The Michael J. Fox Foundation FoxFeed Blog features InMotion and the important impact of our center in an interview with Dr. Karen Jaffe. Read the full interview and more ...
Category Archives: News
Progress and Promise of Parkinson’s Research for 2016
Learn about research progress made in 2015 and forthcoming Parkinson’s research of 2016. Read more ...
InMotion Supports People with PD and Movement Disorders
InMotion is honored to be featured in Northeast Ohio’s monthly lifestyle newspaper Currents (August 20, 2015.) Learn about the communal support we offer at our center. Read more ...
Progress in Parkinson’s care and research 2015
“2015 has seen significant advances in Parkinson’s care and research, including therapeutic advances to improve patients’ lives.” Read more. ...
Insights from 19th Movement Disorders Society Congress
Doctors, researchers, and other health care professionals from all over the world gathered in San Diego, California, in June to discuss the latest trends in treatment for Parkinson’s disease and other movement disorders. Read the research recap from the 19th International Congress of Parkinson’s Disease and Movement Disorders on the Michael J. Fox Foundation website.
...New Center Brings Hope
Delighted to share this terrific story (Today’s Family Magazine, April 29, 2015) on InMotion’s evolution and the hope we afford people with Parkinsons.
“A 67-year-old retired registered nurse with an extensive background in research, Maria suddenly found herself in the role of patient, with the haunting three words “incurable, progressive, and debilitating” looming over a future she had envisioned with her husband, Gene, their family, and grandchildren.
“Those are big words,” Maria said. ...
InMotion to offer support for those with Parkinson’s disease – Cleveland Jewish News
August 2014: InMotion, under construction on Galaxy Parkway in Warrensville Heights, will open in the fall, and founders Dr. Karen Jaffe, Lee Handel and Allan Goldberg* are excited to provide support and information to people affected by neurological movement disorders.