Mestre-Ferrándiz Jorge, Iniesta Margarita, Trapero-Bertran Marta, Espín Jaime, Brosa Max
Consultor económico independiente, Madrid, España.
Asociación Española de Laboratorios de Medicamentos Huérfanos y Ultrahuérfanos, Madrid, España.
Gac Sanit. 2020 Mar-Apr;34(2):141-149. doi: 10.1016/j.gaceta.2019.02.008. Epub 2019 Apr 20.
To assess the access to orphan medicines in Spain, focusing on those with an active "orphan" designation, as of 31 December 2017; and for those orphan medicines in the Spanish market, estimate the time between being assigned a National Code (NC) by the Agencia Española de Medicamentos y Productos Sanitarios (AEMPS) and being approved for launch.
We used the European Commission's Public Register of orphan medicines to identify the orphan medicines authorised by the European Medicines Agency (EMA), as of 31 December 2017, while we sourced expired orphan indications from the EMA's website. Dates when NCs were assigned were sourced from the AEMPS, and commercialisation dates from Bot PLUS. A descriptive analysis of the study variables was done. The quantitative variables were described using means and medians, as well as standard deviations and ranges. The qualitative variables were described according to absolute and relative frequencies. The comparison of results was performed by parametric and non-parametric contrasts according to the applicability, at a 5% significance level.
The EMA has approved 100 orphan medicines (with designation as of 31/12/2017) between 2002-2017. Eighty-six have a NC assigned by the AEMPS. Fifty-four have been launched in Spain (representing 54% of the full sample; 63% with NC). For the 53 orphan drugs with launch date in Spain, the median time between receiving its NC and its launch is 13.4 months (standard deviation: 17.0; minimum: 2.1; maximum: 91,7). The median time is 12.4 months and 14.0 months for those medicines launched in Spain between 2002-2013 and 2014-2017 respectively (p = 0.46). This difference is not statistically significant, which is what could be expected given the low numbers of orphan medicines in the "population".
Complex factors determine the access to orphan drugs in Europe. The centralised procedure to obtain marketing authorisation at European level is a success. However, access is more limited, given the complexities of the evaluation of the available evidence for pricing and reimbursement decisions. It is therefore necessary to implement new policies that reduce inequalities in access and help achieve sustainable healthcare systems. To achieve this, they will need to offer the possibility of allowing earlier access, and using payment by results when there is high uncertainty.
评估截至2017年12月31日西班牙孤儿药的可及性,重点关注那些有有效“孤儿药”认定的药物;对于西班牙市场上的那些孤儿药,估计西班牙药品和卫生产品管理局(AEMPS)为其指定国家代码(NC)到批准上市之间的时间。
我们使用欧盟委员会的孤儿药公共登记册来确定截至2017年12月31日欧洲药品管理局(EMA)批准的孤儿药,同时从EMA网站获取过期的孤儿药适应症。指定NC的日期来自AEMPS,商业化日期来自Bot PLUS。对研究变量进行了描述性分析。定量变量用均值、中位数以及标准差和范围来描述。定性变量根据绝对频率和相对频率来描述。根据适用性,在5%的显著性水平下通过参数和非参数对比进行结果比较。
2002年至2017年期间,EMA批准了100种孤儿药(截至2017年12月31日有认定)。86种有AEMPS指定的NC。54种已在西班牙上市(占整个样本的54%;有NC的占63%)。对于在西班牙有上市日期的53种孤儿药,从获得NC到上市的中位时间为13.4个月(标准差:17.0;最小值:2.1;最大值:91.7)。2002年至2013年以及2014年至2017年在西班牙上市的那些药物的中位时间分别为12.4个月和14.0个月(p = 0.46)。这种差异无统计学意义,鉴于“总体”中孤儿药数量较少,这是可以预期的。
复杂因素决定了欧洲孤儿药的可及性。在欧洲层面获得上市许可的集中程序是成功的。然而,鉴于定价和报销决策可用证据评估的复杂性,可及性更有限。因此,有必要实施新政策以减少可及性方面的不平等并帮助实现可持续的医疗保健系统。要做到这一点,需要提供允许更早可及的可能性,并在不确定性高时采用按结果付费的方式。