Author: OneAngstrom

Molecular modelers often face the challenge of ensuring that their molecular structures are stable and realistic before running simulations or exploring molecular designs. Achieving optimized geometries often feels like a time sink, with some algorithms taking longer than desired or…

Molecular modelers often face the challenge of dealing with vast and complex molecular structures. Whether it is identifying receptors, ligands, or specific atoms, manually selecting the desired elements can be time-consuming and error-prone. SAMSON’s Node Specification Language (NSL) offers an…

Molecular modeling often involves analyzing complex trajectories, conformational changes, or other dynamic interactions. A common challenge is efficiently visualizing these processes, especially in reverse, to gain a more comprehensive understanding. If you've ever wanted to retrace the steps of a…

For molecular modelers, understanding how molecules interact with their environment is often key to unraveling complex biological or chemical systems. One essential metric that can help analyze these interactions is the solvent-accessible surface area (SASA). SAMSON’s SASA analysis offers a…

For those diving into molecular dynamics simulations, achieving proper equilibration is one of the most critical steps. Without this, your system might not behave realistically during production simulations, leading to untrustworthy results. That’s where equilibrium phases like NVT (constant Volume…

Boost Your Workflow by Managing Python Packages in SAMSON One of the key challenges for molecular modelers is integrating the right tools and libraries into their workflows. Managing Python packages — ensuring required libraries are installed, up-to-date, or even locally…

In molecular modeling, creating visually compelling animations may be crucial for presenting your results effectively. Whether you’re demonstrating the structure of a molecule, emphasizing a specific part of a system, or preparing striking visuals for a presentation, smooth and precise…