If you are a vaccine manufacturer dealing with the high risk of unpredictable outbreaks — this project developed multivalent vaccines that provide a pathway to licensure. This allows for the production of a single product protecting against multiple Filoviruses.
Broad-Spectrum Vaccines to Prevent Deadly Filovirus Outbreaks and Economic Collapse
Imagine a single shield that protects you from several different types of dangerous viruses instead of needing a separate one for each. This work creates a 'master key' vaccine that covers multiple deadly viruses like Ebola and Marburg. It also builds a library of options to quickly fight off new, unknown versions of these diseases.
What needed solving
Filovirus outbreaks cause extreme fatality rates and massive economic instability, including a US $53.19 billion burden from a single major event. Current responses are reactive rather than preventive.
What was built
Multivalent vaccines with phase II clinical data and a vaccine library of all known Filoviruses with phase I clinical data.
Who needs this
Who can put this to work
If you are a health agency dealing with the risk of 90% fatality rates in endemic regions — this project developed a vaccine library and multivalent candidates. This prevents the massive economic losses, such as the US $53.19 billion burden seen in previous outbreaks.
If you are a CRO dealing with the need for rapid response to 'Disease X' — this project developed candidates with phase I and phase II clinical data. This provides a validated starting point for accelerating the 100 Days Mission.
Quick answers
What is the total investment for this project?
The project has a total pool of 50m, consisting of 35m from Horizon Europe and 15m from CEPI.
At what scale is the technology being developed?
The project aims for industrial-ready outputs, specifically multivalent vaccines with phase II clinical data and individual candidates with phase I clinical data to support licensure.
How is the IP and licensing handled?
Based on available project data, the awards are administered and managed by the CEPI secretariat, but specific licensing terms are not detailed.
What is the timeline for the results?
The project runs for 66 months, from May 1, 2024, to October 31, 2029.
How will this integrate into existing health systems?
The vaccines are designed for preventive vaccination campaigns in endemic regions, specifically targeting at-risk populations like health-care workers.
Who built it
The project is managed by a single entity, the Coalition for Epidemic Preparedness Innovations (CEPI), based in Norway. While the consortium lists 0 industry or university partners, CEPI acts as a central funding and management hub that distributes awards to develop the vaccines, leveraging a total budget of 50m EUR.
Contact the CEPI secretariat for award management and licensure pathways.
Talk to the team behind this work.
Contact us to identify the specific vaccine candidates emerging from the FILOVAX library.