Stroke Rehabilitation Articles & Analysis
15 news found
A fascinating introduction of the technological innovation IVS developed by Dessintey, which provides a new therapeutic approach for stroke rehabilitation. IVS: a unique technology dedicated to motor planning and central movement control. ...
The agreement situates AMS as BioXtreme’s representative in the Czech Republic and Slovakia, with exclusive distribution rights for BioXtreme’s neurorehabilitation products and forming connections with hospitals and rehabilitation centres around the two countries. BioXtreme has developed a ground-breaking robotic device for motor-learning, based on innovative error ...
BioXtreme has developed a ground-breaking robotic device for motor-learning, based on innovative error enhancement technology for upper limb rehabilitation from stroke and other neurological injuries. The STEPS Neurorehabilitation Centre in Budapest is the first Hungarian based rehabilitation centre to use robot-assisted and robot- based gait ...
Therefore, in order to promote exploration and rehabilitation, e.g. after a stroke, we have added new landscapes in our relax module. ...
"Over the past two decades, we have made major advances in acute stroke treatment. But still 90% of stroke patients experience long-term disability. ...
BioXtreme has developed a ground-breaking robotic device for motor-learning, based on innovative error enhancement technology for upper limb rehabilitation from stroke and other neurological injuries. Villa Beretta is world known rehabilitation center in Italy with a cuttingedge R&D department. ...
BioXtreme has developed a ground-breaking robotic device for motor-learning, based on innovative error enhancement technology for upper limb rehabilitation from stroke and other neurological injuries. Reuth is one of the biggest rehabilitation hospitals in Israel with a cutting-edge R&D department. The research project will focus on the ...
BioXtreme has developed a ground-breaking robotic device for motor-learning, based on innovative error enhancement technology for upper limb rehabilitation from stroke and other neurological injuries. Leuven hosts one of the biggest rehabilitation departments in Belgium with a cutting-edge R&D department. The research project will focus on ...
IpsiHand robotic hand-piece uniquely leverages brain-computer interface technology for chronic stroke rehabilitation IpsiHand also has been granted U.S. FDA Breakthrough Device Designation Neurolutions, Inc., a medical device company developing and commercializing a first-of-its-kind device leveraging brain-computer interface (BCI) technology for upper ...
The Neurolutions IpsiHand Upper Extremity Rehabilitation System (IpsiHand System) is a Brain-Computer-Interface (BCI) device that assists in rehabilitation for stroke patients with upper extremity—or hand, wrist and arm—disability. “Thousands of stroke survivors require rehabilitation each ...
"The results of this clinical study suggest that the addition of VNS enhances the effect of best practice stroke rehabilitation. It is also important to note that our physical and occupational therapists were able to easily incorporate the Vivistim® System with intense rehabilitation therapy." stated Dr. ...
Latin for 'movement anewed', Motus Nova envisions a world where survivors of stroke live without impairment. We believe a brain injury or stroke is meant to be overcome and does not define your future," said Motus Nova CEO David Wu. ...
Cerevast Medical, Inc., a medical technology company that develops medical products for the treatment of neurologic disorders, has licensed several technologies from Arizona State University to be used in innovative post-stroke rehabilitation ...
MicroTransponder, Inc., (www.microtransponder.com) a privately-held medical device company, is pleased to announce that its successful stroke rehabilitation clinical trial has been published in the prestigious academic journal Stroke. The manuscript, titled "Safety, Feasibility and Efficacy of Vagus Nerve Stimulation (VNS) Paired with Arm ...
SEATTLE – Oct. 5, 2015 – Today Cadence Biomedical, maker of Kickstart®, which helps people with neurological conditions recover to walking, announced a new research collaboration with the University of Nebraska Omaha (UNO) to study stroke survivors’ ability to adapt and improve motor skills after using the Kickstart device. ...