Berendes David, Martinsen Andrea, Lozier Matt, Rajasingham Anu, Medley Alexandra, Osborne Taylor, Trinies Victoria, Schweitzer Ryan, Prentice-Mott Graeme, Pratt Caroline, Murphy Jennifer, Craig Christina, Lamorde Mohammed, Kesande Maureen, Tusabe Fred, Mwaki Alex, Eleveld Alie, Odhiambo Aloyce, Ngere Isaac, Kariuki Njenga M, Cordon-Rosales Celia, Contreras Ana Paulina Garzaro, Call Douglas, Ramay Brooke M, Ramm Ronald Eduardo Skewes, Paulino Cecilia Jocelyn Then, Schnorr Charles Daniel, Aubin Michael De, Dumas Devan, Murray Kristy O, Bivens Nicholas, Ly Anh, Hawes Ella, Maliga Adrianna, Morazan Gerhaldine H, Manzanero Russell, Morey Francis, Maes Peter, Diallo Yagouba, Ilboudo Marcelin, Richemond Daphney, Hattab Omar El, Oger Pierre Yves, Matsuhashi Ayuko, Nsambi Gertrude, Antoine Jeremie, Ayebare Richard, Nakubulwa Teddy, Vosburgh Waverly, Boore Amy, Herman-Roloff Amy, Zielinski-Gutierrez Emily, Handzel Tom
Waterborne Disease Prevention Branch, Division of Foodborne, Waterborne, and Environmental Diseases, National Center for Emerging and Zoonotic Infectious Diseases, Centers for Disease Control and Prevention, Atlanta, Georgia, USA.
Emergency Response and Recovery Branch, Division of Global Health Protection, Center for Global Health, Centers for Disease Control and Prevention, Atlanta, Georgia, USA.
PLOS Water. 2022 Jun 15;1(6). doi: 10.1371/journal.pwat.0000027.
Continuity of key water, sanitation, and hygiene (WASH) infrastructure and WASH practices-for example, hand hygiene-are among several critical community preventive and mitigation measures to reduce transmission of infectious diseases, including COVID-19 and other respiratory diseases. WASH guidance for COVID-19 prevention may combine existing WASH standards and new COVID-19 guidance. Many existing WASH tools can also be modified for targeted WASH assessments during the COVID-19 pandemic. We partnered with local organizations to develop and deploy tools to assess WASH conditions and practices and subsequently implement, monitor, and evaluate WASH interventions to mitigate COVID-19 in low- and middle-income countries in Latin America and the Caribbean and Africa, focusing on healthcare, community institution, and household settings and hand hygiene specifically. Employing mixed-methods assessments, we observed gaps in access to hand hygiene materials specifically despite most of those settings having access to improved, often onsite, water supplies. Across countries, adherence to hand hygiene among healthcare providers was about twice as high after patient contact compared to before patient contact. Poor or non-existent management of handwashing stations and alcohol-based hand rub (ABHR) was common, especially in community institutions. Markets and points of entry (internal or external border crossings) represent congregation spaces, critical for COVID-19 mitigation, where globally-recognized WASH standards are needed. Development, evaluation, deployment, and refinement of new and existing standards can help ensure WASH aspects of community mitigation efforts that remain accessible and functional to enable inclusive preventive behaviors.
关键的水、环境卫生和个人卫生(WASH)基础设施及WASH实践(例如手部卫生)的连续性,是包括新冠病毒病及其他呼吸道疾病在内的几种重要的社区预防和缓解措施,有助于减少传染病传播。新冠病毒病预防的WASH指南可将现有的WASH标准与新的新冠病毒病指南相结合。在新冠病毒病大流行期间,许多现有的WASH工具也可进行修改,用于有针对性的WASH评估。我们与当地组织合作,开发并部署工具,以评估WASH状况和实践,随后实施、监测和评估WASH干预措施,以减轻拉丁美洲、加勒比地区和非洲低收入和中等收入国家的新冠病毒病影响,特别关注医疗保健、社区机构和家庭环境,尤其是手部卫生。通过采用混合方法评估,我们发现,尽管这些环境大多能获得改善后的、通常是现场的供水,但在获取手部卫生用品方面仍存在差距。在各个国家,医疗保健人员在接触患者后遵守手部卫生的情况比接触患者前高出约一倍。洗手站和酒精基洗手液(ABHR)管理不善或不存在的情况很常见,尤其是在社区机构中。市场和入境点(内部或外部边境口岸)是人员聚集场所,对减轻新冠病毒病影响至关重要,需要全球认可的WASH标准。制定、评估、部署和完善新的及现有的标准,有助于确保社区缓解措施中的WASH方面保持可及性和功能性,以促进包容性预防行为。