Protein-ligand docking is an intricate process, but with the right tools, it becomes far more manageable. For molecular modelers grappling with non-covalent docking, the SAMSON FITTED Suite offers a streamlined, user-friendly approach. In this post, we’ll walk you through how…

Molecular modeling often involves analyzing complex trajectories such as conformational changes over time. Have you ever wished you could easily play these trajectories backward, either for better visualization or to study reverse phenomena? The Play Reverse Path animation in SAMSON…

For molecular modelers, customizing and extending their molecular modeling software to suit specific research needs is a fundamental part of their workflow. SAMSON, the integrative molecular design platform, offers a highly versatile SAMSON Extensions Marketplace, which allows users to seamlessly…

The challenge of managing molecular complexity is a common hurdle for modelers. Knowing how to effectively filter and target structural groups using clear specifications is an invaluable skill when working with molecular design platforms like SAMSON. This blog post explores…

Visualizing complex molecular systems effectively is one of the key challenges faced by molecular modelers. The need to inspect and analyze intricate details, while maintaining a clear overview, can be tedious and time-consuming. One feature aimed at addressing this complexity…

Molecular modelers often juggle between multiple tools, files, scripts, and datasets. Keeping everything organized while ensuring seamless collaboration and data sharing can be a real challenge. This is where SAMSON’s Universal File Embedding feature offers an elegant solution—allowing you to…

Crystalline defects are a fascinating aspect of material science that can drastically affect the properties of materials. Whether you are designing new materials or studying existing ones, having a clear understanding of these imperfections is critical. In this blog post,…

In the field of molecular modeling and computational biology, customizing workflows and automating repetitive tasks can save researchers significant time and effort. However, writing scripts from scratch or recalling specific syntax in complex APIs can be a challenge, especially for…

For molecular modelers, optimizing your workspace to suit your modeling objectives is critical. Customizing software settings can make workflows smoother, more predictable, and efficient. SAMSON’s Preferences panel aims to tackle this very need, providing granular control over interface behavior, appearance,…