Author: OneAngstrom

If you’ve ever found yourself juggling molecular structures in SAMSON while constantly switching between views, searching for commands, or resizing panes, you’re not alone. The default interface is powerful, but every molecular modeler has a workflow rhythm—and when the tools…

Molecular animations are a powerful way to communicate structure, dynamics, and key insights. But when generating camera motion for presentations or videos, there’s a common challenge: how to zoom into a region of interest without accidentally shifting the visual focus.…

When creating molecular presentations, one common challenge for researchers and educators is how to depict the transformation from scattered molecules to a structured complex. Whether you’re preparing a video abstract, a talk, or an educational resource, showing a molecule self-organizing…

For many molecular modelers, integrating custom algorithms, visualization styles, or workflows into a simulation platform can be a major challenge. Whether you’ve created a new force field, designed a specific selection tool, or wish you could automate certain tasks across…

Setting up visualizations for complex molecular systems often takes time—especially when you want consistent style, clarity, and precision across multiple structures or sessions. Whether you’re preparing a publication figure, exploring protein-ligand interactions, or showing a dynamic process to students, you’ve…

When working on complex molecular systems, staying organized and minimizing distraction is key. Many molecular modelers struggle with cluttered interfaces or inefficient workflows because the tools they use don’t adapt to how they think or work. Fortunately, SAMSON offers extensive…

When working with molecular dynamics or structural analysis, it can be frustrating to lose track of a key region in your model just because the camera drifts away during visualization. Whether you are analyzing a binding site over time or…

For many molecular modelers, managing complex biomolecular systems means jumping between multiple representations: 3D structures, sequences, and data tables. A frequent source of friction is the disconnect between these representations—particularly when selecting elements in one view doesn’t immediately reflect in…