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Esmolol Bolus and Infusion Attenuates Increases in Blood Pressure and Heart Rate During Electro-Convulsive Therapy

Andreja Bujan Kovač, Hiromasa Goto, K Arakawa, M. Pardo

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Abstract

To determine whether a standardized dose of can effectively attenuate the cardiovascular response to electroconvulsive therapy (ECT), 17 ASA physical status I-II patients were studied in a randomized within-patient, crossover design. Each patient received esmolol during one ECT and three to five days later crossed over to the alternative treatment receiving an 80 mg bolus followed by 24 mg.min-1 infusion two minutes prior to induction of anaesthesia and continued for five minutes after induction. Esmolol blunted the maximum increases in heart rate (HR) by 26 per cent, mean arterial pressure (MAP) by 14 per cent, and rate pressure product by 37 per cent with significant differences (P less than 0.05) noted at one, two, three and four minutes after ECT (minutes five, six, seven, and eight of the infusion). There was no significant difference in seizure duration between the two groups and no adverse reactions occurred.

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What this paper is about

To determine whether a standardized dose of can effectively attenuate the cardiovascular response to electroconvulsive therapy (ECT), 17 ASA physical status I-II patients were studied in a randomized within-patient, crossover design. Each patient received esmolol during one ECT and three to five days later crossed over to the alternative treatment receiving an 80 mg bolus followed by 24 mg.min-1 infusion two minutes prior to induction of anaesthesia and continued for five minutes after induction. Esmolol blunted the maximum increases in heart rate (HR) by 26 per cent, mean arterial pressure (MAP) by 14 per cent, and rate pressure product by 37 per cent with significant differences (P less than 0.05) noted at one, two, three and four minutes after ECT (minutes five, six, seven, and eight of the infusion). There was no significant difference in seizure duration between the two groups and no adverse reactions occurred.

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Available abstract

To determine whether a standardized dose of can effectively attenuate the cardiovascular response to electroconvulsive therapy (ECT), 17 ASA physical status I-II patients were studied in a randomized within-patient, crossover design. Each patient received esmolol during one ECT and three to five days later crossed over to the alternative treatment receiving an 80 mg bolus followed by 24 mg.min-1 infusion two minutes prior to induction of anaesthesia and continued for five minutes after induction. Esmolol blunted the maximum increases in heart rate (HR) by 26 per cent, mean arterial pressure (MAP) by 14 per cent, and rate pressure product by 37 per cent with significant differences (P less than 0.05) noted at one, two, three and four minutes after ECT (minutes five, six, seven, and eight of the infusion). There was no significant difference in seizure duration between the two groups and no adverse reactions occurred.

Key concepts: Esmolol, Medicine, Anesthesia, Bolus (digestion), Heart rate, Blood pressure, Electroconvulsive therapy, Adverse effect

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