Why Interactive Simulations Matter for Molecular Modeling For molecular modelers, simulating complex systems and observing how they evolve over time is a cornerstone of their work. But what happens when the tools for this are cumbersome or disruptive to your…

In molecular modeling, ensuring that protein structures are energetically sound is a key step before simulations or further design processes. Strained residues or unlikely conformations can throw off your models and simulations, wasting precious time. This is where the Interactive…

For molecular modelers, one of the common challenges in protein-ligand docking simulations is efficiently defining binding sites with precision. The accurate identification of the binding site ensures more reliable docking results, and SAMSON’s FITTED Suite Extension provides an accessible way…

Creating complex molecular structures can often feel overwhelming for molecular modelers. Repetitive tasks like arranging molecules in precise patterns to form nanotubes, circular chains, or other nanoscale architectures consume time and effort. SAMSON addresses this challenge with its intuitive Pattern…

For molecular modelers and researchers, achieving the ideal visualization of complex molecular systems can often feel daunting. Simplifying these intricate representations without losing clarity or precision is a common pain point. SAMSON, the integrative molecular design platform, tackles this effectively…

Molecular modeling can often be a challenging task, particularly when dealing with systems that require frequent edits to chemical bonds or topology. For researchers and modelers, finding an intuitive way to modify molecular structures interactively without losing physical accuracy has…

For molecular modelers studying proteins, understanding backbone conformations is a cornerstone of accurate structural analysis. Ramachandran plots, which chart phi (Φ) and psi (Ψ) angles, are a crucial tool for analyzing backbone torsional states. In this post, let's explore how…