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For molecular modelers, computational resources often become a bottleneck. Running complex simulations such as molecular dynamics (MD) or equilibrations locally can put immense strain on personal devices, and frequently such systems are too large or time-consuming to compute locally. That’s…

Protein docking is a cornerstone of molecular modeling, often requiring precision and expertise to achieve meaningful results. One crucial, and often overlooked, step in ensuring docking accuracy is the optimization of range angles — a parameter governing the rotational and…

Efficiently modeling proteins requires understanding their backbone conformations. This can be especially tricky when dealing with strained residues or outliers that don’t conform to expected dihedral angle distributions. Enter the Interactive Ramachandran Plot, a powerful feature in SAMSON that not…

For molecular modelers and protein designers, understanding how proteins are structurally organized is a crucial foundation for any workflow. When dealing with protein structures stored in PDB files, you’ve likely encountered references to their crystal structures and biological assemblies. But…

Biomolecular modelers often face the challenge of understanding large-scale molecular motions like the opening or closing of binding sites. These complex motions are critical for various biological functions, such as ligand binding or protein conformational changes, but traditional computational approaches…

For molecular modelers, balancing precision, performance, and reproducibility in simulations is a constant challenge. If you’re working locally and require a specific version of GROMACS or need to fine-tune your performance parameters, the GROMACS Wizard in SAMSON offers an efficient…

Custom index groups are a valuable tool in molecular dynamics simulations, allowing users to define specific atom groups for analysis, pulling simulations, or advanced setups. If you’re working on complex molecular systems in GROMACS, customizing index groups can significantly improve…

If you work in molecular modeling, you’re likely familiar with the challenge of analyzing protein backbone conformations. Understanding secondary structures, detecting outliers, or visualizing transitions can be daunting. Luckily, SAMSON’s Path Analyzer provides a dependable solution with its Ramachandran plot…