Science · 1971 · 113 citations · 4 references
Life SciencesPharmacologyPhysiologyCell SignalingPharmacodynamicsSignal TransductionEicosanoid BiosynthesisRed Blood Cell PhysiologyProstaglandin ActivityProstaglandin ModulationProstaglandin PharmacologyProstaglandin PhysiologyProstaglandin RegulationProstaglandin SignalingProstaglandin-mediated RegulationRed Cell Morphology
The human red blood cell responds to prostaglandin E(2), epinephrine, and isoproterenol with a decrease in deformability. The maximum decrease is brought about by 10(-10)M prostaglandin E(2), 10(-9)M epinephrine, or 10(-7)M isoproterenol. The dose response curve is biphasic. The sensitivity of the red cell to prostaglandin suggests that this cell may be a primary target for prostaglandin action. These changes in response to vasoactive substances indicate that the red cell must be considered an active element in circulatory control.
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Disk-sphere Transformation and Plasticity Alteration of Red Blood Cells