McConville laboratory: Molecular microbiology
Our research focuses on the eukaryotic microbial pathogens that cause a number of important and neglected human diseases. These include Plasmodium falciparum (the cause of malaria), Toxoplasma gondii (human toxoplasmosis) and Leishmania spp (human leishmaniasis).
There are no vaccines against any of these disease and current drug treatments are limited and constantly being undermined by the development of drug-resistance. The identification and validation of new drug targets requires a deeper understanding of the biology and metabolism of these pathogens in vivo.
To identify parasite metabolic pathways and host responses that are essential for parasite survival in their human and animal hosts we use a range of approaches. They include comprehensive metabolite profiling (or metabolomics) that employ a range of advanced analytical techniques, as well as genetic, biochemical and cell biology approaches.
Figure 1: (Left) The malaria parasite, Plasmodium falciparum proliferates in human red blood cells. We are keen to identify how new antimalarial lead compounds work. (Centre) Advanced mass spectrometric analysis can identify hundreds to thousands of metabolites, providing a new and extremely powerful tool for studying parasite metabolism and drug responses. (Right) Leishmania parasites (outlined in green) reside within the lysosome compartment of human macrophages (outlined in white). Understanding how they do this will open up new avenues for drug development.
Dr Julie Ralton, Post-doctoral fellow
Dr Darren Creek, NHMRC CJ Martin fellow
Dr Fleur Sernee, Post-doctoral fellow
Dr Jim MacRae, Post-doctoral fellow
Dr Eleanor Saunders, Post-doctoral fellow
Dr Yoshiki Yoamaryo, Coppel, Post-doctoral fellow
Dr Martin Blume, Post-doctoral Fellow
Dr Michael Dagley, Post-doctoral Fellow
Jenny Muth, Research assistant
Dave de Souza
Click here for the results of a PubMed search of Malcolm's publications.
Click here for the results of a Google Scholar analysis of Malcolm's publications.
- Identification of novel metabolic pathways in Leishmania parasites
- Identifying key metabolic pathways required for Toxoplasma gondii infection
- Drug target identification in the malaria parasite
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School Research Themes
For further information about this research, please contact Professor Malcolm McConville
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