For molecular modelers navigating complex systems of molecules, keeping track of specific selections can be a daunting task. Fortunately, SAMSON’s Quick Groups feature provides an elegant and efficient solution. This blog post explores how Quick Groups can transform your molecular…

Molecular modelers often face the challenge of accurately simulating molecular systems while navigating through complex setup procedures. If you’re exploring molecular simulations, the Universal Force Field (UFF) in SAMSON offers an approachable and robust way to model atomic interactions across…

For molecular modelers tackling intricate protein structures or large-scale simulations, visual clarity can often be a challenge. But did you know that SAMSON provides a solution to enhance visualization workflows through customizable color schemes? These features not only make models…

One common challenge in molecular docking is efficiently identifying docking sites without compromising on accuracy. The search domain, the region where docking calculations are performed, plays a major role here. Using unnecessarily large domains increases computation time, while overly restricted…

Protein modeling often begins with one critical step: ensuring your protein structure is clean and ready for simulations, docking, or analysis workflows. A common pain point for molecular modelers is the time and effort spent handling missing residues, hydrogens, or…

Molecular modelers often face a critical question: how to reliably prepare an explicit-solvent system for simulations? A well-prepared solvent environment is crucial for accurate molecular dynamics, but the process can be daunting, especially when accounting for solvent models or ensuring…