Sabrina Ortiz/ZDNETFitness wearable company Whoop claims data from its screenless wristband has revealed a “novel biomarker” for tracking menstruation, which could make some health issues easier to catch earlier on. Vital signs, including body temperature and heart rate, change through each phase of a person’s menstrual cycle. But Whoop’s research, published on Monday, indicates that the amplitude, or size, of those changes can tell us more than previously thought. Also: The best fitness trackers you can buyThe company’s study reviewed data from more than 11,500 women who opted in, ultimately including 45,000 menstrual cycles. “Amplitude was found to be suppressed in individuals with characteristics linked to reduced fertility, such as higher BMI & older age. This non-invasive marker could help identify reproductive health issues earlier, cutting time to diagnosis,” Whoop Founder and CEO Will Ahmed shared in an X thread on Thursday. NEW @WHOOP RESEARCH – NOVEL BIOMARKER FOR UNDERSTANDING MENSTRUAL CYCLESExcited to share groundbreaking research from the WHOOP Research team, just published in Nature Digital Medicine. A leap forward in understanding and monitoring female physiology. 🧵— Will Ahmed (@willahmed) December 27, 2024
The study explains that for women who get a period and are premenopausal, menstrual cycle changes can indicate potential health issues, like hormonal fluctuations that suggest certain disorders. “Those experiencing irregular menstrual cycles have been found to have a higher risk of coronary heart disease, cancers, and osteoporosis later in life,” the study notes. “Unfortunately, recognizing these cycle disruptions can be challenging as it may take several months before an individual identifies irregular or missed menses.” Also: I test wearable tech for a living. These are my favorite products of 2024The study suggests that, based on the data Whoop collects, irregularities found by wearables could be used to diagnose conditions more quickly and easily — without the need for blood tests or other more invasive and slower methods of diagnosis. More