Completed Infection & Immunity Public Health & Healthcare

Combatting Covid 19 Variant

In plain English

AI plain-English summary

A global effort is racing to adapt COVID-19 vaccines fast enough to keep pace with a rapidly mutating virus. The core problem is straightforward: the coronavirus evolves, and existing vaccines may lose effectiveness against new strains. This funding supports a coordinated push to stay ahead of that evolution. The work aims to create conditions where vaccines can be rapidly adapted to new strains, expand manufacturing capacity to meet global need, and test strategies like booster doses and "mix and match" regimens. If successful, the research could fundamentally change how the world responds to viral threats. It would reduce the disease burden on health systems by limiting viral circulation and opportunities for mutation. Beyond the immediate pandemic, the project also aims to develop a broadly protective coronavirus vaccine—one that could eliminate the risk not only from existing coronaviruses but from new, unknown ones as well. This would transform pandemic preparedness from a reactive scramble into a proactive defence, quietly strengthening a critical piece of global health infrastructure that most people never think about until it fails.

View original technical description
Funding will go toward critical R&D to meet the challenges of this rapidly evolving pandemic & facilitate equitable access to safe effective vaccines. Objectives are: - Enable equitable access to vaccines to reduce circulation of virus—thereby limiting opportunities for viral mutation—and reducing the disease burden on health systems. - Create conditions where vaccines can be rapidly adapted (within 100 days) to the new strains, and increase manufacturing capacity to make enough for global need - Optimise and deploy the existing suite of vaccines, including through the testing of ‘mix and match’ regimens and booster doses. - Support development of new strain-specific vaccines and second-generation vaccines that are more robust to viral evolution - Accelerating development of breakthrough vaccine candidates Funding would support: - Next generation vaccine candidates with potentially significant health impacts, e.g. candidates that elicit mucosal immunity or single dose candidates. Scale-up development of promising candidates. - Expanding CEPI’s “Agility Programme” to understand the impact of variants on vaccine efficacy & support decision making on the need to adapt existing vaccines. - Building protection against variants to prepare for the emergence of potential new variants. - Developing a broadly protective coronavirus vaccine that could eliminate the risk of existing coronaviruses & new, unknown coronaviruses.

View the original record at the funder ↗

Researchers

Richard Hatchett IV (EPMC Awardee)

Related Research

Grants with similar aims, by meaning.

Funding for CEPI 2.0’s next five-year business cycle 2022-2027
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Innovation and Complentary Capabilities for Vaccines
(ICF)- IMMPROVE: Immune Memory and Mechanisms of Protection from Vaccines

Original classification

Coronavirus

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