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As a molecular modeler, you’ve likely faced the challenge of adapting your tools to the specific needs of a new project or workflow. Often, the default features of a platform might not be enough, and searching for, installing, and managing…

When you’re working on complex molecular modeling projects, every step of the process matters. Efficient workflows can mean the difference between spending hours setting up simulations or having them run smoothly with well-integrated tools. This is where SAMSON Apps come…

For molecular modelers, one common challenge is comparing protein structures and sequences to understand similarities, variations, or functional insights. This process can often feel complex, especially when working with large datasets or intricate structures. SAMSON’s Protein Aligner could dramatically simplify…

For molecular modelers and designers, the interface you work with can significantly influence your productivity and comfort. Did you know that SAMSON, the advanced molecular design platform, provides a simple yet powerful feature to enhance your experience during long modeling…

Molecular modelers often encounter the challenge of converting textual molecular representations (SMILES strings) into actionable 3D structures for simulation, analysis, or visualization. If you’ve faced this bottleneck, the SMILES Manager in SAMSON offers a straightforward and effective solution. Powered by…

For molecular modelers, the process of equilibration is a critical step in simulations, ensuring a molecular system reaches a stable state. However, navigating equilibration can feel daunting, especially with numerous parameters to consider and finite resources to execute simulations effectively.…

When preparing molecular simulations, managing multiple protein replicas can be a tricky process, especially for users aiming to model systems with identical chains. SAMSON makes this process more accessible by providing tools for creating and organizing replicas manually. Below, we…

Designing custom polymers for advanced molecular modeling can be a challenging and intricate task, especially when aiming to create structures with specific properties or sequences. A common pain point for molecular modelers is efficiently registering monomers, ensuring flexibility in sequence…