For molecular modelers, ensuring a protein system is well-prepared is often one of the most critical steps when studying its transition pathways. Poor preparation can lead to inaccurate simulations or failed computations. In this detailed guide, we’ll explore the systematic…

Molecular modeling often requires optimizing a molecular structure to achieve a stable configuration. One common challenge that molecular modelers face is navigating the complexity of minimizing structures efficiently while maintaining precision. SAMSON, the integrative molecular design platform, provides a handy…

In molecular modeling, ensuring accurate simulations is a top priority, and choosing the correct setup for your system plays a crucial role. One of the key considerations when using periodic boundary conditions in GROMACS Wizard is satisfying the minimum image…

One of the most daunting tasks in protein-ligand docking is accurately defining the binding site. Missteps in this process can lead to flawed docking results, wasting valuable time and computational resources. Fortunately, the FITTED Suite within the SAMSON molecular design…

For molecular modelers exploring the dynamic motions of biomolecules, capturing and preserving key conformations or trajectories is essential. Whether it’s analyzing intermediate states during binding-site opening or saving entire motion trajectories, SAMSON provides powerful features to store, retrieve, and export…

Molecular modeling often requires running simulations to predict the behavior, properties, or structures of molecular systems. However, setting up and interacting with simulations can be challenging, especially for practitioners who want intuitive ways to modify or observe their models while…

If you’re a molecular modeler looking to simplify installation, the SAMSON platform provides a clear and detailed process for setting up its powerful tools. Installing SAMSON might seem daunting at first, but this blog post breaks down the essential steps…