… The highest level of thermodynamic analysis in this investigation is to use the kinetic data
and apply transition state analysis. Table 3 and Figs 5,6,7 show the results of this …

… However, in all these studies, DHcal has been calculated from calorimetric data, ie, with the
biosensor technology, compared to the steady decrease of ln K with temperature reported by …

… biosensor technology in the broader context of their study by quantitative affinity chromatography.
The general reluctance to consider biosensor… as thermodynamic analyses of biosensor …

… extracting thermodynamic information from biosensor analysis requires van't Hoff analysis
to determine the enthalpy change. While biosensors can quantitate the amount of complex …

… surface carbohydrates was used as a model system for the thermodynamic analysis of
biomolecule interaction occurring on cell surface by QCM biosensor. The affinity constant (K D ) of …

… of immobilized thrombin were used in the thermodynamic analyses of the highaffinity binders.
Surfaces with more than 4 kRU were used for KD analysis after further stabilization by an …

… by kinetic analysis of biosensor traces. Because … thermodynamic analysis (A+X⇄AX), the
parameters thus determined are necessarily the rate constants pertaining to the thermodynamic …

… that the affinities and thermodynamics determined using the biosensor matched the values
… consumption, thermodynamic analysis of interactions using Biacore biosensors can be done …

… resonance biosensor experiments are performed with care, the equilibrium, thermodynamic,
and … These results validate the use of biosensor technology to collect reliable data on small …

… of material required for typical analyses (generally requiring about 1 µg … the technology to
kinetic and thermodynamic analysis of … HSA using an optical biosensor with those obtained by …