Zhen Jin Tang

Papers

Total Citations

H-Index

About

Dr. Zhen Jin Tang is a pioneering researcher in rehabilitation robotics, with a focused expertise in developing MRI-compatible robotic systems for post-stroke finger rehabilitation. His major contributions lie at the intersection of mechanical engineering and neuroscience, where he has designed novel robotic exoskeletons that enable patients to regain hand dexterity while simultaneously allowing researchers to capture critical brain imaging data. His 2011 paper on an MRI-compatible hand exoskeleton (13 citations) introduced a groundbreaking approach that combines physical therapy with functional brain monitoring, while his 2012 follow-up design (11 citations) refined this technology to study neural recovery processes during rehabilitation. These works are notable for addressing a key gap in the field: the lack of devices that can operate safely within the strong magnetic fields of MRI scanners while providing effective therapy. Dr. Tang’s research has significant implications for personalized stroke rehabilitation, as his systems allow physiotherapists to tailor treatment plans based on real-time brain activity. His work bridges the gap between robotic therapy and neuroimaging, offering a powerful tool for understanding and optimizing motor recovery after neurological injury.