Abstract AQUASIM is a computer program for the identification and simulation of aquatic systems. The program includes a one-dimensional multisubstrate and multispecies biofilm model and represents a suitable tool for biofilm simulation. The program can be used to calculate substrate removal in biofilm reactors for any user specified microbial system. One-dimensional spatial profiles of substrates and microbial species in the biofilm can be predicted. The program also calculates the development of the biofilm thickness and of the substrates and microbial species in the biofilm and in the bulk fluid over time. Detachment and attachment of microbial cells at the biofilm surface and in the biofilm interior can be considered, and simulations of ...
Four hypothetical mechanisms for protection of biofilms against antimicrobials were incorporated int...
Biofilm is a layer of syntrophic microorganisms stick to each other and to the surface. The importan...
A continuum approach to mathematical modeling of multispecies biofilm formation and growth is presen...
Fresh water shortage is one of the greatest problems of modern society; as a result, water desalinat...
A biofilm is a complex and diverse aggregation of microorganisms at surface comprised of among diffe...
The paper presents a mathematical model able to simulate the physical, chemical and biological proce...
A cellular-automaton based two-dimensional biofilm detachment module is developed. The module is an ...
Abstract: A two-dimensional model for biofilm growth and detachment was used to evaluate the effect ...
Abstract: Biofilms are complex but omnipresent and industrially important structures. Many studies w...
Biofilms are microstructured microbial communities that form at interfacies. In biofilms, microbial...
This paper presents a mathematical model able to simulate the physical, chemical and biological proc...
In nature, microorganisms mainly live in biofilms rather than planktonically to defend against vario...
Mathematical modeling of biofilm development has been an active research topic during the latest yea...
Biofilm growth is affected by many factors such as substratum surface properties, fluidic conditions...
We propose a computational model to study the growth and spread of bacterial biofilms on surfaces. ...
Four hypothetical mechanisms for protection of biofilms against antimicrobials were incorporated int...
Biofilm is a layer of syntrophic microorganisms stick to each other and to the surface. The importan...
A continuum approach to mathematical modeling of multispecies biofilm formation and growth is presen...
Fresh water shortage is one of the greatest problems of modern society; as a result, water desalinat...
A biofilm is a complex and diverse aggregation of microorganisms at surface comprised of among diffe...
The paper presents a mathematical model able to simulate the physical, chemical and biological proce...
A cellular-automaton based two-dimensional biofilm detachment module is developed. The module is an ...
Abstract: A two-dimensional model for biofilm growth and detachment was used to evaluate the effect ...
Abstract: Biofilms are complex but omnipresent and industrially important structures. Many studies w...
Biofilms are microstructured microbial communities that form at interfacies. In biofilms, microbial...
This paper presents a mathematical model able to simulate the physical, chemical and biological proc...
In nature, microorganisms mainly live in biofilms rather than planktonically to defend against vario...
Mathematical modeling of biofilm development has been an active research topic during the latest yea...
Biofilm growth is affected by many factors such as substratum surface properties, fluidic conditions...
We propose a computational model to study the growth and spread of bacterial biofilms on surfaces. ...
Four hypothetical mechanisms for protection of biofilms against antimicrobials were incorporated int...
Biofilm is a layer of syntrophic microorganisms stick to each other and to the surface. The importan...
A continuum approach to mathematical modeling of multispecies biofilm formation and growth is presen...