W. G. Tatton

Papers

Total Citations

241

H-Index

About

W. G. Tatton is a pioneering neuroscientist whose work has fundamentally shaped our understanding of motor control and movement disorders. His research centers on the neural mechanisms underlying movement, particularly the role of long-loop reflexes in the basal ganglia and their dysfunction in Parkinson’s disease. Tatton’s most influential contribution is his landmark 1975 paper, "Evidence for abnormal long-loop reflexes in rigid Parkinsonian patients," which has garnered over 240 citations. This study provided the first clear evidence that abnormal long-loop reflexes—transcortical pathways linking sensory input to motor output—are a hallmark of rigidity in Parkinson’s disease, challenging earlier models focused solely on spinal reflexes. By demonstrating that these reflexes are exaggerated in rigid patients, Tatton helped shift the field toward understanding cortical and subcortical contributions to motor symptoms. His work has had lasting impact on both basic neuroscience and clinical neurology, informing therapeutic approaches such as deep brain stimulation. Tatton’s rigorous experimental design and clear interpretation of complex reflex pathways continue to inspire researchers investigating sensorimotor integration and neurodegenerative diseases.