My research focuses on mechanisms of intestinal iron absorption and its regulation, with a particular emphasis on understanding human disorders where iron homeostasis is perturbed.
I am a physiologist investigating the role of molecular rhythmicity in physiological systems. My work focuses on the impact of disrupted rhythmicity on metabolism, cancer and fertility at the cellular level and is of particular importance when considering
I am a reproductive biologist working to define key mechanisms for sperm development and function; and by extension the causes of human male infertility.
I am a molecular electrophysiologist determining structure function relationships in cardiac ion channels and investigating the role of ion channel mutations in the pathogenesis of inherited arrhythmia syndromes