Course schedule

• The economy of the cell

Meike Wortel

• Practical announcements

• An inventory of cell components

Diana Széliová and Pranas Grigaitis

• Get-together

Participants discuss their own projects

• Cell metabolism

Pranas Grigaitis and Steffen Waldherr

• Practical work: Introduction to Python & Jupyter

Elad Noor/Michela Pauletti

• Optimization of metabolic fluxes

Felipe Scott and Steffen Waldherr

• The enzyme cost of metabolic fluxes

Elad Noor

• Practical work: Flux Balance Analysis

Felipe Scott Contador

• Optimization of metabolic states

Meike Wortel

• Practical work: Elementary Flux Modes

Diana Széliová

• Night Science

Martin Lercher

• Principles of cell growth

Hollie J. Hindley

• Growth balance analysis

Hugo Dourado

• Practical work: Optimal enzyme profiles

Elad Noor

• Perspectives lecture "Constraint-based modeling of microbial communities"

Stefan Müller and Michael Predl

• Practical work: Optimal metabolic states

Meike Wortel

• Practical work: Self-replicating cells

Hollie J. Hindley

• Optimal cell behavior in time

Hidde de Jong

• Diversity of metabolic flux distributions

Marcelo Rivas-Astroza/Roberto Mulet

• Practical work: Flux variability and entropy

Marcelo Rivas-Astroza/Roberto Mulet

• Economy of organ form and function

Frédérique Noël

• Practical work: Dynamic Flux Balance Analysis

Steffen Waldherr