医用氧气作为救生药物:快速审查世界卫生组织东地中海地区应对 COVID-19 及其后的氧气状况和创新努力。

Medical Research Archives Pub Date : 2023-01-01 Epub Date: 2023-07-29 DOI:10.18103/mra.v11i7.2.4162
Chiori Kodama, Gary Kuniyoshi, Shaffi Koya, Mohamed Salem, Mostafa Monier Othman, Kazuyo Iwamoto, Abdinasir Abubakar, Richard Brennan
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引用次数: 0

摘要

背景:医用氧是治疗危及生命的低氧状态的必要手段,通常用于许多主要死亡原因的临床治疗。在 COVID-19(日冕病毒病)大流行之前,世界卫生组织(WHO)东地中海地区(EMR)的许多国家都缺乏强大的医用氧气系统,而需求的增加加剧了这种状况,特别是在偏远地区和农村医疗设施,导致许多人不幸死亡。本文旨在描述该地区的氧气状况以及各国和世卫组织采取的地区性举措:我们进行了一次快速审查,以综合关于氧气及其相关资源的需求和可用性以及所采取的区域性举措的现有文献。我们在 PubMed、世卫组织和世界银行的相关网站上进行了搜索,并使用谷歌进行了一般搜索,以了解可受益于医用氧气供应的健康状况、与氧气相关的资源(包括可用于支持和使用医用氧气的卫生工作者)以及世卫组织、各国和合作伙伴为改善这种状况而采取的举措。除了世卫组织内部记录、评估和咨询报告外,我们还采用了滚雪球技术,查阅了与医用氧有关的所有现有报告、调查、评估和研究数据库:有关氧气供应、供需缺口、基础设施和人力资源的数据很少。区域倡议导致资源增加,包括人力资源和制氧基础设施。活氧平台(LOP)有助于提高供需评估所需高质量数据的可用性:结论:世卫组织、合作伙伴和各国政府制定了一项区域企业战略,以促进可持续、分散和因地制宜的氧气生产、供应和监测,并提供人力资源支持,包括培训和职位安排,这有助于改善该区域的氧气供应情况。此外,有了 LOP,各国政府、世卫组织和合作伙伴可以获得更好的数据,用于政策决策和及时的资源分配。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Medical Oxygen as a Life-Saving Medicine: A rapid review of the oxygen landscape and innovative efforts in the World Health Organization Eastern Mediterranean Region in Response to COVID-19 and Beyond.

Background: Medical oxygen is an essential treatment for life-threatening hypoxemic conditions and is commonly indicated for the clinical management of many leading causes of mortality. Many countries of the World Health Organization (WHO) Eastern Mediterranean Region (EMR) lacked robust medical oxygen systems prior to the COVID-19 (corona virus disease) pandemic and this situation was exacerbated by increased needs, particularly in remote and rural health facilities, resulting in many unfortunate deaths. The aim of this article is to describe the oxygen landscape in the region and the regional initiatives undertaken by countries and WHO.

Methodology: We conducted a rapid review to synthesize the available literature on the needs and availability of oxygen and its related resources and the regional initiatives undertaken. We conducted search in PubMed, relevant WHO and World Bank websites, and in general using google to understand the health of conditions that could benefit from the availability of medical oxygen, oxygen related resources including health workforce available for support and usage of medical oxygen, and the initiatives by WHO, countries and partners to improve the situation. We used a snowballing technique and reviewed all available databases for reports, surveys, assessments, and studies related to medical oxygen, besides WHO internal records, assessments, and consultation reports.

Results: The data on oxygen availability, supply demand gap, infrastructure facilities, and human resources were sparse. The regional initiatives have led to increase in resources, including human resources and oxygen production infrastructure. The Live Oxygen Platform (LOP), contributed to improved availability of quality data needed for supply demand assessments.

Conclusion: A regional enterprise strategy to promote sustainable, decentralized, and contextualized production, supply, and monitoring of oxygen together with human resource support including training and placement by WHO, partners, and governments contributed to improved availability of oxygen in the region. Additionally, with the LOP, governments, WHO, and partners have access to better data availability for policy decision making and timely resource allocation.

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