Medical Xpress March 19, 2025
Tim Tedeschi, University of Cincinnati

A University of Cincinnati study found machine learning models can aid in the automation and detection of abnormal brain activity sometimes referred to as a “brain tsunami.”

UC’s Jed Hartings, Ph.D., is corresponding author of the study published March 12 in the journal Scientific Reports detailing how automation can aid clinicians treating patients with spreading depolarizations (SDs).

Hartings said SDs are believed to occur in patients with virtually any type of acute brain injury, including different kinds of strokes and traumatic brain injuries (TBI). Approximately 60% to 100% of all patients in these different disease categories are believed to experience SD.

Just like a battery, have a stored, or polarized, charge that enables them to send signals to...

Today's Sponsors

Venturous
Got healthcare questions? Just ask Transcarent

Today's Sponsor

Venturous

 
Topics: AI (Artificial Intelligence), Conferences / Podcast, Health System / Hospital, Provider, Survey / Study, Technology, Trends
The Commodification Of AI: How Reduced LLM Costs Are Reshaping Healthcare And Beyond
GE HealthCare expands invasive cardiology portfolio with AltiX AI.i
Google to Launch Open AI Models for Drug Discovery
Nvidia's Huang says faster chips are the best way to reduce AI costs
Hugging Face submits open-source blueprint, challenging Big Tech in White House AI policy fight

Share This Article