利用数据独占权奖励激励生物制剂生产工艺的累积创新。

The American University law review Pub Date : 2017-01-01
Eric Lawrence Levi
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摘要

医药市场分为两类化合物:小分子化合物和大分子生物制剂。由于生物制剂的分子大小和目前生物制剂生产的科学状况,生产设施和工艺需要经常重新评估,以确保安全、纯净和有效的治疗方法的再现。制造商利用专利和药品监管法律来保护他们的投资,同时也表明哪些地方缺乏创新和投资。现行的4年和12年的生物制品价格、竞争和创新法案没有跟上科学发展的步伐;生物制剂生产工艺随着时间的推移而变化,如果制造商能够获得更高程度的工艺控制,那么它就不应该感到受限于等待其独占期结束。目前,FDA很少单独授予生产工艺改进的市场专有权;因此,制造工艺-或至少其中的大部分-通常作为商业秘密或在伴侣组合物权利要求中战略性地要求。因此,在监管框架中存在重大机会,以激励生物制剂制造过程的研究和开发。通过创造一到四年的数据独占延长机会,制造商将更放心地将投资回报再投资于生产效率,制造商可以利用其生物制剂的复杂分子特性。
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Using Data Exclusivity Grants to Incentivize Cumulative Innovation of Biologics' Manufacturing Processes.

The pharmaceutical market is divided into two types of compounds: small-molecule chemical compounds and large-molecule biologics. Due to biologics’ molecular sizes and the current scientific state of biologics manufacturing, manufacturing facilities and processes require frequent reassessment to ensure production of safe, pure, and potent therapeutics. Manufacturers utilize patent and drug regulatory law to protect their investments and simultaneously signal where innovation and investment are lacking. The current four- and twelve-year regimented structures of the Biologics Price, Competition, and Innovation Act do not keep pace with scientific development; biologics manufacturing processes drift with time, and if a manufacturer can obtain a higher degree of process control, then it should not feel restricted to wait until their exclusivity period lapses. Currently, the FDA rarely grants market exclusivity privileges for manufacturing process improvements alone; hence, manufacturing processes--or at least large portions thereof--are typically withheld as trade secrets or strategically claimed within companion composition claims. As a result, significant opportunity exists in regulatory framework to incentivize the research and development of biologics manufacturing processes. By creating a one- to four-year data exclusivity extension opportunity, manufacturers will feel more comfortable reinvesting their returns on investment towards manufacturing efficiency, and manufacturers can capitalize on the complex-molecule nature of their biologic.

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