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The metabolism of abscisic acid in flacca, a wilty mutant of tomato
Y. Nevo,
M. Tal
Research output
:
Contribution to journal
›
Article
›
peer-review
10
Scopus citations
Overview
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Chemical Compounds
Abscisic Acid
83%
Absorption Spectrum
10%
Acid
19%
Biosynthesis
11%
Illumination
12%
Metabolite
19%
Neoxanthin
23%
Pharmacological Metabolism
43%
Radioactivity
42%
Xanthophyll
62%
Earth & Environmental Sciences
abscisic acid
100%
absorption spectrum
7%
biosynthesis
7%
effect
1%
gene
4%
germination
14%
metabolism
47%
metabolite
11%
methanol
12%
mutant
59%
phenotype
6%
radioactivity
19%
rate
4%
seed
10%
Medicine & Life Sciences
Abscisic Acid
96%
Brassicaceae
10%
Genes
2%
Germination
17%
Lighting
6%
Lycopersicon esculentum
77%
Methanol
12%
neoxanthin
13%
Phenotype
3%
Radioactivity
18%
Seeds
12%
Xanthophylls
31%
Agriculture & Biology
abscisic acid
50%
biosynthesis
4%
genes
2%
inactivation
5%
lighting
5%
metabolism
32%
metabolites
8%
methanol
10%
mutants
32%
neoxanthin
8%
phenotype
4%
radioactivity
17%
seed germination
10%
tomatoes
42%
xanthophylls
24%