For molecular modelers, understanding and interpreting structural details can often feel like solving a visually complex puzzle. Being able to distinguish residues based on their biophysical properties is critical for analyzing molecular systems and presenting results effectively. This is where…

For molecular modelers, symmetry is more than just an aesthetic feature—it can significantly streamline workflows, improve accuracy, and reduce computational costs. Whether you’re building coarse-grained models or preparing simulations, having the ability to detect and visualize symmetry axes becomes invaluable.…

Protein preparation is a critical step in molecular modeling and drug discovery workflows—an improperly prepared structure can significantly affect the accuracy of subsequent simulations, docking experiments, or analyses. With the FITTED Suite available in SAMSON, users can automate and simplify…

Many molecular modelers face a familiar frustration when diving into simulations or docking workflows: their systems suddenly fail or yield inaccurate results due to underlying issues with the protein structure. This is why validating and preparing your protein model is…

Are you a molecular modeler looking to create custom polymers for your research or projects? The Polymer Builder extension in SAMSON is here to help! Whether you’re designing biopolymers, synthetic chains, or unique molecular scaffolds, this tool makes your task…

For molecular modelers, exploring chemical space and designing new analogs is a frequent and necessary task. But let’s face it: generating an entire series of molecular analogs manually can quickly become tedious and time-consuming. If you’re in search of a…

One of the most common challenges molecular modelers face is making complex molecular structures easy to interpret and visually insightful. Whether it’s distinguishing between chains, mapping specific properties like temperature factors, or customizing visuals for specific workflows, colors play a…

Molecular modeling often involves handling a variety of file formats, especially when dealing with complex datasets like molecular structures, trajectories, geometries, and more. For professionals and researchers in this field, managing and converting these formats can sometimes create unnecessary roadblocks.…

Molecular modelers and structural biologists often face the challenge of understanding how proteins interact and organize within their crystal structures or biological assemblies. These arrangements are not only fundamental to comprehending protein function but also crucial for designing molecular systems.…