
Eye scans predict brain aging using AI
A new deep learning model bypasses expensive brain scans by reading signs of dementia and stroke directly from the back of the eye.
Discover the newest research about AI innovations in 🖼️ Computer Vision.

A new deep learning model bypasses expensive brain scans by reading signs of dementia and stroke directly from the back of the eye.

Training diagnostic AI no longer requires massive, expensive libraries of real patient photos.

A new machine learning method extracts high-quality heart disease risk data from low-dose scans that doctors usually ignore for calcium scoring.

A new study shows video foundation models can grade violent sleep movements, but their tendency to overestimate severity reveals the limits of clinical AI.

A new deep learning model spots chronic kidney disease using routine heart ultrasounds, bypassing the need for immediate blood work.

Adding radiology text to visual AI models stops them from failing when hyperparameters change.

A new foundation model bypasses cherry-picked images to evaluate gastric cancer risk using every photo taken during an endoscopy.

A new deep learning model can locate dangerous heart arrhythmia targets without needing to trigger the life-threatening rhythm first.

A new human-in-the-loop training method proves that AI can slash the grueling hours radiologists spend labeling medical images without sacrificing clinical accuracy.

Surgeons spend hours documenting procedures, yet manual reports omit up to seventy percent of critical clinical information.