Keep Your Molecule in Focus While It Moves

When working with molecular systems over time—such as when visualizing molecular dynamics simulations—one of the most common frustrations for researchers is losing track of what they’re supposed to be watching. The molecule, or a part of it, moves through space,…

Is Your Local Machine Too Slow? Try Running GROMACS in the Cloud

Molecular modelers and simulation scientists often run into the same frustrating bottleneck: long simulation wait times and resource limits on their local machines. Whether it’s for NVT/NPT equilibration or production molecular dynamics runs, the hardware constraint often becomes the biggest…

Making Your Molecular Models Disappear—Smoothly

When presenting molecular models, the ability to manage visibility dynamically can make a big difference. Whether you’re crafting a video for a presentation, generating educational content, or highlighting specific structural features during a simulation, controlling how objects fade in and…

Choosing the Right Unit Cell in GROMACS Simulations

When setting up a molecular simulation in GROMACS, an important yet often overlooked decision is the shape of the unit cell used to apply periodic boundary conditions. Many researchers default to cubes simply because they’re familiar, but this choice can…

From Motion to Model: Exporting Atom Paths in SAMSON

Whether you’re visualizing protein docking, showcasing a molecular simulation, or animating custom atom movements, path recording can drastically enhance molecular presentations. But what happens once the movement is complete? Many molecular modelers face the challenge of capturing and exporting atom…