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Ideas on Self-Organization of Metabolic Networks, How it can Lead to Division...by Sunil Laxman
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Classroom Contents
Quantitative Systems Biology - Winter School on Developmental Energetics and Metabolism
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- 1 Basics and Applications in Developmental Energetics/Metabolism by Jonathan Rodenfels
- 2 Ideas on Self-Organization of Metabolic Networks, How it can Lead to Division...by Sunil Laxman
- 3 Measurement of Spatiotemporal Cell Metabolism (imaging) by Xingbo Yang
- 4 Cellular Growth as a Non-equilibrium Chemical Process by Pablo Sartori
- 5 How do Metabolite Concentrations Compare to Binding & Regulatory Site... by Jonathan Rodenfels
- 6 Energetics of Cellular Systems by Pablo Sartori
- 7 Biophysics of Energy Metabolism in Development by Xingbo Yang
- 8 Yield and Dissipation Across and Within Metabolic Types by Pablo Sartori
- 9 Redox Centers and Electron Flow by Amitesh Anand
- 10 Thermodynamics of Chemical Reaction Networks: From Basic Principles....by Massimiliano Esposito
- 11 Resource Partitioning and Energy Metabolism by Amitesh Anand
- 12 Using Topology: Fundamental Forces and Nonequilibrium Potentials by Massimiliano Esposito
- 13 Drift, Mutation, and Evolution by Michael Lynch
- 14 Metabolic Organization - Challenges and Rules in Growth or Survival Programs by Sunil Laxman
- 15 The Bioenergetics Costs of Building and Maintaining Cells and Cell Parts by Michael Lynch
- 16 Energy Transduction, Circuit Theory, and Metabolism by Massimiliano Esposito
- 17 Thermodynamics of Chemical Reaction Networks: From Basic Principles to.........by Francesco Avanzini
- 18 Energetics of Biological Systems by Jonathan Rodenfels
- 19 Cell Metabolism as an Economy - what Control Strategies do Cells Use... by Sunil Laxman
- 20 Active Matter theory and cytoskeletal dynamics by Xingbo Yang
- 21 Energetics of Biological Systems by Jonathan Rodenfels
- 22 Metabolic Plasticity & Bacterial Pathogenesis by Stuti Srivastav
