Every year 2 million or more people fall victim to snakebite envenoming, mostly in poor, rural communities of Africa, Asia and Latin America. Between 83,000—138,000 of them die, while hundreds of thousands more suffer debilitating long-term complications or disabilities.

Although some antivenom medicines are highly effective when used promptly and appropriately, many snakebite victims get no treatment at all. Those who do may receive antivenoms which don’t work against the type of snake that bit them, or were not rigorously tested for safety and effectiveness.

To mark World Snakebite Awareness Day on September 19th, the Collection linked below brings together recent MSF work on this highly neglected disease. Several articles and conference presentations help fill evidence gaps on the burden of disease and its impacts or on treatment outcomes with specific antivenoms. Others examine how to tackle the formidable challenges of availability and affordability, the absence of regulatory oversight for making, testing and registering antivenoms, and the anemic R&D pipeline for new products—all of which impede access for patients to safe, effective treatment tailored to local snake species.

Viral hepatitis is a significant cause of disease and death globally. Yet powerful new medical tools to combat hepatitis C and E still reach only a tiny fraction of people who desperately need them, especially in low-resource and emergency settings.

To mark World Hepatitis Day (July 28th) we highlight recent MSF research on making these breakthrough products more widely accessible and simpler to use.

For hepatitis C, where groundbreaking antiviral drugs can cure nearly all patients, MSF is developing comprehensive, community-based models of care that offer rapid screening, diagnosis, and treatment under one roof. In some settings programs focus on the specific needs of highly vulnerable populations, such as people living in remote areas, forcibly displaced refugees, or those co-infected with HIV or TB or who inject drugs.

Turning to prevention, MSF is exploring ways to use the Hepatitis E vaccine more effectively in areas where poor sanitation and water quality regularly lead to outbreaks. Studies in a South Sudanese camp for internally displaced people are strengthening evidence for the vaccine’s feasibility, efficacy, safety and community acceptance, especially for pregnant women and their fetuses. Another report analyzes strategies for overcoming barriers to widespread vaccine adoption.