The advent of wearable devices that monitor our heart rhythms both excites and worries doctors.
Some healthcare experts are skeptical that Fitbit wearables can continue to play the fast follower and maintain a strong market position in the face of increasing innovation from Apple Watch.
If you're truly concerned about accurate heart rate measurements, you should definitely look into medical-grade options instead of relying solely on a smartwatch.
We tapped an expert to break down how a heart rate monitor works—and who should invest in one.
Withings introduced multiple wearables at CES today, including a new watch that can take electrocardiograms (EKGs) and has an estimated 12 months of battery life. That’s a lot. The Move ECG is part of the new Move line, and it includes an EKG to measure heart rhythm patterns.
Apple’s new watch can screen for heart problems. But doctors are increasingly worried about the dangers of testing healthy people for disease.
Now, not for the first time, Apple's attention to user experience has been rewarded: According to a paper outlining the study's design in this week's issue of the American Heart Journal, Apple and Stanford have managed to enroll a staggering 419,093 participants. That makes it the largest screening study on atrial fibrillation ever performed.
Join an ambitious study to detect the most common heart arrhythmia using your smart watch. Contribute your data and save lives.
When the new Apple Watch heart monitoring app can get a reading, it can accurately detect that a person has an irregular heart rhythm known as atrial fibrillation 99 percent of the time, according to a study of the new device that Apple submitted to the Food and Drug Administration.
The smartwatch's new ECG function brings fitness trackers into real medical care.
Once the 30 second recording is completed, the Kardia app on the Apple Watch takes about 5 seconds to process the information using an AI algorithm and then makes a determination of normal sinus rhythm (NSR), atrial fibrillation or unclassified
We explain why Apple's decided to go after a condition you may never have heard of.
Doctors can also use the monitors to diagnose patients with intermittent episodes of a-fib, which are hard to catch, and follow up on patients who have had ablations, a procedure that removes diseased tissue from the heart to try to stop a-fib symptoms.
One company is trying to find a way to diagnose severe heart attacks before patients even arrive at the hospital. Preliminary results presented at the 2018 American Heart Association’s Scientific Sessions in Chicago this weekend show that a smartphone app developed by the Silicon Valley-based startup AliveCor may be able to identify heart attacks at home. Specifically, it could detect a type of heart attack caused by complete blockage of an artery—referred to medically as an ST segment elevation myocardial infarction (STEMI)—almost as effectively as an in-hospital electrocardiogram (ECG).
Apple has been advertising its watch’s ability to detect atrial fibrillation. The reality doesn’t quite live up to the promise.
If you’re trying to get fit, lose weight or improve performance at your favourite sport, it’s well worth adding a heart rate monitor to your gym kit. Tracking your BPM before, during and after training provides fantastic insights that can make your workouts better targeted, more effective and even more fun. Yes, we did say fun.
Continuous, automatic heart rate tracking right on your wrist—all from Fitbit.
In a massive push to join Apple’s cardiac research ranks, Fitbit launched an ambitious study Wednesday to test whether its wearables can be used to detect a common heart problem known as atrial fibrillation.
The future of health is on your wrist.