Dr Sam Wassmer
in Malaria Pathogenesis
Following the completion of his Ph.D. in Marseille, Sam Wassmer joined the Liverpool School of Tropical Medicine in 2005, as a post-doctoral fellow. He was based at the Malawi-Liverpool-Wellcome Trust Clinical Research Programme in Blantyre, and was awarded a Wellcome Trust Research Training Fellowship in 2007 to investigate the influence of endothelial responsiveness to TNF on malaria severity and outcome. In parallel, he contributed to seminal work on the pivotal role of endothelial protein C receptor in fatal paediatric cerebral malaria, associating for the first time coagulation and inflammation with parasite sequestration in the brain.
In September 2010, Sam Wassmer was appointed Assistant Professor in the Department of Microbiology at the New York University School of Medicine, where he worked for over 5 years. During this time, he developed several research projects in Rourkela, India, as part of an NIH-funded International Center of Excellence for Malaria Research. His research focuses on the mechanisms underlying the pathological differences in cerebral malaria between African and Southeast Asian populations, the main affected groups.
Sam Wassmer joined the School in May 2016 as an Associate Professor in Malaria Pathogenesis.
Sam's teaching activities include:
- malaria blood stages & immunology (Immunology of Parasitic Infection M3177),
- malaria pathophysiology (Infectious Diseases by Distance Learning IDM103, IDM503)
- immunopathology of infectious diseases & malaria pathogenesis (Immunology of Infectious Diseases MSc)
He is also tutoring for the Immunology of Infectious Diseases MSc and the Medical Parasitology MSc.
Sam Wassmer's team investigates factors that lead to the development of cerebral malaria in patients infected with Plasmodium falciparum. This includes specific virulence factors of the parasite, as well as host-related determinants across cohorts from different age groups and geographic origins. Sam is also interested in the development of cost-effective and easily deployable diagnostic tools, specifically designed for malaria-endemic settings.