Lymphocyte selection is a fundamental process of adaptive immunity. In order to produce B-
lymphocytes with a target antigenic profile, mutation selection and division occur in the …

This paper deals with the modelling of genetic mutations, which occur in almost all cells of a
living system. The mutated cells display different stages of progression and are contrasted …

The immune system is a tremendously complicated and important system, whose central
players, the lymphocytes, are able to recognize specific foreign invaders (antigens) with their …

We analyze the interactions between division, mutation and selection in a simplified
evolutionary model, assuming that the population observed can be classified into fitness …

We discuss a stochastic model for lymphocyte population dynamics based on the interaction
of sub-cellular mechanisms responsible for cell death, division and differentiation …

We present a simple microscopic model for the clonal expansion of the immune system. We
consider the virgin T lymphocytes moving in a network (the lymphatic system) through which …

This paper deals with a critical analysis of the kinetic cellular theory which refers to the
modelling of the immune response to the evolution of the progression of endothelial cells …

A mathematical model of B lymphocyte differentiation, based on experimental results, has
been developed. The model focuses on the role of antigen in initiating and regulating B cell …

This paper deals with the modeling of interactions between the immune system and cancer
cells, in the framework of the mathematical kinetic theory for active particles. The work …

The germinal centre reaction selects B cells from a large diversity of clones in order to
optimise the efficiency of an immune response. We discuss two rather different approaches …