Barasa Edwine, Musiega Anita, Hanson Kara, Nyawira Lizah, Mulwa Andrew, Molyneux Sassy, Maina Isabel, Tsofa Benjamin, Normand Charles, Jemutai Julie
Health Economics Research Unit, KEMRI-Wellcome Trust Research Programme, Nairobi, Kenya.
Centre for Tropical Medicine and Global Health, Nuffield Department of Medicine, University of Oxford, Oxford, UK.
Cost Eff Resour Alloc. 2021 Dec 6;19(1):78. doi: 10.1186/s12962-021-00332-1.
Improving health system efficiency is a key strategy to increase health system performance and accelerate progress towards Universal Health Coverage. In 2013, Kenya transitioned into a devolved system of government granting county governments autonomy over budgets and priorities. We assessed the level and determinants of technical efficiency of the 47 county health systems in Kenya.
We carried out a two-stage data envelopment analysis (DEA) using Simar and Wilson's double bootstrap method using data from all the 47 counties in Kenya. In the first stage, we derived the bootstrapped DEA scores using an output orientation. We used three input variables (Public county health expenditure, Private county health expenditure, number of healthcare facilities), and one outcome variable (Disability Adjusted Life Years) using 2018 data. In the second stage, the bias corrected technical inefficiency scores were regressed against 14 exogenous factors using a bootstrapped truncated regression.
The mean bias-corrected technical efficiency score of the 47 counties was 69.72% (95% CI 66.41-73.01%), indicating that on average, county health systems could increase their outputs by 30.28% at the same level of inputs. County technical efficiency scores ranged from 42.69% (95% CI 38.11-45.26%) to 91.99% (95% CI 83.78-98.95%). Higher HIV prevalence was associated with greater technical inefficiency of county health systems, while higher population density, county absorption of development budgets, and quality of care provided by healthcare facilities were associated with lower county health system inefficiency.
The findings from this analysis highlight the need for county health departments to consider ways to improve the efficiency of county health systems. Approaches could include prioritizing resources to interventions that will reduce high chronic disease burden, filling structural quality gaps, implementing interventions to improve process quality, identifying the challenges to absorption rates and reforming public finance management systems to enhance their efficiency.
提高卫生系统效率是提升卫生系统绩效和加速实现全民健康覆盖的关键战略。2013年,肯尼亚过渡到权力下放的政府体制,赋予县政府在预算和优先事项方面的自主权。我们评估了肯尼亚47个县卫生系统的技术效率水平及其决定因素。
我们使用Simar和Wilson的双重自举法进行两阶段数据包络分析(DEA),数据来自肯尼亚所有47个县。在第一阶段,我们采用产出导向得出自举DEA分数。我们使用三个输入变量(县公共卫生支出、县私人卫生支出、医疗设施数量)和一个结果变量(伤残调整生命年),数据为2018年的。在第二阶段,使用自举截断回归对14个外生因素进行偏差校正后的技术无效率分数回归分析。
47个县的平均偏差校正技术效率分数为69.72%(95%置信区间66.41 - 73.01%),这表明平均而言,县卫生系统在相同投入水平下可将产出提高30.28%。县技术效率分数范围为42.69%(95%置信区间38.11 - 45.26%)至91.99%(95%置信区间83.78 - 98.95%)。较高的艾滋病毒流行率与县卫生系统较高的技术无效率相关,而较高的人口密度、县对发展预算的吸收以及医疗设施提供的护理质量与较低的县卫生系统无效率相关。
该分析结果凸显了县卫生部门需要考虑提高县卫生系统效率的方法。方法可包括将资源优先用于能降低高慢性病负担的干预措施、填补结构性质量差距、实施改善过程质量的干预措施、确定吸收率面临的挑战以及改革公共财政管理系统以提高其效率。