Medicine & Life Sciences
Lycopersicon esculentum
100%
Aquaporins
78%
Water
66%
Photosynthesis
57%
Arabidopsis
56%
Salt Stress
53%
Tomato yellow leaf curl virus
50%
Chloroplasts
49%
Brachypodium
48%
Hexokinase
44%
Poaceae
43%
Physiological Stress
40%
Fruit
37%
Sugars
35%
Xylem
29%
Machine Learning
28%
Abscisic Acid
28%
Oryza
28%
Dehydration
28%
Droughts
27%
Homeostasis
21%
Hypocotyl
21%
Hormones
20%
Phytochrome
20%
Cell Membrane
19%
Industrial Waste
19%
Genes
19%
Melibiose
19%
Tobacco
19%
Indoleacetic Acids
19%
Salt Tolerance
19%
Prunus domestica
19%
Composting
18%
Solanum
18%
Genetically Modified Plants
18%
P-type ATPases
17%
Zea mays
17%
Nitrogen
17%
Soil
15%
Metabolic Networks and Pathways
15%
Proton-Translocating ATPases
15%
Peroxisomes
14%
Plant Transpiration
13%
Light
13%
Metabolome
13%
Metabolomics
13%
Growth
12%
Genome-Wide Association Study
12%
Risk-Taking
12%
Freezing
11%
Agriculture & Biology
aquaporins
68%
hydraulic conductivity
62%
tomatoes
60%
stress tolerance
56%
hexokinase
42%
abiotic stress
41%
mesophyll
41%
transpiration
38%
water
32%
Tomato yellow leaf curl virus
32%
salt stress
31%
guard cells
31%
leaves
30%
chloroplasts
28%
fluid mechanics
26%
metabolomics
25%
sugars
25%
source-sink relationships
25%
metabolites
24%
Brachypodium sylvaticum
24%
plasma membrane
23%
assimilation (physiology)
23%
Setaria viridis
23%
Arabidopsis
22%
plant stress
22%
rice
21%
photosynthesis
21%
leaf water potential
21%
hormones
20%
genes
20%
stomatal conductance
20%
tonoplast
19%
bundle sheath cells
18%
fruits
17%
photorespiration
17%
Solanum habrochaites
17%
homeostasis
16%
xylem
16%
perennial grasses
16%
degradation
16%
tobacco
15%
metabolome
15%
vascular bundles
15%
crops
14%
stomata
14%
fruit quality
14%
artificial intelligence
13%
mutants
13%
water budget
13%
genome-wide association study
13%