Wealthing VC Club’s Post

Self temperature regulating #printedelectronics inks, how C😎😎L is that ! Just applying low voltage, resulting in safe and controlled #heating by special resin and carbon fillers (the black patterns in image below), amazINK 👍👍

🚨 #ScienceSpotlight 🚨 "How accurate are research-grade wearables?" Interest is growing in using accelerometers and sensors within ICDs to monitor patient activity. While device-measured activity (D-PA) shows potential clinical value, its validity remains unestablished. Check this paper out: ✨ Study Highlight: Assess the validity of D-PA against a research-grade, validated wearable accelerometer (GENEActiv). Over 12 months of data, they compared activity time, step count, and more from four ICD vendors. 📊 Method: 22+ hours of daily data, sampled at 50Hz from wrist-worn devices. Measures of activity time, daily active volume, and slow walking steps were compared to D-PA data from four ICD vendors using linear mixed effect models. Curious about the results? 🔗https://lnkd.in/ewuuK-6C 🧠 Authors: Kolk M Z, Frodi D M, Langford J, Price E, Andersen T O, Niels Risum N, Jacobsen P K, Tan H L, Svendsen J H, Knops R E, Diederichsen S Z Amsterdam UMC Rigshospitalet University of Exeter #Cardiology #MedTech #Innovation #SafeHeart #ICD #WearableTech

🚨 #ScienceSpotlight 🚨 "How accurate are research-grade wearables?" Interest is growing in using accelerometers and sensors within ICDs to monitor patient activity. While device-measured activity (D-PA) shows potential clinical value, its validity remains unestablished. Check this paper out: ✨ Study Highlight: Assess the validity of D-PA against a research-grade, validated wearable accelerometer (GENEActiv). Over 12 months of data, they compared activity time, step count, and more from four ICD vendors. 📊 Method: 22+ hours of daily data, sampled at 50Hz from wrist-worn devices. Measures of activity time, daily active volume, and slow walking steps were compared to D-PA data from four ICD vendors using linear mixed effect models. Curious about the results? Here is the link: https://lnkd.in/e47vFAYC 🧠 Authors: Kolk M Z, Frodi D M, Langford J, Price E, Andersen T O, Niels Risum N, Jacobsen P K, Tan H L, Svendsen J H, Knops R E, Diederichsen S Z Amsterdam University Medical Centre https://lnkd.in/eP7Htra4 Rigshospitalet - Copenhagen University Hospital https://lnkd.in/ecVT7uRm University of Exeter https://lnkd.in/ebgghxYp #Cardiology #MedTech #Innovation #SafeHeart #ICD #WearableTech

⌚️🧠Wearable technology is evolving rapidly, and sensor fusion is at the heart of this transformation. By combining EEG (brain activity), PPG (heart rate), and accelerometer data (motion), we can unlock groundbreaking applications that were once impossible. Take #BrainFuseNet, for example—a system designed for wearable seizure detection. By integrating data from these three sensors, it achieves: • A 95% seizure detection rate with fewer than one false positive per day. • Enhanced performance through innovative algorithms, even on low-power, edge-deployed devices. This approach demonstrates the power of combining diverse data streams to deliver precise, reliable, and actionable insights—all in real-time. Beyond seizure detection, sensor fusion has applications in: • Stress and Recovery Monitoring • Sleep Quality Analysis • Mental and Physical Performance Optimization As wearables become more advanced and abundant, sensor fusion is paving the way for smarter, more personalized health solutions. What other challenges could be solved with this type of multi-sensor integration? Let’s discuss! #WearableTechnology #SensorFusion #HealthTech #Innovation #SeizureDetection https://lnkd.in/eYMW2hSF

Dive into our latest article on the transformative power of physical activity and how wearable sensors are enhancing rehabilitation. 🩺 Physical activity boosts cardiovascular health, mental clarity, and resilience. ⌚️ Smartwatches offer real-time health monitoring, motivating users to stay active and detect early health issues. 💡 At cereneo, we're pioneering the use of wearables in neurorehabilitation, providing personalized, data-driven therapy. Read more about how we're enhancing patient outcomes with cutting-edge technology and shaping the future of neurorehabilitation: https://lnkd.in/dWZMuAMp #HealthTech #Wearables #Rehabilitation

The $10B medical wearables market relies on a long-lasting and gentle adhesive to ensure comfort and reliability for patients. Learn more here: http://ms.spr.ly/6046WA9PA #Solvers

Breakthrough in Wearable Tech: AI-Powered Smart Band Enhances Health Monitoring #WearableTech #HealthTech #AI #SmartBand #HealthMonitoring Read:

“In order for wearable devices to fully realize the imagined life, it is necessary to develop a lighter and more from less energy storage method.” Carbon nanotube materials like #Galvorn can unlock worlds of potential for wearables, possibly storing energy that powers devices critical to health, technical expeditions, or just plain fun. Our friends at KIST(Korea Institute of Science and Technology) are exploring the possibilities with energy-storing CNT fibers that can be woven into fabrics. The conductivity, strength, and flexibility of CNTs like Galvorn make them ideal for developing and commercializing novel applications. #CNT #Science #Materials #CarbonNanotubes https://lnkd.in/gKRMzvtQ

Chapter 9: "Game Changer: Wellbeing Sensors and Biosystems" features groundbreaking insights from Mike Edelhart (Social Starts and Joyance Partners) and Dr. Roozbeh Ghaffari (Epicore Biosystems). These visionaries, along with perspectives from Dave Evans (Cisco) and Dr. Xian Xu, explore the exciting future of wearable health tech. From "aware-ables" that provide context-aware insights to Epicore's revolutionary sweat-sensing patch, they reveal how biosensors are evolving into wearable laboratories on our bodies. Their collective wisdom paints a future where advanced wearables integrate multiple data sources, promote social good, and seamlessly connect with the Internet of Everything. As we move towards proactive, personalized healthcare, these experts show us how wellbeing sensors and biosystems are set to revolutionize how we monitor and improve our health. #WearableTech #Biosensors #FutureOfHealth #PersonalizedMedicine #HealthTech

Scientists have made a groundbreaking discovery with the development of an ultra-thin #battery for smart contact lenses that can be charged by tears. This innovation has the potential to revolutionize the wearables industry with its safe and sustainable power source. This breakthrough could pave the way for further advancements in smart contact lens technology. #SmartContactLenses #SustainableEnergy #WearablesInnovation #EyeCareTechnology #MedicalBreakthroughs https://lnkd.in/ewiAmb8R