Building molecular structures with precision is a common challenge for molecular modelers. Whether you’re creating simple chemical groups or assembling more complex systems, SAMSON offers a structured and user-friendly approach. One key pain point for scientists is efficiently building molecules…

For molecular modelers, conducting detailed simulations to analyze reaction pathways can be an intricate and time-intensive task. One specific challenge emerges when converting a reaction-coordinate pathway into meaningful sampling windows for Potential of Mean Force (PMF) analysis. The GROMACS Wizard…

Understanding protein backbone conformations is essential for molecular modelers aiming to study secondary structures, conformational preferences, or identify anomalies. The Ramachandran plot is a tried-and-tested tool for this task, but integrating it effectively into your analysis pipeline can sometimes be…

Molecular modeling often involves working with noisy datasets—scattered, uneven distributions that can make it challenging to extract meaningful trends. Whether you’re analyzing energy variations, distances, or structural properties, addressing such noise is critical to making sense of molecular landscapes. This…

Ligand parametrization is often a critical and complex step in molecular modeling and simulations, especially when preparing systems for tools like GROMACS. Ensuring compatibility with specific force fields and correctly setting up input files can be time-consuming and challenging. Here,…

Working on molecular models often requires pinpointing specific regions with crystal-clear precision. Whether adjusting intricate details or focusing on specific areas without altering the perspective of your view, staying in control of the zoom becomes an essential part of the…

In molecular modeling, efficiently exporting atomic trajectories is critical, whether for reaction coordinate studies, free energy calculations, or observing the movement along ligand pathways. The Export Along Paths extension in SAMSON addresses this pain point by providing a streamlined way…

Building large molecular systems efficiently and accurately can sometimes feel like solving a puzzle with too many pieces. Whether designing nanotubes for nanotechnology, biomolecular assemblies for biological simulations, or modeling complex materials for material science, creating repetitive structures is an…