K. Quiney

Papers

Total Citations

H-Index

About

K. Quiney’s research lies at the intersection of rehabilitation engineering and neurophysiology, with a primary focus on restoring motor function after spinal cord injury (SCI). Her most impactful work investigates the therapeutic potential of robotic-assisted locomotor training using the LOKOMAT system. In a landmark 2011 study (20 citations), Quiney and her team demonstrated that intensive, robot-guided gait training can significantly reduce spasticity and improve volitional control of the ankle in individuals with incomplete SCI. A companion study (11 citations) further revealed that this training regimen positively alters neuromuscular properties and enhances muscle strength, providing a mechanistic basis for observed functional gains. These contributions are notable for bridging the gap between robotic rehabilitation technology and clinical neurorehabilitation, offering evidence that repetitive, task-specific locomotor training can drive neural plasticity even in chronic injury. Quiney’s work has helped establish robotic-assisted therapy as a viable tool for retraining the nervous system, influencing protocols in rehabilitation centers and inspiring further research into adaptive, patient-specific robotic interventions. Her findings remain foundational for scientists and clinicians seeking to optimize recovery of walking after neurological damage.