One of the most common challenges for molecular modelers is efficiently building molecular structures while maintaining realistic fragment orientations. Incorrect orientations can lead to implausible geometries or redundant refinements, consuming precious time. This challenge is particularly frustrating when constructing complex…

One of the most common challenges molecular modelers face is effectively visualizing complex structures in a way that highlights key patterns, differences, or features. Often, the default colors used in molecular visualizations may not be sufficient to provide insightful clarity…

For molecular modelers striving to create engaging visual stories, camera animations can be a game’s changing tool. Whether you’re aiming to orbit around a molecule to showcase its 3D structure, create smooth custom camera paths, or zoom into critical details…

For molecular modelers, handling SMILES data can often feel tedious, especially when managing large datasets, editing molecule entries, or preparing 3D-ready structures. Designed to simplify this process, SAMSON’s RDKit-based SMILES Manager offers a comprehensive set of tools to import, visualize,…

One of the recurring challenges for molecular modelers is effectively presenting complex molecular systems. How can you focus your audience’s attention on specific nodes or components of a structure without overwhelming them? The Pulse animation in the SAMSON integrative molecular…

For molecular modelers, reconstructing biological assemblies and crystal structures often feels like a painstaking challenge. Dive into PDB files, manually identify symmetry relationships, and somehow recreate a structural representation—it's a process far easier said than done. If you've ever wished…