D. Chambers, A. Cantrell, Maxine Johnson, L. Preston, S. Baxter, A. Booth, J. Turner
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The bibliographic databases searched were MEDLINE, EMBASE, The Cochrane Library, CINAHL (Cumulative Index to Nursing and Allied Health Literature), HMIC (Health Management Information Consortium), Web of Science and the Association of Computing Machinery (ACM) Digital Library, from inception up to April 2018.\n \n \n \n Brief inclusion criteria were (1) population – general population seeking information online or digitally to address an urgent health problem; (2) intervention – any online or digital service designed to assess symptoms, provide health advice and direct patients to appropriate services; and (3) comparator – telephone or face-to-face assessment, comparative performance in tests or simulations (studies with no comparator were included if they reported relevant outcomes). Outcomes of interest included safety, clinical effectiveness, costs or cost-effectiveness, diagnostic and triage accuracy, use of and contacts with health services, compliance with advice received, patient/carer satisfaction, and equity and inclusion. Inclusion was not restricted by study design. Screening studies for inclusion, data extraction and quality assessment were carried out by one reviewer with a sample checked for accuracy and consistency. Final decisions on study inclusion were taken by consensus of the review team. A narrative synthesis of the included studies was performed and structured around the predefined research questions and key outcomes. The overall strength of evidence for each outcome was classified as ‘stronger’, ‘weaker’, ‘conflicting’ or ‘insufficient’, based on study numbers and design.\n \n \n \n In total, 29 publications describing 27 studies were included. Studies were diverse in their design and methodology. The overall strength of the evidence was weak because it was largely based on observational studies and with a substantial component of non-peer-reviewed grey literature. There was little evidence to suggest that symptom checkers are unsafe, but studies evaluating their safety were generally short term and small scale. Diagnostic accuracy was highly variable between different systems but was generally low. Algorithm-based triage tended to be more risk averse than that of health professionals. Inconsistent evidence was found on effects on service use. There was very limited evidence on patients’ reactions to online triage advice. The studies showed that younger and more highly educated people are more likely to use these services. Study participants generally expressed high levels of satisfaction with digital and online triage services, albeit in uncontrolled studies.\n \n \n \n Findings from symptom checker systems for specific conditions may not be applicable to more general systems and vice versa. Studies of symptom checkers as part of electronic consultation systems in general practice were also included, which is a slightly different setting from a general ‘digital 111’ service. Most studies were screened by one reviewer.\n \n \n \n Major uncertainties surround the probable impact of digital 111 services on most outcomes. It will be important to monitor and evaluate the services using all available data sources and by commissioning high-quality research.\n \n \n \n Priorities for research include comparisons of different systems, rigorous economic evaluations and investigations of patient pathways.\n \n \n \n The study is registered as PROSPERO CRD42018093564.\n \n \n \n The National Institute for Health Research Health Services and Delivery Research programme.\n","PeriodicalId":12880,"journal":{"name":"Health Services and Delivery Research","volume":"1 1","pages":""},"PeriodicalIF":0.0000,"publicationDate":"2019-08-01","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"18","resultStr":"{\"title\":\"Digital and online symptom checkers and assessment services for urgent care to inform a new digital platform: a systematic review\",\"authors\":\"D. Chambers, A. Cantrell, Maxine Johnson, L. Preston, S. Baxter, A. Booth, J. 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引用次数: 18
摘要
患者使用数字和在线症状检查器和评估服务寻求有关健康问题的指导。英国国家医疗服务体系正计划引入一个数字平台(NHS111 Online),与NHS111紧急护理电话服务一起运作。这篇综述的重点是紧急健康问题的数字和在线症状检查器。这项系统评价是委托英国国民保健服务体系对该领域以前的研究进行独立审查,以告知战略决策和服务设计。对7个书目数据库进行重点检索,并辅以症状检查系统名称的短语检索和关键纳入研究的引文检索。检索的书目数据库包括MEDLINE、EMBASE、Cochrane图书馆、CINAHL(护理和相关健康文献累积索引)、HMIC(健康管理信息联盟)、Web of Science和ACM数字图书馆,检索时间从成立到2018年4月。简要纳入标准为:(1)人群——寻求在线或数字信息以解决紧急健康问题的一般人群;(2)干预——任何旨在评估症状、提供健康建议和指导患者接受适当服务的在线或数字服务;(3)比较者——电话或面对面的评估,在测试或模拟中的比较表现(没有比较者的研究如果报告了相关的结果也包括在内)。感兴趣的结果包括安全性、临床有效性、成本或成本效益、诊断和分类准确性、卫生服务的使用和接触、对所收到建议的遵守、患者/护理人员满意度以及公平和包容。纳入不受研究设计的限制。纳入、数据提取和质量评估的筛选研究由一名审稿人进行,并检查样本的准确性和一致性。纳入研究的最终决定由审查小组的一致意见作出。对纳入的研究进行了叙述性综合,并围绕预先确定的研究问题和关键结果进行了结构化。根据研究数量和设计,每个结果的总体证据强度被分为“较强”、“较弱”、“冲突”或“不充分”。总共纳入了29篇出版物,描述了27项研究。研究的设计和方法各不相同。证据的总体强度较弱,因为它主要基于观察性研究,并有大量未经同行评议的灰色文献。几乎没有证据表明症状检查器是不安全的,但评估其安全性的研究通常是短期和小规模的。诊断的准确性在不同的系统之间变化很大,但普遍较低。基于算法的分诊往往比卫生专业人员更倾向于规避风险。对服务使用的影响发现了不一致的证据。关于患者对网上分诊建议的反应的证据非常有限。研究表明,年轻人和受教育程度更高的人更有可能使用这些服务。尽管在非受控研究中,研究参与者普遍对数字和在线分诊服务表示高度满意。症状检查系统针对特定条件的发现可能不适用于更一般的系统,反之亦然。症状检查作为全科医生电子咨询系统的一部分的研究也包括在内,这与一般的“数字111”服务的设置略有不同。大多数研究都是由一位审稿人筛选的。主要的不确定性围绕着数字111服务对大多数结果的可能影响。重要的是利用所有可用的数据源并委托进行高质量的研究,监测和评价这些服务。研究的重点包括对不同系统的比较、严格的经济评估和对患者途径的调查。本研究注册号为PROSPERO CRD42018093564。国家卫生研究所卫生服务和提供研究方案。
