Creating accurate molecular simulations often involves fine-tuning a wide variety of parameters to match the behavior and requirements of your research or design process. The Interactive Modeling Universal Force Field (IM-UFF) in SAMSON not only extends the capabilities of the…

For molecular modelers immersed in computational workflows, the flexibility and customization provided by Python scripts can greatly enhance productivity. However, managing Python packages can often become a tedious and error-prone task. SAMSON, the integrative molecular design platform, offers an efficient…

As molecular modelers, one of the persistent challenges is understanding the dynamic behavior of biomolecules — particularly how they open or close binding sites. These subtle structural changes are often key to understanding molecular functions, yet simulating them can be…

For molecular modelers, accurately simulating interactions and dynamics is often at the core of designing better molecules. But what happens when workflows are slowed down by tedious setup steps? This is where the Interactive Modeling Universal Force Field (IM-UFF) in…

Are you a molecular modeler looking for advanced customization to suit your specific research needs? Imagine being able to develop your own apps to enhance molecular simulation workflows or integrate external tools into a seamless environment. SAMSON, the integrative molecular…

One of the essential tasks for a molecular modeler is visualizing and analyzing complex molecular structures in motion. Whether you’re exploring conformational changes or simply preparing an engaging presentation, being able to animate molecular systems effectively is crucial. A specific…

One common challenge faced by molecular modelers and researchers is dealing with the compatibility of different file formats. The variety of data types, from molecular structures to images and animations, can make it difficult to find tools that seamlessly integrate…