首页> 外文期刊>Drugs: International Journal of Current Therapeutics and Applied Pharmacology Reviews, Featuring Evaluations on New Drugs, Review Articles on Drugs and Drug Therapy, and Drug Literature Abstracts >Why Biologics and Biosimilars Remain So Expensive: Despite Two Wins for Biosimilars, the Supreme Court's Recent Rulings do not Solve Fundamental Barriers to Competition
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Why Biologics and Biosimilars Remain So Expensive: Despite Two Wins for Biosimilars, the Supreme Court's Recent Rulings do not Solve Fundamental Barriers to Competition

机译:为什么生物学和生物纤维单模仍然如此昂贵:尽管生物仿制物有两胜,最高法院最近的裁决不解决竞争的基本障碍

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Biologics and biosimilars are medicines made from living cells that treat common and serious diseases such as cancer, diabetes, rheumatoid arthritis, and other inflammatory diseases. They are highly targeted, efficacious, and represent an increasingly important part of physicians' armamentaria in the combat against these medical conditions. Yet they are extremely expensive, costing on average $10,000-$30,000 per year and exceed $500,000 for the most expensive biologics. The advent of biosimilar drugs, or high similar copies of biologics, was supposed to help reduce costs, but thus far the cost of treatment with biologics or biosimilars has not fallen sharply in the USA. We argue that a primary hurdle is the extent of patent protection for the reference biologics that impedes greater numbers of biosimilars entering into the market. To date, of the 12 biosimilars approved for marketing by the US Food and Drug Administration (FDA), only five are commercially available. All but one of the remaining biosimilars are withheld from commercialization due to patent disputes. We argue that the market for biologics and biosimilars will become price competitive only if more biosimilars are available to patients. To this end, the process to eliminate marginally inventive patents held by the reference drug makers must be streamlined and improved. In this perspective article, we suggest actions to improve the pre-FDA approval patent resolution process known as the patent dance, the streamlined patent invalidation process known as Inter Partes Reviews, and the process of granting patents.
机译:生物学和生物仿生是一种用活细胞制成的药物,可治疗癌症,糖尿病,类风湿性关节炎和其他炎症疾病等常见和严重疾病。他们是高度目标,有效的,并且代表了对战斗中的医生尸体的越来越重要的部分反对这些医疗条件。然而,它们的价格极其昂贵,平均每年10,000-30,000美元,最昂贵的生物制剂价格超过500,000美元。 BioSimilar药物的出现,或高相似的生物制剂副本,应该有助于降低成本,但到目前为止,在美国的生物学或生物仿制性的治疗成本并未急剧下降。我们认为主要障碍是对参考生物学的专利保护程度,阻碍了进入市场的更多生物仿制物。迄今为止,在美国食品和药物管理局(FDA)批准营销的12个生物仿制物中,只有五个可商购。除了专利纠纷,所有剩余的生物仿制物之一除了商业化之外。我们认为,如果患者可用的生物纤维单体,生物学和生物仿制性市场将成为价格竞争力。为此,必须简化和改进消除由参考药物制造商持有的略微发明专利的过程。在这篇透视文章中,我们建议改善被称为专利舞蹈的FDA批准专利解析程序的行动,被称为党间审查的简化专利失效过程以及授予专利的过程。

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