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The last decade or so has seen remarkable advances in our knowledge of cough. This applies especially to its basic mechanisms: the types of airway sensors, the phar- cological receptors on their membranes, the brainstem organization of the ‘cough centre’, and the involvement of the cerebral cortex in the sensations and the vol- tary control of cough. With the exception of the last of these, nearly all the studies have been on experimental animals rather than humans, for obvious reasons. One group of experimental studies has particular relevance to human patients, and that is the demonstration…mehr
The last decade or so has seen remarkable advances in our knowledge of cough. This applies especially to its basic mechanisms: the types of airway sensors, the phar- cological receptors on their membranes, the brainstem organization of the ‘cough centre’, and the involvement of the cerebral cortex in the sensations and the vol- tary control of cough. With the exception of the last of these, nearly all the studies have been on experimental animals rather than humans, for obvious reasons. One group of experimental studies has particular relevance to human patients, and that is the demonstration of the sensitization of cough pathways both in the periphery and in the brainstem. Similar sensitizations have been shown for patients with chronic cough or who have been exposed to pollutants, and it is reasonable to suppose that this is the basis of their cough and that the underlying mechanisms are generally similar in humans and other species. Important advances are also being made in clinical cough research. For the three main causes of clinical cough, asthma, post-nasal drip syndrome, and gast- oesophageal re?ux disease, we are beginning to understand the pathological processes involved. There remains a diagnostically obdurate group of idiopathic chronic coughers, but even for them approaches are being devised to clarify und- lying mechanisms and to establish diagnoses. Perhaps surprisingly, the ?eld in which there has been the least spectacular - vance is the therapy of cough.
Cough: Setting the Scene.- Cough Sensors. I. Physiological and Pharmacological Properties of the Afferent Nerves Regulating Cough.- Cough Sensors. II. Transient Receptor Potential Membrane Receptors on Cough Sensors.- Cough Sensors. III. Opioid and Cannabinoid Receptors on Vagal Sensory Nerves.- Cough Sensors. IV. Nicotinic Membrane Receptors on Cough Sensors.- Cough Sensors. V. Pharmacological Modulation of Cough Sensors.- Peripheral Mechanisms I: Plasticity of Peripheral Pathways.- Peripheral Mechanisms II: The Pharmacology of Peripherally Active Antitussive Drugs.- Central Mechanisms I: Plasticity of Central Pathways.- Central Mechanisms II: Pharmacology of Brainstem Pathways.- Central Mechanisms III: Neuronal Mechanisms of Action of Centrally Acting Antitussives Using Electrophysiological and Neurochemical Study Approaches.- Central Mechanisms IV: Conscious Control of Cough and the Placebo Effect.- Clinical Cough I: The Urge-To-Cough: A Respiratory Sensation.- Clinical Cough II: Therapeutic Treatments and Management of Chronic Cough.- Clinical Cough III: Measuring the Cough Response in the Laboratory.- Clinical Cough IV:What is the Minimal Important Difference for the Leicester Cough Questionnaire?.- Clinical Cough V: Complementary and Alternative Medicine: Therapy of Cough.- Clinical Cough VI: The Need for New Therapies for Cough: Disease-Specific and Symptom-Related Antitussives.
