Programme
The detailed schedule can be found here.
April 6, 2015
Opening session (20:30-21:30)
Keynote lecture
April 7, 2015
Multi-scale & whole-cell models (8:30-12:00)
Edda Klipp
Mathematical modeling of cellular stress response
Vincent Danos
Whole-cell models and implicit regulation
April 8, 2015
Spatial dynamics & morphogenesis (8:30-12:00)
François Nédelec
Physical Models of Cytoskeletal Processes
Christophe Godin
Phyllotaxis: the amazing emergent patterning property of an organ-to-organ interaction system
April 9, 2015
Dynamical systems & inverse problems (8:30-12:00)
Simona Cocco
Inference of Networks from biological data: applications to neurobiology and genomics
April 10, 2015
Control theory & stochastic modeling (8:30-12:00)
Mustafa Khammash
Real-time control of living cells in a noisy environment
Nacho Molina
Model-based analysis of time series in Biology: stochastic gene expression as a case study
Closing session (16:00-19:00)
Thomas Höfer
Stem cell dynamics by numbers: Hematopoiesis and immunity
John Tyson
What Can Mathematical Modeling Teach Us About Cell Cycle Regulation?
April 7-9, 2015
Afternoon blackboard teaching and hands-on sessions (16:00-19:00)
Gregory Batt
Modeling, fitting and controlling biological systems: the toggle switch example
Hugues Berry & François Nédelec
Modeling gene expression: stochasticity and spatial dynamics
Hidde de Jong
Towards integrated models of cellular processes: metabolism, gene expression, signaling
Denis Thieffry
Qualitative dynamical modeling of cellular networks
Evening sessions
Selected short talks from participants (20:00-21:00)
Poster sessions (21:00-22:00)
