Rate My Professor Roger Whittaker

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.