Exploring Chain Attributes in Molecular Modeling

Molecular modelers often grapple with large datasets and complex structures, making it essential to quickly filter and analyze specific aspects of molecules. One common challenge is working with chains, an integral part of molecular structures. SAMSON, the integrative molecular design…

Streamline Molecular Design with SAMSON Editors

As a molecular modeler, you often face the challenge of efficiently transforming your ideas into accurate and customized molecular models. Whether it’s generating nanotubes, deforming molecular structures, or performing rigid-body transformations, your workflow can quickly become bogged down by repetitive…

Streamlining Molecular Visualization with SAMSON Visual Presets

Visualizing complex molecular systems is often a time-consuming challenge for molecular modelers. Manually applying visual representations and color schemes to represent different elements of molecular structures can feel tedious and prone to inconsistency. If you’re looking for an efficient way…

Minimizing NMR Structures Without the Hassle of Custom Force Fields

For molecular modelers working with NMR-derived structures, refining these structures into high-quality, publication-ready models without extensive manual setup can be a challenge. Whether you’re preparing protein-ligand complexes or handling non-standard residues, ensuring that your final structures are both chemically valid…

Streamlining Molecular Coordination Exports for Path Analysis

The ability to track and analyze atom trajectories along molecular pathways is an essential tool in molecular modeling. Whether preparing input files for reaction coordinate studies, performing free energy calculations, or studying ligand binding/unbinding pathways, exporting precise atomic coordinates is…