Molecular modeling often requires exploring how small changes in a molecule’s structure affect its properties, like binding affinity or interactions with target proteins. However, manually generating molecular analogs for such studies can be tedious and time-consuming. Enter positional analogue scanning,…

If you’re a molecular modeler, you’ve likely encountered situations where defining atom geometry precisely is critical. Whether crafting small molecules or designing complex protein-ligand interactions, atom geometry can play a significant role in capturing molecule behavior and predicting outcomes. SAMSON’s…

As a molecular modeler, achieving precise visual communication of your molecular systems and processes is crucial. Animations can assist by making your work more engaging and easier to understand. One frequent challenge is smoothly moving your camera vertically while maintaining…

For molecular modelers, one of the biggest challenges can be the need for intensive computational resources. Handling large molecular systems or running long dynamics simulations can overburden local machines, making it difficult to complete projects efficiently. Fortunately, SAMSON’s GROMACS Wizard…

Preparing a simulation-ready coarse-grained (CG) molecular system can feel daunting for modelers, especially when it comes to correctly setting up the periodic box, solvating the system, and adding ions. The GROMACS Wizard in SAMSON, a molecular design platform, streamlines these…

When it comes to molecular modeling workflows, ensuring a reliable protein structure is crucial. Whether you are running docking experiments, simulations, or drug-design screenings, any structural error in your protein model can lead to inaccurate results or even workflow failures.…

When dealing with complex molecular visualizations as a molecular modeler, one significant challenge is achieving clear depth perception. Understanding the spatial relationships between molecular regions is crucial for presentations, research, or educational purposes. In this blog post, we’ll explore how…

Molecular modelers working with synthetic or biopolymers often face the challenge of designing complex polymer structures tailored to specific applications. The ability to create precise monomer sequences, control bond types, and predict molecular properties is essential for tasks ranging from…

Molecular modellers often face the challenge of tracking specific atoms or regions of a molecule during complex simulations or animations. Keeping the focus on key movements without losing the broader context can be a persistent pain point. The Follow atoms…

Molecular modeling workflows often involve a variety of repetitive and detail-oriented tasks. One common pain point during simulations, such as NVT equilibration in GROMACS, is providing precise input data files. Missteps in this stage can cause interruptions or inaccurate results.…