Titlebook: Drugs and Central Synaptic Transmission; P. B. Bradley,B. N. Dhawan Textbook 1976Latest edition Macmillan Publishers Limited 1976 drugs.re

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Delirium

The use of transmitter antagonists in microelectrophoretic investigations of central synaptic transharmacological interference with transmitter action and discusses micro-electrophoretic methods, since investigations in which selective antagonists of a particular transmitter process are administered close to synapses may be useful in establishing the nature of the transmitter and may provide info

cyanosis

Steady state and dynamics of putative neurotransmitters in tel-diencephalic nuclei: a study using md fluorometric procedures (Von Euler, 1959; Weil-Malherbe, 1959; Bogdanski, Pletscher, Brodie and Udenfriend, 1956) to measure acetylcholine (ACh), noradrenaline (NA), dopamine (DA) and serotonin (5-hydroxytryptamine, 5-HT) concentrations. The sensitivity of bioassay procedures was always greater th

angiography

Effects of drugs on the dopamine mechanisms in the corpus striatum and in the limbic system and on alysis of drug effects on these central monoamines it is therefore of value to study the effect on only one amine in only one part of the CNS. These two conditions can be met for the DA mechanisms in the corpus striatum or in the limbic system and for the NA and .-HT mechanisms in the spinal cord by

poliosis

善變

善變

Functioning muscarinic receptors on cholinergic pathways to Renshaw cells,NS), that from motor axon collaterals to Renshaw cells in the spinal cord, seems to use mainly nicotinic acetylcholine (ACh) receptors whereas the effects of ACh elsewhere are chiefly of the muscarinic type. Muscarinic receptors, however, have been revealed on Renshaw cells (Curtis and Ryall, 1966.;

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DEVIL

Interactions of morphine and atropine with putative transmitters,Clouet, 1971). Some of the most promising approaches used the micro-electrophoretic technique for studying the actions of morphine-like compounds on single cells and for linking their actions with neurohumoral transmission (Curtis and Duggan, 1969; Duggan and Curtis, 1972; Biscoe, Duggan and Lodge,