Porous substrates have gained widespread interest for biosensor applications based on
molecular recognition. Thus, there is a great demand to systematically investigate the …

We show that initial rate analysis can be successfully applied to analyze experimental
binding data generated by an optical biosensor. The initial rates of binding obtained from …

It is shown that currently used methods for analyzing surface plasmon resonance or
resonant mirror biosensor data do not adequately take into account the effects of mass …

With the introduction of affinity biosensors for biomolecular interactions analysis (BIA) in
1990, a new concept for analysis of the functional properties of biomolecules was introduced …

A capacitive biosensor with polyclonal antibodies raised against human serum albumin
(HSA) immobilized on a gold transducer has been developed for continuous measurement …

Methods based on the use of optical biosensors have recently become available to provide
a convenient means of determining the rate and equilibrium constants for bimolecular …

The limitation of mass transport by diffusion plays an important role in heterogeneous
catalysis especially when the insoluble catalyst has a porous structure. Therefore …

A new method based on Taylor dispersion has been developed that enables an analyte
gradient to be titrated over a ligand-coated surface for kinetic/affinity analysis of interactions …

The past few years have seen a dramatic change in biosensor technology. This change can
be attributed to the convergence of three different strands of research: a. Researchers have …

To gauge the experimental variability associated with Biacore analysis, 36 different
investigators analyzed a small molecule/enzyme interaction under similar conditions …