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Physostigmine fails to reverse clinical, psychomotor, or EEG effects of lorazepam.

Physostigmine salicylate (2.0 mg) or 0.9% NaCl (2.0 ml) was administered intravenously in a double-blind fashion to adult volunteers in an attempt to reverse the effects of a 0.05-mg/kg dose of lorazepam given intravenously 30 min earlier. No other medication affecting the central nervous system was given. No differences were observed between the two groups with regard to the frequency of amnesia, psychomotor impairment, or EEG changes during a period of 4 h. The only significant difference in the level of sedation between the two groups was observed 60 min into the study. This difference is attributed to the high incidence of nausea and vomiting that occurred at that time exclusively in one group. Time to complete recovery was the same in both groups. However, physostigmine, not saline, was associated with a high incidence of muscarinic and sympathetic stimulating effects. The results obtained indicate that at the dose used, physostigmine is of no clinical value in treating sedation induced by lorazepam.

Adult↗

Atropine and glycopyrronium premedication. A comparison of the effects on cardiac rate and rhythm during induction of anaesthesia.

The effect of premedication with the cholinergic blocking drugs, atropine and glycopyrronium, was investigated in two groups, each of twenty patients, with regard to their effects on cardiac rate and rhythm during induction of anaesthesia and tracheal intubation. Another similar group of twenty patients was given no anticholinergic premedication. The incidence of dysrhythmias was 35% in the atropine group and 10% in the glycopyrronium group but there were no dysrhythmias in patients given no anticholinergic drug. The average rises in arterial pressure were similar in all three groups. Atropine administration led to a greater initial rise in heart rate before the induction of anaesthesia, although the average heart rates were similar in the three groups at the time of intubation and cuff inflation. The routine use of anticholinergic premedication seems to be unnecessary since the antisialogogue effect does not make any difference to the course of anaesthesia. However, if the antisialogogue action is important, glycopyrronium offers an advantage over atropine.

Adult↗