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“叩指”胸外按压技术在婴儿心搏骤停中的应用:单人复苏模型研究。

'Knocking-fingers' chest compression technique in infant cardiac arrest: single-rescuer manikin study.

机构信息

Department of Emergency Medicine, Yonsei University Wonju College of Medicine, Wonju, Republic of Korea.

出版信息

Eur J Emerg Med. 2019 Aug;26(4):261-265. doi: 10.1097/MEJ.0000000000000539.

Abstract

OBJECTIVE

We designed a new chest compression technique, the 'knocking-fingers' chest compression (KF) technique, for a single rescuer in infant cardiac arrest. We compared the effectiveness and feasibility between the KF technique and the two-finger (TF) and two-thumb encircling hands (TT) techniques.

PARTICIPANTS AND METHODS

A prospective, randomized, crossover study was carried out to compare the quality of chest compression and ventilation between the KF, TF, and TT techniques using a 30: 2 compression-to-ventilation ratio and mouth-to-mouth ventilation. The area of chest compression, finger(s) pain, and fatigability were measured to compare safety and feasibility.

RESULTS

The total frequency of chest compression for 5 min was the highest with the KF technique, followed by the TF and TT techniques. The total frequency of ventilation for 5 min was higher with the KF and TF techniques compared with the TT technique. The total hands-off time was the shortest with the KF technique, followed by the TF and TT techniques. The area of chest compression was the smallest in KF technique. Participants complained of severe finger pain and high fatigability in TF technique.

CONCLUSION

The single-rescuer KF chest compression technique is an effective alternative to the TF or TT techniques for infant cardiac arrest.

摘要

目的

我们设计了一种新的胸部按压技术,即“叩指”胸部按压(KF)技术,供单人急救者在婴儿心搏骤停时使用。我们比较了 KF 技术与两指(TF)和两拇指环绕手(TT)技术的效果和可行性。

参与者和方法

进行了一项前瞻性、随机、交叉研究,使用 30:2 的按压-通气比和口对口通气,比较 KF、TF 和 TT 技术的胸部按压和通气质量。测量了胸部按压面积、手指疼痛和疲劳程度,以比较安全性和可行性。

结果

5 分钟内总按压频率以 KF 技术最高,其次是 TF 和 TT 技术。5 分钟内总通气频率以 KF 和 TF 技术高于 TT 技术。总脱手时间以 KF 技术最短,其次是 TF 和 TT 技术。KF 技术的胸部按压面积最小。参与者在 TF 技术中抱怨手指疼痛剧烈和疲劳感高。

结论

单人 KF 胸部按压技术是婴儿心搏骤停时替代 TF 或 TT 技术的有效方法。

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