This work is concerned with the mathematical analysis of a model proposed by Gatenby and Gawlinski (1996) in order to support the hypothesis that tumor-induced alteration of microenvironmental pH may provide a simple but comprehensive mechanism to explain cancer invasion. We give an intuitive proof for the existence of a solution under general initial conditions upon using an iterative approach. Numerical simulations are also performed, which endorse the predictions of the model when compared with experimentally observed qualitative facts
This article considers a mathematical model for tumour growth based on an acid-mediated hypothesis, ...
We propose a multiscale model for tumor cell migration in a tissue network. The system of equations ...
The goal of this paper is to construct a new algorithm for the numerical simulations of the evolutio...
The acid-mediation hypothesis, that is, the hypothesis that acid produced by tumours, as a result of...
It is well established that the tumour microenvironment can both promote and suppress tumour growth ...
Cancer can be found in many forms, including clumps of cancerous cells known as tumors. Malignant tu...
It is well established that the tumour microenvironment can both promote and suppress tumour growth ...
We propose and analyze a multiscale model for acid-mediated tumor invasion accounting for stochasti...
We propose a model for acid-mediated tumour invasion involving two different scales: the microscopic...
The Gatenby-Gawlinski model for the description of cancer invasion is taken into account with the ai...
WOS: 000383401400005Starting from the two-scale model for pH-taxis of cancer cells introduced previo...
Acidic pH is a common characteristic of human tumours. It has a significant impact on tumour progres...
Human cancers exhibit the common phenotype of elevated glycolytic metabolism, which causes acidifica...
Starting from the two-scale model for pH-taxis of cancer cells introduced in [1], we consider here a...
We model the metabolism and behaviour of a developing cancer tumour in the context of its microenvir...
This article considers a mathematical model for tumour growth based on an acid-mediated hypothesis, ...
We propose a multiscale model for tumor cell migration in a tissue network. The system of equations ...
The goal of this paper is to construct a new algorithm for the numerical simulations of the evolutio...
The acid-mediation hypothesis, that is, the hypothesis that acid produced by tumours, as a result of...
It is well established that the tumour microenvironment can both promote and suppress tumour growth ...
Cancer can be found in many forms, including clumps of cancerous cells known as tumors. Malignant tu...
It is well established that the tumour microenvironment can both promote and suppress tumour growth ...
We propose and analyze a multiscale model for acid-mediated tumor invasion accounting for stochasti...
We propose a model for acid-mediated tumour invasion involving two different scales: the microscopic...
The Gatenby-Gawlinski model for the description of cancer invasion is taken into account with the ai...
WOS: 000383401400005Starting from the two-scale model for pH-taxis of cancer cells introduced previo...
Acidic pH is a common characteristic of human tumours. It has a significant impact on tumour progres...
Human cancers exhibit the common phenotype of elevated glycolytic metabolism, which causes acidifica...
Starting from the two-scale model for pH-taxis of cancer cells introduced in [1], we consider here a...
We model the metabolism and behaviour of a developing cancer tumour in the context of its microenvir...
This article considers a mathematical model for tumour growth based on an acid-mediated hypothesis, ...
We propose a multiscale model for tumor cell migration in a tissue network. The system of equations ...
The goal of this paper is to construct a new algorithm for the numerical simulations of the evolutio...