Rate My Professor Neil Spratt

Spratt's research specializes in translational stroke studies, exploring acute ischemic stroke mechanisms like leptomeningeal collateral flow, intracranial pressure elevation, CSF outflow resistance, glymphatic clearance, and choroid plexus alterations. Discoveries include hypothermia preventing post-stroke ICP rise and novel collateral enhancement therapies. He pioneered imaging-guided reperfusion in trials like EXTEND-IA and IST-3, establishing tenecteplase as global standard, and developed statewide telestroke networks with virtual reality training to boost rural thrombolysis. Rehabilitation efforts cover environmental enrichment, cardiorespiratory fitness, diet, physical activity, and boredom mitigation. Key publications: 'Intracranial pressure elevation post-stroke: Mechanisms and consequences' (2023), 'Rollout of a statewide Australian telestroke network including virtual reality training is associated with improved hyperacute stroke workflow metrics and thrombolysis rate' (2024), 'Whole Blood Viscosity and Cerebral Blood Flow in Acute Ischemic Stroke' (2024), 'Environmental enrichment: neurophysiological responses and consequences for health' (2018 chapter), and 'Imaging the Penumbra: Positron Emission Tomography Fluoromisonidazole' (2007 chapter). His contributions have transformed stroke care, enhancing independence for patients, and he co-chairs stroke streams while mentoring leaders.