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Metabolic Trade-offs Between VOC Production and Plant Fitness Parameters

Agriculture Plant Pathology

Volatile Organic Compound Signaling in Plant Defense

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Volatile Organic Compound Biosynthesis Pathways in Pathogen-Infected Plants Long-Distance Airborne VOC-Mediated Plant-to-Plant Defense Priming VOC Receptors and Signal Transduction Cascades in Plant Immune Responses Comparative VOC Profiles Across Plant Species During Pathogenic Stress Conditions VOC-Mediated Recruitment of Entomophagous Arthropods for Biological Pest Control Temporal Dynamics and Kinetics of VOC Emission During Disease Progression Modulation of VOC Signaling by Endophytic Microbiota and Rhizosphere Communities Green Leaf Volatile Isomers as Damage Indicators and Immune Priming Signals VOC-Based Biosensing and Early Detection Technologies for Asymptomatic Disease States

Agriculture Plant Pathology › Volatile Organic Compound Signaling in Plant Defense

Metabolic Trade-offs Between VOC Production and Plant Fitness Parameters

This study investigates the costs and benefits associated with VOC biosynthesis allocation in relation to growth, reproduction, and resource utilization in infected plants. Understanding these metabolic trade-offs reveals evolutionary constraints on defense investment and informs strategies for developing disease-resistant crops without yield penalties.

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