Diffusion and kinetics of amperometric immobilized enzymes on the planar, cylindrical and
spherical electrodes are discussed. This model is described as a set of non-linear reaction …

Theoretical models of an amperometric biosensor with product inhibition kinetics are
discussed. These models are based on non-stationary diffusion equations containing a non …

A kinetic model of amperometric enzyme electrodes of planar, cylindrical and spherical
shape factors is discussed. This paper considers the mathematical formulation of the kinetics …

The theoretical analysis of the steady-state amperometric oxidase enzyme–membrane
electrode is developed. The model is based on diffusion equations containing a non-linear …

Electrochemical polymerization is a simple and direct technique often employed for
immobilizing redox enzymes at an electrode surface. Besides these, it allows precise control …

A scheme of a glucose dehydrogenase-based bioelectrocatalytical system where
ferricyanide is converted to ferrocyanide in the presence of highly reactive organic electron …

Several problems arising in science and engineering are modeled by differential equations
that involve conditions that are specified at more than one point. The non-linear two-point …

The aim of this paper is to find a general mathematical expression for amperometric enzyme
kinetics problems. The variational iteration method coupled with Padé approximation (VIM …

This paper demonstrates the approximate analytical solution to a non-linear singular two-
point boundary-value problem which describes oxygen diffusion in a planar cell. The model …

We present for the first time a mathematical model of osmium redox polymer mediated
glucose oxidase enzyme electrodes. This model is based on a system of three coupled …