Author: OneAngstrom

In molecular and materials science, imperfections tell a fascinating story. Crystalline defects, though often considered “flaws,” play a significant role in defining the properties of materials, including diamonds. If you’re a molecular modeler seeking to better understand the impact of…

One of the common challenges molecular modelers face is the need to optimize specific parts of a molecule without altering the rest of its structure. Whether you’re fine-tuning a specific region of a complex biomolecule or isolating changes to a…

For molecular modelers handling large-scale datasets, preparing numerous protein structures manually can quickly become overwhelming. Resolving missing residues, adding hydrogens, or cleaning protein entries one by one is tedious and time-consuming. Thankfully, SAMSON offers a powerful solution: the Batch Protein…

One of the critical tasks for molecular modelers working with proteins is creating lipid layers around them for membrane simulations. This can be a time-consuming process, especially if manual adjustments are needed. Fortunately, SAMSON's Molecular Box Builder simplifies and speeds…

Molecular modelers often need intuitive, clear, and customizable visuals to understand and communicate their nanosystem designs effectively. This is where visual models in SAMSON come into play. They empower you to produce graphical representations that enhance your insight into structures,…

For molecular modelers, managing complex molecular hierarchies can be challenging. SAMSON’s Document View offers a structured, user-friendly way to handle intricate molecular data graphs. Whether you’re working on molecules, conformations, or Python scripts, this essential SAMSON feature simplifies navigation and…

Working in molecular modeling often involves analyzing complex structures, where effective visualization is essential for understanding and communication. A common challenge is translating these intricate models into clear, visually meaningful representations. SAMSON, the integrative molecular design platform, offers a powerful…

Docking studies are vital for molecular modeling, especially when exploring protein-ligand interactions. One persistent challenge is accounting for molecular flexibility—many docking protocols assume rigid receptor structures, which can overlook biologically relevant conformations. With AutoDock Vina Extended as part of the…