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When preparing molecular animations, researchers often face a common challenge: how to focus attention on meaningful movement without unnecessary distractions. If everything in the scene moves, it can become harder to understand what matters. Sometimes, it’s crucial to anchor part…

When preparing molecular simulations with periodic boundary conditions, one common challenge is selecting the most appropriate unit cell shape. This choice can impact your simulation’s efficiency and accuracy, especially when dealing with spherical or flexible biomolecules in solution. If you’ve…

When you’re working on complex molecular systems, clarity matters. Labels help provide context, highlight key elements, or annotate crucial measurements. But when too many labels crowd the Viewport or overlap with atoms and bonds, they can obscure what you’re trying…

One of the subtle pain points in molecular modeling is choosing effective colors that communicate your data clearly. Whether you’re differentiating chains in a protein, visualizing atom types, or building figures for publications, poor color choices can easily confuse viewers…

When running molecular dynamics simulations—especially in a coarse-grained (CG) setup using the MARTINI force field—preparation is key. One often overlooked but crucial step is ensuring your system is properly neutralized and has the right salt concentration. This blog post walks…

Molecular modelers often spend significant time preparing animations to showcase structural motions, interactions, or simply to produce high-quality visuals for sharing with collaborators or in presentations. But once the structure is prepared, how do you generate smooth, professional-looking camera movements…

Molecular modelers frequently need to analyze how ligands move along defined pathways — whether for reaction coordinate studies, intermediate conformation extraction, or free energy calculations. But what if you’re only interested in the ligand, not the whole system? Exporting entire…

Creating compelling molecular animations often requires precise control over the visibility of elements in your scene. Whether you’re showcasing a binding site, highlighting a conformational change, or simply guiding viewers through a molecular mechanism, what you choose to hide—and when—is…