If you’re a molecular modeler, precise measurements between atoms, bonds, angles, or dihedrals can be essential to your workflow. Measurements are often the foundation for understanding interactions, conformations, and geometrical properties of molecular systems. But keeping those measurements organized—and ensuring…

Molecular modelers frequently face a daunting challenge: how to efficiently dock and analyze an entire library of ligands against protein receptors while still gaining valuable insights from visualizations and results. This pain point resonates deeply with researchers handling vast datasets…

Molecular modelers often face a recurring pain point: the repetitive and tedious setup needed to prepare multiple molecular systems or conformations for simulations. Whether it’s running workflows for various protein systems or exploring multiple molecular conformations, the time and effort…

Molecular modeling often involves dealing with massive amounts of data, and pinpointing the exact attributes you need for your analysis can sometimes feel like finding a needle in a haystack. If you’ve ever struggled with this, SAMSON’s Inspector tool is…

For molecular modelers, reaching a stable temperature in simulations is a critical step to ensure the reliability of results. When working with molecular systems, temperature stabilization often demands precision and careful control. One effective way to achieve this is by…

Molecular modelers often face challenges when selecting specific atoms within complex molecular structures. Whether you’re constructing nanoscale tools, modifying properties, or developing custom structures, atom selection is often at the root of these tasks. This blog post will introduce how…