Tracking how ligands unbind from biomolecules is critical for understanding molecular interactions — but visualizing this process across a simulation trajectory can be tricky. A common struggle among molecular modelers is identifying and presenting meaningful movement without overwhelming the viewer…
When modeling at the nanoscale, researchers, educators, and engineers often need to quickly generate accurate carbon nanotube (CNT) structures. Whether you’re simulating molecular transport, designing nanoelectromechanical systems, or visualizing nanoscale materials, building CNTs manually can become repetitive and error-prone. The…
Molecular animations can quickly become overwhelming when dealing with complex structures, especially when multiple elements appear and disappear during a presentation or simulation. A frequent challenge for molecular modelers is ensuring clarity in dynamic visualizations: how do you focus attention…
Molecular modelers often work with very complex systems, frequently involving large biomolecules, materials, or supramolecular assemblies. Navigating these models efficiently often depends on the ability to select and manipulate parts of the system based on their structural or logical organization.…
