The study of molecular genetics is the investigation of the inheritance of traits with the aim to better understand and potentially manipulate biological systems. The investigation of genetic diversity can give insight into the evolution of species (by studying the impacts of genetic diversity on phenotype) right down to an exact understanding of gene function within a cell. This paper will give an excellent grounding in both theory and methodology. Topics will range from genetic mapping of traits through to gene and mutation discovery, and finally the targeted alteration of genomes to treat conditions or introduce an advantageous DNA variation. These topics will be applied in the context of plants, wild, domestic and farmed animals, and humans (including human conditions). The course incorporates the most recent advances in genetics, genome analysis, and genome editing.
BIOSCI 351 is a requirement for the School of Biological Sciences genetics pathway, and part of the Biomedical Science genetics pathway.
This course could lead to a career in statistical genetics (e.g. farm animals, endangered species such as the Hihi, plant breeding), human genetic diagnostics, biotechnology (e.g. production of recombinant therapeutics or plant selection / engineering), postgraduate studies towards an academic research career or key roles in the biological industries.