Continuous monitoring of arterial blood pressure (BP) in non-clinical (ambulatory) settings is
essential for understanding numerous health conditions, including cardiovascular diseases …

Graphene, with its properties of intrinsic flexibility, reliable electrical performance, and high
chemical stability, is highly desirable as bioelectrodes for detecting electrophysiological …

Numerous fields of science and technology, including healthcare, robotics and
bioelectronics, have begun to switch their research direction from developing 'high-end, high …

Profuse medical information about cardiovascular properties can be gathered from pulse
waveforms. Therefore, it is desirable to design a smart pulse monitoring device to achieve …

Biopotential signals are recorded mostly by using sticky, pre-gelled electrodes, which are
not ideal for wearable, point-of-care monitoring where the usability of the personalized …

Tattoo-like epidermal sensors are an emerging class of truly wearable electronics, owing to
their thinness and softness. While most of them are based on thin metal films, a silicon …

Long-term accurate pulse monitoring can provide much physiological parameter information
in a non-invasive way. A versatile pressure sensor with high sensitivity over a wide linear …

Smart rings provide unique opportunities for continuous physiological measurement. They
are easy to wear, provide little burden in comparison to other smart wearables, are suitable …

This paper describes the development of a graphene-based dry flexible electrocardiography
(ECG) electrode and a portable wireless ECG measurement system. First, graphene films on …

Functionalized textiles and graphene are both emerging materials for wearable
technologies. Here, we unite graphene with ordinary textiles and report the development of …