Setting up a molecular simulation can sometimes feel like a road paved with pitfalls—especially when it comes to selecting and initializing a force field. For many researchers, the Universal Force Field (UFF) offers the convenience of broad coverage and applicability,…

When working on complex molecular systems, clarity is key. Whether you’re presenting a structure in a paper, discussing a finding with a colleague, or simply trying to make sense of your own model, labels help bring order to atoms, residues,…

If you’ve ever tried to capture smooth horizontal motion in your molecular animations — like sliding across a membrane or tracking a large biomolecular structure — you’ve likely found it challenging to keep both the focus and framing consistent. Shaky…

For students, researchers, and educators who are exploring molecular modeling, SAMSON can be a powerful partner in your work. But did you know that SAMSON offers academic access that unlocks additional features and discounts? If you’re affiliated with an academic…

Creating molecular animations is a powerful way to communicate structural changes, reaction mechanisms, or simply highlight important features in a model. But if you’ve ever tried synchronizing object appearances in time during an animation, you know it can get messy.…

Molecular docking is a fundamental part of computational chemistry and drug design workflows. But when you want to visualize docking events—whether for a presentation, teaching, or analysis—it can feel surprisingly tedious to make atoms move smoothly and meaningfully in 3D…

When working with large molecular assemblies like protein complexes or viral capsids, symmetry can act as a powerful ally. Recognizing repeating patterns through symmetry detection can simplify analyses, reduce computational demands, and enhance interpretation of experimental data. But what happens…