Continuously recording the brain's electrical signals and examining how those impulses evolve over time is a more reliable way to identify infants at risk for brain injury, compared with doing ...
Why Use EEG in the Critically Ill? Wilner: Thanks for joining us. I’m really glad we have this opportunity because this is a question that’s been bothering me about the application of resources. A ...
Pediatric neurocritical care has evolved into a specialised field dedicated to the intensive management of critically ill children with acute neurological conditions. A cornerstone of this management ...
The Australian-developed Minder system is an implantable device for continuous monitoring of brain activity in patients with epilepsy, developed to address the shortcomings in current ...
DENVER -- A high seizure burden derived by an artificial intelligence (AI) algorithm was associated with worse outcomes, a retrospective analysis showed. Hospitalized patients who had a high seizure ...
First clinical trial published demonstrating safety and efficacy of a bilateral continuous EEG monitoring system Clinically relevant findings were identified in 88% of patients High-quality, durable ...
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CBLL wins FDA breakthrough status for AI-based LVO stroke detection
CeriBell Inc. CBLL recently announced that the FDA has granted Breakthrough Device Designation for its Large Vessel Occlusion ...
The future of electroencephalography (EEG) monitoring may soon look like a strand of hair. In place of the traditional metal electrodes, a web of wires and sticky adhesives, a team of researchers from ...
MELBOURNE, Australia and DALLAS, April 22, 2025 /PRNewswire/ -- Epiminder, a pioneering medical device and information solutions company, today announced that it has been granted FDA authorisation via ...
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