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Movendo and Kessler Foundation Partner to Improve Recovery after Brain Injury and Stroke

  • Businesswire - 15 September 2020
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Kessler Foundation integrates Movendo Technology’s robotic platform hunova in rehabilitation research studies aimed at restoring balance in individuals with disabilities caused by neurological illness and injury and aging.

BOSTON–Movendo Technology has partnered with Kessler Foundation to explore potential applications for Movendo’s robotic platform hunova in rehabilitation research in populations with balance deficits caused by neurological illness or injury and aging At Kessler Foundation, the hunova is being integrated into on-going clinical trials in brain injury and stroke, according to research scientist Rakesh Pilkar, PhD, in the Center for Mobility and Rehabilitation Engineering Research. Dr. Pilkar directs the Center’s Balance Assessment and Training Laboratory. The hunova is a programmable robotic medical device consisting of two independent electromechanical movable platforms, one at foot level and one at seat level. The device, which can deliver more than 200 exercises for postural control, balance, core stability and proprioception, operates in active, passive, and assistive modes. “Balance is a key element of our lives, playing a fundamental role in our ability to safely perform activities of daily living,” explained Dr. Pilkar. “When balance is impaired, quality of life declines as individuals lose their independence and their risk for injury, including falls, increases,” he noted. “This greatly increases costs of care and caregiver burden. Incorporating the hunova in our mobility research will help us better understand the spectrum of balance dysfunction across populations with neuromuscular disabilities, and develop new interventions to help restore balance function, toward the goal of improving mobility and enhancing quality of life.” Foundation scientists will also use Movendo’s silver index, a 20-minute predictive evaluation that provides an objective assessment of fall risk and suggests exercise protocols for mitigating risk.

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