Paul M. Pilowsky is Professor Emeritus at the University of Sydney. He trained in medicine, physiology and neuroscience. He specialises in the role of molecular mediators in the regulation of airways, breathing and the circulation by neurons in the brainstem and spinal cord.He previously held tenured Professor positions at the University of Sydney and Macquarie University, where he also established the research and graduate medical school, served on multiple major University and Faculty committees, and supervised many graduate students.Professor Pilowsky has won multiple award, including the Australasian Neuroscience Society Medal. He has published extensively in his field, including original articles, books and book chapters. He has published two books with Elsevier, Serotonin: The Mediator That Spans Evolution and Angiotensin: From the Kidney to Coronavirus. He is editor for the Elsevier book series Molecular Mediators in Health and Disease: How Cells Communicate.

• BIOPHYSICS OF SEROTONIN1. Biophysics of Serotonin and the Serotonin1A Receptor: Fluorescence and Dynamics2. Serotonin in plants: origin, function, and implicationsANATOMY3. The anatomy of the serotonin system in different model systems: rat fish, flies and C. Elegans4. Serotonin in the endocrine pancreas5. Serotonin and platelets6. Anatomy of the Serotonin TransporterPHYSIOLOGY IN THE PERIPHERY7. Cellular regulation of peripheral serotonin8. Role of 5-HT in the control of gut motility9. Phenotype of animals deficient in peripheral serotonin10. Serotonin and immune system11. Serotonin and Adipocyte Function12. Serotonin and cardiovascular diseases13. Involvement of 5-HT in afferent modulation of brainstem circuits regulating cardiovascular homeostasis14. Regulation of nociceptor signalling by serotoninPHYSIOLOGY IN THE BRAIN15. Brain serotonin and energy homeostasis16. Serotonin in central cardiovascular control17. Serotonin receptors and cardiovascular control18. Serotonin receptors as the therapeutic target for central nervous system disorders19. Serotonin and the reconfiguration of the eupneic respiratory pattern20. Life without brain serotonin: phenotype of animals deficient in central serotonin synthesis

Paul M. Pilowsky is Professor Emeritus at the University of Sydney. He trained in medicine, physiology and neuroscience. He specialises in the role of molecular mediators in the regulation of airways, breathing and the circulation by neurons in the brainstem and spinal cord.He previously held tenured Professor positions at the University of Sydney and Macquarie University, where he also established the research and graduate medical school, served on multiple major University and Faculty committees, and supervised many graduate students.Professor Pilowsky has won multiple award, including the Australasian Neuroscience Society Medal. He has published extensively in his field, including original articles, books and book chapters. He has published two books with Elsevier, Serotonin: The Mediator That Spans Evolution and Angiotensin: From the Kidney to Coronavirus. He is editor for the Elsevier book series Molecular Mediators in Health and Disease: How Cells Communicate.

• BIOPHYSICS OF SEROTONIN1. Biophysics of Serotonin and the Serotonin1A Receptor: Fluorescence and Dynamics2. Serotonin in plants: origin, function, and implicationsANATOMY3. The anatomy of the serotonin system in different model systems: rat fish, flies and C. Elegans4. Serotonin in the endocrine pancreas5. Serotonin and platelets6. Anatomy of the Serotonin TransporterPHYSIOLOGY IN THE PERIPHERY7. Cellular regulation of peripheral serotonin8. Role of 5-HT in the control of gut motility9. Phenotype of animals deficient in peripheral serotonin10. Serotonin and immune system11. Serotonin and Adipocyte Function12. Serotonin and cardiovascular diseases13. Involvement of 5-HT in afferent modulation of brainstem circuits regulating cardiovascular homeostasis14. Regulation of nociceptor signalling by serotoninPHYSIOLOGY IN THE BRAIN15. Brain serotonin and energy homeostasis16. Serotonin in central cardiovascular control17. Serotonin receptors and cardiovascular control18. Serotonin receptors as the therapeutic target for central nervous system disorders19. Serotonin and the reconfiguration of the eupneic respiratory pattern20. Life without brain serotonin: phenotype of animals deficient in central serotonin synthesis

Paul M. Pilowsky is Professor Emeritus at the University of Sydney. He trained in medicine, physiology and neuroscience. He specialises in the role of molecular mediators in the regulation of airways, breathing and the circulation by neurons in the brainstem and spinal cord.He previously held tenured Professor positions at the University of Sydney and Macquarie University, where he also established the research and graduate medical school, served on multiple major University and Faculty committees, and supervised many graduate students.Professor Pilowsky has won multiple award, including the Australasian Neuroscience Society Medal. He has published extensively in his field, including original articles, books and book chapters. He has published two books with Elsevier, Serotonin: The Mediator That Spans Evolution and Angiotensin: From the Kidney to Coronavirus. He is editor for the Elsevier book series Molecular Mediators in Health and Disease: How Cells Communicate.

• BIOPHYSICS OF SEROTONIN1. Biophysics of Serotonin and the Serotonin1A Receptor: Fluorescence and Dynamics2. Serotonin in plants: origin, function, and implicationsANATOMY3. The anatomy of the serotonin system in different model systems: rat fish, flies and C. Elegans4. Serotonin in the endocrine pancreas5. Serotonin and platelets6. Anatomy of the Serotonin TransporterPHYSIOLOGY IN THE PERIPHERY7. Cellular regulation of peripheral serotonin8. Role of 5-HT in the control of gut motility9. Phenotype of animals deficient in peripheral serotonin10. Serotonin and immune system11. Serotonin and Adipocyte Function12. Serotonin and cardiovascular diseases13. Involvement of 5-HT in afferent modulation of brainstem circuits regulating cardiovascular homeostasis14. Regulation of nociceptor signalling by serotoninPHYSIOLOGY IN THE BRAIN15. Brain serotonin and energy homeostasis16. Serotonin in central cardiovascular control17. Serotonin receptors and cardiovascular control18. Serotonin receptors as the therapeutic target for central nervous system disorders19. Serotonin and the reconfiguration of the eupneic respiratory pattern20. Life without brain serotonin: phenotype of animals deficient in central serotonin synthesis