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Enabling equitable and affordable access to novel therapeutics for pandemic preparedness and response via creative intellectual property agreements

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posted on 2024-11-07, 10:56 authored by EJ Griffen, P Boulet, R Albrecht, A Akbar, I Amick, JC Aschenbrenner, BH Balcomb, H Barr, H Battu, J Benjamin, J Bloom, M Boby, M Bogyo, John SpencerJohn Spencer, et al.,
The COVID-19 pandemic demonstrated that the current purely market-driven approaches to drug discovery and development alone are insufficient to drive equitable access to new therapies either in preparation for, or in response to, pandemics. A new global framework driven by equity is under negotiation at the World Health Organization to support pandemic preparedness and response. Some believe that the global intellectual property (IP) system itself is part of the problem and propose a purely Open Science approach. In this article, we discuss how existing IP frameworks and contractual agreements may be used to create rights and obligations to generate a more effective global response in future, drawing on experience gained in the COVID Moonshot program, a purely Open Science collaboration, and the ASAP AViDD drug discovery consortium, which uses a hybrid, phased model of Open Science, patent filing and contractual agreements. We conclude that ‘straight to generic’ drug discovery is appropriate in some domains, and that targeted patent protection, coupled with open licensing, can offer a route to generating affordable and equitable access for therapy areas where market forces have failed. The Extended Data contains a copy of our model IP policy, which can be used as a template by other discovery efforts seeking to ensure their drug candidates can be developed for globally equitable and affordable access.<p></p>

Funding

Satellite Bid for the Covid-19 Moonshot; High Throughput Synthesis and Xray Crystallography towards Novel Proease Inhibitors of Covid-19 (ISSF) : WELLCOME TRUST

History

Publication status

  • Published

File Version

  • Published version

Journal

Wellcome Open Research

ISSN

2398-502X

Publisher

F1000 Research Ltd

Volume

9

Article number

374

Department affiliated with

  • Chemistry Publications

Institution

University of Sussex

Full text available

  • Yes

Peer reviewed?

  • Yes