Choosing the right color palette when visualizing molecular structures can have a significant impact on how data is interpreted, especially when dealing with large biomolecules or complex simulation results. With SAMSON, molecular modelers can apply and customize color palettes to…

Molecular modeling workflows often require adjusting structures on the fly—whether to simulate mutations, adjust conformations, or test stability under structural modifications. But in many modeling tools, adding or removing atoms mid-simulation means having to restart the entire setup. This can…

Creating compelling molecular presentations is a challenge many modelers face. Whether you’re explaining a complex conformational change to a colleague or preparing a presentation for a broader scientific audience, showing atoms actually moving—not just flipping between static states—can make all…

When working on complex molecular systems, the ability to quickly access the tools you need — without constantly navigating menus — can make a big difference. Several molecular modelers have expressed that flexibility in interface layout is important, yet difficult…

When exploring complex molecular modeling software, it’s all too easy to run into a wall. Whether you’re a student trying to learn the basics of molecular visualization, or a researcher transitioning from legacy tools, the steep learning curve can be…

When preparing molecular animations, it’s common to focus on what moves — conformational changes, ligand binding, structural transitions. But sometimes, equally important is making sure some parts stay still. That’s where the “Hold atoms” animation in SAMSON becomes very helpful.…

When working with complex molecular systems, one common challenge modelers face is clearly distinguishing between different components. Whether you’re highlighting various molecular chains, atom types, ligands, or interaction groups, color plays a critical role in aiding perception and communication. SAMSON,…

Visualizing atom motion is one of the most informative aspects of molecular modeling, but accurately keeping track of atomic positions across a custom animation or simulation can be tedious or error-prone. If you’ve ever tried to illustrate a docking process,…

Creating engaging molecular animations often means going beyond static visuals and tapping into smooth, precise camera movements. For molecular modelers preparing presentations, visualizations, or educational content, one constant challenge is showing structural complexity—such as layers of biomolecular assemblies or vertical…

For many molecular modelers, running heavy simulations locally can be time-consuming and computationally expensive. That’s why cloud-based services like AlphaFold, NVIDIA BioNeMo, or GROMACS, integrated into SAMSON, have become increasingly popular. However, once your job finishes running in the cloud,…