtttaacgagctgtatcta
ttaactgacggcgggactctttggacaacatcttctaaatcttatccagttggtaaattt
ggagttctagaatgtatagattatcgttggtatgaaagtttagatgttagattgtatgga
tcattcggattattagcattatggccgtctctagagaaagcagttatcaaaacattcgca
gaatcaatttctaaaagtgatcatactctaagacttattggttatgacagatctcttgcc
cctaggaaagttaaaggcgcagttcctcatgatttaggtgcaccgaacgaacacccttgg
gaagaaacaaactatactagctatcaagattgtaatttgtggaaagatttaggtagtgat
tttgttttacaagtctatagagattttttgttgacagattctcaagatatcaatttttta
caggaatgttggccagctatagttgaaacattagattacttgaaaaagtttgacctagat
gacgatggtattccagaaaactcaggagcgcctgaccaaacttttgatgattggcagtta
catggaattagttcatattgtggtgccttatggattactgctttggaggctgctattggc
ataggaaagattttactgaaaaatagtgaaaacaattcccatccagatttgcaaaattct
ttagctttcatacaagaaaatcttaccaaatatgatgattggttaaagaaatctcgctta
atttatcatgagactttatggaacggagaatattatcaattagatagcaaaagtggttct
gatacaattatgacggatcagctttgtggccaattttatgcacgcctattaaatttgcct
gatgtagtggatacttcttgtacaatatcagctttgtcaaaaatttacgaagcctgtttt
ttaaacttttatgatggacaatatggagctgccaacggagtaaggtctgatggtacacca
gaaaatcctaattctactcatcctcaagaagtttgggtaggaataaatttcggattagca
gcttttttaatacaaatgggaatgaagaatcaggctttagagttaacaaaagttgtagtt
gaacaaatatatgcgaatggactacagtttagaactcctgaagcaattacaccagtaggg
acttttagagcatctcattatttacgtgctatggctatttggggtgtttactatcaactt
aaaaaagattaa |
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