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FMRI has long been a useful research tool, providing indirect indications of relative change in brain activity when the subject is presented with different stimuli. It has rarely been used in diagnostics as it does not produce numerical data. Currently, positron emission tomography (PET) scans are used to provide quantitative measurements of blood flow and volume in the brain for use in diagnosis. However, PET is expensive, has poor spatial resolution and exposes the patient to ionising radiation.
Dimitri Gavriloff
BA (Hons.), PGCE, GDip. (Psych), DClinPsych Dimitri Gavriloff - Clinical Course Tutor and Research Clinical Psychologist in Sleep Medicine
Saad Jbabdi
Saad Jbabdi - Professor of Biomedical Engineering
Holly Bridge
MA, MSc, DPhil Holly Bridge - Professor of Neuroscience
Patrick Waters
BSc PhD CSci FIBMS FRCPath Patrick Waters - Associate Professor, Co-Director Autoimmune Neurology Diagnostic Laboratory
Laura Taylor
BSc (Hons) PgCert MCOptom Laura Taylor - Specialist Research Optometrist
Paul Harrison
MA, BM. BCh, DM (Oxon), FRCPsych Paul Harrison - Professor of Psychiatry; Associate Head of Department (Research)
Rachel Sharman
BSc (Hons), PhD Rachel Sharman - Senior Postdoctoral Researcher - Sleep Medicine
Timothy Behrens
Timothy Behrens - Professor of Computational Neuroscience
Stephen Smith
Stephen Smith - Professor of Biomedical Engineering
Katie Warnaby
PhD, MPhys Katie Warnaby - Senior Research Scientist
Andrew Segerdahl
Andrew Segerdahl - Senior Postdoctoral Researcher
Ruxandra Dafinca
MSc DPhil Ruxandra Dafinca - Brain Science Research Fellow and Group Leader
Chrystalina Antoniades
Chrystalina Antoniades - A/Professor of Clinical Neuroscience
Sridhar Vasudevan
Sridhar Vasudevan - Associate Professor in Pharmacology and Drug Discovery