“Electroceutical” Treatment Hopes to Stimulate Brain Healing Without Medications
A simple slip on the ice while crossing a parking lot in downtown Minneapolis triggered the problem for 47-year-old John Doe (not his real name). By the time emergency medical personnel arrived he knew his own name, but did not remember falling, the date, or even where he was. “I didn’t even know what had happened until I had been in the hospital for three days,” he said.
Brought into Hennepin County Medical Center (HCMC), John had classic brain injury, with tiny amounts of blood on the surface of his brain and interspersed into its folds. Radiology studies were consistent with brain trauma, but the injury was not severe enough to require surgery. Several days after the accident he moved into the brain injury rehabilitation unit at HCMC.
“I’m still trying to figure out how to get back to my normal life. It’s … hard to believe that this is my life. A lot of symptoms are starting to get better but they’re still there. I have problems remembering words,” said John, who works as a professional writer.
Researchers aim to develop a standard approach for evaluating and diagnosing traumatic brain injury, including concussion
Study will include various evaluation methods, including analysis of blood-based biomarkers, eye tracking and imaging to help classify severity of head injury
According to the Centers for Disease Control and Prevention (CDC), every year, there are an estimated 2.2 million emergency department visits for traumatic brain injuries (TBI).[i] For people with head injuries, quick evaluation and treatment are critical.
That’s why researchers at Hennepin County Medical Center (Minneapolis, Minn.) and the University of Minnesota are launching an innovative, comprehensive study in collaboration with Abbott to better identify the range of brain injuries among patients. Using multiple evaluation tools, including eye tracking, blood-based biomarkers, imaging and cognitive measures, scientists hope to develop a new standard approach to help classify brain injuries, including concussions, and provide the information needed to guide doctors’ treatment decisions.