Understanding the complex relationship among genes, and investigating how single genes within the genome are replicated, inherited, and spatially and temporally regulated is central to both basic and translational research. Accordingly, areas of active research in the fields of Genetics and Genomics in the Department encompass a multitude of topics including developmental biology, cell biology, cancer biology, immunology, and metabolism.
Within each of these topics, investigators in the Department are currently taking advantage of classical biochemical and molecular approaches, together with cutting-edge technologies such as CRISPR/Cas recombination and next-generation sequencing, to study gene regulation in multiple model organisms (zebrafish, nematodes and mice). In addition, the Department is about to expand in the areas of Genetics and Genomics and recruit additional individuals who will complement the existing strengths of our faculty, thus establishing us as a department with broad expertise in molecules, cells, and genes.
Faculty conducting research in these areas:
Nelson Lau, Associate Professor
Director, Genome Science Institute (GSI)
Transposable element regulation, RNAi, regulatory RNAs, gene silencing
Matthew D. Layne, Associate Professor
Genetic basis for connective tissue disease, mechanotransduction, mechanisms of tissue fibrosis
Shawn Lyons, Assistant Professor
RNA metabolism during stress