One of the more persistent frustrations for molecular modelers is effectively visualizing nanosystems—whether it’s a protein, an electrostatic field, or a more complex molecular structure. A clear and flexible visual representation can make all the difference in understanding, communicating, and…

When exploring molecular structures, color can be much more than decoration—it can be a powerful tool to convey chemical properties, improve clarity, and communicate findings. But with so many options, how do you choose the right color palette? In SAMSON,…

When working on complex molecular models, one of the last things you want is an overwhelming interface filled with tools competing for your attention. This is where SAMSON’s design choice around editors makes a difference. In SAMSON, only one editor…

One of the recurring challenges in molecular modeling is finding intuitive ways to visualize how molecules change over time. Whether you’re analyzing conformational transitions, exploring reaction mechanisms, or preparing a compelling presentation of a simulation, being able to animate a…

If you frequently work with complex molecular systems, you probably know how quickly things can get overwhelming. Multiple molecular models, imported data, annotations, and simulations — all layered into a single project. Navigating this spaghetti of atoms and information is…

Running molecular dynamics (MD) simulations is a key task in computational biology, but not everyone has the local computing power to handle them efficiently—especially when dealing with complex systems or long timescales. This is where cloud computing can make a…

One of the most common challenges molecular modelers face when preparing docking simulations is the correct definition of the binding site. Whether you’re performing traditional ligand docking or exploring covalent inhibitors, inaccuracies in binding site selection can significantly affect your…