Last Updated: 20/08/2024
Molecular mechanisms of gliding motility in Plasmodium merozoites
Objectives
*Original title and text were machine translated from Japanese.
This research focuses on the recently discovered “gliding movement” of malaria parasites used during the erythrocyte invasion stage, and works with overseas collaborators to investigate the gliding movement of malaria parasites in the erythroid stage through drug-induced gene knockout and interactome analysis to clarify molecules and their molecular mechanisms.
Plasmodium, the pathogen of malaria, is fatally pathogenic when it infects the host’s red blood cells, so by inhibiting red blood cell infection, it is possible to prevent parasite proliferation and suppress the disease.
Oct 2022 — Mar 2025
$150,622
