Understanding Malaria Parasite Biology
Discover how research into Plasmodium biology, parasite development and host interactions contributes to a better understanding of malaria transmission and control.
Explore Research →Discover research developments, regional initiatives, scientific knowledge and collaborative activities strengthening malaria control across Southeast Asia and the Greater Mekong Region.
Explore Latest News →Explore the latest developments in malaria research, vector control, epidemiological surveillance, scientific training and international cooperation.
Discover how research into Plasmodium biology, parasite development and host interactions contributes to a better understanding of malaria transmission and control.
Explore Research →
Regional partnerships support knowledge exchange, coordinated strategies and stronger technical cooperation between malaria control programmes.
Discover More →Professional training and technical education help develop regional expertise in laboratory methods, surveillance and malaria programme implementation.
Learn More →Laboratory research and improved diagnostic approaches contribute to malaria surveillance, parasite detection and scientific understanding.
Explore the Science →International scientific networks encourage researchers, institutions and public health professionals to exchange experience and regional expertise.
Explore Regional Work →Environmental conditions, temperature, rainfall and ecosystem changes are important areas of research in understanding malaria vector distribution.
Read More →ACTMalaria promotes a collaborative approach to malaria control by connecting regional institutions, researchers, national programmes and international partners.
Through technical cooperation, professional training and knowledge sharing, regional networks can support sustainable progress towards malaria elimination.
Discover Our Network →Scientific developments and collaborative priorities supporting regional malaria research and control.
Understanding transmission patterns, population-level trends and regional epidemiological surveillance.
Research into mosquito ecology, vector behaviour and innovative approaches to vector monitoring.
Exploring Plasmodium genetics, molecular markers and parasite population diversity.
Building professional expertise through scientific education, technical workshops and knowledge exchange.
Explore opportunities for scientific collaboration, technical cooperation and professional training in malaria research and control across Southeast Asia.
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