Molecular modeling often requires precision when positioning atoms or molecular structures for simulation. One recurring challenge for many modelers is ensuring that groups of atoms or meshes are perfectly docked at their intended positions without manual fine-tuning. This is where…

One of the challenges molecular modelers face is clearly presenting complex molecular scenarios during animations or presentations. Whether showcasing interactions, specific states, or isolating components, managing how nodes appear and disappear on-screen without clutter is crucial for a polished presentation.…

Color plays a significant role in molecular modeling and visualization. It helps researchers identify patterns, differences, and anomalies in their datasets. The default set of color palettes in SAMSON is robust, but did you know that you can create your…

Exploring protein conformational transitions is essential for understanding biomolecular mechanisms, especially for drug discovery and protein engineering. But how do you predict plausible pathways between two conformations of the same protein? This can often be a daunting task due to…

When working in molecular modeling, achieving the lowest energy conformation for your structures is often crucial. Minimizing structures helps refine molecular geometries, making your models more realistic and computationally efficient. SAMSON, the integrative molecular design platform, offers an easy and…

As molecular modelers, we often encounter scenarios where the default setup of a tool doesn’t entirely fit our requirements. A great example is when you’re working with GROMACS and need a specific version or configuration for reproducibility or compatibility with…