The Silent Strategist: Anopheles Mosquito as a Super-smart Vector

The Anopheles mosquito, the primary vector of malaria, poses a major global public health challenge in tropical and subtropical regions. They transmit Plasmodium through the bite of infected female Anopheles mosquitoes. Other than malaria, the vector is also an important transmitter of other infections such as lymphatic filariasis and O’ Nyon Nyong. Their remarkable taxonomic diversity, adaptability, ecological plasticity, and behavioural heterogeneity, combined with expanding geographical ranges under climate and land use change, make them central drivers of the global burden of Malaria. Interactions among Anopheles, Plasmodium parasites, filarial worms, and the mosquito microbiota are highlighted to illustrate how parasite-vector co-evolution and symbionts influence vector competence and transmission dynamics. Understanding the mosquito-parasite relationship and transmission dynamics is essential for developing effective vector control strategies and reducing the global malaria burden.