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Jasmonates: biosynthesis, perception and signal transduction
Gareth Griffiths
Chemical Engineering & Applied Chemistry
College of Engineering and Physical Sciences
Research output
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Contribution to journal
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Review article
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peer-review
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Chemistry
Jasmonates
94%
Signal Transduction
60%
Biosynthesis
46%
Signalling Molecule
27%
(-)-Methyl Jasmonate
18%
Metabolite
15%
Protein
13%
Digestive
13%
Anthocyanin
13%
Isoleucine
13%
Growth Inhibition
13%
Protease Inhibitor
13%
Shortening
12%
Cytochrome P450
11%
Alkaloid
9%
Metabolic
9%
Cyclization Reaction
8%
Oxidation Reaction
4%
Reaction Yield
4%
Acid
3%
Molecule
3%
Medicine & Life Sciences
jasmonic acid
100%
Signal Transduction
43%
Isoleucine
17%
jasmone
15%
Protein Domains
14%
methyl jasmonate
12%
Plant Growth Regulators
11%
Growth
10%
Cyclization
10%
Repressor Proteins
9%
Chloroplasts
9%
ATP dependent 26S protease
9%
Anthocyanins
9%
alpha-Linolenic Acid
9%
Peroxisomes
8%
Physiological Stress
8%
Alkaloids
7%
Ligases
7%
Insecta
7%
Protease Inhibitors
7%
Ubiquitin
6%
Cytochrome P-450 Enzyme System
6%
Cytoplasm
5%
Transcription Factors
5%
Proteins
5%
Genome
4%
Enzymes
3%