En el Tecnológico Superior de Jalisco @OficialTecSJ unidad Zapopan, desarrollan tecnología que podría cambiar la manera de transferir energía con un microsensor de transferencia inalambrica que evita fugas de energía. ¿Te imaginas cargar el celular y el auto sin usar cables?

PlateChek Microsensor for Rapid Coagulation Testing - Anirban Sen Gupta hemostasistoday.com/science/… #Hematology #Hemostasis #HemostasisNews #HemostasisToday #Medicine #Health #PlateChekMicrosensor

Join us for an exciting session on “Microsensor Interfaces for the Body” presented by Prof. Ellis Meng from the University of Southern California. 📅 Date: April 29 🕖 Time: 7:00–8:00 PM (EST) #MEMS #Microsensors #BiomedicalEngineering #IEEE #Sensors #Innovation

Development of a #microsensor device for surgical #robots to measure the force to detach #tumors. asmedigitalcollection.asme.o…

when you finally win the razer x mouz giveaway but the shipping route has to cross from europe to asia and the cargo plane genuinely flies into arab airspace so the mossad biochip microsensor in my potential chroma keyboard blows itself apart depressurizing the aircraft cabin and sending it crashing right into the middle of iranian civilian neighbourhoods

🧠💡 Have you ever imagined customizing network architecture directly on a chip? Recently, Haeb et al. introduced a comprenhensive protocol for designing tailored in vitro neuronal networks by integrating silicone-based microstructures with microelectrode arrays. By directly mounting microfabricated polydimethylsiloxane (PDMS) devices onto the microsensor areas, the authors achieved compartmentalization and precise control over neuronal connectivity. The flat topology of the MaxOne High-Density Microelectrode Array enabled tight adhesion of the PDMS devices to the chip surface while providing exceptional signal quality. This microenvironment customization enables replication of natural brain circuits and enhances research into neural dynamics and synaptic interactions. The protocol includes detailed, step-by-step instructions for preparing HD-MEAs, fabricating and bonding PDMS microstructures, culturing neurons, and optimizing conditions for network development. Published in STAR Protocols, this approach opens new possibilities for drug screening, neurodevelopmental studies, and neuroprosthetic advancements, paving the way for more precise and versatile neural interface technologies. Congratulations to Dr. Anna-Christina Haeb, Dr. Hideaki Yamamoto, Prof. @Paul_Roach, Dr. Daniel Merryweather, Yuya Sato, Dr. @NSC_BrainDamage, and Jordi Soriano from the @UniBarcelona and @idibaps, Barcelona, Spain; @tohoku_univ, Sendai, Japan; @waseda_univ, Tokyo, Japan; @lborouniversity, Leicestershire, UK; and CIBERNED, Madrid, Spain! 🔗 Check out the full article: mxwbio.com/resources/star-26… #HDMEA #PDMS #MicrophysiologicalSystems #OrganOnAChip #Neuroengineering #NAMs

Today's glucose monitors push a needle-based filament 5 to 10mm under your skin. They track one thing: blood sugar. They cost a fortune. And only 1% of the nearly 600 million people living with diabetes worldwide actually use one. @Savahealth just changed the equation. Two @imperialcollege bioengineers, Renato Circi (@RENCIRCI) and Rafaël Michali, built a microsensor that's 10x shorter than conventional filaments. It's painless. It's cheaper to manufacture. And in a 46-person clinical trial across @UniofOxford and @Cambridge_Uni sites, it matched a leading commercial glucose monitor in accuracy over 10 days, with less than 1% difference. That alone is a big deal. But here's what makes it bigger. The same sensor platform is designed to read multiple molecules from just beneath your skin, not only glucose, but also lactate, ketones, cortisol, histamine, sodium, urea, and alcohol. Continuously. In real time. No blood draws. No lab visits. Think about what that means in practice. Stress tracked through cortisol, not a questionnaire. Recovery and fitness measured by lactate, not guesswork. Metabolic health monitored through ketones while you sleep. Allergic responses detected by histamine before you even feel symptoms. All from one small, wearable patch. This isn't a better glucose monitor. It's a molecular health platform. The kind of technology that turns "go see your doctor when something feels wrong" into "your body is telling you what's happening, right now, all the time." $32M raised. Backed by @balderton. Pivotal clinical study this year. Commercial launch targeted for 2027. Congrats to the @Savahealth team and @jameswise for the coverage.

Calling all innovators! We are seeking groundbreaking microsensor prototypes to protect our warfighters. This is your chance to aid in a critical mission and showcase your advanced solutions.

A big dose of Anglo-optimism: UK-based @Savahealth just announced world-first clinical evidence for effective continuous glucose monitoring via their proprietary microsensor technology. Head-to-head with a leading CGM, across Oxford and Cambridge trial sites, Sava's microsensor performed at gold standard — with sensors 10x shorter than conventional filaments. I road-tested one recently. It's smaller, painless, and does can do far more than track blood-glucose levels. Think Whoop meets medical-grade biosensing — sleep, movement, body temperature, blood glucose, and soon other molecules, all from one device. This matters for the almost 1 billion people with Type 1 and 2 diabetes today, making CGMs cheaper and painless. But Sava is setting out to serve us all. It's what the shift from reactive to preventative healthcare actually looks like. Britain building at the frontier of global biosensing - congrats team @Savahealth.

Development of a #microsensor device for surgical #robots to measure the force to detach #tumors. asmedigitalcollection.asme.o…

Kim Heger er en statsansatt provokatør med en agenda å skape splid og hat. Det er alt han alltid har drevet med på X. EKTE DOMMERE sitter ikke og sprer dritt på nettet. «INFILTRATØR» Statsansatt microsensor i et totalitært globalist maskineri med bonus.

Development of a #microsensor device for surgical #robots to measure the force to detach #tumors. asmedigitalcollection.asme.o…

Our new paper in @an_chem - SELECTED FOR THE COVER! We developed a microsensor array ML approach to monitor hydroxyurea in pediatric #SickleCell patients using just microliters of blood! doi.org/10.1021/acs.analchem… @bengurionu @CincyChildrens #Biosensors #MachineLearning

Our new work in Laser & Photonics Reviews: an all-fiber microsensor measures light polarization at the single-photon level using deep learning. Compact, stable, real-time, and quantum-sensitive. #Wiley doi.org/10.1002/lpor.2025017… @OpticsOlomouc @TweetMartas

Potentiometric microsensor for real-time dynamic monitoring Li⁺ in Lithium-ion battery material recovery process pubs.rsc.org/en/Content/Arti…

Potentiometric microsensor for real-time dynamic monitoring Li⁺ in Lithium-ion battery material recovery process pubs.rsc.org/en/Content/Arti…

🧪 Thursday PTIM Session - Wonderful talk by Virginie Nazabal, Université de Rennes (France), keynote at #PTIM2025. On chalcogenide-based microsensor for pollutants monitoring. #bioscoperesearchgroup #proteomasss @laqv_requimte

Enzyme-mimicking metal–organic framework-enabled microsensor for specific electrochemical monitoring in vivo pubs.rsc.org/en/Content/Arti…

Enzyme-mimicking metal–organic framework-enabled microsensor for specific electrochemical monitoring in vivo pubs.rsc.org/en/Content/Arti…

Biolinq granted de novo classification for needle-free glucose monitor Biolinq Shine’s use of a microsensor array mitigates the need for an introducer needle for sensor placement as in traditional filament-based sensors. medicaldevice-network.com/ne…