
Aetna to pay $117.7M to settle Medicare Advantage False Claims allegations; ‘Google Earth’ for human organs; Wegovy may pose higher risk of ‘eye stroke’ than other GLP-1 drugs – Morning Medical Update
Key Takeaways
- Aetna allegedly leveraged inaccurate Medicare Advantage diagnosis coding to elevate risk adjustment payments, including morbid obesity coding inconsistent with clinical documentation and BMI measurements.
- The $117.7 million resolution includes no liability finding and allocates approximately $2 million to a whistleblower who initiated part of the action.
The top news stories in medicine today.
Aetna to pay $117.7M over Medicare Advantage risk coding
Aetna, the massive U.S. health insurance provider serving more than 36 million Americans, has agreed to pay $117.7 million to settle allegations it violated the False Claims Act by submitting or failing to correct inaccurate diagnosis codes for Medicare Advantage enrollees, the
Google Earth for human organs
Researchers have launched an open-access Human Organ Atlas, an interactive online platform that allows users to explore detailed 3D images of intact human organs — from full organs down to near-cellular structures. Published in
The platform currently includes hundreds of datasets from dozens of organs and can be accessed through a standard web browser, letting scientists, clinicians, students and the public “fly through” organ structures in unprecedented detail. Researchers say the atlas could advance disease research, medical education and artificial intelligence (AI) tools by providing one of the highest-resolution open 3D datasets of human organs ever assembled.
Wegovy may pose higher ‘eye stroke’ risk than other GLP-1 drugs
Wegovy may carry a higher risk of ischemic optic neuropathy (ION) — sometimes called an “eye stroke” that can cause sudden vision loss — compared with other semaglutide drugs, according to an analysis of FDA adverse event reports published in the
Although the condition remains rare and the database cannot determine true incidence or causation, investigators suggest the higher-dose injectable formulation used for obesity treatment may contribute to the signal. The authors say the findings highlight a potential dose-dependent safety concern and call for prospective studies to clarify the risk as GLP-1 medications continue to expand in use.





