Malaria Minute

Researchers find that a change in parasite behaviour may help them survive in the human host during the dry season, and the importance of preventative malaria treatment in school children is demonstrated in a recent review.

Researchers examine the relationship between treatment delay and the development of severe malaria and targeting extra-chromosomal DNA belonging to the malaria parasite could help to prevent the development of antimalarial resistance.

Scientists characterise Myosin A motor to assess its importance in parasite mobility and researchers stress the need to evaluate both the quality and quantity of induced antibodies to determine vaccine efficacy.

Researchers detail the role of PI(3)P in preventing heat-shock induced cell death and the BK-SE36 adjuvanted malaria vaccine is found to be safe, well-tolerated and protective in clinical trials.

A new malaria test offers high specificity from a small form factor, and researchers develop an imaging tool to examine mosquito feeding behaviour.

The secrets to the Dantu blood group’s innate protection from malaria are revealed, researchers identify the protein needed for efficiency egress of rodent malaria from the liver, and a letter Trends in Parasitology defends the mosquito.

Multi-dose priming and delayed boosting improves PfSPZ protection against different strains of malaria, and registration opens for this year’s Molecular Parasitology Meeting.

Harnessing HMBPP metabolites could support vector control, and researchers examine the role of CDPKs in the egress of sporozoites from the liver.

Researchers produce a ‘cell atlas’ of the mosquito immune system, and new hydrological prediction models identify a more complex pattern of malaria suitability.

Inhibiting human protein kinases, which are activated by the malaria parasite, could reduce the malaria burden, and researchers explore the use of AI in automating malaria diagnosis.