This review discusses modelling approaches enhancing gene regulation and metabolism in plant growth, suggesting predictions may improve stress tolerance and nutrient use.
Key Points
This review aims to integrate biophysical modelling in understanding plant processes across different biological scales.
Review of various modelling approaches including reaction–kinetic models and Boolean network models.
Exploration of mechanical and geometry-based models for tissue growth.
Examination of metabolic and constraint-based models for resource allocation.
Analysis of hydraulic and electrophysiological models for transport processes.
Identifies key modelling approaches enhancing understanding of plant physiology.
Suggests the use of predictive tools for stress tolerance and nutrient efficiency.
Highlights the potential for regenerative tissue engineering and improved biomass productivity.