JAMA · 1962 · 35 citations · 14 references
MedicineAnesthesiologyPharmacologyAnesthesiaGeneral AnesthesiaPerioperative PharmacologyAnesthesia ComplicationsAnesthetic PharmacologyCardiovascular Effects Of AnesthesiaGeneral Anesthetic AgentsHemodynamic Response To AnesthesiaPatient Safety In AnesthesiaBlood PressureCardiovascular CollapseEphedrine TherapyGeneral Anesthesia HemodynamicsHemodynamic Effects Of AnesthesiaHemodynamic Effects Of AnestheticsPhysiologic Effects Of AnesthesiaStress-induced Cardiovascular Responses
Antihypertensive drugs interfere with hemodynamic adjustments and can cause profound cardiovascular collapse when a patient is subjected to the stress of anesthesia and surgery. They constitute an insidious hazard to surgical patients. In patients who have received antihypertensive medication the primary problem is to determine the availability of the intrinsic catechol amines and the patient's ability to respond to them. This problem is solved by using the ephedrine response test (ERT). The test consists of 2 intravenous injections of ephedrine; the first injection of 10 mg. is followed promptly by additional 5 mg. If the ERT does not elicit a rise of at least 20 mm. Hg in blood pressure, the patient is believed to be unprepared for the cardiovascular stress of general, spinal, or spidural anesthesia.
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Noradrenaline in Artery Walls and its Dispersal by Reserpine
J. H. Burn, M. J. Rand · BMJ · 1958 · 169 citations · Full text
General Anesthesia and Circulatory Homeostasis
Henry L. Price · Physiological Reviews · 1960 · 157 citations
Medicine, Anesthesiology, Physiology +13
Dangerous Potentiation of Pethidine by Iproniazid, and its Treatment
J. C. Shee · BMJ · 1960 · 92 citations · Full text
Role for Ganglionic Norepinephrine in Sympathetic Synaptic Transmission
E. Costa, Alvin M. Revzin, R. Kuntzman et al. · Science · 1961 · 65 citations