Understanding Property Model Attributes in Molecular Modeling

For molecular modelers, accurately defining and managing node properties is crucial for building and analyzing models efficiently. SAMSON’s Node Specification Language (NSL) offers a dedicated propertyModel attribute space to address this need. If you’ve ever found yourself struggling with visibility…

Defining the Sampling Box for Protein Motion Exploration

One of the significant challenges for molecular modelers studying protein conformational transitions is to ensure that the computational search for transition paths performs efficiently while accurately capturing all relevant motions. This is where the concept of the sampling box plays…

Understanding Crystal Defects in Diamond Using SAMSON

Crystal defects play a crucial role in determining a material’s properties, but exploring them can often be a challenging task for molecular modelers. If you’ve ever wondered how to simulate and visualize defects in crystals, SAMSON’s Crystal Creator Extension offers…

Mastering Interactive Molecular Minimization in SAMSON

Molecular modelers often face the challenge of refining complex molecular structures to find their most stable configuration. SAMSON provides a powerful solution for this through its interactive minimization tool. In this blog post, we’ll explore how you can interactively minimize…

Streamline Protein Analysis with SAMSON's Protein Aligner Tool.

For molecular modelers, aligning multiple protein structures or sequences can often be a crucial yet mind-taxing task. Whether you're comparing structural similarities, analyzing evolutionary relationships, or designing new biomolecules, an efficient alignment method can make a world of difference. Thankfully,…