Author: OneAngstrom

Modeling carbon nanotubes (CNTs) can be a complex yet highly rewarding task for molecular scientists, especially in fields like nanotechnology and materials science. Constructing these intricate structures manually often requires precision, patience, and the right tools to ensure optimal results.…

Molecular modeling often involves juggling numerous files—scripts, images, datasets, and more—and ensuring that everything is organized and shareable can be a challenge. SAMSON’s Universal File Embedding feature provides an elegant solution, allowing you to bundle all necessary resources directly into…

For molecular modelers, one common challenge is efficiently positioning groups of atoms or meshes in their correct spatial arrangements. This is particularly important when you aim to study molecular docking, receptor-ligand binding, or similar scenarios. If you’ve been looking for…

For molecular modelers looking to perform precise customizations on atomic structures, SAMSON’s Simple Script Extension offers a powerful and versatile solution. Whether it’s selecting specific atoms based on characteristics, modifying atomic properties, or creating customized nanoscale shapes, this tool allows…

For molecular modelers, the struggle to seamlessly analyze and design molecules in 2D while keeping everything in sync with 3D visualizations is a frequent challenge. A disjointed workflow often leads to inefficiencies, and manually synchronizing 2D and 3D diagrams can…

Molecular modelers are often tasked with creating complex structures, such as nanotubes, nanomachines, or biomolecular arrays, requiring precise repetition and alignment. Doing this manually can be a tedious and error-prone process. Thankfully, SAMSON‘s Pattern Editors offer an elegant solution to…

Understanding the spatial arrangements of proteins is critical for molecular modeling, design workflows, and simulations. One common challenge molecular modelers face is reconstructing biological assemblies and crystal structures from available data. If you’ve ever needed to visualize how proteins interact…

Molecular modelers often face challenges in managing complex molecular structures across different representations. For instance, selecting a specific residue or chain in a sequence and ensuring the same selection is reflected in both a 3D viewport and a structural document…

Molecular modeling is a discipline that often necessitates bespoke functionalities to address diverse challenges, from drug discovery to materials science. As a molecular modeler, you may frequently encounter the need to integrate external tools, customize workflows, or prototype completely new…