Molecular modelers often need to understand how exposure, compaction, or interface interactions change during simulations. Whether you’re studying a binding pocket, interfacial region, loop dynamics, or ligand behavior, tracking these changes is critical. A common challenge is quantifying these structural…
Understanding conformational transitions in proteins is a cornerstone challenge for molecular modelers, particularly when analyzing energy barriers or plotting path energies. If you’ve ever found yourself puzzled by how to visualize and interpret these transition paths, SAMSON’s Protein Path Finder…
Aligning molecular structures accurately is essential for molecular modeling workflows. Whether you’re comparing molecular conformations, preparing simulations, or constructing molecular systems, aligning your structures can be a challenging and time-consuming task. This is where SAMSON’s global reference frame alignment tools…
Simulating molecular systems efficiently and accurately is paramount for molecular modelers looking to design and understand nanosystems. One common challenge in simulation workflows is handling constraints: How can simulations be combined with external positional controls, and how can these constraints…
Molecular modelers often face the challenge of creating realistic lipid environments around proteins for their simulations. Whether you’re preparing for molecular dynamics or want to understand interactions in membrane-like environments, constructing these systems can often be time-consuming and error-prone. The…
