Joseph Nuradh, Peiris Vimukthini, Bamunuarachchi Vodathi, Abeysinghe Prasad, Jeyakumaran Nadarajah, Jayathilake Devinda, Perera Kanthi, Fernandopulle Rohini, Gunasekera Sanjeeva
District General Hospital - Hambantota 82000, Sri Lanka.
Sri Lanka Cancer Research Group, Maharagama 10280, Sri Lanka.
Ecancermedicalscience. 2025 Jul 2;19:1941. doi: 10.3332/ecancer.2025.1941. eCollection 2025.
Cancer care in Sri Lanka is predominantly provided through its state health system which is free at the point of delivery. We performed a budget impact analysis of novel cancer drugs with a view to enabling better prioritising of their procurement.
Median survival gain was obtained for each indication of a novel cancer drug by a review of the literature. The direct cost of drug procurement was obtained from the Ministry of Health of Sri Lanka and the cost per life year gained was computed for each indication. Two thresholds - per capita gross domestic product (GDP) per life year gained (GDP × 1 = US$3815) and three times per capita GDP per life year gained (GDP × 3 = US$11445) were considered to determine cost effectiveness. The cumulative annual cost of these treatments was subsequently determined.
Data obtained on 42 novel cancer drugs spanning across 90 indications were included in the analysis. The cumulative annual treatment cost when the threshold was set at GDP × 1 was United States Dollar (US$) 6 million and it increased to US$ 13.2 million if the threshold was expanded (GDP × 3 = US$11445). Only 27 indications met the (GDP × 3 = US$11445) threshold while there were 18 drugs that did not meet the thresholds for any indication. Without a threshold, if every eligible patient were to receive treatment as currently indicated, the total cost would reach almost US$ 300 million per year.
Budget impact analyses and defining cost-effectiveness thresholds will lead to considerable savings and help prioritise the procurement of novel agents in the state health system in Sri Lanka.
斯里兰卡的癌症护理主要通过其在提供服务时免费的国家卫生系统来提供。我们对新型癌症药物进行了预算影响分析,以便能够更好地确定其采购优先级。
通过文献综述获取每种新型癌症药物每种适应症的中位生存获益。从斯里兰卡卫生部获取药物采购的直接成本,并计算每种适应症每获得一个生命年的成本。考虑了两个阈值——每获得一个生命年的人均国内生产总值(GDP×1 = 3815美元)和每获得一个生命年的人均GDP的三倍(GDP×3 = 11445美元),以确定成本效益。随后确定了这些治疗的年度累计成本。
分析纳入了42种新型癌症药物涉及90种适应症的数据。当阈值设定为GDP×1时,年度累计治疗成本为600万美元,如果阈值扩大(GDP×3 = 11445美元),则增加到1320万美元。只有27种适应症达到了(GDP×3 = 11445美元)的阈值,而有18种药物在任何适应症上都未达到阈值。如果没有阈值,若每个符合条件的患者都按照当前适应症接受治疗,每年的总成本将达到近3亿美元。
预算影响分析和确定成本效益阈值将带来可观的节省,并有助于在斯里兰卡国家卫生系统中优先采购新型药物。