Visualizing and analyzing energy changes along transition paths is a key pain point for molecular modelers. Whether you’re studying protein conformational dynamics or optimizing transition pathways, keeping track of energies along paths is crucial for understanding the underlying mechanisms and…

For molecular modelers, learning new tools or workflows can sometimes feel daunting, especially when navigating complex platforms like SAMSON. Wouldn't it be helpful to practice directly inside the software, guided step-by-step? Interactive tutorials in SAMSON address this exact challenge, offering…

Molecular modeling often requires a precise and efficient approach to manipulate structures, perform specific tasks, or adjust views. One of the core challenges faced by molecular modelers is executing these repetitive or intricate actions quickly, without having to navigate through…

For molecular modelers, understanding and presenting protein-ligand interactions at a binding site is a core challenge. Whether you’re analyzing self-docking workflows or reviewing structural models, visualizing the binding site and surrounding residues can clarify essential molecular insights. This post walks…

If you’re a molecular modeler juggling heavy GROMACS simulations, you’ve likely encountered the performance limitations of your local machine. What if you could seamlessly offload these demanding computations to the cloud, saving time and unlocking greater efficiency? SAMSON’s GROMACS Wizard…

For molecular modelers, managing computationally intensive tasks like protein structure predictions or molecular dynamics simulations often involves juggling between complex software, hardware constraints, and long computation times. Here’s where the SAMSON platform’s Job Manager proves invaluable by simplifying cloud computing…

For molecular modelers, visualization is frequently the bridge between complex data and meaningful insights. Tracking the motion of molecules, ligands, or atom groups can be critical for studying ligand unbinding, diffusion, or macromolecular conformational changes. To address this need, SAMSON…

Setting up a molecular simulation correctly is critical for achieving accurate and reliable results. For modelers working with periodic boundary conditions in molecular dynamics (MD), it is essential to understand the minimum image convention. Ignoring this principle can lead to…