Apple Watch accurately detects hypertension and sleep apnea, study finds

Nov. 15, 2017

Researchers studying the healthcare implications for modern wearable devices have found that wrist-worn gadgets like Apple Watch and Fitbit can be used to accurately detect hypertension and sleep apnea.

The research claims that data from wearable heart rate sensors, when combined with machine learning algorithms, can surface hidden patterns that predict whether a person is at risk for certain health problems.

The study was conducted by health startup Cardiogram and UCSF and followed more than 6,000 subjects, some of whom had diagnosed hypertension and sleep apnea.

More broadly, the research aims to spur business development around the use of wearables within preventive medicine.

“What if we could transform wearables people already own—Apple Watches, Android Wears, Garmins, and Fitbits—into inexpensive, everyday screening tools using artificial intelligence?” wrote Cardiogram co-founder Brandon Ballinger in a Medium post.

With health and wellness concerns expected to drive growth in the wearables market, tech giants have been keen to develop systems that could further expand wearables use within the broader healthcare market. Apple has proactively pursued healthcare apps for its operating systems and Apple Watch, and has filed patents for health-related wearable tech like emergency-detecting sensors. Apple is also involved in a heart rate study in partnership with Stanford University.

As for the Cardiogram study, Ballinger said the results will soon go into the peer review process to validate whether wearables can be used as screeners for major healthcare conditions. He also noted that Cardiogram hopes to expand the focus to new conditions like pre-diabetes and diabetes.

ZDNet has the full story

Sponsored Recommendations

Enhancing Remote Radiology: How Zero Trust Access Revolutionizes Healthcare Connectivity

This content details how a cloud-enabled zero trust architecture ensures high performance, compliance, and scalability, overcoming the limitations of traditional VPN solutions...

Spotlight on Artificial Intelligence

Unlock the potential of AI in our latest series. Discover how AI is revolutionizing clinical decision support, improving workflow efficiency, and transforming medical documentation...

Beyond the VPN: Zero Trust Access for a Healthcare Hybrid Work Environment

This whitepaper explores how a cloud-enabled zero trust architecture ensures secure, least privileged access to applications, meeting regulatory requirements and enhancing user...

Enhancing Remote Radiology: How Zero Trust Access Revolutionizes Healthcare Connectivity

This content details how a cloud-enabled zero trust architecture ensures high performance, compliance, and scalability, overcoming the limitations of traditional VPN solutions...