Johns Hopkins Bloomberg School of Public Health, Baltimore, Maryland, USA.
Johns Hopkins University School of Medicine, Baltimore, Maryland, USA.
Int J Equity Health. 2021 Apr 6;20(1):90. doi: 10.1186/s12939-021-01403-8.
This study aims to assess the COVID-19 response preparedness of the Mozambican health system by 1) determining the location of oxygen-ready public health facilities, 2) estimating the oxygen treatment capacity, and 3) determining the population coverage of oxygen-ready health facilities in Mozambique.
This analysis utilizes information on the availability of oxygen sources and delivery apparatuses to determine if a health facility is ready to deliver oxygen therapy to patients in need, and estimates how many patients can be treated with continuous oxygen flow for a 7-day period based on the available oxygen equipment at health facilities. Using GIS mapping software, the study team modeled varying travel times to oxygen-ready facilities to estimate the proportion of the population with access to care.
0.4% of all health facilities in Mozambique are prepared to deliver oxygen therapy to patients, for a cumulative total of 283.9 to 406.0 patients-weeks given the existing national capacity, under varying assumptions including ability to divert oxygen from a single source to multiple patients. 35% of the population in Mozambique has adequate access within one-hour driving time of an oxygen-ready health facility. This varies widely by region; 89.1% of the population of Maputo City was captured by the one-hour driving time network, as compared ot 4.4% of the population of Niassa province.
The Mozambican health system faces the dual challenges of under-resourced health facilities and low geographic accessibility to healthcare as it prepares to confront the COVID-19 pandemic. This analysis also illustrates the disparity between provinces in preparedness to deliver oxygen therapy to patient, with Cabo Delgado and Nampula being particularly under-resourced.
本研究旨在通过以下三个方面评估莫桑比克卫生系统对 COVID-19 的应对准备情况:1)确定具备氧气供应能力的公共卫生设施的位置,2)评估氧气治疗能力,以及 3)确定莫桑比克具备氧气供应能力的卫生设施的人口覆盖范围。
本分析利用有关氧气来源和输送设备的信息来确定卫生设施是否有能力为有需要的患者提供氧气治疗,并根据卫生设施现有的氧气设备来估计在 7 天内可以为多少患者提供连续氧气流量治疗。研究团队使用 GIS 制图软件对不同的前往氧气供应能力完备的卫生设施的旅行时间进行建模,以估计能够获得治疗的人口比例。
莫桑比克 0.4%的卫生设施具备向患者提供氧气治疗的能力,在考虑不同假设条件下,包括能否将氧气从单一来源分流至多个患者,全国现有能力下,可提供 283.9 至 406.0 个患者/周的治疗。在一个小时车程内,莫桑比克 35%的人口可以获得足够的氧气供应能力。这在不同地区差异很大,马普托市 89.1%的人口可在一小时车程内到达氧气供应完备的卫生设施,而楠普拉省只有 4.4%的人口可以到达。
莫桑比克卫生系统在准备应对 COVID-19 大流行时,面临卫生设施资源不足和医疗保健地理可达性低的双重挑战。本分析还说明了各省之间在提供氧气治疗能力方面的差距,德尔加杜角省和楠普拉省的资源尤其不足。