Rate My Professor Roger Whittaker

Professor Roger Whittaker serves as Professor of Clinical Neurophysiology in the Faculty of Medical Sciences at Newcastle University and holds an Honorary Consultant position in the Department of Clinical Neurophysiology at the Royal Victoria Infirmary. He studied medicine at Cambridge University and pursued a BMA scholarship at the Institute of Molecular Medicine in Oxford. Whittaker completed his specialist training in Clinical Neurophysiology across Newcastle and Edinburgh, subsequently returning to Newcastle University to obtain a PhD focused on cortical network dynamics. His career trajectory reflects a commitment to advancing clinical neurophysiology through integrated clinical practice and research.

Whittaker's research centers on developing innovative diagnostic and therapeutic strategies for neurological disorders, with a particular emphasis on alterations in skeletal motor unit structure and function in both health and disease states. He utilizes experimental multi-contact intramuscular electromyography electrodes alongside conventional imaging techniques, including ultrasound and MRI, in clinical trials involving patients with neuromuscular conditions. A key contribution is his development of motor unit MRI (MUMRI), which employs a variant of diffusion-weighted MRI to visualize contractions of multiple human motor units in vivo. This technique holds promise for motor neuron disease diagnostics, where fasciculation represents an early indicator, and he leads a multi-centre study assessing its potential. His investigations extend to mitochondrial diseases, encompassing epilepsy, neuropathy, and muscular syndromes; inherited motor neuropathies; and neuromuscular junction abnormalities. Notable publications include 'Motor unit magnetic resonance imaging (MUMRI) as a novel biomarker of muscle activity in spinal muscular atrophy' (2026, Neuromuscular Disorders), 'MRI of Neurogenic Human Motor Units Following Poliomyelitis' (2026, Muscle and Nerve), 'Whole-body fasciculation detection in amyotrophic lateral sclerosis using motor unit MRI (MUMRI)' (2024, Clinical Neurophysiology), 'Neuromuscular junction involvement in inherited motor neuropathies: genetic heterogeneity and effect of oral salbutamol treatment' (2023, Journal of Neurology), 'Genetic heterogeneity of motor neuropathies' (2017, Neurology), and 'Epilepsy in Adults With Mitochondrial Disease: A Cohort Study' (2015, Annals of Neurology). These works underscore his impact on neurophysiological assessment and neuromuscular research.