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Technology3h 16m ago
A study led by Georgia Institute of Technology's Associate Professor Costas Arvanitis has shown that combining artificial intelligence (AI) with focused ultrasound can safely deliver therapies and improve diagnostic interventions to the brain.
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Georgia Institute of Technology
Who
Associate Professor Costas Arvanitis, Hohyun "Henry" Lee, Victor Menezes, Dr. Graeme Woodworth
What
A study led by Georgia Institute of Technology's Associate Professor Costas Arvanitis has shown that combining artificial intelligence (AI) with focused ultrasound can safely deliver therapies and improve diagnostic interventions to the brain.
When
Tue, 16 Jun 2026 21:00:06 GMT · 3h 16m ago
Where
Georgia Institute of Technology ·
Why
The research developed an AI-driven system that anticipates harmful microbubble behavior and adjusts ultrasound settings in real-time to safely overcome the blood-brain barrier for brain disease treatment and diagnosis.
The Frontline Impact
How this affects you
This AI-guided technology could enable safer and more effective delivery of drugs to the brain and improve diagnostic capabilities for neurological diseases, potentially making treatments more accessible and less costly. It highlights potential to turn the BBB into a diagnostic and treatment monitoring gateway.
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2 events in this thread- Technology3h 16m agoA study led by Georgia Institute of Technology's Associate Professor Costas Arvanitis shows how combining artificial intelligence (AI) with focused ultrasound can safely deliver therapies and improve diagnostic interventions to the brain.Open article
- Currently Reading3h 16m agoA study led by Georgia Institute of Technology's Associate Professor Costas Arvanitis has shown that combining artificial intelligence (AI) with focused ultrasound can safely deliver therapies and improve diagnostic interventions to the brain.