Biological Time Control

         Chapter 1. Evolution of the cell-cycle clock models: Biochemical or Transcriptional?.- Chapter 2. The centriole biogenesis cycle: temporal mechanisms, autonomy, and coupling to the cell cycle and other cellular clocks.-  Chapter 3. Repurposing cell cycle oscillators for multiciliated cell differentiation.-  Chapter 4. Autonomous redox rhythms and their coupling to the circadian clock.-  Chapter 5. An autonomous clock that controls genetic information flow and cellular proteostasis.-  Chapter 6. Autonomous oscillations of NF-κB.-  Chapter 7. Synthetic cell-based approaches to dissect autonomous cellular oscillators: recent applications on the cell cycle.-  Chapter 8. Leveraging Autonomous Biological Oscillators for Directed Evolution of Switchable Proteins.-  Chapter 9. Physical frameworks and theories on how autonomous biological oscillators synchronize.-  Chapter 10. The emergent architecture of autonomous clocks described by computational algorithms of regulatory networks.