Program

Keynote lectures

Paola Picotti
TBA

Mustafa Khammash
TBA

Plenary lectures

Multi-scale and spatio-temporal modeling

Lucia Marucci
TBA

Kirsty Wan
TBA

Machine learning and AI for systems biology

Laura Cantini
TBA

Barbara Bravi
TBA

Evolution, Genetics and molecular networks

Helen Alexander
Quantifying stochastic events in evolution

Steffen Klamt
Using mathematical modeling to understand and rationally engineer the microbial metabolism

Elodie Laine
From sparse static protein snapshots to continuous motions

Dynamical and stochastic systems

Jana Wolf
TBA

Christoph Zechner
TBA

Science & society

Olivier Hamant
TBA

Afternoon blackboard teaching and hands-on sessions (more here)

Didier Gonze
Deterministic and stochastic modeling of circadian clocks

Hidde de Jong
Dynamical models integrating metabolism and gene expression

Wolfram Liebermeister & Hugo Dourado
Optimal allocation of enzyme resources in cells & Introduction to Growth Balance Analysis

François Nedelec
Cytoskeleton simulations

Anna Niarakis
Large-scale biochemical networks and Boolean dynamics for modeling disease

Magali Richard & Franck Picard
Statistical analysis of single cell data

Cédric Vaillant & Daniel Jost
Multi-scale modeling of chromatin

Andrea Weisse
Modeling adaptative cellular growth