Molecular modelers often face the challenge of efficiently simulating complex protein motion while maintaining control over computational resources. This balance can be especially tricky when determining transition pathways between two conformations of a protein. Defining the sampling box—a key feature…

Molecular modelers often encounter repetitive tasks that, while essential, consume valuable time and energy. Tasks like selecting specific regions, hiding unwanted elements, or applying visualization models can disrupt the workflow and reduce focus on complex analyses. Enter SAMSON AI and…

One challenge molecular modelers often face is navigating through the vast amounts of data associated with molecular structures. Whether you’re analyzing an atom, a bond, or a complex residue, finding key attributes quickly can be time-consuming. Thankfully, SAMSON’s Inspector comes…

Molecular modelers often face the challenge of toggling between different tools and platforms to achieve their goals. Wouldn’t it be more efficient if everything you needed could be seamlessly integrated into a single platform? That’s where apps within SAMSON, an…

Building carbon nanotubes (CNTs) can seem daunting, especially if your goal is precision. Whether for molecular simulations, nanotechnology, or electronic property studies, SAMSON’s Nanotube Creator Extension makes it intuitive and straightforward. In this guide, we’ll walk you through how to…

For molecular modelers, one of the persistent challenges lies in quickly exploring potential modifications to molecules and evaluating their impact on properties such as binding affinity. A highly effective way to achieve this is by using SAMSON’s SMILES Manager to…