2026– date –
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ACS Sensors Demonstrates Modular Biosensor Design with De Novo Protein Switch ‘LOCKR’ for Troponin I and HBV Antibody Detection
ACS Sensors USA Overview A study in ACS Sensors introduces a modular input-output biosensor design utilizing the de novo protein switch platform, LOCKR. This platform enables direct conversion of target binding events into specific signa... -
Implantable and Non-Invasive Continuous Health Sensors Advance Personalized Medicine with AI and Wireless Tech, Enabling Up to 1-Year Subcutaneous Deployment
ELE Times India Overview Continuous health sensors, encompassing both implantable and non-invasive wearables, are fundamentally transforming modern medicine. Continuous glucose monitors (CGMs) for diabetes management stand out as one of ... -
Nanomaterial Enhancements Dramatically Boost Hydrogel Sensor Performance, Achieving 93% Accuracy in Wearable pH Meter
MDPI (Polymers) Switzerland Overview A recent review reports significant advancements in hydrogel-based sensors, with electrical, mechanical, and sensing performances dramatically improved through the incorporation of nanomaterials like ... -
FDA Approves Finger-Prick Free Dexcom Stelo and Abbott Libre CGMs, Revolutionizing Metabolic Management for Non-Insulin Users
Mattioli 1885 / GoodRx USA Overview The FDA has approved continuous glucose monitoring (CGM) systems like Dexcom Stelo and Abbott's Lingo (and FreeStyle Libre series), eliminating the need for traditional finger-prick tests and marking a... -
Novel Carbon Dot Biosensor Delivers Ultra-Sensitive, Amplification-Free E. coli DNA Detection
Scientific Reports (News-Medical.net経由) Unknown Overview Researchers have unveiled an amplification-free fluorescent biosensor in Scientific Reports, capable of detecting E. coli DNA with unprecedented femtomolar sensitivity. This inno... -
Caltech Develops 300% Stretchable, Tissue-Integrated SIRES Bioelectronics, Revolutionizing Wearable and Implantable Sensors
Caltech.edu USA Overview Caltech researchers have developed SIRES (stretchable interface for resilient electrochemical sensing), a soft and highly stretchable bioelectronic material that integrates seamlessly with living tissues. This in... -
Nature Communications: Frequency Combs Bring Nanometer Accuracy to Battery Manufacturing with Terahertz Interferometry, Accelerating High-Performance Battery Development
AZoNano Australia Overview Recent research published in Nature Communications unveils a groundbreaking technique combining nanometer-accurate terahertz interferometry with frequency combs for battery electrode metrology. This advanced me... -
DESY Research Team Publishes New Insights into Platinum Oxidation in Nature Communications, First Real-Time Observation to Boost Durability and Cost-Efficiency of Hydrogen Technologies
Deutsches Elektronen-Synchrotron DESY Germany Overview A research team at Deutsches Elektronen-Synchrotron (DESY) has for the first time observed the formation of oxidation layers on platinum surfaces under electrical voltage in real-tim... -
Nature Communications: Iron-Scandium Binary Catalyst Significantly Boosts Carbon Nanotube Growth Temperatures, Paving Way for High-Performance Batteries and Biosensor Applications
Mirage News Australia Overview Researchers discovered an innovative iron-scandium (Fe–Sc) binary catalyst system capable of substantially increasing carbon nanotube (CNT) growth temperatures. Published in Nature Communications, this brea... -
T-CURX Acquires Germany’s Pantherna Therapeutics to Accelerate LNP-Based In Vivo CAR-T Therapy Development; United Immunity Also Enters In Vivo CAR-M Therapy for Solid Tumors and Fibrotic Diseases
HealthcareNOWradio.com Germany Overview T-CURX acquired Germany-based Pantherna Therapeutics, specializing in mRNA engineering and lipid nanoparticle (LNP) delivery technology, aiming to accelerate in vivo CAR-T therapy development and c...
