For molecular modelers, energy minimization is a critical step that ensures molecular structures are well-prepared for simulations by addressing steric clashes and poor local geometry. But how can you make this process both efficient and reliable? The GROMACS Wizard in…

When conducting molecular dynamics simulations, one common challenge is ensuring that your prepared molecular system is free from unfavorable contacts or distorted geometries that could compromise the accuracy of your results. This is where energy minimization becomes pivotal. In this…

If you are a molecular modeler, you’re likely familiar with the challenges of automating repetitive tasks, customizing workflows, or performing advanced analyses. SAMSON AI, powered by GPT-5, is equipped with a powerful /script command that can help you generate Python…

For molecular modelers, creating smooth and realistic transition paths between different protein conformations is often critical in applications such as conformational analysis, transition state modeling, and free energy simulations. However, constructing these paths manually can be time-consuming and computationally intensive.…

For molecular modelers, inspecting molecular structures and analyzing their properties can often feel overwhelming due to the sheer volume of information. SAMSON’s Inspector offers an efficient way to manage this challenge. One helpful feature is the ability to filter attributes,…

Visualizing molecular structures effectively can be one of the biggest challenges for molecular modelers. Whether aiming to inspect systems, communicate findings, or prepare presentation-worthy visuals, navigating complex molecular systems can be daunting. Fortunately, SAMSON’s Visual Presets provide an efficient and…

For molecular modelers working with large protein complexes, viral capsids, or other biological assemblies, detecting and understanding symmetry is both a critical need and a time-saving trick. SAMSON offers a dedicated Symmetry Detection extension that simplifies this process, allowing researchers…

For molecular modelers, setting up complex simulations often involves repetitive and time-consuming tasks. What if you could automate the running of molecular dynamics workflows across multiple systems or various conformations of a single system, saving time and effort? This is…