PDE methods in Biology and Medicine

Location

HAVANA
,
Cuba

Dates

to

Presentation

Mathematical modelling in biology and analysis of the resulting equations are a main challanging scientific problem. This domain interests an increasing mathematical community in the world as well as biologists, doctors, engineers in environmental science for their possible applications. The various recent PDE methods and the last most significant progress in this domain need to be exchanged and developed with Cuba and other countries of the Caribbean area. The school aims at presenting some of the current approaches in PDE modelling and mathematical analysis of biological and medical phenomena. It aims at allowing the researchers and the students of Master’s degree level to acquire a basic training in that field. This school will cover a wide class of equations and applications including population dynamics, pattern formation, chemotaxis, aggregation, biological waves and their implications in developmental biology, epidemiology and neurosciences. The main tools considered are PDE’s, and other related fields, as dynamical system and numerical methods.

Administrative and scientific coordinators

Mariano Rodriguez Ricard (Universidad de La Habana,
Cuba
,
rricard@matcom.uh.cu
)
Stéphane Mischler (Université Paris-Dauphine,
France
,
mischler@ceremade.dauphine.fr
)

Scientific program

Course 1: "Controllability in Biology and Medicine: Application to Population Dynamics and Electro Cardiology problems", Bedreddine Ainseba (Université de Bordeaux, France)

Course 2: "Modified Gompertz equation for electrotherapy murine tumor growth kinetics : Predictions and new hypotheses", Luis Bergues (Universidad de Santiago de Cuba, Cuba)

Course 3: "Blow-up dynamics induced by chemotaxis in an N particles system", Lucilla Corrias (Université d’Evry, France)

Course 4: "Coupled Map Lattice Models in Population Dynamics", Luiz Alberto Diaz Rodrigues (Santa Maria, Brazil)

Course 5: "Aggregation pattern in non-local evolution equations with repulsive-aggregating potentials", Klemens Fellner (Universität Graz, Austria)

Course 6: "Métodos de solucion de problemas mal planteados", Andrés Fraguela Collar (Benemérita Universidad Autónoma de Puebla, Mexico)

Course 7: "Size-structured equations for protein aggregation", Pierre Gabriel (Université de Versailles, France)

Course 8: "Mecanobiología computacional: Un enfoque desde los sistemas de reacción difusión", Diego Alexander Garzón-Alvarado (Universidad Nacional de Colombia, Colombia)

Course 9: "Multiagents and many particles systems", Pierre-Emmanuel Jabin (Université de Nice-Sophia Antipolis, France)

Course 10: "Mathematical modelling of spontaneous cell polarization", Thomas Lepoutre (INRIA Rhône Alpes, Lyon, France)

Course 11: "In silico design of IL2 mutants for the therapy of cancer: A success experience of combining dry and wet biology", Kalet Leon (Center of Molecular Immunology-CIM, La Habana, Cuba)

Course 12: "Some new results on a fully non-linear model for friction mediated by transient elastic linkages", Vuk Milisic (Université Paris 13, France)

Course 13: "Mathematical Modelling of Immunological Problems at the Molecular, Cellular and Population Scales", Carmen Molina-Paris (University of Leeds, United Kingdom)

Course 14: "Optimal control for problems of incomplete data. Application to age-structured population dynamics problems", Abdennebi Omrane (University of Antilles-Guyane, France)

Course 15: "Evolution problems in heterogeneous environments", Gael Raoul (CEFE Montpellier, France)

Website of the school

http://www.cimpa-icpam.org/archivesecoles/20131127155145/index.html

How to participate