We tackle physiological problems at different scales of biological organization: cells, tissues, and organisms. We are particularly interested in understanding a) the mechanisms underlying the dynamic behavior of the studied systems and b) the emergence of collective behaviors as one moves from a finer to a coarser scale of description. We make use of several theoretical and experimental techniques. Among others: mathematical modeling with ode's and pde's, non-linear dynamics, bifurcation theory, stochastic dynamics, Monte Carlo simulations, cell biology, microfluidics, phase contrast and fluorescence microscopy, image analysis, etc.

Our current projects include:

• Experimental and theoretical study of T. cruzi motility and infectivity.
• Experimental and theoretical study of synchronization point-coupled relaxation oscillators.
• Glucose homeostasis dynamics and its relation with diabetes.
• Dynamics of filament expulsion in Nosema algerae.