1. The possible involvement of the benzodiazepine (BZD)‐GABAA‐receptor complex in mediating CNS stimulatory effects of fluoroquinolones was tested in vitro, in a binding inhibition assay and in vivo, in a clinical drug interaction study using electro‐encephalogram (EEG) monitoring. 2. The specific binding of [3H]‐flunitrazepam to rat synaptic brain membranes was inhibited by various fluoroquinolones in a concentration‐dependent manner. 3. Ofloxacin had CNS‐stimulating effects as revealed by the EEG which were slightly augmented by flumazenil but reversed by coadministration of midazolam. 4. In conclusion, our findings suggest that clinically observed CNS adverse effects of fluoroquinolones could be mediated at least in part through interaction with the BZD‐GABAA‐receptor complex and may be controlled by BZD agonist administration. 1990 The British Pharmacological Society
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UNIV LONDON, SCH PHARM,DEPT PHARMACOL,MRC, NEUROPHARMACOL RES GRP, LONDON WC1N 1AX, ENGLANDUNIV LONDON, SCH PHARM,DEPT PHARMACOL,MRC, NEUROPHARMACOL RES GRP, LONDON WC1N 1AX, ENGLAND
FILE, SE
PELLOW, S
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UNIV LONDON, SCH PHARM,DEPT PHARMACOL,MRC, NEUROPHARMACOL RES GRP, LONDON WC1N 1AX, ENGLANDUNIV LONDON, SCH PHARM,DEPT PHARMACOL,MRC, NEUROPHARMACOL RES GRP, LONDON WC1N 1AX, ENGLAND
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UNIV LONDON, SCH PHARM,DEPT PHARMACOL,MRC, NEUROPHARMACOL RES GRP, LONDON WC1N 1AX, ENGLANDUNIV LONDON, SCH PHARM,DEPT PHARMACOL,MRC, NEUROPHARMACOL RES GRP, LONDON WC1N 1AX, ENGLAND
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UNIV LONDON, SCH PHARM,DEPT PHARMACOL,MRC, NEUROPHARMACOL RES GRP, LONDON WC1N 1AX, ENGLANDUNIV LONDON, SCH PHARM,DEPT PHARMACOL,MRC, NEUROPHARMACOL RES GRP, LONDON WC1N 1AX, ENGLAND