For molecular modelers, efficiently visualizing complex molecular systems is often a challenge. Representing systems in insightful ways, highlighting meaningful portions, and managing color schemes can consume valuable time. But what if there was a way to achieve all of this…

Exploring ligand unbinding pathways from a protein can often be a complex and time-consuming task for molecular modelers. Understanding these pathways is crucial for drug discovery and protein interaction studies. The Ligand Path Finder app in the SAMSON platform offers…

Molecular modeling often requires preparing input files for advanced analyses or simulation workflows, such as reaction coordinate studies or free energy calculations. Extracting atom trajectories along specific paths can be a tedious and error-prone process if done manually. Luckily, the…

Molecular modelers often encounter a recurring issue: how to effectively neutralize a system when preparing molecular simulations. System neutrality is crucial since unbalanced charges can disrupt molecular dynamics simulations or lead to incorrect results. Fortunately, the GROMACS Wizard in SAMSON…

If you’ve ever worked on molecular modeling, you’ve probably faced the challenge of visually presenting molecular structures in a way that is both clear and engaging. Sometimes, showing everything at once can overwhelm the viewer, especially when trying to highlight…

Color can be incredibly powerful when it comes to presenting and analyzing molecular models. Imagine being able to instantly differentiate between chains, visualize temperature factors, or highlight hydrophobic residues with simplicity and precision. If you’ve ever wondered how to effectively…

For molecular modelers, finding the right software to design, simulate, and analyze nanosystems is essential. SAMSON, a versatile software platform for computational nanoscience, is designed with fields like life science, material science, and chemistry in mind. However, installing SAMSON for…

When working on molecular models, consistency in visual perspectives can be pivotal. Imagine crafting detailed animations of your molecular system, only to notice that the view shifts unintentionally between scenes. This can lead to confusion, misinterpretation, and ultimately disrupt your…