Genetics Research

Genetics is concerned with the nature of the genetic material, its replication, transmission, organisation, expression and its role in development, behaviour, ecology and evolution. The genetic information controls the development, behaviour and reproduction of all biological organisms. Variation in this genetic information underpins biological evolution and heredity including the inheritance of genetic disease. Consequently, Genetics is a unifying discipline of biology because genes are the principal determinants of all life processes.

Animal Models of Human Genetic Disease

• Genome Organisation, Epigenetics and Sex Determination (Frank Grutzner; Enkhjargal Tsend-Ayush; Tasman Daish)
• Developmental Neurobiology (Simon Koblar)
• Zebrafish Genetics (Michael Lardelli)
• Mechanisms in Human Genetic Disease (Robert Richards; Louise O’Keefe)
• Cell Division and Cancer (Stephen Gregory)

Bioinformatics and Computational Genetics

• Computational Molecular Evolution (Jack da Silva)
• Bioinformatics and Computational Genetics (David Adelson)

Evolutionary Genetics: Molecules and Genomes

• Computational Molecular Evolution (Jack da Silva)
• Genome Organisation and Sex Determination (Frank Grutzner; Enkhjargal Tsend-Ayush; Tasman Daish)
• Molecular Evolution in Eukaryotes (Jeremy Timmis)

Genetic Regulatory Networks

• Regulation of Gene Expression and Biotechnology (Joan Kelly)
• Genetic Control of Cotton Fibre Development (Jeremy Timmis; Sharon Orford)

Molecular Genetics of Development

• Epigenetics and Sex Determination (Frank Grutzner; Enkhjargal Tsend-Ayush; Tasman Daish)
• Developmental Neurobiology (Simon Koblar)
• Zebrafish Genetics (Michael Lardelli)
• Mechanisms in Human Genetic Disease (Robert Richards; Louise O’Keefe)
• Genetic Control of Cotton Fibre Development (Jeremy Timmis; Sharon Orford)
• Cell Division and Cancer (Stephen Gregory)

Science Education Research and Development

• Science Education Research and Development (Michelle Coulson)