WELCOME
Current research in our laboratory focuses on the molecular parasitology of protozoan and metazoan parasites of major animal and human health importance and has three main streams → see publication list (PDF).
Genomics of parasites of major socio-economic importance
Technological advances provide unique opportunities to investigate parasite development and reproduction. Genomic and bioinformatic approaches are being employed to explore the molecular biology of socioeconomically important nematodes. The research will provide improved, fundamental knowledge and understanding of nematode development and reproduction, leading to the identification of new drug targets.
Mitochondrial genomics
Fundamental investigations of the structure of mitochondrial genomes of parasitic nematodes are being undertaken, as a foundation for population genetic, epidemiological and systematic studies.
Molecular tools for diagnosis and studying genetic variation
Accurate diagnosis of parasitic diseases and the genetic analysis of parasites are central to their prevention and control. Molecular methods provide powerful tools to overcome the limitations of traditional parasitological methods. Particularly, polymerase chain reaction (PCR) and mutation scanning techniques are being used to develop specific and sensitive diagnostic and analytical tools for a range of parasites of socioeconomic importance, including Cryptosporidium and parasitic worms of humans and livestock.