
Smartwatches fail to measure blood glucose levels
A rigorous new evaluation reveals that wrist-worn wearables capture no real blood glucose data, exposing a major flaw in non-invasive tracking claims.
Discover the newest research about AI innovations in 🩺 Endocrinology.

A rigorous new evaluation reveals that wrist-worn wearables capture no real blood glucose data, exposing a major flaw in non-invasive tracking claims.

Predictive algorithms can now spot type 2 diabetes risk ten years in advance, but the real bottleneck is how healthcare systems will handle millions of newly flagged patients.

A digital twin model proves that mental health is not just a quality-of-life issue but a direct driver of chronic physical disease.

Adding medical guidelines to an AI does not make it a better doctor, but teaching it to argue with itself does.

Pharmaceutical giants are realizing that selling a weight-loss drug is only half the battle.

Getting a prescription for the world’s most sought-after weight-loss drugs has devolved into a frictionless, five-minute checkout process.

The wild west of online weight-loss drug marketing is officially coming to an end.

A new algorithm spots which diabetic patients will crash after surgery, shifting the focus from reactive emergency care to proactive recovery.

Algorithms can now recommend insulin doses as safely as human specialists, shifting the bottleneck of diabetes care from clinical expertise to patient trust.

A new partnership between a smart ring maker and a pharmaceutical giant reveals how drugmakers are using consumer hardware to keep patients compliant.