Alex Sinclair

Alex Sinclair is Professor of Neurology and Birmingham Professorial Fellow in the Department of Metabolism and Systems Science within the College of Medical and Dental Sciences at the University of Birmingham. With over 150 research outputs and 50 projects to his name, Professor Sinclair has established himself as a leading researcher in neurological disorders, particularly focusing on intracranial pressure regulation and related conditions.

His research interests center on idiopathic intracranial hypertension (IIH), headache disorders, intracranial pressure dynamics, cerebrospinal fluid physiology, and traumatic brain injury. Professor Sinclair's work bridges clinical neurology with advanced neuroimaging techniques, with particular emphasis on developing non-invasive diagnostic and monitoring approaches for conditions involving abnormal intracranial pressure.

Analysis of his recent publications reveals a strong focus on translational research with immediate clinical applications. His work spans from rigorous clinical trials evaluating ICP-lowering drugs to systematic reviews of neuroinflammatory mechanisms and cutting-edge applications of MRI in traumatic brain injury assessment. Notably, his research extends to specialized environments, including spaceflight-associated neuro-ocular syndrome, demonstrating the breadth of his expertise in intracranial pressure disorders.

Professor Sinclair leads multiple significant research initiatives, including the TBI-Reporter project funded by the Medical Research Council (2023-2028) and the Mild Traumatic Brain Injury Biomarker Study funded by the US Army Medical Research Acquisition Activity. He also contributes as a Co-Investigator to important national initiatives including the NIHR BRC Themes on Sarcopenia and Women's Metabolic Health, as well as the EPSRC Network+ on Neurotechnology.

His active research portfolio, spanning clinical trials, systematic reviews, and innovative diagnostic methodology development, demonstrates a sustained and growing contribution to the field of neurology, with particular impact in disorders of intracranial pressure and their clinical management.