1.    Cell biology.

 

Lelievre: Basic Medical Sciences Dept., West Lafayette

                     1.    Cellular interactions in differentiation and cancer.

 

Capasso : University of Milan

                      1.    Stochastic processes.

 

Lachowicz : Institute of Applied Mathematics, University of Warsaw

                       1.    From microscopic to macroscopic models.

 

Deutsch : Max Planck Institute for the Physics of Complex Systems, Dresden Drasdo : Max Planck Institute for Math. in the Science, Leipzig Morale : Dept. Math., University of Torino

                        1.    Cellular Automata.
                        2.    Many particle systems and macroscopic models.

 

Chotard-Ghodsnia, Drochon: Laboratoire de Biomecanique et Genie                Biomedical, Universite de Technologie de Compiegne, France Duperray: Laboratoire de Migration Cellulaire et Infiltration               Tumorale, Institut Albert Bonniot, Faculte de Medecine, France Leyrat, Verdier : Laboratoire de Rheologie, Grenoble

                         1.    Adhesion.

 

Owen : Department of Mathematical Sciences, Loughborough University

                          1.    Cancer, the immune response, and novel gene therapies.

 

Tuszynski : Physics Department, University of Alberta, Canada

                          1.    From ATP to piconewtons:
                                 Energy production and force generation in eukaryotic cells.
                          2.    Kinetics of protein filament assembly and disassembly in dividing cells.

 

Kimmel : Department of Statistics, Rice University, USA

                           1.    Cellular interaction based on gene expression and proteome data.

                          1.    From ATP to piconewtons:
                                 Energy production and force generation in eukaryotic cells.
                          2.    Kinetics of protein filament assembly and disassembly in dividing cells.

 

Tirozzi : Department of Physics, University of Rome "La Sapienza", Italy

                           1.    Microarrays and Kohonen Algorithm.