Author: OneAngstrom

When using SAMSON for molecular modeling, integrating powerful Python packages can significantly improve your workflow, especially if you’re automating simulations, analyzing data, or integrating machine learning into your research. However, choosing the right environment and knowing how to manage Python…

Designing DNA nanostructures is just the beginning. For researchers working in structural DNA nanotechnology, the ability to export a design for further simulation is a critical step in the workflow. Whether you’re preparing input for coarse-grained simulation using oxDNA or…

When presenting complex molecular structures, clarity is key. Whether you’re showing a protein-ligand interaction, the internal components of a large biomolecular complex, or simply trying to make a mechanism more engaging for your audience, it can be helpful to visualize…

For many molecular modelers, automating repetitive tasks or customizing workflows often means writing Python scripts. But when it comes to integrating scripting into powerful modeling environments like SAMSON, the learning curve can feel steep—especially if you’re not a Python expert.…

Building molecules atom by atom is a powerful and precise method, but for many molecular modelers, it can also be time-consuming when dealing with larger or repetitive structures. If you ever felt that constructing molecules takes too long or involves…

When creating molecular animations, clarity of presentation can make or break a viewer’s understanding. One common issue is finding a clean way to make certain parts of a molecular structure appear or disappear across frames — for instance, to draw…

When working with molecular models, it’s often challenging to judge depth and spatial relationships at a glance. Molecules can appear flat and unrealistic, especially when rendered without lighting enhancements. This is a common struggle for molecular modelers who want to…

When modeling structural transitions between protein conformations—whether for studying functional motions, setting up umbrella sampling, or preparing molecular dynamics simulations—a common frustration is ensuring that the input structures are properly cleaned, aligned, and ready for downstream tools. One such tool,…

When preparing molecular presentations or animations, one common challenge for modelers is clearly visualizing the undocking process—how a molecule moves away from a receptor without manually animating every step. Whether you’re demonstrating binding site dynamics or highlighting changes upon inhibitor…