New Technology– category –
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Nanyang Technological University Develops Flexible Biosensor for Sweat-Powered Wearables, Targeting 2026 Commercialization
Nanyang Technological University (via Facebook) Singapore Overview Researchers at Nanyang Technological University in Singapore have developed a flexible biosensor capable of generating electricity from sweat to power health monitors and... -
MLC Secures Patent for Biosensor Analyzer Accurately Detecting Water Pollution Levels by Biodegradable Organic Compounds
MLC.Health (via Facebook) Spain Overview MLC has successfully patented a biosensor analyzer capable of accurately detecting water pollution levels caused by biodegradable organic compounds. This innovative biosensor features a unique bio... -
AquaFluoSense Unveils Novel Quantum Dot Sensor for Water-Based Lead and Arsenic Detection at Nanomolar Limits: 1.2 nM Lead, 0.45 nM Arsenic Achieved
AZoNano International Overview AquaFluoSense has announced a portable nano-optical biosensor combining metal-specific aptamers, fluorescent quantum dots, and portable electronics to detect trace lead and arsenic in water. The system achi... -
Advances and Challenges in Wearable Sensors for Health Monitoring: Applications of Tear Glucose Contact Lenses and Core Body Temperature T-Sensors
ACS Publications (Review Article) International Overview This review article explores the latest advancements and challenges in wearable sensors for health monitoring. It highlights the development and application of wireless soft smart ... -
Wearable Multi-Analyte Biosensors Revolutionize Diabetes Monitoring and Personalized Medicine: A Comprehensive Review of Nanostructured Electrodes and Flexible Substrate Engineering
PMC (Review Article) International Overview This review article details the path to commercializing minimally and non-invasive glucose monitoring, alongside advances in non-invasive real-time analysis of sweat, saliva, tears, and interst... -
UT Dallas, MIT, and Tufts Universities Unveil Groundbreaking Sensor Technologies for Food Safety, Cancer/HIV Diagnostics, and Real-time Intake Monitoring
UT Dallas (via Facebook) America Overview UT Dallas developed the WaveFlex sensor utilizing nanomaterials like CeO2-NRs for Shigella detection in food. MIT researchers introduced a 50-cent CRISPR-based disposable DNA sensor for detecting... -
Non-Invasive Optical Glucose Sensing Advances with In Vivo Raman Platform Validation for Real-World Reliability: 2026 Research Unveiled
Sweet Light Global Overview Despite extensive research and investment, non-invasive optical glucose monitoring lacks FDA-approved products, but a 2026 study validated an in vivo Raman platform in oral glucose tolerance tests, marking sig... -
FDA Approves Non-Invasive Biomarker Imaging Technology for Early Cardiovascular Disease Detection with 98.4% Sensitivity via Retinal Scan
news-today.us USA Overview The FDA has approved a groundbreaking non-invasive biomarker imaging technology capable of detecting subtle vascular inflammation during routine health check-ups. This optical biosensor platform achieves 98.4% ... -
High-Accuracy Growth-Coupled Metabolic Biosensor Achieves 0.88-1.00 Precision in COVID-19 Prognosis and Diagnosis
bioRxiv USA Overview A novel workflow has successfully engineered and characterized growth-coupled metabolic biosensors demonstrating high accuracy for disease prognosis and diagnosis, exemplified with COVID-19. The top-performing sensor... -
Royal Society of Chemistry Paper: Centrifugally-Spun PVA-Based N, S-Doped Carbon Nanofibers Developed for High-Efficiency Sodium-Ion Battery Electrodes
The Royal Society of Chemistry - Energy Advances UK Overview Researchers have successfully converted centrifugally-spun PVA nanofibers into N, S co-doped carbon nanofibers (CNFs) for use as electrode materials. These CNFs exhibit high sp...
