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Spectrophotometric and Fluorometric Analysis of the Rat Carotid Body
Biophysical Studies of Cells from the Carotid Body of the Rabbit
Ionic Mechanisms of the Chemoreception Process in Type I Cells of
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acid Acker H action potentials adenosine afferent almitrine animals aortic bodies Appl Physiol arterial chemoreceptors baroreceptor Brain Res Ca2+ carotid body chemoreceptors carotid chemoreceptor carotid nerve carotid sinus carotid sinus nerve cat carotid catecholamine changes chemoreceptor activity chemoreceptor discharge chemoreflex chronic hypoxia decrease depolarization DOPAC dopamine doses effects of hypoxia erythropoietin evoked experiments Eyzaguirre Fidone Figure fluorescence ganglia glomus cells glucose Gonzalez hypercapnia hyperoxia immunoreactivity increase induced infusion inhibition injection intracellular K+ current Lahiri levels mechanism membrane potential metabolism mg/kg MPTP NaCN nerve endings neurons Neurosci oxygen paraganglia Pco2 peptides perfusion peripheral chemoreceptors petrosal ganglion Physiol Lond Physiology rabbit carotid body rat carotid body receptors recorded reduced release respiratory response to hypoxia sensory SIF cells stimulation superfusion superior cervical ganglion sympathetic tissue torr transmitter type I cells vagal ventilation ventilatory response vesicles vitro