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Biosynthesis and analysis of plant oxylipins
G. Griffiths
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Corresponding author for this work
Chemical Engineering & Applied Chemistry
Energy and Bioproducts Research Institute (EBRI)
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Medicine & Life Sciences
Acids
21%
Alcohols
21%
Aldehydes
34%
Dioxygenases
41%
divinyl ether synthase
72%
Enzymes
31%
Gases
24%
Hydrocarbons
36%
hydroperoxide isomerase
61%
hydroperoxide lyase
63%
jasmonic acid
52%
Ketones
36%
Lipoxygenases
46%
Mixed Function Oxygenases
32%
Oxygen
20%
Oxylipins
100%
peroxygenase
61%
Technology
18%
Unsaturated Fatty Acids
31%
Chemistry
Acid
10%
Alcohol
17%
Aldehyde
20%
Allene
34%
Antimicrobial Agent
20%
Biosynthesis
48%
Ether
19%
Gas
15%
Hydrocarbon
20%
Hydroperoxide
29%
Jasmonates
49%
Metabolic
23%
Oxide
15%
Oxygen Atom
23%
Oxylipin
92%
Pharmacological Metabolism
22%
Polyunsaturated Fatty Acid
34%