Abstract: Several Integro-Differential equations and Transport equations are used to describe growth processes in biological or medical modeling.

Lecture 1:

Models of structured populations: cell populations structured by age, size, molecular content in some protein. The cell division cycle. An example: a model of neurone network.

Lecture 2:

Perron-Froebenius theory, PDEs and and general relative entropy

Lecture 3:

The case of size structured equation;

Lecture 4:

Example of cancer: a general introduction; circadian rhythm, Floquet theory in PDEs. How to compare the growth processes with and without periodic control. Application to tumor growth and chronotherapy.

Lecture 5:

Example of prion aggregates.