Since 1998, RTI has been partnering with U.S. and multilateral donors, host-country governments, and private-sector stakeholders to scale up the fight against malaria. We have worked in Africa, Asia, and Latin America to improve approaches to prevention, patient case management, and vector control, leveraging more than $350 million in funding to build sustainable platforms for country-led programs.
Our strengths lie in working with country counterparts to develop technical and operational strategies that build on structures in place, integrating training and capacity building based on best-practice evidence of what works. We have also broken new ground in country-level malaria program planning and budgeting, disease surveillance, environmental management and monitoring, and community-based diagnosis and treatment.
We have implemented numerous malaria projects under the U.S. President's Malaria Initiative, as well as private-sector clients. We work closely with many partners, including:
- U.S. Agency for International Development (USAID)
- U.S. Centers for Disease Control and Prevention (CDC)
- World Health Organization (WHO)
- World Bank
- Bill & Melinda Gates Foundation
- Roll Back Malaria
- Private sector companies
- Leading international universities and research institutes
Malaria Early Epidemic Detection System
We developed the Malaria Early Epidemic Detection System (MEEDS), an internationally acclaimed, state-of-the–art tool necessary to maintain gains from IRS, bednet, and clinical programs. Using SMS (text messaging) technology to report malaria cases, MEEDS provides local public health officials with real-time information about malaria “hotspots,” allowing them to intervene and prevent resurgence of the disease.
Building on the early MEEDS success, RTI has worked closely with the Zanzibar Malaria Control Program to develop Coconut Surveillance (video), an open source mobile software application designed for use on tablet computers by district malaria officers. Coconut Surveillance receives new case notifications from MEEDS. Each district malaria officer uses Coconut Surveillance to follow up each new case by collecting data at the facility and household level. Data include information on the index case, the GPS location and other characteristics of the household, and demographic information and malaria test results for all other household members. Coconut Surveillance syncs health data to a cloud database as soon as the device is within the network. This enables near real-time monitoring, analysis, and response.
Vice President, Global Health
Eugene P. Brantly
Director for International Programs, Water and Ecosystems Management
Stephen M. Magesa
Director for Vector Control Operations, Tanzania Vector Control Scale-up Project (TVCSP)
Senior Epidemiologist, Tanzania Vector Control Scale-up Project (TVCSP)
- A systematic review of the impact of malaria prevention in pregnancy on low birth weight and maternal anemia
- Impact of Indoor Residual Spraying of Lambda-Cyhalothrin on Malaria Prevalence and Anemia in an Epidemic-Prone District of Muleba, North-Western Tanzania
- Repellence effectiveness of essential oils from some Tanzanian Ocimum and Hyptis plant species against afro-tropical vectors of malaria and lymphatic filariasis
- July 21, 2014
Jacob Williams elected co-chair of Roll Back Malaria Vector Control Working Group
– News Release
- April 25, 2014
Stephen Magesa awarded Tanzania’s National Best Health Scientist Award, National Health Innovation Award
– News Release