Last week, the Global Health Innovative Technology (GHIT) Fund announced that it has awarded PATH and iBody JPY 99 million to support the development of a diagnostic tool to enable early detection of Nipah and Hendra virus outbreaks in rural and low-resource settings. Nipah and Hendra are high-priority zoonotic viruses with pandemic potential for which there are no specific medical countermeasures available, including diagnostics. Current diagnosis depends on centralized laboratory testing, which is slow, costly, and inaccessible in low-resource settings, which can delay diagnosis, increasing transmission risk and mortality, especially in outbreak scenarios. The partners aim to develop a rapid, point-of-care test that can detect and differentiate infections caused by the two viruses, which could help identify cases and outbreaks more quickly.
IAVI, Hilleman Laboratories, SK bioscience, and IDT Biologika recently announced that IAVI has been awarded funding from the Biomedical Advanced Research and Development Authority (BARDA), part of the US Department of Health and Human Services, to advance development of its one-dose vaccine candidate against Bundibugyo virus. Bundibugyo is the rare strain of Ebola virus behind the ongoing outbreak in the Democratic Republic of the Congo (DRC) for which there are no approved specific treatments or vaccines. IAVI will lead clinical and regulatory activities for the candidate, including its potential inclusion in a planned trial in the DRC following Phase 1 evaluation, and then, depending on its continued success, Hilleman Laboratories will support initial manufacturing and technology transfer, SK bioscience will lead manufacturing scale-up, and IDT Biologika will support final manufacturing for stockpiling.
The US National Institutes of Health has announced $16.4 million over five years to establish a new center bringing together researchers across research universities and institutions to accelerate hepatitis C vaccine research and development. Chronic hepatitis C infection, which affects around 50 million people globally, can lead to severe disease. While antiviral drugs can successfully cure most infections, gaps in diagnosis, reinfection, and ongoing transmission persist, underscoring the need for a preventive vaccine. The virus has proved a challenging target for vaccine design because it is constantly mutating, making it hard to develop a broadly effective vaccine that can target regions of the virus that remain relatively stable across variants. Researchers from Scripps Research, the National Institute of Diabetes and Digestive and Kidney Diseases, the University of Pennsylvania, and the Oregon National Primate Research Center will collaborate to investigate how the virus escapes immune responses and design vaccine candidates using various platform technologies. The funding will also support the development of an online hepatitis C virus immune response database to inform the center’s work, which will also be made available to the broader hepatitis C vaccine development community to guide other research efforts.