Demystifying Property Model Attributes in Molecular Design

Understanding and Using Property Model Attributes in SAMSON For molecular modelers working with SAMSON, understanding the propertyModel attribute space can be a crucial step to enhance workflows and improve efficiency. These attributes allow you to define and interact with property…

Understanding the Property Model Attributes in SAMSON

Molecular modelers often face the challenge of efficiently working with models that include complex data attributes. In SAMSON, the Property Model Node Specification Language (NSL) attributes provide a powerful way to manage and filter nodes within molecular designs. This blog…

Understanding and Querying Residue Charges in Molecular Models.

As a molecular modeler, understanding the charge states of residues is essential for tasks such as analyzing protein structures, predicting molecular interactions, and studying electrostatic properties. The residue.charge attribute in SAMSON’s Node Specification Language (NSL) provides a powerful way to…

Streamlining Protein Visualization with SAMSON Visual Models

For molecular modelers, accurately visualizing complex structures like proteins can often feel overwhelming, especially when dealing with large systems or seeking specific graphical representations to highlight structural details. SAMSON, the integrative molecular design platform, offers a comprehensive solution through its…

Mastering Animation Controllers in Molecular Modeling

Creating breathtaking molecular animations often requires precision, especially when adjusting camera angles or atom movements. A common pain point for molecular modelers is managing such adjustments effectively to produce seamless animations that tell a story. This is where SAMSON’s animation…

Making Atom Measurements Effective in SAMSON

If you’re a molecular modeler, precise measurements between atoms, bonds, angles, or dihedrals can be essential to your workflow. Measurements are often the foundation for understanding interactions, conformations, and geometrical properties of molecular systems. But keeping those measurements organized—and ensuring…