When working with complex molecular systems, filtering large datasets to focus on specific structures can be time-consuming. For instance, identifying all conformations with a certain number of atoms might involve manual inspection or scripting — tedious or error-prone steps for…

When working with large biomolecular or material systems, selecting specific atoms is a routine but critical task. Whether you’re running simulations, defining substructures, or simply visualizing key components, manually identifying atoms by their type, symbol, or element quickly becomes inefficient.…

When working with complex molecular models, it’s all too common to lose track of components that seem to disappear from view. Whether it’s atoms missing from a ligand or entire visual models vanishing without notice, navigating a crowded project in…

If you’ve ever worked on a large molecular system in SAMSON, you know how challenging it can be to find the exact folders that contain specific subsets of data—especially when dealing with deeply nested models or extensive molecular datasets. One…

When designing or analyzing molecular animations in SAMSON, controlling visibility is key to focusing on the parts that matter. Whether you’re preparing a presentation, debugging a molecular mechanism, or just exploring a system, quickly showing and hiding parts of the…

One common need for molecular modelers working with complex systems is to quickly identify and select molecules with particular properties — such as those with a high number of atoms, a specific charge, or visibility status. Finding such molecules manually…