开发和验证 SALT 分诊法,以帮助识别和分类大规模伤亡事件中的病人。

Journal of injury & violence research Pub Date : 2023-07-01 Epub Date: 2023-07-15 DOI:10.5249/jivr.v15i2.1681
Ghasem Mehralian, Marzieh Pazokian, Yousof Akbari Shahrestanaki, Amir Salari, Amin Saberinia, Soheil Soltani
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引用次数: 0

摘要

背景:大规模伤亡事件(MCI)造成了巨大的经济损失。大规模伤亡事件是指事故造成的伤亡人数暂时增加到一定程度,以该地区现有的设施和能力无法治疗所有这些病人。为了向所有病人提供公平合理的医疗服务,有必要使用一种称为病人分流的程序。本研究旨在修改 "救生干预治疗/转运分类评估"(SALT)分诊方法,以简化绿色与黄色、灰色与红色病人的区分:这是一项描述性横断面方法研究,通过研究 SALT 分诊方法和使用《参考标准》中定义的标准,有助于识别轻伤(门诊)和致命伤(急诊)患者。然后,使用两种常见的和经过改进的 SALT 分诊法,对 100 名模拟病人进行了分诊,并从准确性和速度方面对所获得的数据进行了评估和比较:结果:对 SALT 分诊法进行改进后,第一名护士的分诊错误率降低了 22%,绿色分诊错误率提高了 18%,黄色分诊错误率提高了 43%,红色分诊错误率提高了 15%,灰色分诊错误率提高了 13%。在第二名护士中,该方法能够减少 29% 的错误,在绿色患者类别中,绿色错误减少了 41%,黄色错误减少了 47%,红色错误没有变化,灰色错误减少了 38%。此外,第一名和第二名护士对每个病人的平均分诊时间分别缩短了 4 秒和 5 秒:通过这一修改,第一名护士的诊断能力提高了 22%,第二名护士提高了 29%。由于 mSALT(改良 SALT)分诊法的准确性大幅提高,因此可以认为这种改良是有用的,可用于推进 MCI 分诊目标的实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development and validation of SALT Triage method to facilitate the identification and classification of patients in Mass Casualty Incidents.

Background: Mass Casualty Incidents (MCIs) have caused great financial losses. These incidents are referred to a situation in which the number of casualties caused by the accident temporarily increases to such an extent that it is not possible to treat all these patients with the facilities and capacities available in the area. To offer fair and proportionate medical services to all patients, it is necessary to use a process called patient triage. This study aimed to modify the Sort Assess Lifesaving Intervention Treatment/transport (SALT) triage method to simplify the differentiation of patients from green from yellow and gray from red.

Methods: This is a methodological study with a descriptive cross-sectional approach that by studying the SALT triage method and using the criteria defined in the Reference Standard, facilitates the identification of patients with a minor (Outpatient) and fatal injury (Expectant). Then, using two common and modified SALT triage methods, 100 simulated patients were triaged and the obtained data were evaluated and compared in terms of accuracy and speed.

Results: The improvement made in the SALT triage method was able to reduce 22% of the total triage error of the first nurse and improved 18% in green, 43% in yellow, 15% in red, and 13% in the gray category. In the second nurse, this method was able to reduce 29% of the errors and in the category of green patients, 41%, yellow 47%, red was unchanged, and gray 38% improvement was observed. Furthermore, the average triage rate was 4 and 5 seconds shorter per patient in the first and second nurses, respectively.

Conclusions: With this modification, the diagnostic power has increased by 22% in the first nurse and 29% in the second nurse. Due to the significant increase in the accuracy of the mSALT (Modified SALT) triage method, this modification can be considered useful and can be used to advance the goals of triage in MCIs.

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