A number of antimalarial drugs interfere with the electron transport chain and heme-related reactions; however, the biosynthesis of heme derivatives in Plasmodium parasites has not been fully elucidated. Here, we characterized the steps that lead to the farnesylation of heme. After the identification of a gene encoding heme O synthase, we identified heme O synthesis in blood stage parasites through the incorporation of radioactive precursors. The presence of heme O synthesis in intraerythrocytic stages of Plasmodium falciparum was confirmed by mass spectrometry. Inabenfide and uniconazole–P appeared to interfere in heme synthesis, accordingly, parasite growth was also affected by the addition of these drugs. We conclude that heme O synthesi...
Malaria, one of the most deadly infectious diseases in the world, is caused by a protozoan parasite,...
Significance: Heme is an essential prosthetic group for most life on Earth. It functions in numerous...
AbstractThe metabolic pathways in apicoplasts of human malaria parasites are promising drug targets....
A number of antimalarial drugs interfere with the electron transport chain and heme-related reaction...
O desenvolvimento de antimaláricos é necessario pois, há linhagens de Plasmodium resistentes às drog...
Intermediates of the isoprenoid metabolism can bind to heme groups. Heme is critical and its derivat...
Heme metabolism is central to malaria parasite biology. The parasite acquires heme from host hemoglo...
The malarial parasite manifests unique features of heme metabolism. In the intraerythrocyte stage it...
The malarial parasite manifests unique features of heme metabolism. In the intraerythrocyte stage it...
Malaria is a life-threatening vector borne infectious disease caused by protozoan parasites of the g...
The Apicomplexa phylum groups important human and animal pathogens that cause severe diseases, encom...
The search for novel antimalarials continues due to the need to combat the rapidly increasing preval...
Fast spreading drug resistance to commonly used antimalarial drugs like chloroquine and pyrimethamin...
All eight enzymes required for de novo heme biosynthesis have been predicted from the nuclear genome...
The malaria parasite has a functional heme-biosynthetic pathway, although it can access host hemoglo...
Malaria, one of the most deadly infectious diseases in the world, is caused by a protozoan parasite,...
Significance: Heme is an essential prosthetic group for most life on Earth. It functions in numerous...
AbstractThe metabolic pathways in apicoplasts of human malaria parasites are promising drug targets....
A number of antimalarial drugs interfere with the electron transport chain and heme-related reaction...
O desenvolvimento de antimaláricos é necessario pois, há linhagens de Plasmodium resistentes às drog...
Intermediates of the isoprenoid metabolism can bind to heme groups. Heme is critical and its derivat...
Heme metabolism is central to malaria parasite biology. The parasite acquires heme from host hemoglo...
The malarial parasite manifests unique features of heme metabolism. In the intraerythrocyte stage it...
The malarial parasite manifests unique features of heme metabolism. In the intraerythrocyte stage it...
Malaria is a life-threatening vector borne infectious disease caused by protozoan parasites of the g...
The Apicomplexa phylum groups important human and animal pathogens that cause severe diseases, encom...
The search for novel antimalarials continues due to the need to combat the rapidly increasing preval...
Fast spreading drug resistance to commonly used antimalarial drugs like chloroquine and pyrimethamin...
All eight enzymes required for de novo heme biosynthesis have been predicted from the nuclear genome...
The malaria parasite has a functional heme-biosynthetic pathway, although it can access host hemoglo...
Malaria, one of the most deadly infectious diseases in the world, is caused by a protozoan parasite,...
Significance: Heme is an essential prosthetic group for most life on Earth. It functions in numerous...
AbstractThe metabolic pathways in apicoplasts of human malaria parasites are promising drug targets....