Identification and characterisation of exported Babesia bovis proteins
William A. Poole
Abstract
William A. Poole
Abstract
Babesia parasites infect red blood cells of humans and animals and cause a frequently severe, sometimes fatal disease known as babesiosis (Tick Fever). The mechanism by which babesia parasites cause disease is poorly understood. This thesis set out to identify and characterise novel parasite proteins that are involved in the pathogenesis of bovine babesiosis to obtain a better understanding of how these parasites cause severe disease and to identify new targets for future next generation vaccines.
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Babesia parasites infect red blood cells of humans and animals and cause a frequently severe, sometimes fatal disease known as babesiosis (Tick Fever). The mechanism by which babesia parasites cause disease is poorly understood. This thesis set out to identify and characterise novel parasite proteins that are involved in the pathogenesis of bovine babesiosis to obtain a better understanding of how these parasites cause severe disease and to identify new targets for future next generation vaccines.
Key concepts: Babesia bovis, Babesiosis, Babesia, Biology, Tick-borne disease, Virology, Identification (biology), Parasite hosting