molecular-dynamics

You can run molecular dynamics simulations using OpenMM to generate production trajectories, then load them with MDAnalysis to compute RMSD and quantify structural stability for your protein-ligand systems.

The standard MD workflow involves system preparation, energy minimization, and NVT/NPT equilibration using OpenMM, followed by trajectory loading with MDAnalysis to compute RMSF and analyze protein conformational dynamics and flexibility.

Yes, you can load OpenMM-generated trajectories into MDAnalysis to track protein-ligand contacts and perform free-energy-style interpretation across equilibrated segments for drug binding mode characterization.

The molecular dynamics workflow supports applied scenarios including mutation impact studies, protein-protein interface behavior, drug binding residence characterization, and basic membrane or intrinsically disordered region simulation setups.

You need OpenMM with appropriate force fields to execute GPU-accelerated MD simulations and MDAnalysis modules to load trajectories and compute scientifically usable numeric outputs and plots for biomolecular systems.

OpenMM enables GPU-accelerated MD simulation execution with appropriate force fields, while MDAnalysis provides standard modules for trajectory loading and computational analyses to produce scientifically usable numeric outputs and plots.