Author: OneAngstrom

When visualizing complex molecular systems, clarity is essential. Often, parts of a structure temporarily obstruct your view of regions of interest, such as an active site or a particular interaction interface. While hiding parts of the model solves this problem,…

When creating molecular animations, it’s common to want certain parts of a molecule to stay still while others move—for example, when simulating flexible protein loops or visualizing ligand docking steps. Without a way to hold parts of a structure fixed,…

Molecular modelers often need to understand how small molecules (ligands) move in and out of binding pockets in proteins. Whether you’re studying unbinding mechanisms for drug design or analyzing ligand diffusion paths through protein tunnels, visualizing these motions helps make…

Molecular dynamics simulations often take time, especially when running production-scale simulations with thousands of atoms. One common frustration among molecular modelers is that running such simulations can lock up their software or prevent them from continuing to work, forcing them…

Covalent docking is an essential technique for drug discovery projects targeting enzymes and other proteins with reactive residues. However, setting up a covalent docking experiment can be time-consuming and error-prone, especially if you need to adjust bond orders, assign atom…

If you’ve ever tried to edit a whole group of atoms in your molecular model—maybe to reposition a residue without disturbing the relative geometry of its atoms—you might have found it tricky to avoid collapsing everything into a single point.…

Sharing molecular modeling workflows with colleagues or students often involves zipping together input files, scripts, images, and documentation — and hoping they preserve the folder structure when unpacking. But what if you could combine everything — models, scripts, data, and…

One of the common frustrations in protein-protein docking is the large number of false positives that arise from unconstrained searches. Molecular modelers often spend excessive time manually filtering docking results, only to realize that many of the proposed orientations are…