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Intravenous infusion of strychnine or D-tubocurarine chloride attenuated the cardiac depressant action and fall in blood pressure produced by electrical stimulation of the right vagus nerve in dogs anesthesized with pentobarbitone sodium. The effects of exogenous acetylcholine on the heart and blood pressure (B.P.) were not modified by strychnine or D-turbocurarine. Physostigmine sulphate potentiated the effects of injected acetylcholine without modifying the effects of strychnine and D-tubocurarine on vagal transmission. Dimethylphenylpiperazinium bromide also produced its characteristic effects on the heart and B.P. in the presence of strychnine and D-tubocurarine. The results indicate that strychnine and D-tubocurarine inhibition of vagal transmission is not a result of blockade of peripheral cholinergic receptors or cardiac vagal ganglia. This inhibition occurs presumably via a preganglionic presynaptic action.
V K Bhargava, and
P Bhargava, and
D N Sharma, and
K D Tripathi
January 1971,
Comptes rendus des seances de la Societe de biologie et de ses filiales,
V K Bhargava, and
P Bhargava, and
D N Sharma, and
K D Tripathi
April 1964,
Life sciences (1962),
V K Bhargava, and
P Bhargava, and
D N Sharma, and
K D Tripathi
August 1991,
Biochimica et biophysica acta,
V K Bhargava, and
P Bhargava, and
D N Sharma, and
K D Tripathi
March 1971,
Canadian Anaesthetists' Society journal,
V K Bhargava, and
P Bhargava, and
D N Sharma, and
K D Tripathi
February 1978,
Anaesthesia and intensive care,
V K Bhargava, and
P Bhargava, and
D N Sharma, and
K D Tripathi
May 1987,
Anesthesiology,
V K Bhargava, and
P Bhargava, and
D N Sharma, and
K D Tripathi
January 1990,
General pharmacology,
V K Bhargava, and
P Bhargava, and
D N Sharma, and
K D Tripathi
January 1986,
Acta anaesthesiologica Belgica,
V K Bhargava, and
P Bhargava, and
D N Sharma, and
K D Tripathi
November 1972,
Nature,
V K Bhargava, and
P Bhargava, and
D N Sharma, and
K D Tripathi
January 1951,
Archivio di scienze biologiche,
