Molecular docking is a vital step in molecular modeling and design, enabling researchers to predict how molecules like ligands bind to a receptor. However, visualizing docking scenarios and creating engaging, accurate animations can be challenging and time-consuming. In SAMSON, the…

High-quality molecular renders are crucial for impactful presentations, clear communication among researchers, and creating educational materials. However, one common pain point for molecular modelers is achieving realistic visual effects for materials like metals, glass, or even glowing surfaces. In SAMSON,…

Color is a powerful tool in molecular modeling. The right visual distinctions can help you identify distinct molecular features, track changes, or communicate insights clearly. However, choosing the right color scheme can be a daunting task, particularly when you aim…

Molecular modeling is already complex, so having a tool to reduce repetitive tasks and streamline workflows can be a game changer. Enter SAMSON AI, an AI-powered assistant integrated into the SAMSON molecular design platform. Whether you’re generating scripts, selecting specific…

Understanding how molecules behave in different environments is a core task for molecular modelers. One critical factor that often arises is the study of solvent-accessible surface area (SASA), which helps illuminate processes like binding, compaction, or structural changes. If you…

For molecular modelers, transitioning between states or exploring pathways can sometimes feel like maneuvering through a labyrinth without a map. This is where energy landscapes can make a tangible difference. With SAMSON’s Energy Landscape feature, users can gain a clear,…

One of the common challenges faced by molecular modelers is visualizing dense molecular structures. Proteins, for example, often create complex views when trying to focus on specific binding sites or interactions. Traditional clipping methods solve this to an extent, but…