Dietmar Benzenberg

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BACKGROUND AND OBJECTIVE Interaction of intravenous anaesthetic agents with voltage-dependent potassium channels significantly correlates with clinical concentrations. If potassium channels were to play an important part in anaesthesia, one might expect different effects at the molecular level of those anaesthetics that show different clinical effects. Our(More)
HYPOTHESIS Lidocaine may lead to an alteration in the processing of hearing as observed during tinnitus by inhibiting voltage-gated potassium channels at clinically relevant concentrations. BACKGROUND Recent molecular evidence suggests that the voltage-gated potassium channels Kv 3.1 and Kv 1.1 play an important functional role in the auditory system.(More)
BACKGROUND Information on molecular targets that may be involved in the neurotoxicity of bupivacaine is limited. Suppression of Kv3 channels has been demonstrated to result in abnormal patterns in the electroencephalogram and in seizures. Inhibition of Kv3 channels by bupivacaine may consequently contribute to its neuroexcitatory side-effects. Data on the(More)
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