The construction of artificial life processes that seek to contribute to the development of
therapeutic vaccines to treat human cancers, which have their origin in infectious processes …

Computational immunology aims at investigation of the immunity with computer science,
mathematics, physics or statistics. Immune simulator is one of the outputs of research in …

The time of initiation of antiretroviral therapy in HIV-1 infected patients has a determinant
effect on the viral dynamics. The question is, how far can the therapy be delayed? Is sooner …

Malaria, an infectious disease prevalent in sub-Saharan Africa, is transmitted to humans
through mosquito bites, and ordinary differential equation models have often been used to …

About twenty five years ago the first discrete mathematical model of the immune system was
proposed. It was very simple and stylized. Later, many other computational models have …

Dynamical systems over finite fields provide a natural mathematical framework for
interaction-based computer simulation of complex systems. This paper provides an …

We have recently developed and validated multilevel patient-specific model able to integrate
metabolic, nutritional and lifestyle data for the prediction of the metabolic and inflammatory …

In the drug discovery pipeline, the lack of multi-scale modeling approaches able of taking
into account the observation of an immunological phenomenon from the molecular to the …

Epstein-Barr virus (EBV) infects more than 90% of human population worldwide and has the
ability to persist for the lifetime of the infected person. Although EBV infection is most often …

In this dissertation we study time discrete monomial dynamical systems as well as control
systems over a finite field. Furthermore, we study the performance of a recently developed …