Providing New Hope For Childhood Hunger
The focus of the newly formed Alliance will be to create low-cost, nutritionally complete foods to prevent and treat all forms of under-nutrition. These foods will incorporate crops that are protein and micronutrient rich, disease-and pest-resistant, and that can be disseminated through smallholder farmers.
Heading the GHA team is Mark Manary, M.D., a leader in the field of childhood malnutrition who is the Helene B. Roberson Professor of Pediatrics at Washington University School of Medicine; and member, Donald Danforth Plant Science Center. Manary has a successful track record with such innovation; his peanut butter-based ready-to-use therapeutic food (RUTF) for the treatment of severe acute malnutrition has consistently resulted in 90% recovery rates in research and operational projects. The World Health Organization officially declared Manary's RUTF the most effective method by which malnourished children should be restored to health.
Manary's work extends beyond RUTF. He explores the basic mechanisms by which malnutrition compromises human health, gaining new scientific insights to improve and refine his approach to combating malnutrition. Understanding that even a successful food-based approach to treating malnutrition will never prevent it, in 2004 he began to collaborate with colleagues at the Danforth Plant Science Center to create a formidable preventive strategy. The intent is to enhance crops so that they can thrive where malnutrition is rampant and provide a complete package of nutrients needed for health. With his RUTF efforts complemented by the Danforth Center's cassava team, the full vision for the Global Harvest Alliance began to take shape.
"Effective solutions to the crisis of childhood malnutrition must involve interventions spanning a diverse spectrum of disciplines including health care, agriculture and home economics. People in the developing world derive most of their nutrients from plants; plants constitute 90% of the diet of many Africans. Therefore effective prevention strategies must include food crops that provide more complete nutrition," said Manary.
The Donald Danforth Plant Science Center, a GHA partner, has been a leader in biofortification for more than a decade. The Center is a recipient of funds from the Bill & Melinda Gates Foundation to conduct research as part of BioCassava Plus, an international initiative seeking to make cassava a more nutritionally rich and balanced staple plant crop. The project has demonstrated unprecedented success in enhancing cassava to contain more protein, vitamins and minerals, more robust plant virus resistance, delayed post-harvest deterioration and reduced cyanide content. Farmer-preferred varieties are being collected and analyzed, and Dr. Manary is building a network of in-country nutritionists to add to the team of Danforth Center scientists already in place.
With support from the Gates Foundation's Global Challenges Program, the Center's cassava bio-fortification efforts have met or exceeded all targets:
- The levels of beta-carotene have been increased 30X.
- The levels of protein have been increased 10X.
- The levels of iron have been increased 4X.
"Recent advances in biotechnology now make it possible to fortify the timeless staple crops of the subsistence farmer with substantially more macronutrients, such as protein, vitamins and minerals. Creating crops that contain all the necessary nutrients for human health in appropriate amounts could very well become the ultimate solution to malnutrition," said Roger N. Beachy, president, Donald Danforth Plant Science Center.
"Mark Manary is an internationally recognized leader in child nutrition research. He has pioneered several approaches to enhancing the nutrition of the world's most severely malnourished children. The new Global Harvest Alliance promises to accelerate the advances which Dr. Manary champions via the combined commitments of Washington University School of Medicine, St. Louis Children's Hospital and Donald Danforth Plant Sciences Center," said Alan L. Schwartz, M.D., Ph.D., the Harriet B. Spoehrer Professor and chairman of Pediatrics at Washington University School of Medicine.
"St. Louis Children's Hospital has a vibrant outreach mission supported by our many donors to expand our vision of 'better health and better health care' to the children of our community. This alliance gives new and important meaning to our capacity to extend ourselves beyond the region to a global community," said Lee Fetter, president, St. Louis Children's Hospital.
The Global Harvest Alliance has developed several goals that will shape its work.
Short Term Goals: 3-5 years
- Develop an effective supplemental feeding regimen for moderate malnutrition.
- Develop a more cost-effective therapeutic feeding regimen for home-based therapy for severe childhood malnutrition.
- Develop effective strategies to treat severe malnutrition in young children with AIDS in sub-Saharan Africa.
- Become a premier education and resource site for students and trainees at all levels in international pediatric nutrition and use of plant science to enhance human health.
- Raise awareness in public and scientific circles about the consequences of childhood malnutrition and how to alleviate it.
- Develop a more effective management protocol for in-patient treatment of severe malnutrition.
- Deploy an effective supplemental feeding regimen for moderate malnutrition and a more cost-effective therapeutic feeding regimen for home-based therapy for severe childhood malnutrition.
- Deploy home-based therapy with RUTF for severe childhood malnutrition throughout the world.
- Identify and improve two additional staple crops that will enhance human health in Africa, demonstrating the improvement in the greenhouse and during in-country studies.
- Test and validate improved cassava varieties in Nigeria and Kenya in limited, controlled trials.
- Deploy effective strategies to treat severe malnutrition in young children with AIDS in sub-Saharan Africa.
- Disseminate improved cassava in Africa on a broad scale.
- Introduce two additional improved crops in limited, controlled trials.
Washington University School of Medicine