Molecular modelers often face the challenge of comparing proteins to identify conserved residues, understand structural similarities, or build homology models. Accurately aligning protein sequences and structures is crucial for gaining biological insights, but finding a fast, reliable, and streamlined way…
As a molecular modeler, pinpointing specific nodes within complex molecular structures is a vital but often time-consuming task. Understanding how to effectively use selection parameters can significantly ease this process. Fortunately, SAMSON’s Node Specification Language (NSL) offers powerful tools to…
For molecular modelers, understanding symmetry in biological assemblies like protein complexes or viral capsids is more than just a theoretical exercise—it is essential for tasks such as validating experimental structures, designing symmetric nanomaterials, or optimizing simulations. Yet, detecting and visualizing…
For molecular modelers, filtering specific subsets of atoms, residues, or molecules in complex systems is an everyday necessity. Whether you’re identifying key interactions in drug design, analyzing binding pockets, or studying protein-ligand dynamics, the ability to perform precise, expressive selections…
For molecular modelers, one of the most common challenges is finding specific structural models that meet particular criteria—whether it’s about physical properties, chemical behavior, or molecular configurations. For scientists working with charged molecules or ionic interactions, identifying structures with specific…
