One of the common frustrations for molecular modelers is making unintentional changes to their complex structures and struggling to reverse those modifications. Whether it’s a misplaced atom or an accidental change to a molecular structure, mistakes happen—and fixing them manually…

For molecular modelers, efficiently selecting specific molecular structures or nodes in a project is a recurring challenge. Whether you’re distinguishing ligands from receptors or identifying specific residues based on complex queries, manual selection can be time-consuming and error-prone. Fortunately, SAMSON’s…

For many molecular modelers, efficiently constructing large and visually complex molecular structures often becomes a time-consuming challenge. With the array of customizable Pattern Creation Tools in SAMSON, building complex nanoscale architectures no longer needs to feel like a tedious endeavor.…

For molecular modelers, energy minimization is a critical step that ensures molecular structures are well-prepared for simulations by addressing steric clashes and poor local geometry. But how can you make this process both efficient and reliable? The GROMACS Wizard in…

When conducting molecular dynamics simulations, one common challenge is ensuring that your prepared molecular system is free from unfavorable contacts or distorted geometries that could compromise the accuracy of your results. This is where energy minimization becomes pivotal. In this…