Jacob Skinner’s Post

New Apple Watch to monitor blood glucose and pressure, sleep apnea signs: report. The Apple Watch is always adding new features — and the 2024 version could be a game changer for your health.According to a report from Bloomberg, the newest series of the device will have three additional health sensors that can alert wearers if they are pre-diabetic, sense rising blood pressure and detect sleep disturbances that could mean hypertension or sleep apnea.It’s unclear exactly how the Apple Watch Series 10 will detect blood pressure, but Forbes speculated that it could be using near-infrared spectroscopy — calculating changes in blood pressure by looking at blood flow with near-infrared light.While this technology wouldn’t give exact numbers that a doctor could provide, it can detect any major changes, giving a sign to the person that they should visit a healthcare professional.Similar to the blood pressure feature, sleep apnea detection will work as an early gauge and a signal to see a doctor. The tool would look at indicators such as movement, breathing rate, snoring and heart rate. However, it won’t be able to monitor brain activity.Bloomberg also reported that there will be an Apple Watch with a blood glucose monitor to let the wearer know if they may be pre-diabetic.As part of Apple’s “evolving approach to health care,” they’re expected to continue working on other health features for future series and other Apple products, such as AirPods that act as hearing aids with a feature to test hearing at home.The tech giant is reportedly also creating a digital health coaching service that will create personalized workout and eating plans. It would require a monthly subscription and could use artificial intelligence and device data. Follow our WhatsApp channel for your daily dose of technical news updates. https://lnkd.in/dYdiMEPV #google #uae #apple #future #technews #blood #glucose #monitoring #smartwatch

Samsung’s FDA DeNovo approval for Sleep Apnea detection in the forthcoming Galaxy Ring marks a significant stride in wearable technology’s role in healthcare. This development not only underscores the potential of wearables to complement traditional medical diagnostics but also highlights the evolving regulatory landscape as agencies like the FDA adapt to the innovations brought forth by tech giants. As technology companies like Samsung, Apple, and others delve deeper into health monitoring, we’re poised to witness an increasing intersection between tech and healthcare. This crossover, however, brings about competitive tensions and regulatory challenges, especially in a domain as sensitive and regulated as medical devices. The case of Samsung’s Galaxy Ring illustrates the industry’s direction towards more personalized, accessible health monitoring solutions, potentially reshaping patient care and preventive health strategies. As we move forward, the collaboration between tech companies and regulatory bodies will be crucial in navigating the complexities of integrating advanced technologies like ML and AI into healthcare. #WearableTech #HealthcareInnovation #FDAApproval #SleepApnea #SamsungGalaxyRing #MedicalDevices #TechHealthCrossover

Buyer Beware | #Sleeptracker technology is impressive, but imperfect. We asked experts whether they can really help you get a better night’s rest. See more in original post below👇 #wearables #sleep #trackers #technology #medtech #digitalhealth #healthcare #mentalhealth #health #wellness #buyerbeware

Samsung Galaxy Watch Receives FDA Nod for Sleep Apnea Detection - HIT Consultant #SamsungGalaxyWatchFDAApproval The Samsung Galaxy Watch has received FDA approval for its sleep apnea detection feature. This approval marks a significant milestone in the use of wearable technology for healthcare purposes. The watch uses sensors to monitor the wearer's heart rate and movement during sleep, allowing it to detect episodes of sleep apnea. Sleep apnea is a common sleep disorder characterized by pauses in breathing during sleep. It can lead to serious health complications if left untreated. The Samsung Galaxy Watch's ability to detect sleep apnea could provide an accessible and convenient way for individuals to monitor their sleep health. This approval highlights the growing role of technology in healthcare and the potential for wearable devices to improve patient outcomes. #WearableTechnology #SleepApneaDetection # ai.mediformatica.com #feature #sleepapnea #samsung #this #administration #authorization #foodanddrugadministration #heart #heartfailure #risk #stroke #technology #digitalhealth #healthit #healthtech #healthcaretechnology @MediFormatica (https://buff.ly/48dpYX2)

