<p>(<b>A</b>) Schematic depicting the problem of incomplete sampling: Only a fraction of the labelled cells is sampled and can be used for analysis. (<b>B</b>) Panels show the distribution of the estimated proliferation, <i>ρ</i>, and death rate, <i>δ</i>, for the homoeostatic system shown in (<b>A</b>) using the shared (<i>blue</i>) and unique (<i>orange</i>) labelling approach given different sampling fractions. (<b>C</b>) The distribution of the estimated parameters for the complex expansion dynamics analogous to (<b>B</b>). Every boxplot is based on the results of 100 individual stochastic simulations. Parameters used to simulate the dynamics and the time point of sampling are defined as before. Red lines indicate the true parameter val...
The blue (red) dots show the simulated concentration (copy number) distribution for the full model o...
The study of how cell populations grow and spread is integral to understanding and predicting the i...
Wound healing and tumour growth involve collective cell spreading, which is driven by individual mot...
<p><b>A</b>: Results of a typical run at the exponential growth phase and at equilibrium (type A cel...
<p>(<b>A</b>) Schematic of different models with increasing complexity describing cellular turnover:...
<p>For setting (), we modified the birth-death tree simulations to include periods of higher () and...
<p>A cell population of fixed size, <i>N</i>, accumulates neutral mutations at rate <i>u</i> per cel...
<p>Cell length distribution (a) and cumulative distribution of cell length (b) as obtained experimen...
The paper is aimed at determining the marginal distributions of the estimates of model parameters fo...
<p>A. The difference of correctly estimated parameters between cell-coupled (k<sub>unbalanced</sub>)...
<p>Each panel represents a stacked bar plot showing transect population totals (summed across <i>y</...
<p>(<b>A</b>) Two representations of cells in the model during static equilibrium: (left) space-fill...
<p>(<b>A</b>) Dependency of parameter κ with the percentage of passive (red dots) and refractory (bl...
<p>A cell population of fixed size, <i>N</i>, accumulates neutral mutations at rate <i>u</i> per cel...
<p>They were termed simulated example 1(A), simulated example 2 (B) and simulated example 3(C) in th...
The blue (red) dots show the simulated concentration (copy number) distribution for the full model o...
The study of how cell populations grow and spread is integral to understanding and predicting the i...
Wound healing and tumour growth involve collective cell spreading, which is driven by individual mot...
<p><b>A</b>: Results of a typical run at the exponential growth phase and at equilibrium (type A cel...
<p>(<b>A</b>) Schematic of different models with increasing complexity describing cellular turnover:...
<p>For setting (), we modified the birth-death tree simulations to include periods of higher () and...
<p>A cell population of fixed size, <i>N</i>, accumulates neutral mutations at rate <i>u</i> per cel...
<p>Cell length distribution (a) and cumulative distribution of cell length (b) as obtained experimen...
The paper is aimed at determining the marginal distributions of the estimates of model parameters fo...
<p>A. The difference of correctly estimated parameters between cell-coupled (k<sub>unbalanced</sub>)...
<p>Each panel represents a stacked bar plot showing transect population totals (summed across <i>y</...
<p>(<b>A</b>) Two representations of cells in the model during static equilibrium: (left) space-fill...
<p>(<b>A</b>) Dependency of parameter κ with the percentage of passive (red dots) and refractory (bl...
<p>A cell population of fixed size, <i>N</i>, accumulates neutral mutations at rate <i>u</i> per cel...
<p>They were termed simulated example 1(A), simulated example 2 (B) and simulated example 3(C) in th...
The blue (red) dots show the simulated concentration (copy number) distribution for the full model o...
The study of how cell populations grow and spread is integral to understanding and predicting the i...
Wound healing and tumour growth involve collective cell spreading, which is driven by individual mot...