Prasad Sridevi K, Snyder Jedidiah S, LaFon Erin, O'Brien Lilly A, Rogers Hannah K, Cumming Oliver, Esteves Mills Joanna, Gordon Bruce, Wolfe Marlene K, Freeman Matthew C, Caruso Bethany A
Hubert Department of Global Health, Rollins School of Public Health, Emory University, Atlanta, Georgia, USA.
Gangarosa Department of Environmental Health, Rollins School of Public Health, Emory University, Atlanta, Georgia, USA.
BMJ Glob Health. 2025 Sep 16;10(Suppl 7):e018928. doi: 10.1136/bmjgh-2025-018928.
This systematic review identified and examined the theories, barriers and enablers, behaviour change techniques (BCTs), and design features of interventions that have been leveraged to improve and sustain hand hygiene in community settings. It was conducted to support the development of the WHO Guidelines for Hand Hygiene in Community Settings.
We searched PubMed, Web of Science, EMBASE, CINAHL, Global Health, Cochrane Library, Global Index Medicus, Scopus, PAIS Index, WHO IRIS, UN Digital Library and World Bank eLibrary for studies published through 29 March 2023, and consulted experts. Eligible studies had an intervention targeting hand hygiene behaviour, quantitatively measured hand hygiene practice, were published in English after 1 January 1980 and were set in non-healthcare community settings. Studies in healthcare settings, nursing homes or long-term care facilities were excluded. Two reviewers independently extracted data from each study and appraised study quality (Mixed Method Appraisal Tool).
223 eligible studies (including 247 398 participants) met inclusion criteria, 82% of which were reported to be effective at improving hand hygiene. A minority (28%) used theory to inform intervention design. Interventions did not always address identified barriers or enablers. Most interventions addressed 'action knowledge' (eg, handwashing instruction), which was not a widely reported barrier or enabler. Interventions did not extensively address the physical environment (eg, resource availability) despite its importance for hand hygiene. Interventions leveraged a variety of BCT combinations, limiting comparability. We did not conduct a meta-analysis on effectiveness due to heterogeneity across studies. 10 studies evaluated hand hygiene station design adaptation, six examined variations in frequency or intensity of intervention delivery, and four focused on people with disabilities, revealing gaps in evidence.
Findings are limited by inconsistent intervention reporting but more consistent identification and leveraging of barriers and enablers would improve alignment of hand hygiene interventions to local context.
CRD42023429145.
本系统评价确定并研究了用于改善和维持社区环境中手部卫生的理论、障碍与促进因素、行为改变技术(BCTs)以及干预措施的设计特点。开展本评价是为了支持世界卫生组织《社区环境手部卫生指南》的制定。
我们检索了PubMed、科学网、EMBASE、护理学与健康领域数据库、全球卫生、Cochrane图书馆、全球医学索引、Scopus、公共事务信息服务数据库索引、世界卫生组织信息资源信息系统、联合国数字图书馆和世界银行电子图书馆,以查找截至2023年3月29日发表的研究,并咨询了专家。符合条件的研究需有针对手部卫生行为的干预措施,对手部卫生实践进行定量测量,于1980年1月1日后以英文发表,且设定在非医疗社区环境中。排除在医疗环境、疗养院或长期护理机构开展的研究。两名评价员独立从每项研究中提取数据并评估研究质量(混合方法评价工具)。
223项符合条件的研究(包括247398名参与者)满足纳入标准,其中82%的研究报告称在改善手部卫生方面有效。少数研究(28%)运用理论为干预措施设计提供依据。干预措施并非总能解决已确定的障碍或促进因素。大多数干预措施针对的是“行动知识”(如洗手指导),而这并非广泛报道的障碍或促进因素。尽管物理环境(如资源可用性)对手部卫生很重要,但干预措施并未广泛涉及。干预措施采用了多种BCT组合,限制了可比性。由于各研究之间存在异质性,我们未对有效性进行Meta分析。10项研究评估了手部卫生站设计适应性,6项研究考察了干预实施频率或强度的变化,4项研究关注残疾人,结果显示存在证据空白。
研究结果受到干预措施报告不一致的限制,但更一致地识别和利用障碍与促进因素将改善手部卫生干预措施与当地实际情况的契合度。
PROSPERO注册号:CRD42023429145。