Molecular modelers often find themselves needing to construct nanotubes for a wide variety of applications, from nanotechnology to materials science. But what if you could build these nanotubes manually, gaining complete control over the structure while keeping the process intuitive?…

If you’re a molecular modeler, you’ve likely encountered the frustration of searching for the right tool to streamline your workflow. SAMSON, the integrative molecular design platform, equips you with a powerful suite of editors that can vastly improve your modeling…

As a molecular modeler, staying up-to-date with new tools and techniques is crucial for efficiency and precision in your work. However, it can often be challenging to adapt to evolving platforms or explore features without disrupting your workflow. If you’ve…

Molecular modelers often face challenges when balancing automated force field adjustments and maintaining interpretability in simulations. SAMSON’s UMA Force Field offers specialized features to address this pain point. One of the key aspects of customizing simulations in UMA is the…

Every molecular modeler knows the frustration of a simulation crash or an inaccurate docking result due to a poorly prepared protein structure. These issues can waste time and hinder the efficiency of your modeling workflows. Luckily, SAMSON offers robust tools…

For molecular modelers, fine-tuning molecular dynamics (MD) simulations often requires modifying default parameters to best suit specific project needs. This task can be daunting, especially for those who want to customize simulations without losing track of critical details. Fortunately, the…

Molecular modeling often involves studying the transitions between different conformations of a system, such as ligand unbinding pathways or chemical reactions. A major challenge is to refine rough or preliminary pathways into physically meaningful transitions that accurately represent the intermediate…