Conceptual overview of the key energetic contributions governing protein–ligand binding in molecular docking, including desolvation, entropy, water displacement, electrostatics, and scoring function behavior.
Mar 13, 2026
Preparing a molecular system correctly before running molecular dynamics (MD) simulations is essential for obtaining meaningful and reproducible results. Small technical choices such as solvent box geometry, treatment of protein termini, and strategies for selecting representative conformations can strongly influence simulation stability, computational efficiency, and interpretation of results.
Mar 9, 2026
A practical guide to the most common methodological errors in Density Functional Theory calculations, explaining why legacy protocols like B3LYP/6-31G* are no longer reliable and how to adopt robust, modern best practices.
Dec 24, 2025
A guide for researchers on avoiding common methodological errors in molecular dynamics, from structure preparation to force field selection and experimental validation.
Dec 21, 2025
Practical introduction to DataWarrior as a free, chemistry-aware workbench for data visualization, filtering, and focused library generation, based on Bruno Villoutreix’s tutorial series.
Nov 15, 2025
Step-by-step workflow for energy minimization of ligands using Open Babel’s obminimize tool, with comparisons of force fields and minimization algorithms for docking and molecular modeling.
Sep 23, 2025
Aug 25, 2025
Step-by-step workflow for performing PCA and Free Energy Landscape (FEL) analysis from MD simulations with GROMACS.
Jul 9, 2025
Learn how to use Density Functional Theory (DFT) to validate docking poses, estimate strain energies, and gain quantum insights into ligand binding.
Jul 3, 2025
A clear workflow for setting up, running, and analyzing a protein–ligand complex simulation using CHARMM36 and TIP3P in GROMACS.
Apr 4, 2025