Zameer Mariam, Phillips-White Nora, Folorunso Olamide, Belt Rachel, Setayesh Hamidreza, Asghar Naeem, Chandio Arshad
VillageReach, Seattle, WA, USA.
Supply Division, UNICEF, Copenhagen, Denmark.
Gates Open Res. 2020 Apr 6;4:31. doi: 10.12688/gatesopenres.13121.1. eCollection 2020.
To improve equity in immunization coverage, potent immunization products must be available in the communities in which low coverage rates persist. Most supply side investments are focused on replacing or establishing new health facilities to improve access to immunization. However, supply chain design must be improved to ensure that potent vaccines are available at all facilities to promote immunization equity. We used the supply chain design process in Pakistan as an opportunity to conceptualize how supply chains could impact equity outcomes. This paper outlines our approach and key considerations for assessing supply chain design as a contributing factor in achieving equitable delivery of immunization services. We conducted a supply chain analysis based on sub-national supply chain and immunization coverage at district level. Supply chain metrics included cold chain coverage and distances between vaccination sites and storage locations. Immunization coverage metrics included the third-dose diphtheria- tetanus-pertussis (DTP3) vaccination rate and the disparity in DTP3 coverage between urban and rural areas. All metrics were analyzed at the district level. Despite data limitations, triangulation across these metrics provided useful insights into the potential contributions of supply chain to equitable program performance at the district level within each province. Overall, our analysis identified supply chain gaps, highlighted supply chain contributions to program performance and informed future health system investments to prioritize children unreached by immunization services.
为提高免疫接种覆盖率的公平性,在覆盖率持续较低的社区必须提供有效的免疫产品。大多数供应方投资集中于更换或建立新的卫生设施,以改善免疫接种的可及性。然而,必须改进供应链设计,以确保所有设施都能获得有效的疫苗,从而促进免疫公平性。我们利用巴基斯坦的供应链设计过程,来构思供应链如何能够影响公平结果。本文概述了我们评估供应链设计作为实现免疫服务公平提供的一个促成因素的方法和关键考虑因素。我们基于次国家级供应链和地区层面的免疫接种覆盖率进行了供应链分析。供应链指标包括冷链覆盖率以及接种点与储存地点之间的距离。免疫接种覆盖率指标包括第三剂白喉-破伤风-百日咳(DTP3)疫苗接种率以及城乡地区DTP3覆盖率的差异。所有指标均在地区层面进行分析。尽管存在数据限制,但对这些指标进行三角测量,为了解供应链对每个省份内地区层面公平项目绩效的潜在贡献提供了有用的见解。总体而言,我们的分析确定了供应链差距,突出了供应链对项目绩效的贡献,并为未来卫生系统投资提供了信息,以便优先考虑未获得免疫服务的儿童。