The Effects of Morphine and Morphine-Related Compounds on the Rate of Afferent Discharges from the Pulmonary Receptors in Bullfrog

Kontani, Hitoshi; Koshiura, Ryozo

doi:10.1254/jjp.38.295

Japanese Journal of Pharmacology

1985

DOI: 10.1254/jjp.38.295

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The Effects of Morphine and Morphine-Related Compounds on the Rate of Afferent Discharges from the Pulmonary Receptors in Bullfrog

Hitoshi Kontani

Ryozo Koshiura

Abstract: Abstract-We examined the

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2009

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Cough Sensors. V. Pharmacological Modulation of Cough Sensors

Mazzone¹,

Undem²

2009

Pharmacology and Therapeutics of Cough

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Several airway afferent nerve subtypes have been implicated in coughing. These include bronchopulmonary C-fibers, rapidly adapting airway mechanoreceptors and touch-sensitive tracheal Adelta-fibers (also called cough receptors). Although the last two afferent nerve subtypes are primarily sensitive to mechanical stimuli, all can be acted upon by one or more different chemical stimuli. In this review we catalogue the chemical agents that stimulate and/or modulate the activity of the airway afferent nerves involved in cough, and describe the specific mechanisms involved in these effects. In addition, we describe the mechanisms of action of a number of chemical inhibitors of these afferent nerve subtypes, and attempt to relate this information to the regulation of coughing in health and disease.

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Cough Sensors. V. Pharmacological Modulation of Cough Sensors

Mazzone¹,

Undem²

2009

Pharmacology and Therapeutics of Cough

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show abstract

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The Effects of Morphine and Morphine-Related Compounds on the Rate of Afferent Discharges from the Pulmonary Receptors in Bullfrog

Abstract: Abstract-We examined the

Cited by 1 publication

References 14 publications

Cough Sensors. V. Pharmacological Modulation of Cough Sensors

Cough Sensors. V. Pharmacological Modulation of Cough Sensors

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