Visualizing Ligand Motion with Pathlines in SAMSON

Tracking the movement of specific molecular components across a simulation is a common task in molecular modeling and simulations. One particularly useful metric is the motion of the center of mass (COM) of a group of atoms — for instance,…

How to Quickly Filter Render Presets in SAMSON with NSL

When working on complex molecular models, the scene can easily become cluttered with visual presets. Whether it’s different representations for various parts of a biomolecule, or custom shaders applied during visualization iterations, keeping track of render presets can slow you…

Visualizing Defects in Diamond Crystals with SAMSON

In real-life materials, perfection is rare. Crystalline structures, even of highly ordered materials like diamond, often contain imperfections known as defects. For molecular modelers and material scientists, being able to visualize and manipulate such defects is essential — both to…

Need a Previous Version of SAMSON? Here’s How to Install It

If you’re a molecular modeler relying on specific SAMSON Extensions, computational workflows, or research reproducibility, you might find yourself needing to install an older version of SAMSON — the integrative molecular design platform. Developers often update Extensions for the latest…

Integrate Your Workflow: Using Custom Apps in SAMSON

Molecular modelers often find themselves juggling several pieces of software to complete a workflow—from docking and energy minimization to structural analysis. This switching can disrupt focus, increase the potential for user error, and reduce productivity. This is where SAMSON Apps…

Making Sense of Molecular Visibility in SAMSON’s NSL

Molecular modelers working with complex multi-component systems often need to control what’s shown and what’s hidden to focus on specific molecular features. But when your project grows, keeping track of visibility state across all components can become tedious and error-prone.…