Prof. Tewari adds in a release: “This malaria parasite is very adaptable. Even if you kill it in the human bloodstream, some of these sex cells taken in by the mosquito during a bite can develop and multiply further in the mosquito. Over time, it [the parasite] has adapted to survive and multiply using different modes, which is why it is difficult to control the disease.”
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Unknown titleowed that when genes behind these proteins were deleted, the number of oocysts in the mosquito gut significantly reduced and were smaller in size compared to the normal ones. Adaptable parasite <span>Prof. Tewari adds in a release: “This malaria parasite is very adaptable. Even if you kill it in the human bloodstream, some of these sex cells taken in by the mosquito during a bite can develop and multiply further in the mosquito. Over time, it [the parasite] has adapted to survive and multiply using different modes, which is why it is difficult to control the disease.” The malaria parasite has different models of multiplication in different stages of its life cycle, and it is essential to track down all the important proteins behind it for developing Summary
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