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通过明智的推送模式改善疫苗的最后一公里配送:基于乌干达一个农村地区实施研究的经验、机遇与成本

Improving the last mile delivery of vaccines through an informed push model: Experiences, opportunities and costs based on an implementation study in a rural district in Uganda.

作者信息

Bakkabulindi Pamela, Wafula Solomon T, Ssebagereka Anthony, Sekibira Rogers, Mutebi Aloysius, Ameny Jimmy, Abewe Christabel, Isunju John Bosco

机构信息

School of Public Health, Makerere University College of Health Sciences, Kampala, Uganda.

Health Support Initiatives, Kampala, Uganda.

出版信息

PLOS Glob Public Health. 2024 Oct 28;4(10):e0002647. doi: 10.1371/journal.pgph.0002647. eCollection 2024.

Abstract

Developing countries face challenges in ensuring equitable, timely, and efficient vaccine availability at health facilities. In Uganda, the distribution of vaccines from district stores to the last-mile health facilities is hindered by an unpredictable and unreliable mixed push-pull delivery system. This system often results in poor vaccine management, stock-outs, and missed vaccination opportunities. This pilot study aimed to enhance the efficiency of last-mile vaccine delivery by implementing an informed push model. The specific goals were to improve vaccine lead time, standardize cold chain management during transportation, and evaluate the costs of implementing the informed push model. A mixed methods approach was used to evaluate the impact of the informed push model in Gomba district, Uganda. Both quantitative and qualitative data were collected at baseline and endline. Quantitative data included mode, frequency, lead-time, and costs of vaccine delivery, vaccine stock status, and cold chain maintenance during transportation, gathered through semi-structured interviews. Qualitative data on experiences and challenges were collected using a guide. Descriptive statistics were used for quantitative data analysis, while an ingredients approach was used for costing data. Thematic analysis was applied to qualitative data. The informed push system significantly improved vaccine delivery efficiency and quality in Gomba district. The average lead-time for vaccine delivery reduced from 14 days at baseline to 5 days at endline. Timely vaccine receipt at health facilities increased from 36.8% to 100%. Temperature monitoring during transit improved from 26.3% to 100%. The proportion of facilities experiencing stock-outs dropped from 79.0% to 36.8%. Monthly distribution costs decreased from $494.8 ($0.07 per child) to $445.9 ($0.06 per child). The informed push model is a cost-effective strategy for improving last-mile vaccine delivery by reducing lead times, enhancing cold chain management, and decreasing stock-outs. Integration into the national immunization program is recommended for broader adoption in Uganda.

摘要

发展中国家在确保卫生设施中公平、及时且高效地提供疫苗方面面临挑战。在乌干达,从地区仓库到最偏远卫生设施的疫苗配送受到不可预测且不可靠的混合推拉式配送系统的阻碍。该系统常常导致疫苗管理不善、缺货以及错过接种机会。这项试点研究旨在通过实施明智推送模式提高最后一公里疫苗配送的效率。具体目标是缩短疫苗前置时间、规范运输过程中的冷链管理并评估实施明智推送模式的成本。采用混合方法评估明智推送模式在乌干达贡巴区的影响。在基线期和终期收集了定量和定性数据。定量数据包括疫苗配送的方式、频率、前置时间和成本、疫苗库存状况以及运输过程中的冷链维护情况,通过半结构化访谈收集。使用指南收集关于经验和挑战的定性数据。描述性统计用于定量数据分析,而成分法用于成本数据。对定性数据进行了主题分析。明智推送系统显著提高了贡巴区疫苗配送的效率和质量。疫苗配送的平均前置时间从基线期的14天降至终期的5天。卫生设施及时收到疫苗的比例从36.8%增至100%。运输过程中的温度监测从26.3%改善至100%。出现缺货情况的设施比例从79.0%降至36.8%。每月配送成本从494.8美元(每名儿童0.07美元)降至445.9美元(每名儿童0.06美元)。明智推送模式是一种具有成本效益的策略,可通过缩短前置时间、加强冷链管理和减少缺货情况来改善最后一公里疫苗配送。建议将其纳入国家免疫规划以便在乌干达更广泛地采用。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/ca57/11515991/f82dd922a13c/pgph.0002647.g001.jpg

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