A mathematical model of biosensor acting under parallel substrates conversion is investigated in this paper. Model consists of reaction-diffusion equations with non-linear terms, which in general case are solved numericaly. The mathematical model describes biosensor action in one-dimensional space, which consists of enzymatic, dialysis and diffusion layers. The purpose of this work was to define for which parameter values the layers of diffusion and dialysis membrane can be replaced by one external layer, described by the effective diffusion coefficient. The simulation error of two-layered model response was investigated by comparing it to the values of three-layered model response
Abstract. This paper presents a two-dimensional-in-space mathematical model of a sensor system based...
The reaction-diffusion and diffusion equations were applied for modelling of some processes in bioch...
A theoretical model of amperometric enzyme electrodes has been developed in which chemical amplifica...
This paper presents mathematical models of potentiometric as well as amperometric biosensors, based ...
Mathematical model of biosensor with competitive substrates conversion is analysed in this work. Mod...
This paper presents mathematical models of potentiometric as well as amper-ometric biosensors, based...
Computational modelling of a biosensor in which chemical amplification by synergistic substrates tak...
This paper presents one-dimensional (1-D) and two-dimensional (2-D) in-space mathematical models for...
This article presents a one-dimensional model for a biosensor with perforated and selective membrane...
One-dimensional model of biosensor with a perforated membrane that approximates two-dimensional mode...
A mathematical model of amperometric biosensors has been developed to simulate the biosensor respons...
A two-dimensional-in-space mathematical model of amperometric biosensors with selective and perforat...
This paper presents a two-dimensional-in-space mathematical model ofbiosensors based on an array of ...
This paper presents a one-dimensional-in-space mathematical model of the amperometric biosensors wit...
A plate−gap model of a porous enzyme doped electrode covered by a porousinert membrane has been prop...
Abstract. This paper presents a two-dimensional-in-space mathematical model of a sensor system based...
The reaction-diffusion and diffusion equations were applied for modelling of some processes in bioch...
A theoretical model of amperometric enzyme electrodes has been developed in which chemical amplifica...
This paper presents mathematical models of potentiometric as well as amperometric biosensors, based ...
Mathematical model of biosensor with competitive substrates conversion is analysed in this work. Mod...
This paper presents mathematical models of potentiometric as well as amper-ometric biosensors, based...
Computational modelling of a biosensor in which chemical amplification by synergistic substrates tak...
This paper presents one-dimensional (1-D) and two-dimensional (2-D) in-space mathematical models for...
This article presents a one-dimensional model for a biosensor with perforated and selective membrane...
One-dimensional model of biosensor with a perforated membrane that approximates two-dimensional mode...
A mathematical model of amperometric biosensors has been developed to simulate the biosensor respons...
A two-dimensional-in-space mathematical model of amperometric biosensors with selective and perforat...
This paper presents a two-dimensional-in-space mathematical model ofbiosensors based on an array of ...
This paper presents a one-dimensional-in-space mathematical model of the amperometric biosensors wit...
A plate−gap model of a porous enzyme doped electrode covered by a porousinert membrane has been prop...
Abstract. This paper presents a two-dimensional-in-space mathematical model of a sensor system based...
The reaction-diffusion and diffusion equations were applied for modelling of some processes in bioch...
A theoretical model of amperometric enzyme electrodes has been developed in which chemical amplifica...