<p><b>B)</b> Simulation snapshots of the smallest, an average-sized and biggest tumor in the control and evolved tumor at t = 730 days. s: number of cancer stem cells; n: number of total cancer cells. <b>C)</b> Temporal evolution of the 28 phenotypes in the smallest evolved tumor and trait details of the 10 most common phenotypes. <b>D)</b> Temporal evolution of the 1000 most common phenotypes at t = 730 days in an evolved averaged-sized tumor and trait details of the 10 most common phenotypes. <b>E)</b> Temporal evolution of the 1000 most common phenotypes at t = 730 days in the biggest evolved tumor and trait details of the 10 most common phenotypes.</p
Tumour fitness landscapes underpin selection in cancer, impacting evolution and response to treatmen...
<p>The fraction of stem-like cancer generalized cells increases steadily in all simulations.</p
<div><p>Cells of different organs at different ages have an intrinsic set of kinetics that dictates ...
<p>p<sub>s</sub>: probability of symmetric division; ρ<sub>max</sub>: proliferation potential; μ: mi...
<p>The graph shows the evolution through time iterations of the number of Differentiated Cancer Cell...
<p>The graph shows the evolution through time iterations of the number of Differentiated Cancer Cell...
<p>(A) Various tumor cell populations as a function of time in the case of free tumor growth. A homo...
<p>Time evolution of: populations by cell type (top), local fitness by cell type (middle), and neigh...
The Cancer Stem Cell (CSC) hypothesis has gained credibility within the cancer research community. A...
International audienceBackground: The Cancer Stem Cell (CSC) hypothesis has gained credibility withi...
(a) The growth dynamics of proliferative tumors with different drug concentrations in homogeneous mi...
International audienceBackground: The Cancer Stem Cell (CSC) hypothesis has gained credibility withi...
The Cancer Stem Cell (CSC) hypothesis has gained credibility within the cancer research community. A...
International audienceBackground: The Cancer Stem Cell (CSC) hypothesis has gained credibility withi...
The involvement of Cancer Stem Cells (CSCs) in tumor progression and tumor recurrence is one of the ...
Tumour fitness landscapes underpin selection in cancer, impacting evolution and response to treatmen...
<p>The fraction of stem-like cancer generalized cells increases steadily in all simulations.</p
<div><p>Cells of different organs at different ages have an intrinsic set of kinetics that dictates ...
<p>p<sub>s</sub>: probability of symmetric division; ρ<sub>max</sub>: proliferation potential; μ: mi...
<p>The graph shows the evolution through time iterations of the number of Differentiated Cancer Cell...
<p>The graph shows the evolution through time iterations of the number of Differentiated Cancer Cell...
<p>(A) Various tumor cell populations as a function of time in the case of free tumor growth. A homo...
<p>Time evolution of: populations by cell type (top), local fitness by cell type (middle), and neigh...
The Cancer Stem Cell (CSC) hypothesis has gained credibility within the cancer research community. A...
International audienceBackground: The Cancer Stem Cell (CSC) hypothesis has gained credibility withi...
(a) The growth dynamics of proliferative tumors with different drug concentrations in homogeneous mi...
International audienceBackground: The Cancer Stem Cell (CSC) hypothesis has gained credibility withi...
The Cancer Stem Cell (CSC) hypothesis has gained credibility within the cancer research community. A...
International audienceBackground: The Cancer Stem Cell (CSC) hypothesis has gained credibility withi...
The involvement of Cancer Stem Cells (CSCs) in tumor progression and tumor recurrence is one of the ...
Tumour fitness landscapes underpin selection in cancer, impacting evolution and response to treatmen...
<p>The fraction of stem-like cancer generalized cells increases steadily in all simulations.</p
<div><p>Cells of different organs at different ages have an intrinsic set of kinetics that dictates ...