1Johns Hopkins University,Department of Emergency Medicine,Baltimore,Maryland USA.
2University of Chicago,Department of Internal Medicine,Chicago,Illinois USA.
Prehosp Disaster Med. 2014 Jun;29(3):311-6. doi: 10.1017/S1049023X14000363. Epub 2014 Apr 16.
The goal of an Emergency Medical Services (EMS) system is to prevent needless death or disability from time-sensitive disease processes. Despite growing evidence that these processes contribute significantly to mortality in low- and middle- income countries (LMICs), there has been little focus on the development of EMS systems in poor countries. Problem The objective of this study was to understand the utilization pattern of a newly-implemented EMS system in Ruhiira, Uganda.
An EMS system based on community priorities was implemented in rural Uganda in 2009. Six months of ambulance logs were reviewed. Patient, transfer, and clinical data were extracted and analyzed.
In total, 207 cases were reviewed. Out of all transfers, 66% were for chief complaints that were obstetric related, while 12% were related to malaria. Out of all activations, 77.8% were for female patients. Among men, 34% and 28% were related to malaria and trauma, respectively. The majority of emergency transfers were from district to regional hospitals, including 52% of all obstetric transfers, 65% of malaria transfers, and 62% of all trauma transfers. There was no significant difference in the call to arrival on scene time, the time to scene or the scene to treatment time during the day and night (P > .05). Cost-benefit analysis revealed a cost of $89.95 per life saved with an estimated $0.93/capita to establish the system and $0.09/capita/year to maintain the system.
Contrary to current belief, EMS systems in rural Africa can be affordable and highly utilized, particularly for life-threatening, nontrauma complaints. Construction of a simple but effective EMS system is feasible, acceptable, and an essential component to the primary health care system of LMICs.
紧急医疗服务(EMS)系统的目标是预防因时间敏感的疾病进程而导致的无谓死亡或残疾。尽管越来越多的证据表明,这些进程对中低收入国家(LMICs)的死亡率有重大影响,但对于贫困国家 EMS 系统的发展关注甚少。
本研究的目的是了解乌干达鲁希拉新实施的 EMS 系统的使用模式。
2009 年,在乌干达农村地区实施了一项基于社区优先事项的 EMS 系统。审查了六个月的救护车日志。提取并分析了患者、转院和临床数据。
共审查了 207 例病例。在所有转院病例中,66%是因产科相关主诉,12%是因疟疾。在所有激活病例中,77.8%是女性患者。在男性中,分别有 34%和 28%与疟疾和创伤有关。大多数紧急转院是从地区医院到区域医院,包括 52%的产科转院、65%的疟疾转院和 62%的所有创伤转院。白天和夜间的呼叫到达现场时间、到达现场时间和现场治疗时间没有显著差异(P>0.05)。成本效益分析显示,每挽救一条生命的成本为 89.95 美元,建立该系统的估计成本为每人 0.93 美元,维护该系统的成本为每年每人 0.09 美元。
与当前的观点相反,非洲农村的 EMS 系统是负担得起的,并且可以得到高度利用,特别是对于危及生命的非创伤性投诉。构建一个简单但有效的 EMS 系统是可行的、可接受的,也是 LMICs 初级卫生保健系统的重要组成部分。