Speakers

• W. Arber, Molecular Mechanisms driving Darwinian Evolution

• W. Allegretto, Analysis of a Shallow Lagoon Model

• N. Bellomo, Towards a Biological-Mathematical Theory of Complex Multicellular Systems

• L. Bevilacqua, The Influence of Season,Health care and Genetic Manipulation on Malaria Spreading and Control

• F. Chalub, The Continuous Moran Process

• J. Clairambault, Cancer Growth and Therapy, and the use of Mathematical Models

• L. Corrias, Critical space for the Keller-Segel chemotaxis system

• Michael Forger, The Algebraic Approach to a Genetic Code – A Status Report

• E. Gabetta, McKean’s Representation of the Wild Sums in the Study of the Relaxation to Equilibrium of the Sol.of Kac’s Eq.

• Greg Huber, Dominos, first-passage problems, and dynamic binding in flagellar motor statistics

• P. Markowich, On Partial Differential Equation Models for Chemotaxis

• J. Mitchel, Mathematical Approaches to Understanding Protein Interactions

• M. Nussenzveig, Biology and Physics

• B. Perthame, Mathematical models for cell motion

• L. Punzo, Multiregime dynamics: modeling and statistical tools

• B. Sobral, Cyberinfrastructure for PathoSystems Biology

• Jair Koiller, Flagellary locomotion, internal forces and external force fields

• José G. Tundisi, Mathematical and ecological models of watersheds and continental aquatic ecosystems: applications for advanced and integrated environmental management

• José Hornos, Fluctuations and generic expression

• Sergio Galvão Coutinho, Gaussian Angular Walk Driving Protein Folding