Author: OneAngstrom

Animations are a powerful way for molecular scientists to communicate complex structures and phenomena clearly. Whether you’re teaching molecular docking, showcasing a simulation, or presenting a structural transformation, effective animations save time and help others understand your work faster. But…

Creating effective visual presentations of molecular systems can be time-consuming. One common challenge molecular modelers face is clearly showing how individual components of a complex structure come together. Whether preparing figures for a paper or animations for a presentation, clearly…

When modeling molecular systems, a recurring frustration among researchers is having to remeasure distances, angles, or torsions each time the system changes or is reopened. Whether you’re analyzing bond lengths after a minimization or monitoring torsion angles in a conformational…

Refining protein structures can be inefficient when outlier residues fall outside allowed conformations in a Ramachandran plot. If you’ve ever opened a homology model or experimental structure only to see white dots far from the safe yellow zones, you know…

Understanding how ligands move within and around proteins is essential for interpreting molecular dynamics simulations and gaining insights into unbinding mechanisms. However, with the large number of atoms and data points in simulations, the movement of the ligand as a…

Have you ever added labels to atoms, residues, or molecules in SAMSON and suddenly found they weren’t visible any longer? This is a common situation, especially when zooming in and out or working with complex structures containing multiple hierarchical node…

When crafting molecular animations, researchers often want to highlight movement in one part of a system while keeping another part still for clarity or comparison. For example, during a protein-ligand docking animation, you might want the protein to remain static…