Medicine & Life Sciences
Arabidopsis
100%
Abscisic Acid
29%
Salt Stress
28%
Droughts
28%
Seedlings
21%
Genes
17%
Physiological Stress
17%
Cold Temperature
15%
Growth
14%
Anthocyanins
13%
Melissa
13%
Gene Expression
13%
Triticum
12%
Indoleacetic Acids
11%
Hypocotyl
11%
Proteins
11%
Genetically Modified Plants
10%
Temperature
10%
Flavonoids
10%
Cold-Shock Response
10%
Osmotic Pressure
9%
Plant Development
9%
Mutation
8%
inositol-1,4-bisphosphate 1-phosphatase
8%
Germination
8%
methionine sulfoxide reductase
7%
Growth and Development
7%
Sucrose
7%
Perilla frutescens
7%
Salts
7%
Antioxidants
6%
Freezing
6%
Transcription Factors
6%
Carbon Dioxide
6%
rosmarinic acid
6%
3-hydroxyflavone
6%
Organism Cloning
6%
Cell Wall
6%
Chitinases
5%
Heat-Shock Response
5%
Ectopic Gene Expression
5%
Genetic Loci
5%
Pyricularia grisea
5%
Agriculture & Biology
Arabidopsis
42%
Arabidopsis thaliana
19%
salt stress
19%
anthocyanins
17%
mutants
16%
stress tolerance
15%
genes
13%
gene expression
12%
Melissa officinalis
11%
flavonoids
10%
abscisic acid
10%
biosynthesis
10%
abiotic stress
10%
nitrates
9%
growth performance
9%
plant growth
8%
wheat
7%
seedlings
7%
osmotic stress
7%
water stress
7%
heat stress
7%
leaf rust
7%
mutation
7%
transcription factors
7%
nitrate reductase
7%
auxins
6%
glucosamine
6%
proteins
6%
Perilla frutescens
6%
cold stress
5%
calreticulin
5%
growth and development
5%
salts
5%
leaves
5%
promoter regions
5%
root growth
5%
rosmarinic acid
5%
hypocotyls
5%
flavonols
5%
plant development
5%
Chemical Compounds
Leaf Like Crystal
15%
Plant Growth
9%
Sucrose
9%
Flavonoid
9%
Abscisic Acid
8%
Biosynthesis
7%
Mutation
6%
Protein
5%
Antioxidant Agent
5%