Smaller Boxes, Faster Simulations: Choosing the Right Unit Cell Shape for Molecular Models
When setting up molecular simulations, one challenge that modelers often face is finding the right balance between accuracy and computational efficiency. Many simulation tasks—especially when working with spherical or flexible macromolecules like proteins—require significant solvent padding to respect periodic boundary…
Filtering Molecules by Structure: Speed Up Your Modeling Workflow
Save Time When Starting from a Single Molecule in SAMSON
Avoid Common Mistakes When Setting Up Protein–Ligand Systems for Unbinding Pathway Analysis
A frequent challenge in molecular modeling is preparing a protein–ligand system for unbinding pathway simulations. Even experienced users often encounter issues with misassigned atoms or poorly defined conformations, which can invalidate simulation results. Fortunately, the Ligand Path Finder app in…
Lock in Your Bonds: How to Customize Bond Orders in UFF Simulations with Confidence
Preventing Data Loss When Modeling: The Undo/Redo Tips You Might Be Overlooking
Making molecular components appear just when you need them
When presenting complex molecular structures or telling molecular design stories, clarity is critical. Whether you’re building educational content, preparing a conference presentation, or designing a supplementary movie for a paper, the ability to draw attention to individual molecular components in…







