Room 212a, Urquhart Building, Henry Wellcome Complex, Garscube, Glasgow G61 1QH
Institute of Biodiversity, Animal Health & Comparative Medicine, University of Glasgow
Tel (UK): +44 07759818193
Research title: A comparative approach to identify potential control targets for filarial parasitic nematode infections
Infection with parasitic filarial nematodes causes chronic and debilitating disease in humans, and in dogs infected with the heartworm Dirofilaria immitis.
Anthelmintic drugs are widely used to treat infections, however administration of these has led to drug resistance, currently a growing concern for D. immitis. Alternative approaches involving the development of new drugs or vaccines to control or prevent infection are required.
Our current knowledge of nematode molecular genetics is largely based on extensive studies of the free living species Caenorhabditis elegans and thus more research studies are required to elucidate the mechanisms and pathways involved during larval development of these filarial parasites. Comparative analysis of transcriptome studies across the various developmental stages could provide a detailed overview of the specific genes and proteins that play a significant role to differentiate distinct lifecycle stages of these parasites.
My PhD project aims to build on RNA sequencing data to identify specific genes and proteins upregulated as filarial parasites develop from the larval to adult stage. To assess if the selected genes are potential targets, we will test the effects of knockout/knock down using gene knockout technology (RNAi) and inhibitor compounds. The outcomes will help inform design of new therapeutics to block infection and subsequent disease.
This project is funded by a University of Glasgow Industrial Partnership with Boehringer Ingelheim
July 2022: 22nd Drug Design & Development Seminar (DDDS) of the German Society for Parasitology (DGP). TransAlp Conference on Human and Animal Parasitic Diseases. Munich, Germany. Poster presentation: " A transcriptomic approach to identify potential control targets for filarial nematode infections ". https://www.congresscenter.philosophie.uni-muenchen.de/kongresse/ddds/index.html