Keyphrases
Abscisic Acid
100%
Rice
74%
Seed Germination
72%
Alternative Splicing
66%
Overexpression
45%
Seedling Establishment
38%
Root Growth
36%
Architecture Development
33%
Grain Filling
33%
OsNAC2
33%
Bacterial Infection
33%
Transcription Factor
33%
Positive Behavior
33%
Radicle
33%
H2O2 Accumulation
33%
Stress-induced
33%
Trehalose Content
33%
Rice Seed
33%
Arabidopsis
33%
Amylase
33%
Root Architecture
33%
ABA Catabolism
33%
Stress Effect
33%
Negative Actions
33%
White Lupin
33%
Seed Aging
33%
Phosphorus Acquisition
33%
Global Analysis
33%
Phosphorus
33%
Low Temperature
33%
Seed Dormancy
33%
Plant Growth
27%
Host-microbiome Interactions
25%
Seed Vigor
22%
Overexpressing
21%
Catabolism
19%
Abscisic Acid Signaling
19%
GRAS Gene Family
19%
ABA Metabolism
19%
Stress Resistance
16%
Germination
15%
Crop Yield
13%
Hydrogen Peroxide
13%
Plant Response
13%
Molecular Mechanism
12%
Agronomic Traits
12%
Transcriptome
11%
Phytohormones
11%
Plant Development
11%
Trehalose
11%
Aging Treatment
11%
Dormancy Release
9%
Segmental Duplication
9%
Cluster Roots
9%
Signaling Pathway
9%
Mild Stress
8%
Sustainable Agricultural Development
8%
Abscisic Acid Biosynthesis
8%
Plant Disease
8%
Plant Disease Management
8%
Aberrant RNA Splicing
8%
Molecular Patterns
8%
Bacterial Disease
8%
Microorganisms
8%
Salt Stress
8%
Multiple Stressors
8%
Cold Stress
8%
Root System Development
8%
Agriculture
8%
Potential Therapeutics
8%
Drought Stress
8%
Pathogenic Microorganisms
8%
Plant Stress
8%
Postgenomics
8%
Signaling Network
8%
Well-watered Conditions
8%
Plant Hormones
8%
Effector-triggered Immunity
8%
Infestation
8%
Stress Hormones
8%
Host Cell
8%
Growth Resistance
8%
Proteome Diversity
8%
Early Seedling Establishment
8%
High-throughput Sequencing
8%
Disease-based
8%
Multiple Plants
8%
System Stress
8%
Crop Plants
8%
Abscisic Acid Homeostasis
8%
Pattern-triggered Immunity
8%
PCR Analysis
7%
Low-temperature Germinability
7%
Biological Processes
5%
Transgenic Seeds
5%
Improper Storage
5%
Acid Chlorides
5%
Resistance to Aging
5%
Primary Determinants
5%
Seed Resistance
5%
Critical Organ
5%
Aging Resistance
5%
Enhanced Resistance
5%
Storage Conditions
5%
Gene Knockout
5%
H2O Content
5%
Diphenyleneiodonium Chloride
5%
Negative Regulator
5%
8′-hydroxylase
5%
Seedling Emergence
5%
Agricultural Productivity
5%
Aging Process
5%
Aging
5%
Germplasm Resources
5%
Higher Plants
5%
Biochemistry, Genetics and Molecular Biology
Abscisic Acid
100%
Seed Germination
44%
Seedling Establishment
44%
Root Growth
35%
Hydrogen Peroxide
35%
Alternative Splicing
33%
Grain Filling
33%
Arabidopsis
33%
Seed Dormancy
33%
Plant Physiology
27%
Low Copy Repeat
22%
Plant Response
20%
Metabolic Pathway
19%
Transgenics
16%
Multigene Family
14%
Cladistics
11%
Transcription Factor
11%
Bioinformatics
11%
Structure Analysis
11%
Environmental Stress
11%
Quantitative Reverse Transcription Polymerase Chain Reaction
11%
Gene Structure
11%
Stress
11%
Transcription
10%
Dormancy
9%
Germplasm
7%
Plant Development
7%
Growth, Development and Aging
7%
Life Cycle
6%
Anabolism
6%
Aging
5%
Agronomic Trait
5%
Gene Knockout
5%
Oxygenase
5%
Gene Targeting
5%
Homeostasis
5%
Cold Stress
5%
Agricultural and Biological Sciences
Abscisic Acid
100%
Seed Germination
68%
Transcription Factor
38%
Root Growth
35%
Lupin
33%
Grains
33%
Seed Dormancy
33%
Trehalose
33%
Seeds
33%
Plant Hormone
24%
Plant Physiology
17%
Dormancy
13%
Segmental Duplication
9%
Agronomic Trait
9%
Real-Time Polymerase Chain Reaction
8%
Growth and Development
7%
Plant Development
7%
Transcriptomics
7%
Seed Development
6%
Protoplast
6%
Stress Hormone
5%
Plant Stress
5%
Table Salt
5%
Root System
5%
Homeostasis
5%