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The South African Malaria Initiative (SAMI) represents a collaborative effort among 16 institutions to tackle malaria, a disease that affects over 3.2 billion people globally. With over 1 million deaths annually in Africa and rising risk due to climate change, SAMI focuses on drug development, diagnostics, and capacity building. This case study highlights the initiative's approach to addressing malaria through research, training, and innovative solutions, emphasizing the importance of international collaboration and funding to create lasting impacts in disease management.
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Bridging the Gap in Global Health Innovation - from Needs to Access The South African Malaria Initiative A Case Study E Jane Morris http://www.acgt.co.za/sami
Scale of the malaria problem • 107 endemic countries with 3.2 billion people at risk (40% of world’s population) • At least 1 million people die in Africa each year from malaria • Over 200 million clinical malaria cases in Africa each year • Over 4 million people in SA live in malaria areas (10% of the population) • Almost 80 million cases each year in the Southern Africa malaria control area • Climate change will increase population at risk in Southern Africa fourfold by 2020
Global distribution of malaria risk Source: World Malaria Report 2005
Current situation Research Development Disease, patients, clinical trial sites, market Production Testing
Building for the future: Research Development Disease, patients, clinical trial sites, market Production Testing
The South African Malaria Initiative • A network of researchers from 16 institutions in South Africa • Seed funding provided by SA Department of Science and Technology • Focusing on development of drugs, diagnostics, and molecular epidemiology • Supported by core expertise groups • Capacity building and training a key component
The discovery pipeline in SAMI Capacity building IP Networking Targets Leads Products Biomarkers Diagnostics Supporting Core Expertise Functional Genomics Structural Informatics Medicinal Chemistry Anti-malarial assays Genetic manipulation of parasites Functional Expression of malaria proteins
From Knowledge to Innovationin SAMI Discovery Lab testing/ validation ADMETox, Early stage trials Clinical development, regulatory approval Production & marketing Capacity for production of generics. Facility for diagnostics being established Being developed in SAMI Establishment of HTS platform under consideration Pre-clinical platform under discussion Clinical trials possible, lack regulatory capacity
From Knowledge to Innovationin SAMI Discovery Lab testing/ validation Early stage trials Clinical development, regulatory approval Production & marketing Need for international collaboration Need for funding Need for business partnerships
Early successes • Drug delivery system able to reverse chloroquine resistance • Provisional patent covering anti-malarial activity of a drug registered for other uses • Novel RDT ready for field screening by mid-2008 • Novel in vitro HTS assay validated • Drug target accepted for in silico virtual screening (WISDOM)
Our strengths • Excellent base of cutting edge research and facilities to draw on • Networked approach makes best use of available equipment, facilities and expertise • Investing in people and activities not bricks and mortar • Unique holdings of live mosquito cultures • Access to field sites and collaborations in many African countries. An African focus on an African problem!