Printed, flexible, and hybrid electronic technologies are advancing rapidly leading to remarkable
developments in smart wearables, intelligent textiles, and health monitoring systems. …

The increasing need for wearable electrophysiological monitoring devices has motivated
significant amount of research to develop electronic tattoos (e‐tattoo) enabling high …

Flexible and stretchable electronics present opportunities for transition from rigid bulky
devices to soft and conformal systems. However, such technology requires mechanical design …

Accelerating progress in printed electronics technology transforms the future of the
manufacturing process in industrial applications, consumer electronics, and healthcare products. …

Advances in flexible and hybrid electronics promote increasing demands for wearable sensors
in personal health, monitoring, and diagnostic medical gadgets. Conventional wearable …

Assessment of intracranial pressure (ICP) is of great importance in management of traumatic
brain injuries (TBIs). The existing clinically established ICP measurement methods require …

Structured Abstract Objectives To conduct a prospective pilot trial to test the clinical efficacy
and accuracy of a newly developed Bluetooth‐enabled retainer, which was synchronized …

Accurate measurement of intracranial hypertension is crucial for the management of elevated
intracranial pressure (ICP). Catheter-based intraventricular ICP measurement is regarded …

Objective: This paper describes the full development of a sensor for measuring optical heart
rate (OHR) and blood oxygen saturation (SpO2). Methods: A wearable sensor with a new …

Passive implantable sensors have received considerable attention for wireless in vivo
measurement of physiological parameters in challenging locations of the human body. They are …