Useful Links
Biology
Plant Science (Botany)
Plant Hormones
1. Introduction to Plant Hormones
2. Major Plant Hormone Classes
3. Emerging Plant Growth Regulators
4. Hormone Signal Transduction
5. Hormonal Interactions and Integration
6. Practical Applications
7. Research Methods and Techniques
Hormonal Interactions and Integration
Types of Interactions
Synergistic Effects
Additive Responses
Cooperative Action
Enhanced Sensitivity
Antagonistic Effects
Competitive Inhibition
Opposing Actions
Mutual Suppression
Permissive Effects
Enabling Responses
Threshold Modulation
Sensitivity Changes
Developmental Integration
Root System Architecture
Auxin-Cytokinin Balance
Strigolactone Regulation
Environmental Responses
Shoot System Development
Apical Dominance Control
Branching Patterns
Leaf Development
Reproductive Development
Flowering Transition
Fruit Development
Seed Formation
Senescence Programs
Leaf Senescence
Fruit Ripening
Whole Plant Senescence
Environmental Response Integration
Light Responses
Photomorphogenesis
Shade Avoidance
Photoperiodism
Water Stress Responses
Drought Adaptation
Osmotic Adjustment
Stomatal Control
Temperature Responses
Heat Stress
Cold Acclimation
Vernalization
Biotic Stress Responses
Pathogen Defense
Herbivore Resistance
Symbiotic Interactions
Molecular Mechanisms of Integration
Transcriptional Networks
Shared Transcription Factors
Regulatory Modules
Feedback Loops
Post-Transcriptional Regulation
MicroRNA Networks
Alternative Splicing
Protein Modifications
Metabolic Integration
Shared Metabolic Pathways
Resource Allocation
Energy Balance
Previous
4. Hormone Signal Transduction
Go to top
Next
6. Practical Applications