How to Minimize a Specific Part of a Molecule

For molecular modelers, achieving precision in structural refinement can be a recurring challenge, particularly when focusing on specific parts of a molecule while leaving other areas untouched. SAMSON, the integrative molecular design platform, provides an effective solution for such cases…

Visualizing Molecular Paths with 2D Density Maps

For molecular modelers, understanding the most visited regions in complex coordinate spaces can be a challenging task. The 2D density map feature in SAMSON’s Path Analyzer offers a powerful way to uncover patterns in your data by analyzing the density…

Streamlining Molecular Simulations with Exported Atom Trajectories

Analyzing the movement of atoms during molecular simulations is essential for understanding dynamic processes such as ligand binding/unbinding, reaction mechanisms, or conformational changes in biomolecules. However, exporting specific atom trajectories for further analysis can be a challenging task for molecular…

Effortlessly Capture Molecular Images in SAMSON

As a molecular modeler, you’ve likely faced the challenge of effectively communicating your findings to others. Whether it’s preparing a presentation, publishing a paper, or simply sharing a visualization with colleagues, capturing high-quality images of molecular systems is critical. In…

Effortless Customization of the SAMSON Interface

Effortless Customization of the SAMSON Interface For molecular modelers, having an interface tailored to a personal workflow can make all the difference. If you’ve found yourself hunting for frequently used features or wishing the layout of your tools were more…