The next Apple Watch will reportedly add 3 new health sensors for diabetes, blood pressure, and sleep apnea. The ever-evolving Apple Watch is rumored to be getting even more health monitoring features in 2024, with reports that the devices will expand to three additional sensors that can warn users if they are prediabetic, sense rising blood pressure, and alert someone if they may have sleep apnea. The portable devices, Apple's tentpole health and fitness offering, have undergone similar health-centered upgrades in recent years, including the addition of fertility tracking tools and a body temperature sensor in 2022. Earlier this year, the company was rumored to be working on an AI-powered health coach capable of designing custom health plans based on biometric and behavioral data gathered by the watch — an indication that Apple is looking to further its reach in the billion-dollar healthcare industry.The device's rumored blood glucose monitoring system will warn Apple Watch users if they are prediabetic using a noninvasive light shined through the skin that measures blood glucose levels. The device won't offer actual blood sugar readings to users already diagnosed with diabetes. The blood pressure sensor will be able to detect when a wearer's blood pressure is elevated, accompanied by a "blood pressure journal" (similar to Apple's other personal tracking offerings) to help track external factors leading to hypertension. It won't be able to show a user their exact systolic and diastolic measurements for treatment purposes.A new sleep apnea sensor will measure breathing patterns during sleep to estimate if a user has the condition, as well as suggestions when they should see a physician, building on the watches current sleep tracking tools. Follow our WhatsApp channel for your daily dose of technical news updates. https://lnkd.in/dYdiMEPV #cybertronixllc #google #applewatch #sensors #features #health #tracking #measurement

Good to see another example of using sleep-tracking wearables to enhance CPAP adherence – according to a recent study by the University of Chicago Medicine and Northwestern University: https://lnkd.in/en2euHxs Sleep health professionals are constantly tackling the challenge of CPAP compliance with sleep apnea patients, which can be as low as 50% in the long term. Combining the usage of sleep-tracking wearables with CPAP devices offers a more accurate and customized approach to treatment effectiveness, one that can transform how we monitor and manage sleep apnea. We're excited to leverage the comprehensive sleep data from our award-winning #TipTraQ to provide personalized insights and enhance CPAP adherence: https://lnkd.in/e_wF3yJe To all the sleep healthcare providers out there, how do you address the challenge of CPAP compliance in your practice? Let us know! 😊 #sleephealth #cpap #sleepapneatreatment #sleepapnea

Struggling to get quality shut-eye? 😴 Don't let sleepless nights impact your productivity! Explore the latest in sleep tracking technology beyond the typical smartwatch. Because we all know that a good night's sleep is the key to a successful day at work!💼 https://bit.ly/3PGZu9O

This Friday, I want to hone in on one of the most crucial aspects of our lives: sleep. 💤 It's a common misconception that the less you sleep, the more you can accomplish in a day. However, it's a trap you shouldn't fall into, a pitfall even experienced by notable figures like Bill Gates. In his 30s and 40s, the billionaire Microsoft co-founder engaged in a competition with peers to see who could endure the least sleep, wearing it as a badge of honor for productivity. He proudly declared, "I only sleep six hours," escalating to rival claims of "I only sleep five!" and "Sometimes I don't sleep at all!" 😵 For Gates, sleep became synonymous with laziness and excess. A pivotal shift occurred in Gates' perspective when his father was diagnosed with Alzheimer's disease. This prompted him to recognize the role of sleep as a predictive factor for dementia, including Alzheimer's. Research supports this, revealing that older adults sleeping less than five hours per night are twice as likely to develop dementia or face mortality within five years compared to those sleeping six to eight hours. ⌛ Gates, now committed to a minimum of seven hours of sleep each night, underscores the importance of monitoring one's "sleep scores" daily. These scores assess how well the body recuperates overnight, factoring in both the duration and quality of sleep. While Gates didn't specify his tracking method, various wearable devices, such as Fitbits or Apple Watches, offer this capability. Ultimately, for Gates, a good night's sleep is deemed "super important." 💯 On a personal note, I've already recognized the benefits of an 8-hour sleep, and they far outweigh the questionable productivity of those extra two hours, while trying to stay alive via connection to your coffee mug. ☕ #TechInsights #LifeStyle #SleepWell

Can Apple Watch be used to diagnose sleep apnea? As an endocrinologist exploring the intersection of technology and healthcare, I'm intrigued by recent developments indicating that devices like the Apple Watch could potentially be used to screen for sleep apnea—a prevalent condition often associated with metabolic syndromes and diabetes. Recent studies have shown promising results. For instance, a collaboration between Cardiogram and UCSF tested over 6,000 participants, demonstrating that the Apple Watch could detect sleep apnea with a sensitivity of 90%. However, the specificity was 60%, suggesting limitations in its current clinical applicability (source: TechCrunch). Another study investigated the use of photoplethysmography (PPG) signals from wearable devices to detect characteristic heart rate variations associated with sleep apnea. This approach also showed potential for non-invasive screening during sleep (source: PLOS ONE). These findings open a discussion on integrating wearable technology into our diagnostic toolkit, which could revolutionize monitoring and management strategies for sleep apnea in the metabolic patient population. What are your thoughts on the reliability and future use of such technology in clinical practice? #DigitalHealth #WearableTech #SleepApnea #Endocrinology #HealthcareInnovation