Periodic boundary conditions are fundamental for molecular dynamics simulations. They let us simulate a small region of a much larger system, avoiding edge effects. But here’s something that often gets overlooked: the shape of the unit cell you choose matters—a…

Creating effective molecular animations often means more than just spinning a molecule or changing its size. Communicating a precise scientific idea might require revealing specific structures at key moments. But how do you do this without compromising visual clarity or…

When working with complex nanosystems, one of the biggest challenges scientists and engineers face is how to efficiently visualize and interact with molecular structures. It’s not just about seeing atoms and bonds — we need to understand higher-level organization, surface…

When loading molecular structures into SAMSON, you may find yourself dealing with scattered orientations or off-center models. This seemingly minor layout issue can become an obstacle when you want to build larger systems, compare multiple conformations, or prepare your scene…

Creating compelling visualizations in molecular modeling is often critical—whether to explain a docking mechanism, present a complex structure at a conference, or simply share your work with collaborators. But one challenge that holds many modelers back from producing dynamic molecular…

When studying protein conformational changes, modeling how a protein transitions from one conformation to another is just the beginning. Molecular modelers often need to analyze and share results: extract key conformations, view transition energies, or export trajectories for visualization and…

If you’re studying protein dynamics, a common challenge is identifying conformational pathways between two known states. Before diving into complex simulations or heavy computations, one crucial step must be done right: loading and preparing your protein’s conformational models correctly. In…