For molecular modelers and researchers, constructing nanoscale architectures can feel like a painstaking task. Whether you’re building nanotubes, designing biomolecular structures, or working on advanced material science, efficiency and precision are key. Enter SAMSON’s Pattern Editors, a set of tools…

Setting up a molecular system for simulation can be an intricate task, especially when dealing with unnecessary data that might hinder the preparation process. Luckily, SAMSON’s GROMACS Wizard provides an efficient way to pre-process your system before diving into simulations,…

When working on molecular modeling projects, especially those involving multiple replicas of the same protein, ensuring unique residue and chain IDs is essential. Without this step, you might face significant issues downstream, such as problems with topology creation in your…

For molecular modelers, one of the most repetitive yet critical tasks is selecting specific nodes from complex molecular systems. Efficient node selection can save significant time during modeling and simulation workflows. SAMSON, with its powerful selection tools, offers robust options…

Molecular modeling often involves refining structures or exploring interactions. Accurately representing bond orders is a key component of understanding molecular behavior, but it can be a tricky and time-consuming task. Fortunately, SAMSON’s UMA Force Field interaction model includes multiple bond…

For molecular modelers, honing in on precise crystal structures and manipulating them with accuracy can often be a challenging task. What if you could visualize, adjust, and refine crystal properties with ease? SAMSON’s Crystal Creator provides a robust toolset for…

For molecular designers and modelers, preparing a protein-ligand system for molecular dynamics simulations is one of the most crucial and intricate steps. A particularly challenging part of this process is ligand parametrization—essential to ensure compatibility with force fields used in…