Clinical Applications and Challenges of Wearable Breath Analysis
Overview of wearable breath analysis: VOC biomarkers, wearable breath sensors, challenges in sensitivity, selectivity, sampling, ethical considerations, and clinical translation
Overview of wearable breath analysis: VOC biomarkers, wearable breath sensors, challenges in sensitivity, selectivity, sampling, ethical considerations, and clinical translation
KAIST-developed wearable piezoelectric blood pressure sensor validated in clinical trials, meeting accuracy standards and integrated into smartwatch and patch prototypes.
Ohio State researchers developed a wearable sensor to detect and monitor muscle atrophy using conductive e-threads and coil-based sensing for volumetric limb tracking.
Wearable bistable triboelectric nanogenerator using a flexible negative-stiffness mechanism to harvest low-frequency torsional energy from human motion and power low-power sensors.
Overview of how wearables use actigraphy and cardiopulmonary coupling (CPC) to infer sleep stages, assess deep sleep accuracy, and enable at-home physiological sleep monitoring.
Multimodal wearable sensor patch for continuous plant physiology monitoring detects leaf VOCs, temperature and humidity; PCA-based ML enables earlier disease and stress detection.
Technical overview of vital signs monitoring and pulse oximetry principles, plus the AS705X AFE series for ECG/PPG acquisition in compact devices.
Flexible wearable optical wireless sensing (FWOS) system using laser-patterned PET/PI/Cu circuits and AS7263 NIR sensors for real-time fruit quality monitoring via Bluetooth.
YOBYBO Card20 Pro teardown and overview of the slim aluminum TWS earbuds, internal components, battery and connectivity.
Skin-integrated PPG-ECG patch using ultraflexible organic photodetectors and hydrogel electrodes to monitor HR, RR, cuffless BP and SpO2 with high NIR responsivity.