A M A Archives of Neurology & Psychiatry · 1954 · 23 citations · 6 references
MedicineAnesthesiologyPharmacologyAnesthesiaNeuropharmacologyPharmacodynamicsAnesthetic PharmacologyAutonomic Nervous SystemAutonomic Nervous System PharmacologyAutonomic PharmacologyCardiovascular Effects Of AnesthesiaCholinergic PharmacologyAcetylcholine PharmacologyAnticholinergic DrugsAutonomic Cholinergic TransmissionAutonomic Nervous System EffectsBlood PressureCardiac Vagal ControlMuscle Relaxant EffectsMuscle Relaxant Therapy
IN THE preceding paper, clinical data were presented concerning electroshock therapy in conjunction with administration of the muscle-relaxant drug succinylcholine chloride. Some of the other muscle-relaxant drugs have a definite effect directly on the autonomic system and thus indirectly on the circulation. Tubocurarine (d-tubocurarine) chloride is said to produce partial blockade of the autonomic system, 1 while gallamine (Flaxedil) initiates a tachycardia through its inhibiting effect on the cardiac vagal fibers. 2 Tubocurarine chloride also produces a decrease in systemic blood pressure which is not prevented by atropine. This effect is thought to be partially related to its autonomic ganglion-blocking properties and partially to a histamine liberation. 3 The latter property is responsible for the bronchospasm which is occasionally seen in clinical anesthesia. Although succinylcholine is closely related chemically to the ganglion-blocking (hypotensive) methonium drugs and to acetylcholine, previous workers 4 have been unable to show any adverse effect on
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Use of Succinylcholine in E.C.T
DavidJ. Adderley, M. Hamilton · BMJ · 1953 · 51 citations · Full text
CURARE IN THE MANAGEMENT OF AUTONOMIC REFLEXES
Charles L. Burstein, A. Jackson, HAROLD F. BISHOP et al. · Anesthesiology · 1950 · 21 citations · Full text
Life Sciences, Neurology, Physiology +10