As a molecular modeler, designing complex polymers can often feel like solving a challenging puzzle. Finding ways to organize repeating units efficiently without errors can consume valuable time. What if you had a straightforward way to register monomer sequences systematically…

Effective collaboration lies at the heart of innovative molecular modeling projects. Yet, one common pain point for molecular modelers is the lack of seamless mechanisms to share and manage crucial project files with collaborators while maintaining control over permissions. If…

Molecular modelers often face the challenge of creating and modifying molecular systems interactively while ensuring the modifications respect the laws of physics and atomic forces. Handling tasks like forming or breaking bonds, updating atom types, and maintaining realistic topology can…

For molecular modelers who often find themselves navigating repetitive tasks or needing to fine-tune their workflows, an efficient scripting interface can be a game-changer. With SAMSON, a molecular design platform, the Python Console offers users the ability to automate processes,…

Designing DNA nanostructures from scratch can be daunting, especially when you are just starting with molecular modeling, or need to tackle a new prototype quickly. If you have ever wondered if you could bypass building everything from scratch, the good…

Molecular modelers and bioinformaticians often struggle to visualize and understand the transitions between different protein conformations. These transitions are essential for understanding protein functions but are notoriously difficult to compute due to the complexity of molecular movements. This is where…