Molecular modeling often requires working with hierarchical structures where some elements act as groups encompassing others. For those diving into SAMSON’s powerful Node Specification Language (NSL), understanding node group attributes can ease the challenge of selecting and manipulating these groupings…

In molecular modeling, displaying and analyzing specific details of your models efficiently can make a significant difference in productivity and insights. SAMSON, the integrative molecular design platform, offers powerful tools to customize and manage how visual models are represented, thanks…

For molecular modelers, repositioning and aligning molecular structures are everyday tasks that often become time-consuming without the right tools. In SAMSON, you can streamline this process effortlessly, enabling you to focus on your research instead of repetitive adjustments. This blog…

For molecular modelers, creating and refining molecular structures often involves precise adjustments to geometries. A common challenge is ensuring that these modifications don’t compromise the stability or realism of your system. SAMSON simplifies this process by offering integrated geometry relaxation…

Molecular modeling often involves selecting specific atoms, residues, or other molecular components for analysis or manipulation. Whether you’re identifying atoms within a binding pocket or pinpointing residues involved in key interactions, accurate and efficient selection methods are critical. This is…