Biological Clocks, Rhythms, and Oscillations: The Theory of Biological Timekeeping (The MIT Press)

Synopsis

1. Basics -- Part I. Models. 2. Biophysical Mechanistic Modeling : Choosing The Right Model Equations ; 3. Functioning In The Changing Cellular Environment ; 4. When Do Feedback Loops Oscillate? -- Part Ii. Behaviors. 5. System-level Modeling ; 6. Phase Response Curves ; 7. Eighteen Principles Of Synchrony -- Part Iii. Analysis And Computation. 8. Statistical And Computational Tools For Model Building : How To Extract Information From Timeseries Data ; 9. How To Shift An Oscillator Optimally ; 10. Mathematical And Computational Techniques For Multiscale Problems. Daniel B. Forger. Includes Bibliographical References And Index.