One of the key challenges for molecular modelers is translating complex molecular data into clear, intuitive visuals that help interpret, share, and analyze nanosystems. Whether you are studying protein structures, electron density maps, or electrostatic fields, visual representations play a…

Molecular modelers often face the challenge of effectively predicting ligand unbinding pathways in protein-ligand simulations. A crucial step in this process is defining the sampling box, as it heavily influences the search for unbinding pathways by biasing the ligand’s motion.…

Molecular modelers often grapple with the challenge of effectively visualizing complex molecular systems. Representing a protein, ligand, or a supramolecular structure in a clear and precise manner, especially for collaboration or presentations, can be time-consuming. SAMSON’s Visual Presets feature offers…

As a molecular modeler, one of the challenges you may frequently encounter is presenting complex molecular structures and processes in an intuitive and visually engaging manner. Whether you are preparing a presentation, explaining your results to collaborators, or creating educational…

For molecular modelers, dealing with complex structures often involves managing the positions of atoms, molecules, or meshes. One common challenge is recalibrating or rearranging docked components of these structures without disrupting the entire design. This is where SAMSON’s Undock animation…

For molecular modelers, one common challenge is the ability to adapt tools to their specific workflows and expand the functionality of their software without diving into complicated integrations. If you've ever wished for a modular, highly customizable molecular design platform,…

For molecular modelers working on complex systems, one challenge consistently arises: how to efficiently manage and organize molecular structures, associated data, and workflows. Enter the Document View in SAMSON, a valuable feature designed to simplify how you interact with your…