A new review reveals that rising global temperatures, increased pollution, and extreme weather events are driving a global surge in eye diseases, disproportionately affecting vulnerable communities and challenging healthcare systems.
The study sheds light on a crucial protein, PfPPM2, which controls asexual division and switching between the sexual forms in Malaria-causing Plasmodium falciparum parasite, both of which are key to disease transmission.
Researchers use proteomics & machine learning to identify group of proteins to gauge severity of malaria
Scientists have successfully grown Indian isolates of P. vivax in different types of human liver cells.
In a recent study, researchers have found a new mechanism of controlling protein synthesis in the malaria-causing parasite, Plasmodium.
Researchers from IISc, Bengaluru, and the Kerala Forest Department, have reported the presence of the human malaria parasite, Plasmodium falciparum, in two species of Indian monkeys.
Humans are not the only organisms under threat by the malarial parasite Plasmodium. These parasites are known to infect a range of animals from primate to reptiles, theis list also includes birds. In their recent study Scientists from the Indian Institute of Science, Bangalore have collected these parasites from the blood of various species of birds in the Himalayan foothills. Through their study the team was to show the burden of infection in birds and the seasonality of the infection.
Mosquito borne diseases like malaria and dengue are still rampant and have posed a great challenge to mankind. We have lost several lives in our war against mosquitoes, and scramble new ways to fight them. Now, researchers are working to genetically engineer the genes of mosquitoes using the technique of RNA interference, where an RNA is artificially inserted to disturb the normal functions of mosquito cells, thereby killing them in the process. This process, they claim, is environmentally friendly and most effective compared to existing strategies.
Migration of birds is a fascinating story. Many birds across the world travel to different locations in search of food and a warm place to breed. A new study has now found a dark side of the fascinating tale of migration -- the risk of spread of diseases. The researchers have studied two species of migratory birds and have identified the presence of two strains of parasites in them that could potentially spread the disease to the local bird population, which do not have the required immunity to fight against them. The researchers warn that their finding could put the entire local bird population at the risk of contracting the diseases.