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MSD Policy Passport on Pharmaceutical Innovation (Guest blog)

Over past decades, pharmaceutical companies have made phenomenal progress towards developing new medicines to address unmet medical needs. Since 2000 alone, 759 innovative medicines and vaccines have been launched, tackling a range of conditions for both infectious and chronic diseases. [1]

A fundamental achievement of pharmaceutical innovation is the tremendous progress in life expectancy and better health we have experienced in the last 60 years [2].  Just to cite a few - antibiotics, vaccines, cardiovascular medicines, diabetes medicines, antiretroviral against HIV/AIDS, hepatitis C cures, and breakthrough cancer medicines are among the new treatments that have helped us achieve critical progress in healthcare.

Taking stock of these challenges and the importance for European patients, health systems and economy of a robust research-based pharmaceutical industry, MSD decided to develop a “Policy Passport on Pharmaceutical Innovation”. This document is intended to provide policy makers with a “roadmap” of the drivers and critical policies that support pharmaceutical innovation. By means of reviewing the various issues under discussion across the EU regarding pharmaceutical policy, we wanted to highlight the critical role played by government policies in creating the right conditions for pharmaceutical companies to invest over €36.5 billion in research and development in the EU alone in 2018. [7]

However, the long and risky path pharmaceutical companies embark on to produce innovative medicines remains poorly understood.


Medicines Don’t Grow on Trees

Clearly this is a complex industry, which is at the heart of a complex ecosystem mixing public and private actors. The breadth of activities taken on by pharmaceutical companies is staggering. Key elements include research in fundamental science to understanding biological mechanisms, screening of large compound libraries to find potential targets, and deploying large and complex clinical trials to demonstrate the safety and efficacy of our products. This explains why the pharmaceutical and biotechnology sector amounts to 18.9% of total business R&D expenditure worldwide. [3] It is also the sector with the highest ratio of R&D investments to sales: In 2016 and 2017, MSD alone invested over $10 billion per year, representing about 25% of our sales. [4]

And all this is only made possible thanks to government policies that support innovation.


Government Policies Matter
This level of complexity, and even fragmentation throughout the research and development of new medicines, results in a clear challenge for policy makers who regulate our industry. The first question is where should pharmaceutical policy be decided? Is it a public health question, or an industrial policy issue? In fact, governments play a key role through three main pillars: Investment in fundamental research, sustained efforts to improve population health through sustainable healthcare systems, and the implementation of robust industrial policies, such as intellectual property rights. How these policies are shaped, and the decisions taken by policy makers and regulators, can either accelerate or deter R&D investments. This can make the difference between providing a new medicine or no treatment at all for patients.

One of the best illustrations of the role played by policy makers is the implementation of the Orphan Medicines Regulation (EC No141/2000). This Regulation was intended to increase R&D efforts and investments towards rare diseases. Before the EU Orphan Regulation only 8 medicines were licensed for treating rare diseases in Europe. Today, over 160 new treatments have been authorised by the European Medicines Agency.[5]

Another illustration, but in reverse, can be taken from the increased concern over the availability of new antimicrobials in order to address the rise of antimicrobial resistance. Every year at least 25,000 people in the EU alone die from infections caused by resistant bacteria. Unless action is taken, we could revert to a world where simple infections are no longer treatable. The EU and Member State governments can address these barriers and revitalise R&D in this area through a suite of push and pull incentives to support antimicrobial innovation and appropriate use. MSD is among the few large companies remaining fully invested in developing new antimicrobials, and has proposed a Global Action Plan to address antimicrobial resistance and unlock increased R&D investments in this field. [6]

Untangling a Web of Health, Science, and Industrial Policies

Taking stock of these challenges and the importance for European patients, health systems and economy of a robust research-based pharmaceutical industry, MSD decided to develop a “Policy Passport on Pharmaceutical Innovation”. This document is intended to provide policy makers with a “roadmap” of the drivers and critical policies that support pharmaceutical innovation. By means of reviewing the various issues under discussion across the EU regarding pharmaceutical policy, we wanted to highlight the critical role played by government policies in creating the right conditions for pharmaceutical companies to invest over €36.5 billion in research and development in the EU alone in 2018. [7]

Acting as a Partner for Better Health

Dr. Susanne Fiedler

Senior Vice President Europe and Canada, MSD
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Today, MSD is at the forefront of research to advance the prevention and treatment of diseases that threaten people and communities around the world. We will continue to lead the charge to find cures for diseases for which there are currently none. And in some cases where there are not even good treatments. We will also be there to tackle the diseases that are sure to emerge.

Our quest is predicated on the understanding of what makes our investments and efforts possible. So we hope that our Policy Passport will help advance the collective thinking and debates about how to ensure that research-based pharmaceutical companies, such as MSD, can continue to translate science into medicines for European patients. See more at www.msd.com.



[1] Source: Pharmaproject®, “Pharma R&D Annual Review 2019 Supplement”, March 2019. https://pharmaintelligence.informa.com/~/media/informa-shop-window/pharma/2019/files/whitepapers/nas-supplement-whitepaper.pdf
[2] Lichtenberg, Frank, “The Impact of New Drug Launches on Longevity: Evidence from Longitudinal, Disease-Level Data from 52 Countries, 1982–2001”. 2005. International Journal of Health Care Finance and Economics. https://www.nber.org/papers/w9754
[5] European Medicines Agency, “Annual report on the use of the special contribution for orphan medicinal products”, January 2019.
https://www.ema.europa.eu/en/documents/report/annual-report-use-special-contribution-orphan-medicinal-products-2018_en.pdf
[7] EFPIA, The Pharmaceutical Industry in Figures – Key Data 2019