It was suggested that the ability of cancer to avoid immune response pressure (that should be expected to be capable to annihilate cancer at its early stage) can be attributed to the ability of the cancer cells to evolve. The goal of this notice is to illustrate this possibility by the means of mathematical modelling. In this notice, we construct a simple mechanistic model of cancer evolution, which is based upon a classical model of cancer-immune response interaction. Numerical simulations confirm the hypothesis that if cancer mutates fast enough and if immune response is not sufficiently strong, then cancer is able to avoid immune response pressure by evolution
Cancer is a somatic evolutionary process characterized by the accumulation of mutations, which contr...
Cancer is a somatic evolutionary process characterized by the accumulation of mutations, which contr...
International audienceThe question of a mathematical representation and theoretical overcoming by op...
It can be expected that adequate immune response should be able to annihilate cancer at a very early...
Increasing experimental evidence suggests that epigenetic and microenvironmental factors play a key ...
The term "cancer" refers to a group of diseases which can affect almost any tissue and organ and are...
Abstract. Increasing experimental evidence suggests that epigenetic and microenvironmental factors p...
Increasing experimental evidence suggests that epigenetic and microenvironmental factors play a key ...
<p>The figure shows a schematic of the mathematical model. Initially, there is only a single type of...
Increasing experimental evidence suggests that epigenetic and microenvironmental factors play a key ...
Tumorigenesis has been described as a multistep process, where each step is associated with a geneti...
Evolutionary dynamics of cancer Evolutionary dynamics of mutation and selection can be formulated by...
International audienceThe question of a mathematical representation and theoretical overcoming by op...
Cancer is currently viewed as an evolutionary process. In an organ there is a population of cells th...
Cancer is a somatic evolutionary process characterized by the accumulation of mutations, which contr...
Cancer is a somatic evolutionary process characterized by the accumulation of mutations, which contr...
Cancer is a somatic evolutionary process characterized by the accumulation of mutations, which contr...
International audienceThe question of a mathematical representation and theoretical overcoming by op...
It can be expected that adequate immune response should be able to annihilate cancer at a very early...
Increasing experimental evidence suggests that epigenetic and microenvironmental factors play a key ...
The term "cancer" refers to a group of diseases which can affect almost any tissue and organ and are...
Abstract. Increasing experimental evidence suggests that epigenetic and microenvironmental factors p...
Increasing experimental evidence suggests that epigenetic and microenvironmental factors play a key ...
<p>The figure shows a schematic of the mathematical model. Initially, there is only a single type of...
Increasing experimental evidence suggests that epigenetic and microenvironmental factors play a key ...
Tumorigenesis has been described as a multistep process, where each step is associated with a geneti...
Evolutionary dynamics of cancer Evolutionary dynamics of mutation and selection can be formulated by...
International audienceThe question of a mathematical representation and theoretical overcoming by op...
Cancer is currently viewed as an evolutionary process. In an organ there is a population of cells th...
Cancer is a somatic evolutionary process characterized by the accumulation of mutations, which contr...
Cancer is a somatic evolutionary process characterized by the accumulation of mutations, which contr...
Cancer is a somatic evolutionary process characterized by the accumulation of mutations, which contr...
International audienceThe question of a mathematical representation and theoretical overcoming by op...