Acidic pH is a common characteristic of human tumours. It has a significant impact on tumour progression and response to therapies. In this paper, we develop a simple model of three-dimensional tumour growth to examine the role of acidosis in the interaction between normal and tumour cell populations. Both vascular and avascular tumour dynamics are investigated, and a number of different behaviours are observed. Whilst an avascular tumour always proceeds to a benign steady state, a vascular tumour may display either benign or invasive dynamics, depending on the value of a critical parameter. Analysis of the model allows us to assess novel therapies directed towards changing the level of acidity within the tumour
Introduction: The dysregulation of pH by cancerous cells of solid tumors is able to create a unique ...
The tumor microenvironment is hypoxic and acidic. These conditions have a significant impact on tumo...
It is well established that the tumour microenvironment can both promote and suppress tumour growth ...
Acidic pH is a common characteristic of human tumours. It has a significant impact on tumour progres...
Acidic pH is a common characteristic of human tumours. It has a significant impact on tumour progres...
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...
Malignant tumours are characterised by higher rates of acid production and a lower extracellular pH ...
The acid-mediation hypothesis, that is, the hypothesis that acid produced by tumours, as a result of...
This article considers a mathematical model for tumour growth based on an acid-mediated hypothesis, ...
AbstractThe tumor microenvironment is hypoxic and acidic. These conditions have a significant impact...
International audienceA distinguishing phenotype of solid tumors is the presence of an alkaline cell...
Acidosis of the tumor microenvironment leads to cancer invasion, progression and resistance to thera...
Hypoxia and acidity act as environmental stressors promoting selection for cancer cells with a more ...
A partial differential equation model is developed to understand the effect that nutrient and acidos...
Introduction: The dysregulation of pH by cancerous cells of solid tumors is able to create a unique ...
The tumor microenvironment is hypoxic and acidic. These conditions have a significant impact on tumo...
It is well established that the tumour microenvironment can both promote and suppress tumour growth ...
Acidic pH is a common characteristic of human tumours. It has a significant impact on tumour progres...
Acidic pH is a common characteristic of human tumours. It has a significant impact on tumour progres...
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...
Malignant tumours are characterised by higher rates of acid production and a lower extracellular pH ...
The acid-mediation hypothesis, that is, the hypothesis that acid produced by tumours, as a result of...
This article considers a mathematical model for tumour growth based on an acid-mediated hypothesis, ...
AbstractThe tumor microenvironment is hypoxic and acidic. These conditions have a significant impact...
International audienceA distinguishing phenotype of solid tumors is the presence of an alkaline cell...
Acidosis of the tumor microenvironment leads to cancer invasion, progression and resistance to thera...
Hypoxia and acidity act as environmental stressors promoting selection for cancer cells with a more ...
A partial differential equation model is developed to understand the effect that nutrient and acidos...
Introduction: The dysregulation of pH by cancerous cells of solid tumors is able to create a unique ...
The tumor microenvironment is hypoxic and acidic. These conditions have a significant impact on tumo...
It is well established that the tumour microenvironment can both promote and suppress tumour growth ...