Digital and online symptom checkers and assessment services for urgent care to inform a new digital platform: a systematic review
Digital and online symptom checkers and assessment services are used by patients seeking guidance about health problems. NHS England is planning to introduce a digital platform (NHS111 Online) to operate alongside the NHS111 urgent-care telephone service. This review focuses on digital and online symptom checkers for urgent health problems.
This systematic review was commissioned to provide NHS England with an independent review of previous research in this area to inform strategic decision-making and service design.
Focused searches of seven bibliographic databases were performed and supplemented by phrase searching for names of symptom checker systems and citation searches of key included studies. The bibliographic databases searched were MEDLINE, EMBASE, The Cochrane Library, CINAHL (Cumulative Index to Nursing and Allied Health Literature), HMIC (Health Management Information Consortium), Web of Science and the Association of Computing Machinery (ACM) Digital Library, from inception up to April 2018.
Brief inclusion criteria were (1) population – general population seeking information online or digitally to address an urgent health problem; (2) intervention – any online or digital service designed to assess symptoms, provide health advice and direct patients to appropriate services; and (3) comparator – telephone or face-to-face assessment, comparative performance in tests or simulations (studies with no comparator were included if they reported relevant outcomes). Outcomes of interest included safety, clinical effectiveness, costs or cost-effectiveness, diagnostic and triage accuracy, use of and contacts with health services, compliance with advice received, patient/carer satisfaction, and equity and inclusion. Inclusion was not restricted by study design. Screening studies for inclusion, data extraction and quality assessment were carried out by one reviewer with a sample checked for accuracy and consistency. Final decisions on study inclusion were taken by consensus of the review team. A narrative synthesis of the included studies was performed and structured around the predefined research questions and key outcomes. The overall strength of evidence for each outcome was classified as ‘stronger’, ‘weaker’, ‘conflicting’ or ‘insufficient’, based on study numbers and design.
In total, 29 publications describing 27 studies were included. Studies were diverse in their design and methodology. The overall strength of the evidence was weak because it was largely based on observational studies and with a substantial component of non-peer-reviewed grey literature. There was little evidence to suggest that symptom checkers are unsafe, but studies evaluating their safety were generally short term and small scale. Diagnostic accuracy was highly variable between different systems but was generally low. Algorithm-based triage tended to be more risk averse than that of health professionals. Inconsistent evidence was found on effects on service use. There was very limited evidence on patients’ reactions to online triage advice. The studies showed that younger and more highly educated people are more likely to use these services. Study participants generally expressed high levels of satisfaction with digital and online triage services, albeit in uncontrolled studies.
Findings from symptom checker systems for specific conditions may not be applicable to more general systems and vice versa. Studies of symptom checkers as part of electronic consultation systems in general practice were also included, which is a slightly different setting from a general ‘digital 111’ service. Most studies were screened by one reviewer.
Major uncertainties surround the probable impact of digital 111 services on most outcomes. It will be important to monitor and evaluate the services using all available data sources and by commissioning high-quality research.
Priorities for research include comparisons of different systems, rigorous economic evaluations and investigations of patient pathways.
The study is registered as PROSPERO CRD42018093564.
The National Institute for Health Research Health Services and Delivery Research programme.