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Lecture Notes

Robert H. Austin

• Proteins dynamics, protein functions: From quantum mechanics to motors
• Nanofluidics, nanotechnology and nanobiology
• Evolution on a chip: Towards a quantitative understanding of evolution

Vincent Croquette

• Techniques for Single Molecule Micromanipulation

Terrance Hwa

• Introduction to bacterial gene regulation; Statistical mechanics of protein-DNA interaction
• Quantitative studies of bacterial gene regulation
• Phenomenological theory of bacterial growth control

Eric Siggia

• Fluctuations and size control during the cell cycle of budding yeast
• Patterning the fly embryo and its evolution
• Evolution of antibiotic resistance in pathogens

Chao Tang

• Modeling yeast cell cycle regulation
• Analyzing the function-topology relationship in the Drosophila segment polarity network

Invited Talk Files

Chi-Keung Chan

• Connectivity induced synchronization in cortical neuronal cultures

Hao Li

• Yeast Transcription Networks: Structure, Dynamics, and Evolution

Qi Ouyang

• Reversibly switchable DNA nanocompartment on surfaces

Yuhai Tu

• From molecule to behavior: Towards quantitative, systems level understanding of bacterial chemotaxis

Ricky N. S. Wong

• Functional Genomics Approach to the Study of Biological Systems