The IMI Ebola+ programme was launched in response to the Ebola virus disease (EVD) outbreak that started in western Africa in 2014. The comprehensive programme contributes to efforts to tackle a wide range of challenges in Ebola research, including vaccines development, clinical trials, storage and transport, as well as diagnostics and treatments. It is hoped that the programme, which complements work being carried out with the support of other funding bodies, will help to make a difference in the current and future outbreaks. In addition to Ebola, the programme will also address related diseases, such as Marburg. Eight projects, with a total budget of over €200 million, have been selected for funding under the first Ebola+ Call for proposals.
Rapid Diagnostic Tests
There is an urgent need for fast, reliable tests to determine if someone is infected with Ebola or not. Three projects will pave the way for rapid diagnostic tests capable of delivering reliable results at the point of care in as little as 15 minutes.
Mofina
The Mofina project will develop a new diagnostic test that will deliver results in under 45 minutes on whether the patient has Ebola or a related disease such as Marburg virus. Crucially, the device is designed to work well in sites where high-end laboratory infrastructures are simply not available, while also protecting users from infection. The project will draw on two existing technologies: a conventional Ebola virus test, and a point-of-care molecular diagnostics platform. After testing a prototype of the system, the project partners will validate it in the field.
FILODIAG
The FILODIAG project aims to deliver an ultra-fast, accurate diagnostic instrument that will test for Ebola in under 15 minutes. Such a system could be used in both healthcare settings and at critical infrastructures like airports. Current tests for Ebola virus take a long time because samples must be heated and then cooled in each of the many processing cycles. This project will replace the heating/cooling steps with a technology based on laser-heated nanoparticles. Early tests of this technology have worked well. The project will add a step to concentrate the virus and refine and test the system before evaluating it in the field.
EbolaMoDRAD
The EbolaMoDRAD project aims to develop and validate in the field a rapid diagnostic tool that will be both simple and safe to use in low resource settings by people who may not have specialist training. At the same time, the project will implement a large-scale capacity building programme in West Africa with a strong focus on diagnostics, biosafety, and outbreak management. Finally, it will ensure its results are communicated widely, especially to public health bodies, charities, outbreak management teams, and local hospitals.
Future Plans
Further Calls for proposals under the Ebola+ programme are planned. These could address issues such as the development of a vaccine that offers broad protection against both Ebola and other, related viruses such as Marburg; the development of new treatments for Ebola; new vaccines that do not require extreme temperatures; and the generation of new diagnostic tests.
Rapid Diagnostic Tests
There is an urgent need for fast, reliable tests to determine if someone is infected with Ebola or not. Three projects will pave the way for rapid diagnostic tests capable of delivering reliable results at the point of care in as little as 15 minutes.
Mofina
The Mofina project will develop a new diagnostic test that will deliver results in under 45 minutes on whether the patient has Ebola or a related disease such as Marburg virus. Crucially, the device is designed to work well in sites where high-end laboratory infrastructures are simply not available, while also protecting users from infection. The project will draw on two existing technologies: a conventional Ebola virus test, and a point-of-care molecular diagnostics platform. After testing a prototype of the system, the project partners will validate it in the field.
FILODIAG
The FILODIAG project aims to deliver an ultra-fast, accurate diagnostic instrument that will test for Ebola in under 15 minutes. Such a system could be used in both healthcare settings and at critical infrastructures like airports. Current tests for Ebola virus take a long time because samples must be heated and then cooled in each of the many processing cycles. This project will replace the heating/cooling steps with a technology based on laser-heated nanoparticles. Early tests of this technology have worked well. The project will add a step to concentrate the virus and refine and test the system before evaluating it in the field.
EbolaMoDRAD
The EbolaMoDRAD project aims to develop and validate in the field a rapid diagnostic tool that will be both simple and safe to use in low resource settings by people who may not have specialist training. At the same time, the project will implement a large-scale capacity building programme in West Africa with a strong focus on diagnostics, biosafety, and outbreak management. Finally, it will ensure its results are communicated widely, especially to public health bodies, charities, outbreak management teams, and local hospitals.
Future Plans
Further Calls for proposals under the Ebola+ programme are planned. These could address issues such as the development of a vaccine that offers broad protection against both Ebola and other, related viruses such as Marburg; the development of new treatments for Ebola; new vaccines that do not require extreme temperatures; and the generation of new diagnostic tests.