PhD in Parasitology in Glasgow United Kingdom | University of Glasgow

Our portfolio spans diverse areas of parasitology research, ranging from molecular studies to cellular investigations and from whole organisms to population-level analyses. Our work leverages expertise in molecular biology, biochemistry, immunology, epidemiology, population genetics, and mathematical modeling, combining both laboratory experiments and field studies.
Parasites present remarkable biological systems due to their ability to thrive within host environments. Their adaptive strategies and survival mechanisms are key research focuses that may yield groundbreaking discoveries for disease control. Nearly all organisms host parasites, and our studies primarily investigate parasitic disease mechanisms and optimal control methods for both human and animal health. Enhancing current treatments and deciphering drug resistance pathways form crucial components of this research. Furthermore, we examine parasitic pathogens' epidemiology, ecology, and population genetics - critical factors influencing transmission dynamics and control measures.
Our research encompasses various tropical parasites responsible for significant diseases, such as Plasmodium species (malaria), Trypanosoma species (sleeping sickness), Leishmania species (leishmaniasis), and Theileria (East Coast fever/theileriosis), as well as filarial worms causing elephantiasis. We also investigate UK-endemic parasites like Toxoplasma gondii and economically damaging livestock gastrointestinal parasites that threaten agricultural productivity and global food security. With many parasites being vector-borne, we're expanding our capabilities in vector biology, particularly concerning mosquitoes and ticks. Our ultimate goal is to translate research outcomes into practical applications that enhance control programs and develop improved diagnostics, therapeutics, and vaccines.