Mastering Logical Operators in Node Specification Language (NSL)

For molecular modelers, identifying precise components in complex molecular systems can be an intricate task. Researchers often need granular control when narrowing down their selections, whether it’s finding residues, filtering specific atoms, or identifying bonds of interest. Fortunately, SAMSON’s Node…

A Beginner’s Guide to Precise Atom Selection in SAMSON

Atom selection is at the heart of molecular modeling, enabling users to focus on specific aspects of their structures. However, the process of selecting atoms based on complex mathematical conditions can sometimes feel daunting. Fortunately, SAMSON’s Atoms Selector Extension provides…

Practical Strategies for Colorizing Molecular Models in SAMSON

Colorizing molecular models is a critical step in molecular design workflows. It not only makes models visually engaging but also aids significantly in data interpretation. SAMSON, the integrative molecular design platform, offers rich tools to colorize structural nodes, visual models,…

Exploring Residue Polarity in Molecular Modeling

In molecular modeling, understanding the polarity of residues is essential for comprehending their biochemical functions and interactions. Residue polarity determines how a molecule interacts with its environment, influencing functions like solubility, binding affinity, and overall molecular stability. Let’s explore how…