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About

Matthew J. Chilvers is a leading researcher in the neuroscience of proprioception—our sense of body position and movement—with a particular focus on how stroke disrupts this critical sensory system. His work has fundamentally advanced our understanding of the neural basis of proprioceptive impairments, which affect approximately 50% of stroke survivors. Dr. Chilvers’ research uniquely bridges clinical assessment, neuroimaging, and robotic measurement to predict long-term outcomes. His landmark 2021 study, cited 48 times, pioneered the use of a stroke model to investigate the neuroanatomy underlying proprioception. He has since demonstrated that early identification of patients likely to suffer persistent deficits is crucial for personalizing rehabilitation. Notably, his 2022 investigation into white matter tracts, such as the Superior Longitudinal Fasciculus, challenged traditional views by showing that proprioception relies on a distributed network beyond the dorsal column-medial lemniscal pathway. With over 100 citations across his key works, Dr. Chilvers’ research is shaping how clinicians predict and treat chronic proprioceptive loss, offering new hope for reducing long-term disability in stroke survivors.