儿童呼吸道感染的综合诊断是医院抗生素管理工具之一

A. V. Vlasova, Pavel B. Berezhanskiy
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摘要

为了比较根据 RP-2021 协议在莫罗佐夫市儿童临床医院儿科引入综合症诊断的有效性,我们开展了一项观察性、前瞻性、非干预性研究。研究分两个阶段进行。前瞻性阶段(2022 年 2 月至 6 月)使用多重 PCR 测试(mPCR)--BioFire FilmArray 呼吸系统面板--以及根据公认的患者检查标准进行的常规诊断测试。研究的第二阶段是对对比组(历史对照组)的主要医疗记录进行回顾性分析,以了解同一时期(2021 年 2 月至 6 月)的标准检测结果。历史对照组 40 名患者的数据来自 CIS EMIAS 系统。前瞻性对照组的 mPCR 结果可在几小时后,即诊断算法开始时提供给医生。引入 mPCR 检测后,前瞻组的住院时间比引入该技术前缩短了一天。研究表明,对于早产儿、支气管肺发育不良儿童、支气管炎患者、合并症患者、重症监护室疑似流感患者、百日咳患者和非典型病原体患者来说,快速综合征诊断检测方法可以快速确定呼吸道感染的病原体,从而优化抗生素处方和住院时间。这项研究强调了快速诊断五岁以下儿童患者呼吸道病原体的重要性,以便在急诊科收治疑似急性呼吸道感染患者时优化患者管理。在引入 mPCR 检测后的前瞻性观察组中,患者接受抗生素治疗的几率明显降低,为 47.5%(19 人),而历史对照组为 72.5%(29 人)。这项研究展示了儿童呼吸道感染综合征诊断方法的优势,是提高儿童医院抗生素使用合理性的最有效工具之一。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Syndromic Diagnostics of Respiratory Infections in Children As One of Antibiotic Management Tools in a Hospital
An observational, ambispective, non-interventional study was conducted to compare the effectiveness of introducing syndromic diagnostic according to the RP-2021 protocol on the basis of the pediatric departments of the Morozov Children's City Clinical Hospital. The study was carried out in two phases. The prospective phase (February–June 2022) was conducted using multiplex PCR tests (mPCR) – BioFire FilmArray respiratory panel – and routine diagnostic tests according to accepted standards for patient examination. The second phase of the study was a retrospective analysis of the comparison group’s (historical control group) primary medical records for standard test results from the same time frame, February to June 2021. Data on 40 patients on the historical control group were taken from the CIS EMIAS system. The mPCR results of the prospective group were available to the doctor several hours later, at the very beginning of the diagnostic algorithm. The length of the hospital stay in the prospective period following the introduction of mPCR testing was reduced by one day compared to the period before the introduction of this technology. The study showed that express methods of syndromic diagnostic testing allow to quickly establish the etiology of a respiratory infection for preterm infants, as well as children with bronchopulmonary dysplasia, bronchiolitis, comorbid patients, patients in the ICU with suspected influenza, whooping cough, and atypical pathogens, which in turn optimizes antibiotics prescription and hospitalization time. This study highlights the importance of rapid diagnosis of respiratory pathogens in pediatric patients under the age of five in order to optimize patient management when admitting them to the emergency department with a suspected acute respiratory infection. In the prospective observation group after the introduction of mPCR testing, patients were significantly less likely to receive antibiotics — 47.5% (n=19) compared to the historical control group of 72.5% (n=29). The study presents the advantages of the syndromic approach to the diagnosis of respiratory infections in children as one of the most effective tools for increasing the rationality of antibiotic use in a children's hospital.
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