Wireless Patient Monitors Clear European Regulatory Hurdles
Hospital wards are tangled in cords, but cutting the wires requires passing the world's toughest medical device standards.
Decoding the clinical masking effect in SAA-positive Parkinson’s disease: from central mechanistic dichotomy to a peripheral diagnostic panel
A new proteomic analysis reveals why Parkinson's drug trials keep failing despite using biologically pure patient groups.
AI Helps Independent Doctors Avoid Hospital Buyouts
A massive funding round reveals how independent physicians are using artificial intelligence to survive the shift to risk-based Medicare contracts.
AI model improves lymph node cancer detection
A new artificial intelligence model outperforms existing tools in spotting tiny cancer deposits in lymph nodes across multiple cancer types.
Medtronic Wins FDA Clearance for Unbiased Pulse Oximeter
A regulatory shift is forcing medical device makers to prove their technology works equally well on all skin tones.
AI calculates organ age from tissue slides
By training deep learning models to read structural decay in tissue biopsies, researchers can now estimate the biological age of specific organs and predict chronic disease risk.
Connecticut Sets a New AI Playbook
As federal AI regulation stalls, states are building a patchwork of rules that healthcare developers must navigate piecemeal.
How we test medical AI determines its accuracy
A new study reveals that how researchers validate clinical prediction models matters far more than the complexity of the algorithms they build.
Epic Systems Faces Federal Antitrust Investigation
The federal probe into Epic Systems signals a major shift from encouraging digital health records to policing who controls them.
AI schizophrenia tests are failing basic math
Flawed data practices in machine learning are inflating the accuracy of brain-wave schizophrenia tests by up to thirty percent, masking a quiet reproducibility crisis.