Molecular modelers often face the challenge of distinguishing between overall rigid-body movements and internal structural changes in their simulations. This distinction is essential to analyze conformational flexibility, evaluate structural stability, or investigate binding mechanisms. This is where Root Mean Square…

In molecular modeling, understanding the structural behavior of proteins is essential for targeted research, such as vaccine design or pharmaceutical development. A particularly challenging and critical task includes mapping protein motions—such as the opening of the SARS-CoV-2 spike protein, which…

As a molecular modeler, getting comfortable with your software’s interface is essential for productivity. Often, the default layouts and panels don’t perfectly align with your workflow, making tasks more time-consuming than they need to be. SAMSON, the integrative molecular design…

Molecular modelers often face the challenge of effectively analyzing and visualizing complex trajectories or conformational changes in their simulations. Navigating through sequences of frames to study backward dynamics or oscillations can be particularly cumbersome without the right tools. That’s where…

DNA nanotechnology has revolutionized areas like medicine and materials science, but for molecular modelers, building DNA nanostructures from scratch can quickly become overwhelming. What if you could save time and effort by starting with pre-existing DNA designs? This post explores…

One common challenge molecular modelers face is achieving stable and realistic molecular structures that are ready for simulations. Minimizing energy and optimizing geometry are essential to ensure that molecules are in a stable state, yet traditional methods can be slow…