Resources

Project Optimize and the Tunisian Ministry of Public Health are collaborating to explore new logistics and supply chain solutions that can optimize the vaccine supply chain. This report describes a study that project Optimize commissioned to assess the least-cost, most energy-efficient solution for pharmaceutical stores at the regional and district level.

This fact sheet provides an overview of rotavirus disease and vaccines in Malawi. It includes information about the tremendous burden of rotavirus diarrhea in Malawian children, rotavirus diarrhea treatment and prevention strategies, and the effectiveness of rotavirus vaccines. It also lists countries that have introduced rotavirus vaccines into their national immunization programs.

Since 2006, PATH has investigated how commercial market forces can help extend access to safe water in developing countries and reduce waterborne disease. Promoting household water treatment and storage products targeted to low-income consumers is a key part of the strategy. This poster summarizes PATH's work in Malawi working with the US Centers for Disease Control and Prevention to assess the effects of an innovative program that promoted chlorine disinfectants for household water treatment to pregnant women seeking antenatal care. The poster was presented at the Water and Health: Where Science Meets Policy conference hosted by the University of North Carolina Water Institute in October 2012.

This poster summarizes PATH's work to pilot tools for water treatment and education about water, sanitation, and hygiene in three primary schools in Western Province, Kenya. The poster was presented at the Water and Health: Where Science Meets Policy conference hosted by the University of North Carolina Water Institute in October 2012.

This overview describes how PATH has developed a low-cost and straightforward technology for protecting aluminum-adjuvanted liquid vaccines from the irreversible damage that results from freezing. Many current vaccines of importance to global health contain an aluminum salt adjuvant or its equivalent (such as aluminum hydroxide, aluminum phosphate, or calcium phosphate) and would benefit from the technology.