For molecular modelers, one of the most time-consuming challenges lies in handling the myriad of molecular formats for importing and exporting data. Whether it’s preparing crystallographic structures, analyzing trajectories, or generating visualizations, finding a platform that supports the wide variety…

When working on molecular designs, it’s common to deal with intricate models where specific elements need to temporarily disappear for better visualization or emphasis. SAMSON’s Hide animation comes to the rescue, simplifying the process of making elements vanish in your…

For molecular modelers managing multiple protein structures, tedious preparation tasks can quickly become overwhelming. Scrubbing through files manually to clean up structures for docking, simulations, or other tasks consumes time and energy that could be better spent on scientific exploration.…

As molecular modelers and designers, we often need to visually represent transformations over time. One challenge is showcasing how molecular nodes disappear or fade during a presentation or simulation, making complex molecular structures more digestible for the audience. The ‘Disappear’…

Molecular simulations play a vital role in drug discovery, materials design, and computational biology. For many scientists, the process of setting up simulation environments can be tedious, especially when dealing with the compilation and installation of powerful tools like GROMACS.…

For molecular modelers—whether you're studying intricate protein dynamics or designing complex structures—highlighting specific regions is often essential. You might focus on zooming in or out or shifting the camera angle to bring greater clarity to details. How can you control…

Molecular modelers often need to create precise and dynamic visualizations to analyze structures or present findings effectively. One challenge is zooming into specific areas of a model while maintaining a smooth and professional animation. Enter the Dolly Camera animation in…

For many molecular modelers, understanding and refining protein backbone conformations is a fundamental step in structure optimization, error detection, and simulation preparation. However, pinning down these conformations in a seamless and interactive way has often been a complex endeavor. If…