School of Public Health, Addis Ababa University, Addis Ababa, Ethiopia.
Project HOPE, Ethiopia Country Office, Addis Ababa, Ethiopia.
Am J Trop Med Hyg. 2024 Apr 2;110(5):1029-1038. doi: 10.4269/ajtmh.23-0622. Print 2024 May 1.
Uninterrupted availability of vaccines requires a robust vaccine supply chain and logistics system (VSCLS). With special focus on remote and underserved settings, we assessed the reach and bottlenecks of the Ethiopian VSCLS after the initiation of the last mile transition. We explored the perspectives of key stakeholders using a qualitative phenomenological study. More than 300 in-depth interviews and 22 focus group discussions were conducted. The study was sequentially implemented over two phases to understand the bottlenecks at national and regional (Phase I) and lower (Phase II) levels. After the transition, the Ethiopian Pharmaceutical Supply Service started supplying vaccines directly to health facilities, bypassing intermediaries. The transition reduced supply hiccups and enabled the health sector to focus on its core activities. However, in remote areas, achievements were modest, and health facilities have been receiving supplies indirectly through district health offices. By design, health posts collect vaccines from health centers, causing demotivation of health extension workers and frequent closure of health posts. Challenges of the VSCLS include artificial shortage due to ill forecasting and failure to request needs on time, lack of functional refrigerators secondary to scarcity of skilled technicians and spare parts, and absence of dependable backup power at health centers. Vaccine wastages owing to poor forecasts, negligence, and cold chain problems are common. The VSCLS has not yet sustainably embraced digital logistics solutions. The system is overstrained by frequent outbreak responses and introduction of new vaccines. We concluded that the transition has improved the VSCLS, but the reach remains suboptimal in remote areas.
疫苗的持续供应需要一个强大的疫苗供应链和物流系统(VSCLS)。特别关注偏远和服务不足的地区,我们评估了埃塞俄比亚 VSCLS 在最后一英里过渡启动后的覆盖范围和瓶颈。我们使用定性现象学研究探讨了主要利益相关者的观点。进行了超过 300 次深入访谈和 22 次焦点小组讨论。该研究分两个阶段顺序实施,以了解国家和地区(第一阶段)和较低级别(第二阶段)的瓶颈。过渡后,埃塞俄比亚药品供应服务开始直接向卫生机构供应疫苗,绕过了中间商。这一转变减少了供应中断,使卫生部门能够专注于其核心活动。然而,在偏远地区,取得的成就有限,卫生机构通过地区卫生办公室间接接收供应。按设计,卫生所从卫生中心收集疫苗,这导致卫生推广人员失去积极性,卫生所经常关闭。VSCLS 的挑战包括由于预测不准确和未能及时请求需求而导致的人为短缺、由于缺乏熟练技术人员和备件而导致冷藏设备无法正常运行、以及卫生中心缺乏可靠的备用电源。由于预测不佳、疏忽和冷链问题导致的疫苗浪费很常见。VSCLS 尚未可持续地采用数字物流解决方案。该系统经常因应对疫情爆发和引入新疫苗而不堪重负。我们的结论是,过渡已经改善了 VSCLS,但在偏远地区的覆盖范围仍然不理想。