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EC Tree
IUBMB Comments Isolated from the bacterium Thauera linaloolentis grown on (RS)-linalool as the sole source of carbon. Unlike EC 5.4.4.4, geraniol isomerase, which only acts on (S)-linalool, this enzyme acts equally well on both enantiomers.
The expected taxonomic range for this enzyme is: Thauera linaloolentis
Synonyms
3,1-hydroxyl-DELTA1-DELTA2-mutase,
C666_11245 ,
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3,1-hydroxyl-DELTA1-DELTA2-mutase
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C666_11245
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(RS)-linalool = geraniol
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(RS)-linalool hydroxymutase
Isolated from the bacterium Thauera linaloolentis grown on (RS)-linalool as the sole source of carbon. Unlike EC 5.4.4.4, geraniol isomerase, which only acts on (S)-linalool, this enzyme acts equally well on both enantiomers.
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geraniol
(R)-linalool + (S)-linalool
additional information
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(R)-linalool
geraniol
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r
(R)-linalool
geraniol
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r
(S)-linalool
geraniol
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r
(S)-linalool
geraniol
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r
geraniol
(R)-linalool + (S)-linalool
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r
geraniol
(R)-linalool + (S)-linalool
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r
geraniol
linalool
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r
geraniol
linalool
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r
linalool
geraniol
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r
linalool
geraniol
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r
additional information
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presence of a reductant is required, maximum activity in presence of 4 mM dithionite
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additional information
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presence of a reductant is required, maximum activity in presence of 4 mM dithionite
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additional information
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presence of a reductant is required, maximum activity in presence of 4 mM dithionite
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geraniol
(R)-linalool + (S)-linalool
(R)-linalool
geraniol
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r
(R)-linalool
geraniol
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r
(S)-linalool
geraniol
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r
(S)-linalool
geraniol
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r
geraniol
(R)-linalool + (S)-linalool
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r
geraniol
(R)-linalool + (S)-linalool
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r
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0.455
geraniol
pH 8.0, 35°C
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UniProt
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UniProt
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inner membrane. Protein is predicted to have four transmembrane helices at the N-terminal domain and a cytosolic domain
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inner membrane. Protein is predicted to have four transmembrane helices at the N-terminal domain and a cytosolic domain
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physiological function
initial enzyme of an acyclic terpene utilization pathway used during growth on (R,S)-linalool and nitrate under anoxic conditions
physiological function
strain is able to use the tertiary monoterpene alcohol (R,S)-linalool as sole carbon and energy source under denitrifying conditions
physiological function
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strain is able to use the tertiary monoterpene alcohol (R,S)-linalool as sole carbon and energy source under denitrifying conditions
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physiological function
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initial enzyme of an acyclic terpene utilization pathway used during growth on (R,S)-linalool and nitrate under anoxic conditions
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N6Z5E2_9RHOO
644
0
71826
TrEMBL
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x * 71800, calculated, x * 60000-70000, SDS-PAGE
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x * 71800, calculated, x * 60000-70000, SDS-PAGE
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expression in Escherichia coli
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Marmulla, R.; Safaric, B.; Markert, S.; Schweder, T.; Harder, J.
Linalool isomerase, a membrane-anchored enzyme in the anaerobic monoterpene degradation in Thauera linaloolentis 47Lol
BMC Biochem.
17
006
2016
Thauera linaloolentis (N6Z5E2), Thauera linaloolentis, Thauera linaloolentis DSM 12138 (N6Z5E2)
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Marmulla, R.; Cala, E.; Markert, S.; Schweder, T.; Harder, J.
The anaerobic linalool metabolism in Thauera linaloolentis 47 Lol
BMC Microbiol.
16
76
2016
Thauera linaloolentis (N6Z5E2), Thauera linaloolentis DSM 12138 (N6Z5E2)
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History
Enzyme Nomenclature
5.4.4.8 linalool isomerase
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