Mathematical model was developed to demonstrates the predominantly reaction controlled region and diffusion limited region for p 3 with high or large diffusion in this case, but when p = 0.3 the chemical reaction and diffusion onset occurred. The model developed illustrates the relationship between K₃C* and N/Nmax for various incremental steps of K2 L. The result obtained reveals that increase in K3C* resulted to an increase in N/ Nmax until an optimum value of N/Nmax was achieved after then the values remain constant with incremental value on K3C*. The Kinetics of substrate is dependent of K3C* as well as K2L values of the system, which in overall influence the substrate uptake by microbial film in gel- like medium
A simple mathematical model was developed to investigate the utilization rate of a self-inhibitory s...
Includes bibliographical references.A mathematical model is formulated describing the mechanism of s...
Three-dimensional cell culture in engineered hydro gels is increasingly used in tissue engineering a...
A diffusion-reaction model was fitted to data obtained with Pseudomonas fluorescens biofilms develo...
A mechanistic model of organic substrate biodegradation in membrane-attached biofilms growing in ext...
The theory of diffusion and reaction has been applied to describe mass transfer and reaction phenome...
International audienceIn most modelling works on bioreactors, the substrate assimilation is computed...
A mechanistic model was developed, which described the growth of a bacterial colony on an agar mediu...
We present a novel analytical approach to describe biofilm processes considering continuum variation...
Dibenzofuran uptake-associated kinetic parameters of suspended and attached Sphingomonas sp. strain ...
The specific consumption rate of substrate, as well as the associated specific growth rate, is an es...
Microbes acclimate to changes in substrate availability by altering the number of transporters on th...
The knowledge of mass transfer rates in microbial biofilms is often the limiting step on biofilm mo...
ABSTACT. A methodology is described for measurement of immobilized and suspended cell growth and sub...
Microbes acclimate to changes in substrate availability by altering the number of transporters on th...
A simple mathematical model was developed to investigate the utilization rate of a self-inhibitory s...
Includes bibliographical references.A mathematical model is formulated describing the mechanism of s...
Three-dimensional cell culture in engineered hydro gels is increasingly used in tissue engineering a...
A diffusion-reaction model was fitted to data obtained with Pseudomonas fluorescens biofilms develo...
A mechanistic model of organic substrate biodegradation in membrane-attached biofilms growing in ext...
The theory of diffusion and reaction has been applied to describe mass transfer and reaction phenome...
International audienceIn most modelling works on bioreactors, the substrate assimilation is computed...
A mechanistic model was developed, which described the growth of a bacterial colony on an agar mediu...
We present a novel analytical approach to describe biofilm processes considering continuum variation...
Dibenzofuran uptake-associated kinetic parameters of suspended and attached Sphingomonas sp. strain ...
The specific consumption rate of substrate, as well as the associated specific growth rate, is an es...
Microbes acclimate to changes in substrate availability by altering the number of transporters on th...
The knowledge of mass transfer rates in microbial biofilms is often the limiting step on biofilm mo...
ABSTACT. A methodology is described for measurement of immobilized and suspended cell growth and sub...
Microbes acclimate to changes in substrate availability by altering the number of transporters on th...
A simple mathematical model was developed to investigate the utilization rate of a self-inhibitory s...
Includes bibliographical references.A mathematical model is formulated describing the mechanism of s...
Three-dimensional cell culture in engineered hydro gels is increasingly used in tissue engineering a...