IEEE Transactions on Biomedical Engineering

Featured Articles
Flexible hybrid integration enabled on-skin electronics for wireless monitoring of electrophysiology and motion
This work reports flexible hybrid integration strategies which endow the on-skin electronic system with advantages of high integration density of electric components, facile fabrication schemes, high stretchability and reliability, and soft and conformal interfaces with human skin. Based on these strategies, an on-skin flexible hybrid electronic system (FHES) is fabricated to collect human electrocardiogram (ECG) and acceleration data, wirelessly transmit and display the data in real time on a mobile phone application through Bluetooth communication. This on-skin system has great potential for applications in wearable health monitoring and physical training... Read more
Featured Articles
Soft Nanomembrane Sensors and Flexible Hybrid Bioelectronics for Wireless Quantification of Blepharospasm
This article introduces a soft nanomembrane bioelectronic system that offers wireless, quantitative detection of blepharospasm (BL). A set of computational and experimental studies of materials and mechanics provides the fundamental design factors for the soft bioelectronics. The nanomembrane electrodes, mounted around the eyes, are capable of measuring clinical symptoms, including the frequency of blinking, the duration of eye closures, and combinations of blinking and spasms. The deep-learning algorithm offers objective, real-time classification of critical pathological features in BL. The wearable electronic system outperforms the conventional manual clinical rating, proven by a pilot study with 13 patients... Read more