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My lab is interested in understanding the molecular pathophysiology of brain injuries, such as traumatic brain injury (TBI) and stroke, focusing on neuroprotection to prevent the limiting spread of injury. Currently, we are investigating the neuroprotective efficacy of anaesthetics and inert gases like xenon and argon, as well as identifying molecular targets of these treatments to prevent brain damage in conditions like neonatal asphyxia and post-cardiac arrest brain damage. We utilize a variety of approaches to study the molecular actions of anaesthetics and neuroprotectants, which include patch-clamp electrophysiology and site-directed mutagenesis models of brain injury. Our lab actively engages with public outreach, participating in events like 'Science Uncovered' at London's Natural History Museum and the Imperial Festival, showcasing our work to thousands of visitors and encouraging public understanding of science. Furthermore, I have collaborated on innovative educational projects, highlighting the importance of outreach and engagement in our research community.
Specialisms available in Materials for the Energy Transition or Theory and Simulation of Materials.