Jeff Riley

Queen Mary University of London, University of California, Irvine

Papers

Total Citations

472

H-Index

About

Jeff Riley's research sits at the intersection of stroke rehabilitation, neuroplasticity, and motor recovery, with a focus on understanding how the brain repairs itself after injury. His work has fundamentally shaped how clinicians predict and enhance recovery outcomes. Riley's landmark 2010 study, "Anatomy of Stroke Injury Predicts Gains From Therapy" (238 citations), provided critical evidence that the specific location and extent of stroke damage can predict a patient's response to motor therapy, enabling more personalized rehabilitation strategies. His highly cited 2008 review, "Neuroplasticity and brain repair after stroke" (180 citations), synthesized emerging animal and human research to outline the biological mechanisms underlying recovery and the therapeutic interventions that could promote repair. More recently, Riley has delved into the neural basis of sensory deficits, as demonstrated in his 2019 work on "Neural Correlates of Passive Position Finger Sense After Stroke" (54 citations), which identified key brain regions associated with proprioceptive loss. By bridging structural imaging, neurobiology, and clinical outcomes, Riley has established himself as a leading voice in translating neuroscience into practical, evidence-based stroke rehabilitation.