When working with molecular dynamics in GROMACS, a common challenge for researchers is identifying and selecting specific parts of the system repeatedly during setup or analysis. Whether you’re analyzing motion in alpha helices, tracking ions, or applying restraints, you often…

One of the most common challenges molecular modelers face when visualizing complex structures is depth perception. When everything in the scene appears equally lit and flat, it becomes difficult to distinguish overlapping elements or internal cavities, reducing realism and interpretability.…

One of the common pain points for medicinal and computational chemists is the time-consuming process of designing structural analogs and evaluating how small chemical modifications influence molecular interactions. Whether you’re testing binding affinity changes or investigating interaction patterns with a…

When preparing coarse-grained (CG) molecular systems using GROMACS, one frequent source of frustration for modelers is unexpected initial clashes or abnormal solvent behavior during equilibration. If you’ve been there — puzzled by poor density or unstable simulations — the issue…

When presenting molecular models to colleagues or during lectures, it can be helpful to integrate context — whether that’s explanatory slides, background visuals, or subtle environmental cues. Yet, switching abruptly between molecular views and background content can feel disjointed. This…

For molecular modelers preparing presentations or videos, one question often arises: how do you clearly communicate the structural complexity of an assembly without overwhelming your audience? Often, the answer lies not in adding more detail — but in temporarily removing…

When you’re putting together a molecular animation in SAMSON, it can be frustrating to get the perfect camera angle on your system… and then lose it. Maybe you adjusted the camera slightly while working, or forgot exactly how you had…

When sharing molecular models or collaborative design files, one common headache is losing associated data—Python scripts, reference images, or experimental datasets often end up scattered across disparate folders or emails. If you’ve ever opened a molecular project only to find…

For molecular modelers working with complex systems, choosing and managing the right computational tools can often feel overwhelming. SAMSON addresses this challenge through its extensibility: you can adapt the platform to your needs by installing Extensions (also known as SAMSON…