Molecular modelers often face the challenge of creating dynamic, accurate simulations while maintaining control during the process. Whether it’s designing a molecule, optimizing geometry, or simulating interactions, one hurdle stands out: the need for interactivity in simulations. What if you…

For molecular modelers handling multiple conformations of a system or a variety of molecular structures, the repetitive manual setup of computational workflows can be a time-consuming challenge. Fortunately, the GROMACS Wizard in SAMSON provides an efficient batch computations feature that…

If you work with protein structures, revealing the symmetrical arrangement of proteins in their crystal structures or biological assemblies can be a vital step toward understanding and designing molecular systems. However, manually reconstructing symmetry mates using raw symmetry data from…

Molecular modelers focusing on pulling simulations encounter a frequent challenge: ensuring adequate box dimensions to avoid artifacts and maintain accuracy during center-of-mass (COM) pulling. Setting inappropriate box dimensions often results in simulation artifacts due to the periodic boundary conditions. This…

Building a realistic simulation system that includes lipid layers around a protein can be a challenging and time-consuming process for molecular modelers. This step is often required when simulating biological membranes, but the manual alignment of lipids and ensuring their…

For molecular modelers working with GROMACS, fine-tuning molecular dynamics parameters is a routine yet pivotal step. While standard parameters can serve many use cases, specific research questions often require custom setups, and this is where SAMSON’s GROMACS Wizard truly shines.…