When preparing molecular animations, one challenge often faced by researchers and educators is controlling exactly when certain molecules or molecular components become visible in a sequence. Whether you’re highlighting a ligand entering a binding pocket or emphasizing structural reorganization during…

Running molecular simulations in the cloud saves time and computational resources—but comes with its own challenges. How can you monitor your progress, retrieve your data, and fine-tune your workflow without a local copy of everything? That’s where the Job Manager…

When preparing molecular systems for simulations, many researchers overlook a crucial step: neutralizing the system with the proper concentration of ions. This step is simple but can save you hours of troubleshooting down the line when your simulation produces unexpected…

Creating coarse-grained (CG) models is essential for running molecular dynamics simulations efficiently, especially with force fields like MARTINI. But if you’ve ever worked with multiple replicas of a protein structure—say, for studying multimeric interactions or crowded environments—you might have run…

Presenting molecular processes to diverse audiences — from researchers to students — often requires more than static snapshots. Animations play a key role in making molecular simulations more comprehensible and visually intuitive. One common challenge for many molecular modelers is…

When preparing scientific animations for molecular models, showing structural transitions or navigating through large assemblies, how the camera moves across frames can make a substantial difference. Many molecular modelers encounter a recurring challenge: smoothly moving the camera vertically through their…