When working on molecular simulations, choosing the right unit cell shape can significantly impact efficiency and accuracy. For users of the GROMACS Wizard in the SAMSON platform, understanding the available unit cell shapes and their applications is essential. This blog…

Molecular modelers often require a precise way to analyze atomic motion, be it for reaction coordinate studies, free energy profiling, or understanding ligand pathways in complex systems. Exporting atom trajectories along well-defined paths becomes essential in these scenarios, yet many…

For molecular modelers, tracking specific atom groups during dynamic simulations can often be a tedious task. Staying focused on a moving target while maintaining consistent visualization poses significant challenges, especially when attempting to pinpoint areas of interest within a larger…

For molecular modelers, software usability is often the difference between streamlined workflows and frustrating inefficiencies. Have you ever found yourself wishing the tools you rely on could be rearranged to better suit your needs? If so, the customizable interface of…

If you’re a molecular modeler, you know that precise control over molecular dynamics parameters can make or break your simulations. One challenge is finding a streamlined way to apply and manage custom parameters for diverse simulation steps—be it energy minimization,…

Creating accurate and visually engaging molecular animations can be an incredible tool for molecular modellers, whether for presentations, research, or teaching. Yet, the technicalities of adding or editing keyframes can feel daunting. Thankfully, SAMSON’s Move atoms feature simplifies this task,…

Molecular modelers rely heavily on visualizing structural details clearly and effectively. Whether you’re analyzing protein-ligand interactions or exploring massive molecular assemblies, choosing the right color schemes is critical for interpretation and communication. Sometimes, though, default color palettes might not align…

Molecular modelers often face the challenge of efficiently building complex molecular systems. Whether working on proteins, nanoparticles, or small molecules, creating accurate molecular structures quickly and intuitively can be demanding. SAMSON, the integrative molecular design platform, offers a powerful set…

For molecular modelers working with large biological assemblies, understanding symmetry is often a key challenge. Whether you’re exploring viral capsids, protein complexes, or nanomaterial design, symmetry is not just aesthetically intriguing; it plays a vital role in streamlining workflows and…

Preparing proteins for molecular modeling and docking can be a challenging step for many modelers. If you’ve ever struggled with cleaning up liabilities, adjusting bond orders, or optimizing the hydrogen bond (H-bond) network, the FITTED Suite within the SAMSON Integrative…