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One of the most straightforward ways to enhance the visual comfort of your molecular modeling workspace is by tailoring its appearance to your environment and personal preferences. SAMSON, the integrative molecular design platform, offers a simple yet effective solution: the…

For molecular modelers, one of the first steps in any project is loading structures into a molecular design platform. However, the process can sometimes feel daunting due to the variety of file formats and the need for flexibility in your…

For molecular modelers venturing into computational nanoscience, one of the fundamental challenges is setting up the software environment effectively and without frustration. SAMSON, a powerful platform for modeling and simulation of nanosystems, has streamlined its installation process to make getting…

When working on molecular modeling projects, maintaining a consistent viewpoint across a sequence of frames is often essential to ensure clear visualization and accurate presentations. One common frustration arises when a change in the camera view disrupts this consistency, especially…

Molecular modelers working on protein-ligand complexes often face a crucial challenge: how to appropriately parametrize a ligand for simulation workflows, especially when the ligand is not available as a standard residue in a force field. Proper parametrization ensures accurate molecular…

When working on molecular modeling, achieving precise control over pathway simulations can be crucial. Whether you’re studying trajectories, visualizing conformational changes, or cycling between states, animations can make your work significantly clearer. This post will focus on the Play reverse…

Sharing molecular designs and collaborating efficiently is an essential part of any molecular modeler’s workflow. Whether you’re presenting work to colleagues, distributing research, or seeking feedback on designs, finding a streamlined way to share documents is crucial. This is where…

One of the fundamental challenges in molecular modeling is ensuring a stable starting point for simulations and other calculations. Misaligned atoms, steric clashes, or poor local geometry can lead to unreliable or outright failed results. Energy minimization is a key…