Jinsy Andrews

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Total Citations

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About

Jinsy Andrews is a clinical researcher specializing in neurodegenerative disease, with a particular focus on amyotrophic lateral sclerosis (ALS) and the development of assistive technologies to improve patient function and quality of life. Her work sits at a compelling intersection of neurology and biomedical engineering, pioneering the application of robotic and exoskeletal devices to address the debilitating physical symptoms of ALS. Andrews has made notable contributions to understanding head-neck dysfunction in ALS patients, a frequently overlooked yet profoundly impactful aspect of the disease. Her 2019 study introduced the first dynamic robotic neck brace capable of simultaneously characterizing head motion and recording neck muscle electromyography in ALS patients, laying critical groundwork for targeted interventions. Building on this foundation, her 2022 research demonstrated that a powered neck exoskeleton could meaningfully restore head-neck control in patients suffering from head drop — a significant breakthrough with direct clinical implications. With a combined citation count reflecting growing recognition in the field, Andrews' research offers tangible hope to ALS patients facing progressive motor decline. Her work exemplifies how engineering innovation, guided by clinical insight, can translate into meaningful therapeutic tools for some of neurology's most challenging conditions.