使用复合电解质化合物与胞胆碱联合治疗乌克兰急性缺血性卒中患者的药物经济学分析

І. А. Костюк, Т. С. Міщенко, Є. Є. Шалабін
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引用次数: 0

摘要

缺血性中风是一种临床综合征,表现为局灶性或全局性脑功能丧失的体征迅速发展,持续24小时或更长时间,或导致无其他(非血管)原因的死亡。脑中风是最严重的脑血管疾病之一。& # x0D;在中风药物治疗中占有重要地位的是增加神经组织保存的处方药。胞胆碱是磷脂酰胆碱生物合成的重要介质,是生物膜的重要组成部分。 该研究旨在分析乌克兰使用复合电解质化合物与胞胆碱联合治疗急性缺血性卒中患者的成本-效果和预算影响。 成本分析基于缺血性中风后28天内治疗的决策树模型,包括患者需要在门诊或住院治疗中接受康复护理的可能性。 直接费用的成本是根据Neurocytin®联合标准治疗的过程结果确定的,与单独使用标准治疗相比,根据建模分析的结果,标准治疗分别为每1人30 407.10 UAH和28 171.43 UAH。由于使用成本-效果法进行药物经济学分析,计算了成本-效用指标,使用Neurocytin®治疗的成本-效用指标为47 142.79 UAH,标准治疗的成本-效用指标为46 031.74 UAH。计算的ICUR值为68 996.36 UAH,表明Neurocytin®技术联合标准治疗更有效,但成本更高。“支付意愿”的潜在阈值与ICUR值的比值直观地表明,就成本效益而言,从国家预算的角度来看,Neurocytin®技术联合标准治疗在支付意愿的阈值范围内。 根据预算影响分析结果,发现情景3(联合标准治疗的患者使用Neurocytin®的人数每年增加20%)的成本将达到172亿UAH。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pharmacoeconomic analysis of the use of combinations of complex electrolyte compounds with citicoline in the treatment of patients with acute ischemic stroke in Ukraine
Ischemic stroke is a clinical syndrome of rapid development of signs of focal or global loss of brain function that lasts 24 hours or more or leads to death without other (nonvascular) causes. Cerebral stroke is one of the most severe forms of cerebrovascular disease. A significant place in stroke pharmacotherapy is occupied by prescription drugs that increase the preservation of nervous tissue. Citicoline is an essential mediator in phosphatidylcholine biosynthesis, a major component of biological membranes. The study aimed to analyze the cost-effectiveness and budget impact on using of complex electrolyt compounds with citicoline combinations in treatment of patients with acute ischemic stroke in Ukraine. The cost analysis was based on a decision tree model developed for treatment within 28 days after an ischemic stroke, including the likelihood that a patient will need to undergo rehabilitation care in an out-patient or in-patient treatment. The cost of direct expenses was determined based on the results of the course of Neurocytin® in combination with standard therapy, compared to the use of standard therapy alone, which, according to the results of the modelled analysis, is 30 407.10 UAH and 28 171.43 UAH per 1 person, respectively. Due to performing a pharmacoeconomic analysis using the cost-effectiveness method, the cost-utility indicator was calculated, which for treatment with Neurocytin® is 47 142.79 UAH, and for standard therapy – 46 031.74 UAH. The calculated ICUR value is 68 996.36 UAH, which indicates that the technology of Neurocytin® in combination with standard therapy is more effective and more costly. The ratio of the potential threshold of «willingness to pay» and the ICUR value visually demonstrates that in terms of cost-effectiveness, the technology of Neurocytin® in combination with standard therapy is within the threshold of willingness to pay from the perspective of the state budget. Based on the budget impact analysis results, it was found that the cost of Scenario 3 (an annual 20% increase in the number of patients prescribed Neurocytin® in combination with standard therapy) will amount to 17.2 billion UAH.
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