M. W. Eskew

Calorimetric Analysis Using DNA Thermal Stability to Determine Protein Concentration

The paper demonstrates that transition heat capacities of DNA and proteins are equivalent, enabling a calorimetric method to determine protein concentrations accurately.

Equivalence of the Transition Heat Capacities of Proteins and DNA

The paper reports that transition heat capacities of proteins and DNA are equivalent when normalized per gram, suggesting a universal role of hydration in thermal stability.

Thermal Analysis of Protein Stability and Ligand Binding in Complex Media

The paper demonstrates the use of differential scanning calorimetry to detect protein-ligand interactions in crude lysates without purification.

Evaluation of Drug/Ligand Binding Constants for Human Serum Albumin Using Differential Scanning Calorimetry

This paper evaluates drug/ligand binding constants for human serum albumin using differential scanning calorimetry, showing agreement with literature values and demonstrating utility for pre-clinical drug screening.