Seamlessly Export Molecular Data with SAMSON Exporters

For molecular modelers and researchers working on complex molecular designs, exporting data is often a critical step. Whether you need to share your molecular structures with collaborators, analyze them using specialized tools, or archive your work in specific file formats,…

Effortlessly Record Molecular Paths With SAMSON

For molecular modelers, visualizing and analyzing atomic trajectories during dynamic simulations is often critical in understanding molecular behavior. Capturing these paths accurately and efficiently can sometimes be a challenge. The Record Path animation in SAMSON offers a straightforward and intuitive…

Leveraging Path Attributes for Molecular Modeling

In molecular modeling, gaining precise control over the selection and analysis of conformations is an essential step in understanding the behavior of molecular systems. This requires efficient ways to query, specify, and act upon molecular paths with clear criteria. SAMSON’s…

Why and How to Reset FIRE Minimizer History in SAMSON

When working on molecular design in SAMSON, achieving an optimized geometry is not just a step; it’s a cornerstone for obtaining robust simulation results. Among various tools available, the FIRE Minimizer stands out for its efficiency, particularly when tackling large-scale…

A Practical Guide to Path and Trajectory Analysis in SAMSON

Molecular modeling often involves understanding dynamic behaviors—how molecular structures evolve over time, how ligand-receptor interactions change, or how proteins fold and unfold. For researchers, the ability to analyze saved paths and trajectories is a crucial part of such analyses. However,…

Understanding Bond Attributes with NSL in SAMSON

Molecular modeling often requires precise definitions of atomic interactions, and bonds are one of the fundamental elements of these interactions. When working with a platform like SAMSON, the Node Specification Language (NSL) provides a powerful way to refine and target…