Biomedical Innovation

The ASPE issue brief examines the research and development cost and duration associated with bringing novel vaccines to the U.S. market. The results indicate that bringing a novel vaccine to the U.S. market costs an estimated $886.8 million on average, and its development process lasts 10 years.

Key Findings:

March-in authority allows the federal government to grant licenses on privately owned patents for inventions developed with federal funding provided certain statutory requirements are met. It was designed to ensure that the benefits of the American taxpayers’ investment in research and development are reasonably accessible to the public.

The pipeline and commercial market for novel antimicrobial drugs is insufficient to address current and future patient needs or mitigate the loss of effective treatments as antimicrobial resistance spreads. The U.S. Government implements a range of efforts to ensure sustainable availability of antimicrobial treatments, supporting research, product development, and appropriate use.

This landing page presents the abstract of a paper published in Health Affairs. The full text of the article is available at: https://www.healthaffairs.org/doi/abs/10.1377/hlthaff.2023.00837.

Development of novel antimicrobials has slowed, and the preclinical and clinical pipeline is likely to be insufficient to support current and future patient needs.

The market for antimicrobial (AM) drugs is unique in that it is associated with a positive externality (public health) as well as a negative externality (antimicrobial resistance, or AMR) (Mossialos, et al., 2010). AMR occurs when microbes change over time and no longer respond to available medicine.

In 2017, at least 2.8 million people in the U.S. acquired serious infections with bacteria that are resistant to one or more antimicrobial drugs and 35,000 have died as a result. Resistance to antimicrobials is viewed as a global threat with antimicrobial drug use in human and animal health driving resistance.

This issue brief provides a primer on FDA user fees, presents findings of how user fees affect the cost of medical product development, and summarizes the research literature on user fees, most notably in expediting medical product development and approval.

This environmental scan, conducted from September 2016 – September 2021, examines the potential impacts of select strategies on the cost, duration, and phase transition probability associated with drug, preventive vaccine, and therapeutic complex medical device development stages.