10.13.26 -- Assess Biomolecular Stability With Confidence

Drug load can influence the thermal behavior of a formulation, creating measurable changes that may help distinguish one concentration from another. See how a DSC thermogram was able to detect and quantify the differences in varying drug loads with respect to thermal parameters.

In a DSC scan, an unfolding event appears as an endothermic peak. The shape of the peak in the thermogram provides further insight into the properties of the sample. Examine an instrument with data analysis software capabilities that easily deconvolutes thermograms.

Protein stability depends on a complex balance of thermodynamic forces that shape how proteins fold, unfold, and respond to changing conditions. Discover how DSC quantifies thermodynamic forces, providing valuable insight for protein engineering and therapeutic formulation.

Protein stability can shape everything from candidate selection to formulation and optimization. Learn how DSC directly measures macromolecular stability, unfolding, and binding interactions, providing valuable thermodynamic insights for protein engineering.

Gain deeper insight into biomolecular stability with highly sensitive thermal analysis. Thermodynamic measurements help evaluate formulation performance, detect structural changes, and more.