New Technology– category –
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FDA Warns: Smartwatches Lack Medical-Grade Accuracy for Non-Invasive Blood Glucose Monitoring in 2026
[Unnamed Health Publication] USA Overview As of 2026, peer-reviewed research on non-invasive blood glucose monitoring via consumer wearables remains limited. The FDA and Johns Hopkins University explicitly state no wrist-worn device exis... -
Smart Sensor Technology Advances Across Healthcare, Environmental, Manufacturing, and Agricultural Sectors, Driving Diagnostics and Flexible Devices
Knowledge Unknown Overview The evolution of smart sensor technology is dramatically advancing diverse application areas, including healthcare, environmental monitoring, smart manufacturing, and precision agriculture. In healthcare, flexi... -
Ali et al. (2020) Achieve Ultrasensitive 0.1 nM Detection of Dimetridazole in Food Using Polyarginine MIP Sensors
Inhibitor Research Hub Unknown Overview A 2020 study by Ali et al. successfully achieved ultrasensitive detection of dimetridazole in complex food matrices, including eggs, milk, and honey, at an unprecedented 0.1 nM using polyarginine-b... -
Professor Rakesh Kumar Sharma’s Team Unveils Latest Advancements in Functionalized Nanomaterials-Based Biosensing for Food and Waterborne Pathogen Monitoring
Environmental Nanotechnology, Monitoring & Management India Overview Professor Rakesh Kumar Sharma's research team has published a significant journal article detailing the latest advancements in functionalized nanomaterials-based biosen... -
Non-Invasive Blood Sugar Monitoring Faces Accuracy and Reliability Hurdles; True Non-Invasive Devices Remain Undeveloped
Health.com USA Overview While non-invasive blood sugar meters hold promise for finger-prick-free glucose checks, most currently available devices fail to meet the expected medical-grade accuracy and reliability for daily tracking. Many p... -
Waseda University Pioneers Wearable Sensors for Viral Detection and Neurotransmitter Monitoring
早稲田大学 Japan Overview Researchers at Waseda University, led by Associate Professor Jun Kameoka, have developed innovative wearable sensor technologies with significant implications for medical diagnostics. Their advancements include ... -
An-Najah University Engineers Unveil Ultrasensitive SPR Sensor for Antibiotic Detection in Food
An-Najah journals パレスチナ Overview Researchers at An-Najah National University have developed a novel surface plasmon resonance (SPR) sensor, enhanced with photopolymerized molecularly imprinted polymers (MIPs), for the ultrasensitive... -
Cambridge University & GlitterinTech Develop $10 Spectrometer Chip Delivering Lab-Grade Chemical Analysis for Non-Invasive Wearable Biomarker Monitoring
Rasayanika UK Overview Researchers from Cambridge University and GlitterinTech have developed a compact spectrometer chip costing approximately $10, capable of lab-grade chemical analysis. This centimeter-scale chip holds the potential f... -
UNSW Researchers Develop Tiny Wearable Auscultation Sensor for Home Monitoring of Cardiac and Respiratory Conditions
Quicknews Australia Overview Researchers at UNSW have developed a small, flexible wearable auscultation sensor designed to enable continuous home monitoring for individuals with cardiac and respiratory conditions. This sensor patch effic... -
Integrating AI with Wearable Sensors: A Future for Advanced Health Monitoring and Early Disease Diagnosis
MDPI (Sensors Journal) Switzerland, International Overview A review paper in MDPI's Sensors journal explores how artificial intelligence (AI) and machine learning (ML) enhance wearable sensors for advanced data analysis, pattern recognit...
