Nesrine Amin Elessawy
Arab Academy for Science and Technology, Egypt
Title: Wearable sensors for real time health monitoring using e-tattoo patches
Biography
Biography: Nesrine Amin Elessawy
Abstract
The aim of this paper is to highlight the latest technologies and applications in the field of bioelectronics using wearable sensor techniques and in real time for health monitoring tracking sensors. The main work of this paper focused on special techniques of using special kind of patches made of graphene called e tattoos that are mostly flexible, thin, and stretchable. These kind of e tattoos are like epidermal sensors type that emerge a group of truly wearable electronics together to read and measure different biological signals like heart rates, breath rate, skin temperature, and sweat rates, and then to be sent to the person’s device via certain network connection to be analysed at any time. These sensors are considered to take these measurements and process it in real time, to let the person or the patient track their health continuously and be alerted whenever they need about their health status. Those kind of graphene sensors are the key technologies for nanomaterials that help and contributes to health, wellness, home rehibition, and other industries.