AbstractA mathematical model of an age-structured proliferating cell population is analyzed. The model allows the inheritance of cycle length from mother cells to daughter cells. It is proved that the solutions have the property of asynchronous exponential growth provided the transition kernel of inheritance satisfies smoothness and positivity requirements. The method of proof uses the theory of semigroups of operators and the theory of positive operators
International audienceWe study the mathematical properties of a general model of cell division struc...
AbstractThis paper deals with a mathematical model in cell dynamics population originally proposed b...
The Sharpe-Lotka-McKendrick (or von Foerster) equations for an age-structured population, with a no...
AbstractA mathematical model of an age-structured proliferating cell population is analyzed. The mod...
AbstractThis paper deals with the spectral analysis of a class of unbounded linear operators corresp...
A model of a proliferating cell population is analyzed. The model distinguishes individual cells by ...
[[abstract]]A kinetic model of proliferating cell populations is studied. The model features the cor...
A linear model on age structured cell population is analyzed. The population is divided into prolife...
In this work we introduce and analyze a linear size-structured population model with infinite states...
In this work we introduce and analyze a linear size-structured population model with infinite states...
The authors study an age-structured model for the growth of cell populations. Their model accounts f...
AbstractThe α- and β-curves and sister-sister and mother-daughter cycle length correlations are anal...
AbstractA deterministic model for the growth of a size-structured proliferating cell population is a...
AbstractIn this paper we complete the study of Rotenberg's model (M. Rotenberg, 1983, J. Theoret. Bi...
AbstractThis paper deals with a mathematical model in cell dynamics population originally proposed b...
International audienceWe study the mathematical properties of a general model of cell division struc...
AbstractThis paper deals with a mathematical model in cell dynamics population originally proposed b...
The Sharpe-Lotka-McKendrick (or von Foerster) equations for an age-structured population, with a no...
AbstractA mathematical model of an age-structured proliferating cell population is analyzed. The mod...
AbstractThis paper deals with the spectral analysis of a class of unbounded linear operators corresp...
A model of a proliferating cell population is analyzed. The model distinguishes individual cells by ...
[[abstract]]A kinetic model of proliferating cell populations is studied. The model features the cor...
A linear model on age structured cell population is analyzed. The population is divided into prolife...
In this work we introduce and analyze a linear size-structured population model with infinite states...
In this work we introduce and analyze a linear size-structured population model with infinite states...
The authors study an age-structured model for the growth of cell populations. Their model accounts f...
AbstractThe α- and β-curves and sister-sister and mother-daughter cycle length correlations are anal...
AbstractA deterministic model for the growth of a size-structured proliferating cell population is a...
AbstractIn this paper we complete the study of Rotenberg's model (M. Rotenberg, 1983, J. Theoret. Bi...
AbstractThis paper deals with a mathematical model in cell dynamics population originally proposed b...
International audienceWe study the mathematical properties of a general model of cell division struc...
AbstractThis paper deals with a mathematical model in cell dynamics population originally proposed b...
The Sharpe-Lotka-McKendrick (or von Foerster) equations for an age-structured population, with a no...