Sarah A. Dunlop

Sarah Dunlop is an Australian researcher working in neuroplasticity, neuroscience and community programs for people with spinal cord injury. She has contributed to the Australian Neuroscience Society, and was their president for a period of time.

Dunlop presented at the Australian National University on the clinical trials for spinal care in 2018.

Career Dunlop is the head of school, within the Faculty of Science, at the University of Western Australia.

Dunlop's qualifications include a BSc (hons, zoology), London and a PhD, London.

Clinical studies within Dunlop's team comprise three multi-centre randomized controlled trials “Spinal Cord Injury and Physical Activity (SCIPA)” involving all 8 spinal units in Australia and New Zealand and the purpose of these is to examine novel ways of exercising the paralysed limbs to promote neurological recovery and improve health. The trials span acute care to the community, reflecting the lifetime need of these patients. “ICED” (immediate cooling and early decompression) is another multi-centre clinical initiative focusing on acute spinal cord injury involving immediate hypothermia in the ambulance to buy time and limit secondary damage before emergency surgical decompression. Another more recent multi-centre initiative involves examining bladder care and urinary tract infections, a major secondary complication following spinal cord injury, with the goal of improving best practice for bladder health.

Dunlop leads a program of laboratory and clinical research promoting recovery after traumatic injury to the nervous system. Laboratory studies focus on understanding the spread of secondary degeneration using technologies such as red light, pulsed magnetic fields and nanotechnology to target drug delivery.

As at July 2019 her H index was 39, and number of citations was over 5300 (Scopus). 2012 – one of three finalists of Western Australian of the year. 2011–2013 – principal research fellow of NH&MRC. 1998–2010 – senior research fellow, NH&MRC, Animal Biology, UWA.