PlantSimLab

PlantSimLab enables construction and simulation of qualitative dynamic models of molecular networks to integrate experimental data and generate testable hypotheses in plant systems biology.

Key Features:

• Dynamic Modeling Capabilities: Construct and simulate qualitative dynamic computer models of molecular networks to analyze temporal behavior.
• Model Construction and Manipulation: Build and manipulate dynamic mathematical models that represent interactions among molecular species.
• Model Interrogation and Experimental Integration: Interrogate models similarly to laboratory experiments and compare model outputs with experimental observations for validation.
• Simulation-Driven Hypothesis Generation: Use simulations to generate hypotheses about molecular interactions and predict outcomes of experimental manipulations.
• Analysis of Nonlinear, Heterogeneous Networks: Represent and study nonlinear networks of heterogeneous molecules relevant to plant biology and systems biology.

Scientific Applications:

• Systems Biology of Plant Molecular Networks: Analyze regulatory behavior of molecular networks that control plant biological processes.
• Hypothesis Generation and Experimental Prediction: Predict outcomes of perturbations and generate testable hypotheses about molecular interactions for experimental validation.

Methodology:

Integration of experimental data with mathematical modeling techniques, construction of dynamic models reflecting molecular network behavior, validation of models against experimental observations, and simulation of scenarios.