I am a neuroscientist employing strategies of anatomy, biochemistry, pharmacology, genetics and behavioural analysis to examine the physiological and possible pathological roles of newly discovered neuropeptides and their cognate receptors in mammalian brain. My recent research has focused on the highly-conserved, abundant peptide, relaxin-3 that was discovered at the HFI in 2002. Studies so far have revealed that relaxin-3 is a powerful modulator of rhythmic brain activity (theta) and spatial m ....I am a neuroscientist employing strategies of anatomy, biochemistry, pharmacology, genetics and behavioural analysis to examine the physiological and possible pathological roles of newly discovered neuropeptides and their cognate receptors in mammalian brain. My recent research has focused on the highly-conserved, abundant peptide, relaxin-3 that was discovered at the HFI in 2002. Studies so far have revealed that relaxin-3 is a powerful modulator of rhythmic brain activity (theta) and spatial memory, and alters feeding, body weight and arousal. Relaxin-3 levels in brain are also strongly activated by acute stress. In the future, I aim to elucidate further the role of relaxin-3 systems in normal physiology and metabolic and-or psychiatric diseases.Read moreRead less
Exploring The Impact Of The Built Environment On Health And Health Behaviour Outcomes And The Translation Of Evidence Into Policy And Practice
Funder
National Health and Medical Research Council
Funding Amount
$841,575.00
Summary
Globally there is growing concern about the health, social, environmental, and economic impacts of rising levels of inactivity and obesity, coupled with projected population growth, climate change, declining oil supplies and rising fuel prices. Creating pedestrian-, cycling- and transit-friendly environments and encouraging alternative forms of transport is a priority. Working with policy-makers, this research aims to influence urban planning policy to create healthy, sustainable communities.