Defining the roles of essential genes in the malaria parasite life cycle

Abstract

The combination of drug resistance, lack of an effective vaccine and ongoing conflict and poverty mean that malaria remains a major global health crisis. Understanding metabolic pathways at all parasite life stages is important in prioritising and targeting novel anti-parasitic compounds. To overcome limitations of existing genetic tools to investigate all the parasite life stages, new approaches are vital. This project aimed to develop a novel genetic approach using post meiotic segregation to separate genes and bridge parasites through crucial life stages. The unusual heme synthesis pathway of the rodent malaria parasite, Plasmodium berghei, requires eight enzymes distributed across the ..