American Heart Association’s Post

According to CDC about 6.2 million adults in the US have congestive heart failure, costing our health system over $30 billion annually. According to the AHA, around 86 million adults are affected by hypertension, costing the US health system around $130 billion annually. These are massive heart problems that Amit Gupta, CEO, and his phenomenal team at Cardiosense are tackling with their wearable device, and more importantly, AI algorithms. I have had the pleasure of knowing and working with this Dream Team since 2021 and am so pumped to see them enrolling patients into their first nationwide clinical study. This study will allow them to refine and validate algorithms to assess and validate intracranial filling pressure, an early physiological marker for acute heart failure decompensation. Amazing work, by an amazing team! Keep going 👊🏼❤️ https://cardiosense.com/ Luke Neill M.D. Omer Inan Karen Larimer PhD, ACNP-BC, FAHA, FPCNA James Adams Mark Lampert, MD, MBA Northwestern Medicine Scott Greenberg Georgia Institute of Technology #medtech #digitalhealth #ai #cardiology #hearthealth #venturecapital #innovation #chicago #biomedicalengineering

If you use a smartwatch or other wearable device that helps monitor your health, you may have noticed a metric called heart rate variability, or HRV. So, what exactly is your HRV, and what does it tell you about your health? Simply put, HRV “refers to the time between heartbeats,” explains Bradley Serwer, MD, FACC, a board-certified interventional cardiologist and the Chief Medical Officer of CardioSolution. Check out this article to learn more about how HRV works. #heartrate #hrv #cardiovascular #health

Understanding the Impact of Radio Waves on Health In the digital age, the proliferation of devices that emit radio waves has become ubiquitous. From smartphones to Wi-Fi routers, our environment is saturated with electromagnetic fields (EMFs). This has raised concerns about the potential health hazards associated with prolonged exposure to radio waves, especially as the frequency of these waves increases with advancements in technology. **The Science Behind Radio Waves** Radio waves are a type of electromagnetic radiation, with frequencies ranging from 3 kHz to 300 GHz. They are utilized for various applications, including communication, broadcasting, and radar systems. Despite their widespread use, the health implications of exposure to radio waves have been a topic of ongoing research and debate. **Potential Health Risks** - **Brain Health**: Prolonged exposure to high-frequency radio waves has been the subject of research with respect to brain health. Some studies suggest a potential link between long-term exposure and cognitive disturbances, although the evidence remains inconclusive. - **Sleep Disturbances**: Exposure to EMFs, particularly from devices in close proximity to the sleeping area, has been associated with sleep disturbances. These disruptions can lead to a cascade of health issues, emphasizing the need for caution. - **Cancer Risk**: The International Agency for Research on Cancer (IARC) has classified radiofrequency electromagnetic fields as possibly carcinogenic to humans (Group 2B), based on limited evidence regarding the risk of glioma, a type of brain cancer. **Mitigating Risks** To minimize potential risks, it is advisable to adopt precautionary measures such as limiting exposure to devices emitting high levels of radio waves, using hands-free options for mobile phones, and maintaining a safe distance from Wi-Fi routers. **Conclusion** While the debate on the health risks associated with radio waves continues, adopting a cautious approach towards exposure can help mitigate potential adverse effects. Ongoing research is essential to fully understand the implications and ensure the safe use of technology that has become integral to our daily lives. Dr. Aayushi Arya #waveshazard #radiowaves #healthrisk #frequency #woxsenuniversity

Wow! Now your earbuds can pick up and interpret brain activities. Listening to our thoughts has a new meaning. In a statement, UC San Diego bioengineering professor Gert Cauwenberghs said that, “Being able to measure the dynamics of both brain cognitive activity and body metabolic state in one in-ear integrated device,” can open up tremendous opportunities for everyday health monitoring. #earbuds #hearing #sensors #health #monitoring https://lnkd.in/g6tq59HC

In an era where the digital health landscape is expanding at an unprecedented rate, the potential to revolutionise how we approach physical activity in ageing populations has never been greater. The convergence of wearable technology, advanced neuroimaging, and accessible open data presents a unique opportunity to craft precision interventions tailored to enhance physical activity among older adults. Despite the known risks associated with physical inactivity, including chronic illnesses and premature death, a staggering 27.5% of the global population remains insufficiently active. This challenge is magnified in ageing populations, where adherence to physical activity guidelines significantly drops, exacerbating the risk of chronic diseases and cognitive decline. The solution? A strategic, personalised approach to physical activity, leveraging the latest digital health to match interventions to individual needs, maximising health benefits. A proposal published in Nature outlines a comprehensive roadmap to design personalised programs that not only aim to increase physical activity but also ensure sustained engagement among older adults. This initiative calls for a collaborative effort to transcend traditional one-size-fits-all models and move towards a future where physical activity recommendations are as unique as the individuals they aim to benefit. By embracing open science and harnessing the power of precision medicine, the authors hope we can unlock the full potential of physical activity as a cornerstone of healthy ageing. #precisionmedicine #digitalhealth #ageing

 Heart Arrhythmia Types In 2024 Common Types of Heart Arrhythmias Emerging Trends in Heart Arrhythmia Diagnosis Advances in Heart Arrhythmia Treatment Impact of Technology on Managing Heart Arrhythmias Lifestyle Changes for Preventing Heart Arrhythmias Future Prospects and Research Directions in Heart Arrhythmias #hearthealth #healthcare #heartarrhythmia #arrhythmia #viral #views #trending #trendingnow #usa #womenhealth #women #viralposts Read More.... https://bit.ly/4c8aTsP

Wearable Technology to Be Offered to Thousands with Type 1 Diabetes in UK National Institute for Health and Care Excellence (NICE) has issued final guidance for a five-year phased introduction of a cutting-edge #wearable technology tailored for individuals with type 1 diabetes. The hybrid closed loop system, surpassing standard care in maintaining optimal blood glucose levels, will be extended to around 270,935 people in England and 16,090 in Wales. Endorsed by both NICE and NHS England, the #technology will be provided to children, young individuals, pregnant or planning-to-be pregnant women, and those using an insulin pump. Additionally, adults with a blood sugar level of 7.5% or higher, and those facing severe hypoglycemia, will benefit. The wearable# monitor communicates data to a body-worn insulin pump, automatically administering the required insulin to maintain healthy blood glucose levels. Eligible patients will no longer need traditional methods like finger prick testing or insulin injections, reducing the risk of complications. NICE has approved NHS England's funding request for a five-year rollout, accompanied by specialized training for patients and staff. Professor Jonathan Benger, Chief Medical Officer at NICE, emphasizes the transformative impact of these hybrid closed loop systems on the lives of those with type 1 diabetes, promoting health, well-being, and long-term cost savings for the NHS. #health #wearabletech