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INIS
genes
100%
arabidopsis
53%
nitrates
43%
growth
37%
roots
36%
berries
36%
nitrogen
31%
fruits
25%
regulations
25%
viruses
24%
solanum
24%
plant growth
23%
interactions
21%
transport
21%
transcription factors
20%
comparative evaluations
19%
hormones
19%
tomatoes
18%
accumulation
18%
induction
17%
pathogens
17%
bacteria
17%
biosynthesis
17%
synthesis
15%
availability
15%
defense
15%
metabolism
14%
boron
13%
pines
13%
dehydration
13%
levels
13%
auxins
12%
mutants
11%
sugar
11%
cell wall
10%
productivity
10%
ripening
10%
data
10%
abscisic acid
9%
proteins
9%
modulation
9%
strains
8%
maturation
8%
toxicity
8%
tissues
8%
architecture
8%
expansion
7%
ethylene
7%
carbon
6%
greenhouses
6%
Keyphrases
Grapevine
36%
Nitrate
34%
Vitis Vinifera
31%
Gene Expression
29%
Plant Development
24%
Nitrate Signal
19%
Arabidopsis
19%
Arabidopsis Thaliana
18%
Berries
18%
Viral Infection
17%
Transcription Factor
16%
Plant Growth
15%
Botrytis Cinerea
13%
Solanum Lycopersicum
13%
PIN2
13%
Root Growth
13%
Anthocyanin Biosynthesis
13%
Dehydration
13%
Berry Development
13%
Burkholderia Phytofirmans
13%
Virus
13%
Grapevine Leaves
12%
MADS-box Gene
11%
Virus Infection
11%
Signaling Pathway
10%
Root System Architecture
10%
Differentially Expressed
10%
Pine Tree
10%
Nitrate Response
10%
Cell Wall Remodeling
9%
Differentially Expressed Genes
9%
Pinus Radiata
9%
Systems Biology Approach
8%
Sugar Accumulation
8%
Stress Response
8%
Nitrogen Source
8%
Abscisic Acid
8%
Maturation Stage
8%
Stress Conditions
7%
Vegetative Cells
7%
Nitrate Treatment
7%
GLRaV-3
7%
Transcriptome Analysis
7%
Sustainable Management
6%
Environmental Cues
6%
Biological Stress
6%
Physiological Analysis
6%
Pathosystem
6%
Changing Environmental Conditions
6%
Plant-pathogen Interaction
6%
Biochemistry, Genetics and Molecular Biology
Gene Expression
31%
Growth, Development and Aging
30%
Arabidopsis thaliana
29%
Root Growth
27%
Metabolic Pathway
25%
Vitis
21%
Botrytis Cinerea
20%
Lycopersicon
20%
Wild Type
17%
Arabidopsis
16%
Signal Transduction
14%
Plant Development
13%
Auxin Transport
13%
Abscisic Acid
11%
Transcription Factors
10%
Gene Expression Profiling
10%
Plant Response
10%
Genomics
10%
Fruit Development
9%
Ethylene
8%
Rhizobium
6%
Anthocyanins Biosynthesis
6%
Eukaryote
6%
Methylation
6%
Plant Genome
6%
SET Domain
6%
Epigenetics
6%
Genome Wide Association Study
6%
Grapevine Leafroll-Associated Virus 3
6%
Plant Pathogen Interaction
6%
Physiological Stress
6%
Chlordiazepoxide
6%
Ectopic Expression
6%
Nitrogen Availability
6%
Life Cycle
6%
Phytoremediation
6%
Plant Growth-Promoting Bacterium
6%
Regulatory Network
6%
Liquid Chromatography
6%
Tandem Mass Spectrometry
6%
Defense Response
6%
Infectious Agent
6%
Flavonoid
6%
Burkholderia
6%
Cell Division
5%
Amino Acids
5%
