Graphene Sensors Reveal Brain Tissue at Risk During Stroke
10 Articles
10 Articles
Graphene opens new way to detect brain damage after stroke
An international team of scientists involving Spain's CSIC has developed graphene sensors that pinpoint the brain regions most vulnerable after a stroke, tested in mice, opening the door to preventing further damage and improving treatment.
New technical researchers based on graphine sensors have developed to monitor electrical changes in brain tissues during the course of the process.
Graphene sensors reveal brain tissue at risk during stroke
A graphene-based brain sensor could help doctors watch the hidden damage unfolding during a stroke in real time, offering new hope of preventing devastating brain injuries before they become irreversible.
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A scientific team has developed a new graphene-based technology that monitors the brain to better understand what happens in this organ after a stroke and identifies areas at risk of further damage. The Higher Council for Scientific Research (CSIC) participates in this research aimed at providing the medical community with a tool with real-time information on the conditions of brain tissue to improve treatment during stroke.
Scientists have developed a new way of detecting brain damage following a stroke. This innovative technology also opens the way for preventing further damage and improving treatment.
Graphene technology provides real-time insight into brain vulnerability after stroke
Graphene sensors recorded damaging electrical waves after stroke in unprecedented detail, revealing whether brain tissue was healthy, vulnerable or severely compromised.The ultimate goal is to provide medical community with real-time insights into the condition of brain tissue to improve treatment during a stroke.
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