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Dosing study of esmolol for reducing hemodynamic changes during lightwand intubationDosing study of esmolol for reducing hemodynamic changes during lightwand intubation

Other Titles
Dosing study of esmolol for reducing hemodynamic changes during lightwand intubation
Authors
Kang Jin KuYoo Sie Hyeon정진헌Kim Nan Seol정호순서용한Chun Hea Rim공형윤Son Hee DongKim A Joo
Issue Date
2020
Publisher
대한마취통증의학회
Keywords
Blood pressure; Esmolol; Heart rate; Intubation; Lightwand; Rate pressure product.
Citation
Anesthesia and Pain Medicine, v.15, no.4, pp 417 - 423
Pages
7
Journal Title
Anesthesia and Pain Medicine
Volume
15
Number
4
Start Page
417
End Page
423
URI
https://scholarworks.bwise.kr/sch/handle/2021.sw.sch/3389
DOI
10.17085/apm.19067
ISSN
1975-5171
2383-7977
Abstract
Background: Lightwand is a convenient tool that can be used instead of a laryngoscope for intubation. Tracheal intubation causes direct stimulation of the larynx, drastically increasing hemodynamic values including blood pressure and heart rate. This study aims to identify the effect of different doses of esmolol on hemodynamic changes during lightwand intubation.Methods: The study subjects included 140 patients who underwent general anesthesia for elective surgery. The patients were randomly divided into four groups (35 patients in each group). The ‘C’ group only received 20 ml of normal saline, while the ‘E0.5’, ‘E1’, and ‘E2’ groups received 20 ml of normal saline containing esmolol—0.5 mg/kg, 1 mg/kg, and 2 mg/kg, respectively, injected 2 min prior to intubation. The patients’ blood pressure, heart rate, and rate-pressure product were measured six times, before and after the intubation.Results: The degree of heart rate elevation was suppressed in the E1 and E2 groups compared to the C group, and RPP after intubation significantly decreased in the E2 group compared to the C group.Conclusions: 1–2 mg/kg of a single esmolol injection prior to lightwand intubation effectively blunts heart rate elevation, and 2 mg/kg of esmolol injection blunts rate-pressure product elevation.
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