Tracking how our bodies respond to food, exercise, and stress requires tools that can capture rapid metabolic changes as they occur. Traditional blood or urine sampling provides only snapshots, missing the continuous fluctuations that shape individual health. Sweat is an attractive alternative because it...
The development of an artificial intelligence-assisted wearable microfluidic colorimetric sensor system (AI-WMCS) is a notable advancement in non-invasive health monitoring. This cutting-edge system is designed for the rapid, simultaneous, and accurate detection of key biomarkers in human tears, addressing the need for precise and real-time...
Wearable microfluidics is a hot topic of research with a promising potential for commercialization. Small and skin-friendly microfluidic devices can collect sweat from the skin and deliver it through a network of microfluidic channels to microchambers where they can undergo a chemical or biological reaction...