The Univeristy of Melbourne The Royal Melbourne Hopspital

A joint venture between The University of Melbourne and The Royal Melbourne Hospital

EDUCATION

Research Projects

Project: Identification and characterisation of novel malarial transmission-blocking antigens

Rogerson Group

How do antibodies against Plasmodium falciparum gametocytes induce transmission-blocking immunity? Immunity against the sexual stage that underpins transmission-blocking vaccines (TBV) directed at parasite molecules expressed in the gametocyte through to ookinete stages are not well understood. Antibodies directed against these molecules are likely to be crucial for transmission blocking immunity. We propose to characterise the sexual stage antibody targets in Plasmodium falciparum, the cause of the most severe form of malaria, and to better understand the properties of antibodies that confer transmission blocking immunity. The goals of this project are to identify previously unidentified antigens and functionally characterise anti-gametocyte antibodies in sera from malaria-infected individuals that mediate transmission-blocking immunity using biochemical and immunological techniques.

Contact project supervisor for further
information and application enquiries

Project Supervisor

Associate Professor Siddhartha Mahanty

Project Co-supervisor

Professor Stephen Rogerson

Project availability
Master of Biomedical Science
Honours

Rogerson Group

[email protected]

2 vacancies

Themes
Host Pathogens Interactions
Immunology
Cross Cutting Disciplines
Translational and Clinical Research
Discovery Research
Global Health

The Rogerson group studies the pathogenesis and immunity of malaria in the human host, using in vitro models and clinical samples from individuals in malaria-affected countries. We study how malaria in the mother affects her placenta, and the growth and development of her baby, and why some children develop life-threatening malaria, while others with similar exposure remain well or develop mild illness. We are collaborating with engineers to develop new diagnostics for malaria and are taking novel approaches to identifying antibody responses that protect pregnant women and young children from malaria, and block malaria transmission to mosquitoes.