2014 MBI-CAMBAM-NIMBioS Summer Graduate Program: Rhythms

• 
  Lecture 1: Basic principles and key questions
  Lecture 1: Basic principles and key questions
• 
  Lecture 4: Fitting to data
  Lecture 4: Fitting to data
• 
  Lecture 5: Oscillations from feedback loops
  Lecture 5: Oscillations from feedback loops
• 
  Lecture 6: Noise, temperature and environmental changes
  Lecture 6: Noise, temperature and environmental changes
• 
  Lecture 7: Phase response curves
  Lecture 7: Phase response curves
• 
  Lecture 8: Bifurcations and clock classification
  Lecture 8: Bifurcations and clock classification
• 
  Lecture 9: Optimality
  Lecture 9: Optimality
• 
  Lecture 10: Synchrony and Entrainment
  Lecture 10: Synchrony and Entrainment
• 
  Synchrony and Symmetry
  Marty Golubitsky

  This talk reviews work on quadrupedal gaits and on a generalized model for binocular rivalry (proposed by Hugh Wilson). Both applications show how rigid phase-shift synchrony in periodic solutions of coupled systems of differential equations can help understand high level collective behavior in the nervous system.

• 
  Lecture: John Tyson - Irreversible Transitions, Bistability and Checkpoints in the Eukaryotic Cell Cycle
  Lecture: John Tyson - Cell Cycle
• 
  Lecture: Arthur Sherman - Glycolytic and Metabolic Ocillations
  Lecture: Arthur Sherman - Glycolytic and Metabolic Ocillations
• 
  Lecture: Victoria Booth - Rhythms in Sleep
  Lecture: Victoria Booth - Rhythms in Sleep
• 
  Lecture: Fred Guichard - Ecological Rhythms
  Lecture: Fred Guichard - Ecological Rhythms
• 
  Lecture 3: Simulation and model reduction
  Lecture 3: Simulation and model reduction
• 
  Lecture 2: Choosing the right equations
  Lecture 2: Choosing the right equations