VIEW PRESS RELEASE [PDF] 15 JAN 2014: Valley View, OH – Great Lakes NeuroTechnologies (GLNT) announced today that it is launching a study to determine the feasibility of a clinician-worn glove to objectively evaluate abnormal muscle tone, such as stiff…
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PRESS RELEASE: Great Lakes NeuroTechnologies Launches Study to Automatically Classify Abnormal Muscle Tone in Movement Disorders
Tagged with: abnormal muscle tone, botox, cerebral palsy, cleveland clinic, clinical study, deep brain stimulation, diagnostic, dystonia, kinesia, motor impairment, muscle properties, neurological disorders, nih, ninds, objective assessment, parkinson's disease, ridigity, sbir grant, spasticity, spinal cord injury, stroke
PRESS RELEASE: GLNT Secures Over $4.5 Million in Funding to Fuel New Product Development for Parkinson’s Disease and Neuroscience Education
VIEW PRESS RELEASE [PDF] April 24, 2012: Valley View, OH – Great Lakes NeuroTechnologies announced today they have secured over $4.5 million is funding for new product development. The funding includes three new projects sponsored by the National Institutes of…
Tagged with: balance, biomedical engineering, bme, company, data analysis, dbs, dcs, deep brain stimulation, development, direct current stimulation, education, funding, gait, growth, learning, motion sensor, neurotechnology, nih, parkinson's disease, physiological monitor, ridigity, sbir, signal acquisition, teaching, telemedicine, tremor, wireless physiology
PRESS RELEASE: GLNT Awarded Patent for Technology to Assess Parkinson’s Disease
VIEW PRESS RELEASE [PDF] 8MAR2012: Valley View, OH – Great Lakes NeuroTechnologies announced today that they have received allowance of claims from the U.S. Patent Office for an application covering their Movement Disorder Monitoring System and Method for quantitative assessment…
PRESS RELEASE: Great Lakes NeuroTechnologies’ KinetiSense technology used in Parkinson’s disease gait and balance study
VIEW PRESS RELEASE [PDF] Cleveland, OH – August 15, 2011 – Great Lakes NeuroTechnologies’ KinetiSense motion sensor technology was used in a clinical study to capture and quantify the effect of Deep Brain Stimulation (DBS) on gait and balance impairment…