New Technology– category –

Medical Dialogues USA Overview Researchers have developed a microneedle patch that captures and quantifies NGAL biomarkers from dermal interstitial fluid to detect early kidney injury. The sensor remains stable for up to four weeks at 50...

Preprint (Europe PMC) Overview A TCAD-based proof-of-concept study demonstrates an asymmetric dual-gate a-IGZO transistor capable of simultaneously extracting analyte charge and permittivity. The device achieves mean extraction errors be...

ScienceDaily (Nature Photonics) UK Overview Researchers from the University of Cambridge and GlitterinTech have developed a $10 optical sensor that achieves laboratory-level precision in a centimeter-scale form factor. The device enables...

Medical Dialogues USA Overview Researchers led by Penn State have developed a one-step rapid syphilis test using multilayer nanoparticles that produce signal lines 19% to 46% stronger than conventional gold nanoparticles. This advancemen...

Bioengineer.org UK Overview Researchers at the University of Sussex found that palladium black outperforms platinum black for hydrogen peroxide detection, while platinum is superior for nitrite sensing. Using multi-wall carbon nanotube (...

Bioengineer.org USA Overview Researchers have developed a modular paper-based immunoassay platform using a composite of cellulose nanocrystals (CNC) and chitosan nanocrystals (Ch) to detect cancer biomarkers. The composite support reduce...

Bioengineer.org Indonesia Overview Researchers in Indonesia have developed a biosensor using silver-core gold-shell (Ag@Au) nanoparticles and machine learning to detect E. coli in minutes. The system achieves detection limits as low as 2...

Bioengineer.org UK Overview A UK-based exploratory study found that continuous glucose monitors (CGM) are highly acceptable and workable for adults with serious mental illness (SMI) and type 2 diabetes. With a 76.2 percent uptake rate, t...

Bioengineer.org USA Overview Researchers have developed GlucoSense, a computational framework that uses smartphone accelerometers, wearables, and meal logs to forecast blood glucose and identify early risk of type 2 diabetes. The system ...

BIOENGINEER.ORG USA Overview Researchers at MIT and Johns Hopkins University have developed a handheld microfluidic device that collects viable cells from tissue samples using tunable shear stress. By enabling the recovery of living cell...