When working with large molecular models, quickly locating structures with specific electronic properties can significantly speed up your workflow. One such case—frequently encountered in charge-based simulations, electrostatic analyses, or simply in identifying reactive species—is the need to find molecules with…
Working with molecular models often involves tweaking structures to better fit expected configurations, eliminate artifacts, or explore structural variations. But what happens when you’re already mid-simulation, and you realize a modification is needed—say, removing a misplaced hydrogen, or adding a…
One common challenge in molecular modeling is capturing and comparing key conformational states during a simulation. Whether you are exploring structural flexibility, functional transitions, or designing ligands to fit various binding site shapes, keeping track of conformational changes is crucial.…
When working on molecular models in SAMSON, visualization is often more than just aesthetics—it’s essential. Different render presets can highlight atomic structures, interaction networks, or molecular surfaces, which all help communicate scientific insight effectively. But when projects become complex, selecting…
When studying protein dynamics, researchers often encounter an important question: how do we realistically interpolate between two known conformations of a protein structure? Whether you’re setting up umbrella sampling simulations or exploring conformational transitions for molecular docking, creating a smooth…
When designing new drug candidates or optimizing a lead compound, molecular modelers often face the challenge of evaluating how small chemical modifications affect binding affinity, selectivity, or physicochemical properties. One effective approach to address this is positional analogue scanning, where…
