The application of thermodynamic models in the development of chromatographic
separation processes is discussed. The paper analyses the thermodynamic principles of …

This paper describes the application of a novel sensor technology for determining the
concentration of biologically and diagnostically relevant analytes with high sensitivity and …

Abstract Models describing the binding of antigens to surface immobilised antibodies have
been developed. These models are applied to the assessment of the likely analytical utility …

Biosensors are essential to an ever-expanding range of applications, including healthcare;
drug design; detection of biological, chemical, and toxic agents; environmental monitoring; …

In label-free biomolecular interaction analysis, a standard injection provides an injection of
uniform analyte concentration. An alternative approach exploiting Taylor dispersion …

Proteins are used as biocatalysts, therapeutic or diagnostic agents, and as such they are
biotechnological products. Moreover, they are biomarkers for health states, diseases or toxic …

The capability of binding enzymes adsorptively to unmodified and silanized silica and glass
as well as modified polystyrene carriers was studied for α‐amylase, β‐amylase, and α …

A correlation for estimating the diffusion coefficients of protein molecules is presented. The
correlation is based upon literature values of the protein diffusion coefficients and molal …

We report here a new, label-free approach to measure serum protein binding constants. The
assay is able to measure HSA K d values in the milli-molar to micromolar range. The protein …