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Foreword; Preface; Contents; Contributors; Abbreviations; Chapter 1: Introduction to℗ Circadian Rhythms, Clocks, and℗ Its Genes; 1.1 Basic Concepts of℗ Circadian Rhythms; 1.1.1 Free Running; 1.1.2 Entrainment; 1.1.2.1 The Phase Response Curve; 1.1.2.2 Masking; 1.1.3 Temperature Compensation; 1.2 The Search for℗ Circadian Clocks; 1.2.1 Unraveling the℗ Molecular Circadian Clock; 1.3 Closing Remarks; References; Part I: Circadian Systems; Chapter 2: Oxidative Stress and℗ Its Role in℗ the℗ Synchronization of℗ Circadian Rhythms in℗ Crustaceans: An℗ Ecological Perspective
2.1 Redox State as℗ an℗ Entrainment Pathway2.2 Circadian Photopigments and℗ Their Response to℗ Light; 2.3 Cryptochromes, Circadian Rhythms, and℗ Redox Mechanisms in℗ Crustaceans; 2.4 Synchronization and℗ Metabolism; 2.5 Conclusions and℗ Perspectives; References; Chapter 3: Control of℗ Rest-Activity Behavior by℗ the℗ Central Clock in℗ Drosophila; 3.1 Introduction; 3.2 Interlocked Feedback Loops; 3.3 Posttranscriptional Regulation; 3.4 mRNA Splicing and℗ Stability; 3.5 Role of℗ miRNAs; 3.6 Translational Control; 3.7 Posttranslational Regulation; 3.8 Anatomical Organization of℗ Drosophila Circadian Clock
3.9 Entrainment of℗ Circadian Rhythms3.10 Coupling Between Clock Cell and℗ Their Outputs; 3.11 Future Directions; References; Chapter 4: Biological Rhythmicity in Subterranean Animals: A℗ Function Risking Extinction?; 4.1 Introduction: The℗ Subterranean Habitat as℗ a℗ Natural Laboratory; 4.2 Circadian Rhythmicity in℗ Subterranean Fish Under Free-Running and℗ Light/Dark Conditions: Locomotor Activity; 4.3 What About a℗ Possible Role of℗ Food Availability as℗ a℗ Zeitgeber?; 4.3.1 Some Evidence of℗ a℗ Food-Entrainable Circadian Oscillator in℗ Cave Fish
4.4 Troglophiles and℗ Trogloxenes: Movements From℗ and℗ To℗ Caves4.5 Final Comments; References; Chapter 5: Avian Circadian Organization; 5.1 Introduction; 5.2 Biological Rhythms and℗ the℗ Clocks That Control Them; 5.3 Molecular Genetics of℗ Circadian Clock Function; 5.4 Extraocular Photoreception; 5.5 The Pineal Gland Is a℗ Master Pacemaker for℗ Avian Circadian Clocks; 5.6 Sites of℗ Melatonin Action in℗ Birds; 5.7 Avian Circadian Organization; 5.8 Circadian Regulation of℗ Visual System Function; 5.9 Seasonal Cycles and℗ Photoperiodism in℗ Birds; 5.10 Avian Song Production and℗ Perception
5.10.1 Role of℗ Pineal Melatonin in℗ Song Control5.11 Biological Clocks, Migration and℗ Navigation; 5.12 Conclusion: A℗ Chorus of℗ Clocks; References; Chapter 6: Functional Organization of℗ Circadian Timing System of℗ a℗ Diurnal Primate (Marmoset); 6.1 Introduction; 6.2 Marmoset Circadian Rhythmicity; 6.3 Photoperiodic Responses in℗ Marmosets; 6.4 Behavioral Aspects of℗ Seasonality in℗ Marmosets; 6.5 Understanding the℗ Rhythm of℗ the℗ Sleep-Wake Cycle in℗ Marmosets; 6.6 Functional Mechanisms of℗ Circadian Systems in℗ Marmosets; 6.7 Conclusion; References; Part II: Mechanisms of Circadian Oscillation
2.1 Redox State as℗ an℗ Entrainment Pathway2.2 Circadian Photopigments and℗ Their Response to℗ Light; 2.3 Cryptochromes, Circadian Rhythms, and℗ Redox Mechanisms in℗ Crustaceans; 2.4 Synchronization and℗ Metabolism; 2.5 Conclusions and℗ Perspectives; References; Chapter 3: Control of℗ Rest-Activity Behavior by℗ the℗ Central Clock in℗ Drosophila; 3.1 Introduction; 3.2 Interlocked Feedback Loops; 3.3 Posttranscriptional Regulation; 3.4 mRNA Splicing and℗ Stability; 3.5 Role of℗ miRNAs; 3.6 Translational Control; 3.7 Posttranslational Regulation; 3.8 Anatomical Organization of℗ Drosophila Circadian Clock
3.9 Entrainment of℗ Circadian Rhythms3.10 Coupling Between Clock Cell and℗ Their Outputs; 3.11 Future Directions; References; Chapter 4: Biological Rhythmicity in Subterranean Animals: A℗ Function Risking Extinction?; 4.1 Introduction: The℗ Subterranean Habitat as℗ a℗ Natural Laboratory; 4.2 Circadian Rhythmicity in℗ Subterranean Fish Under Free-Running and℗ Light/Dark Conditions: Locomotor Activity; 4.3 What About a℗ Possible Role of℗ Food Availability as℗ a℗ Zeitgeber?; 4.3.1 Some Evidence of℗ a℗ Food-Entrainable Circadian Oscillator in℗ Cave Fish
4.4 Troglophiles and℗ Trogloxenes: Movements From℗ and℗ To℗ Caves4.5 Final Comments; References; Chapter 5: Avian Circadian Organization; 5.1 Introduction; 5.2 Biological Rhythms and℗ the℗ Clocks That Control Them; 5.3 Molecular Genetics of℗ Circadian Clock Function; 5.4 Extraocular Photoreception; 5.5 The Pineal Gland Is a℗ Master Pacemaker for℗ Avian Circadian Clocks; 5.6 Sites of℗ Melatonin Action in℗ Birds; 5.7 Avian Circadian Organization; 5.8 Circadian Regulation of℗ Visual System Function; 5.9 Seasonal Cycles and℗ Photoperiodism in℗ Birds; 5.10 Avian Song Production and℗ Perception
5.10.1 Role of℗ Pineal Melatonin in℗ Song Control5.11 Biological Clocks, Migration and℗ Navigation; 5.12 Conclusion: A℗ Chorus of℗ Clocks; References; Chapter 6: Functional Organization of℗ Circadian Timing System of℗ a℗ Diurnal Primate (Marmoset); 6.1 Introduction; 6.2 Marmoset Circadian Rhythmicity; 6.3 Photoperiodic Responses in℗ Marmosets; 6.4 Behavioral Aspects of℗ Seasonality in℗ Marmosets; 6.5 Understanding the℗ Rhythm of℗ the℗ Sleep-Wake Cycle in℗ Marmosets; 6.6 Functional Mechanisms of℗ Circadian Systems in℗ Marmosets; 6.7 Conclusion; References; Part II: Mechanisms of Circadian Oscillation