Research shows wearable technology significantly supports Type 2 Diabetes management by promoting consistent exercise and ...

Innovative plasmonic structures enable precise nanogap adjustments, significantly improving SERS detection limits and ...

Fast protein and metabolite liquid chromatography offers a new approach to assess canned fish freshness, enhancing quality ...

A study reveals systemic inequalities in EPA air quality monitors, highlighting risks for communities of color and the need ...

A low-cost GNSS reflectometry system enables precise monitoring of sea level, ice thickness, and soil moisture, enhancing ...

Research shows continuous glucose monitors maintain accuracy in diabetic ketoacidosis, offering a solution to frequent ...

A study reveals that JWST can detect methyl halides in Hycean planet atmospheres, indicating potential biosignatures and ...

KAIST's innovative pressure sensor design eliminates external interference, enabling precise tactile sensing in robotics and ...

This study presents a fluorescent nanosensor for real-time detection of iron species in plants, advancing knowledge of iron ...

AI-enhanced glucose monitoring provides predictive analytics and personalized insights for better blood sugar management.

Researchers developed a microneedle patch that monitors hydrogen peroxide in plants, enabling early detection of stress and enhancing agricultural productivity.

The innovative wireless strain sensor from KAUST integrates multiple technologies, offering ultra-sensitivity for real-time monitoring in various applications.