This is the second edition of the monography “Mathematical Modeling of Biosensors”
prepared by R. Baronas, F. Ivanauskas and J. Kulys and published by Springer in 2010. In …

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 …

A comprehensive numerical treatment of the diffusion and reaction within a sandwich-type
amperometric biosensor is presented. The model considers that the enzyme reacts …

Abstract Information from theoretical models of redox enzyme linked biosensors highlights
the importance of membrane thickness and enzyme loading on signal response in regard to …

The development of reproducible and stable enzyme-based amperometric biosensors for
the analysis of phenolic compounds present in food and plants is still a challenge in …

A mathematical model for an amperometric enzyme sensor is described as a tool to design
glucose biosensors, operating in a diffusion limited regimen. This kind of enzyme electrode …

Biosensor behaviour is characterised by non-linear differential equations that describe well-
defined physical, chemical, and biological processes. Mathematical modelling of these …

A mathematical model for the description of the steady state and transient behaviour of multi-
membrane multi-enzyme sensors was formulated. Kinetics of the electrode reaction and …

Software for the automatic non-linear least squares fit of chronoamperometric responses
corresponding to sandwich-type amperometric biosensors has been developed. The so …

A mathematical model to describe the amperometric response of a sandwich-type biosensor
containing polyphenol oxidase as the recognition catalytic element is proposed. The model …