Author: OneAngstrom

One of the most common challenges in molecular modeling is effectively directing attention in a dynamic scene. Whether you’re showcasing ligand binding, conformational changes, or molecular assemblies, clarity is key. Many modelers default to using transparency to hide or reveal…

When working with molecular structures, modelers frequently face a common challenge: selecting specific groups of atoms based on complex spatial or chemical criteria. Scrolling through long atomic lists, manual picking, or relying on external scripts can be tedious and error-prone,…

When presenting complex molecular systems, timing can make all the difference. Whether you’re showcasing a structural transition, an interaction event, or an energy minimization step, there are critical moments that warrant an extra second—or five—for your audience to absorb what’s…

Keeping track of residues while analyzing complex molecular structures can be frustrating, especially when toggling between 3D models and sequence data. If you’ve ever wished you could just click on a residue in the sequence and instantly locate it in…

For many molecular modelers, building a molecule from scratch using atoms might feel tedious—especially when dealing with basic structures like N-acetyl groups, sidechains, or small ligands. If you’re looking for intuitive tools to streamline this fundamental task, SAMSON offers a…

Creating meaningful molecular animations goes beyond simply rotating around a structure or zooming in. A common frustration that many molecular modelers face is adding subtle but effective camera motion that draws attention to specific processes or interactions. This is particularly…

When exploring chemical space for drug discovery or materials design, molecular modelers often face a common issue: how can you systematically explore the effect of small, targeted modifications to a molecule, such as replacing or attaching functional groups at specific…