Cough: Setting the Scene.- Cough Sensors. I. Physiological and Pharmacological Properties of the Afferent Nerves Regulating Cough.- Cough Sensors. II. Transient Receptor Potential Membrane Receptors on Cough Sensors.- Cough Sensors. III. Opioid and Cannabinoid Receptors on Vagal Sensory Nerves.- Cough Sensors. IV. Nicotinic Membrane Receptors on Cough Sensors.- Cough Sensors. V. Pharmacological Modulation of Cough Sensors.- Peripheral Mechanisms I: Plasticity of Peripheral Pathways.- Peripheral Mechanisms II: The Pharmacology of Peripherally Active Antitussive Drugs.- Central Mechanisms I: Plasticity of Central Pathways.- Central Mechanisms II: Pharmacology of Brainstem Pathways.- Central Mechanisms III: Neuronal Mechanisms of Action of Centrally Acting Antitussives Using Electrophysiological and Neurochemical Study Approaches.- Central Mechanisms IV: Conscious Control of Cough and the Placebo Effect.- Clinical Cough I: The Urge-To-Cough: A Respiratory Sensation.- Clinical Cough II: Therapeutic Treatments and Management of Chronic Cough.- Clinical Cough III: Measuring the Cough Response in the Laboratory.- Clinical Cough IV:What is the Minimal Important Difference for the Leicester Cough Questionnaire?.- Clinical Cough V: Complementary and Alternative Medicine: Therapy of Cough.- Clinical Cough VI: The Need for New Therapies for Cough: Disease-Specific and Symptom-Related Antitussives.
Cough: Setting the Scene.- Cough Sensors. I. Physiological and Pharmacological Properties of the Afferent Nerves Regulating Cough.- Cough Sensors. II. Transient Receptor Potential Membrane Receptors on Cough Sensors.- Cough Sensors. III. Opioid and Cannabinoid Receptors on Vagal Sensory Nerves.- Cough Sensors. IV. Nicotinic Membrane Receptors on Cough Sensors.- Cough Sensors. V. Pharmacological Modulation of Cough Sensors.- Peripheral Mechanisms I: Plasticity of Peripheral Pathways.- Peripheral Mechanisms II: The Pharmacology of Peripherally Active Antitussive Drugs.- Central Mechanisms I: Plasticity of Central Pathways.- Central Mechanisms II: Pharmacology of Brainstem Pathways.- Central Mechanisms III: Neuronal Mechanisms of Action of Centrally Acting Antitussives Using Electrophysiological and Neurochemical Study Approaches.- Central Mechanisms IV: Conscious Control of Cough and the Placebo Effect.- Clinical Cough I: The Urge-To-Cough: A Respiratory Sensation.- Clinical Cough II: Therapeutic Treatments and Management of Chronic Cough.- Clinical Cough III: Measuring the Cough Response in the Laboratory.- Clinical Cough IV:What is the Minimal Important Difference for the Leicester Cough Questionnaire?.- Clinical Cough V: Complementary and Alternative Medicine: Therapy of Cough.- Clinical Cough VI: The Need for New Therapies for Cough: Disease-Specific and Symptom-Related Antitussives.
Cough: Setting the Scene.- Cough Sensors. I. Physiological and Pharmacological Properties of the Afferent Nerves Regulating Cough.- Cough Sensors. II. Transient Receptor Potential Membrane Receptors on Cough Sensors.- Cough Sensors. III. Opioid and Cannabinoid Receptors on Vagal Sensory Nerves.- Cough Sensors. IV. Nicotinic Membrane Receptors on Cough Sensors.- Cough Sensors. V. Pharmacological Modulation of Cough Sensors.- Peripheral Mechanisms I: Plasticity of Peripheral Pathways.- Peripheral Mechanisms II: The Pharmacology of Peripherally Active Antitussive Drugs.- Central Mechanisms I: Plasticity of Central Pathways.- Central Mechanisms II: Pharmacology of Brainstem Pathways.- Central Mechanisms III: Neuronal Mechanisms of Action of Centrally Acting Antitussives Using Electrophysiological and Neurochemical Study Approaches.- Central Mechanisms IV: Conscious Control of Cough and the Placebo Effect.- Clinical Cough I: The Urge-To-Cough: A Respiratory Sensation.- Clinical Cough II: Therapeutic Treatments and Management of Chronic Cough.- Clinical Cough III: Measuring the Cough Response in the Laboratory.- Clinical Cough IV:What is the Minimal Important Difference for the Leicester Cough Questionnaire?.- Clinical Cough V: Complementary and Alternative Medicine: Therapy of Cough.- Clinical Cough VI: The Need for New Therapies for Cough: Disease-Specific and Symptom-Related Antitussives.
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