Visualizing the Motion of the SARS-CoV-2 Spike Protein

For molecular modelers exploring protein dynamics, understanding the movement of key structures like the SARS-CoV-2 spike protein is crucial for advancing research. The spike protein’s transition from a closed to an open state, enabling binding with the ACE2 receptor, is…

Bring Molecular Models to Life with Flash Animation

If you've ever found yourself struggling to clearly present dynamic changes in your molecular models, then the Flash animation tool in SAMSON might be a game-changer for your workflow. One of the most effective ways to showcase molecular transitions or…

Maximizing Molecule Modeling Precision with SAMSON’s Editors

When working on molecular modeling, precision and efficiency are key concerns. Whether constructing nanotubes, adjusting molecular structures, or selecting specific components of a model, modelers often face the challenge of finding tools that simplify the process without compromising accuracy. SAMSON,…

Exploring Backbone Attributes in Molecular Modeling

As a molecular modeler, understanding and controlling key attributes of molecular backbones can streamline your workflow and uncover new insights about molecular systems. SAMSON’s Node Specification Language (NSL) organizes these attributes into intuitive spaces, making it easier to work with…

Simplify Molecular Modeling with Importers in SAMSON

For molecular modelers, one of the recurring challenges is dealing with diverse file formats. Whether you are parsing Protein Data Bank (PDB) files or handling electron density maps, ensuring compatibility and efficiently loading data into your software can be tedious.…

Mastering Transparency Changes with the Pulse Animation Effect

Transparency plays a crucial role in visualizing and analyzing molecular models. Whether you’re working with structural models, visual models, meshes, or labels, managing how objects appear and disappear is often essential in storytelling or presenting research. SAMSON’s Pulse animation offers…

Unlocking the Power of Segment Attributes in Molecular Models

For molecular modelers, efficiently designing and fine-tuning molecular systems is crucial to advancing research and applications. One of the hidden gems in SAMSON, the integrative molecular design platform, lies in its flexible Node Specification Language (NSL), specifically the segment attribute…

Understanding Symmetry Mates Using SAMSON’s Symmetry Mate Editor

Molecular modelers often encounter the challenge of understanding and visualizing how proteins assemble within crystal structures and biological assemblies. This insight is crucial for protein-modeling workflows, particularly when designing molecular systems or analyzing quaternary structures. If you’ve ever struggled to…