A theoretical model of a sensitivity and resistance of amperometry biosensors with substrate
inhibition kinetics is discussed. This model is based on the system of non-stationary diffusion …

A mathematical model describing the reduction of Hydrogen peroxide (H2O2) to water in a
metal dispersed conducting polymer film is discussed. The model is based on a system of …

This paper presents the non steady state model of a microdisk enzyme based biosensor
where the enzyme reacts directly on the electrode itself. The model is based on diffusion …

Here we consider the case where the enzyme reacts with an electroinactive substrate to
produce an electroactive product which is quickly oxidized or reduced at the electrode/film …

Mathematical modeling pertaining to the catalytic response of a redox enzymatic system is
discussed. The model proposed herein describes the relationship between the …

The theoretical model for the surface coverage parameter of an electrochemical sensor is
considered and discussed. Semi-analytical solution has been derived for arsenic …

The enzymatic biosensors' response can be monitored based on the results of nonlinear
differential equations. The nonlinear reaction-diffusion equations proposed for this enzyme …

The mathematical model pertaining to amperometric enzyme electrode with substrate cyclic
conversion in a single enzyme membrane has been considered. The model is based on non …

The transient current–potential response of the enzyme-catalyzed oxygen reduction reaction
in biofuel cells is analyzed. The one-dimensional nonlinear reaction-diffusion equation is …

The enzyme combines with an electroinactive substrate to produce an electroactive product
that is oxidised or reduced rapidly at the electrode/film interface in this method. This model is …