Personalized Patient Safety Management: Sensors and Real-Time Data Analysis

In recent years, we have observed a technology revolution in healthcare monitoring through the development of intelligent systems for vital signal monitoring. Sensors attached to computer-aided software can be used to track the activity of the medical devices, especially for chronic patients by providing high-quality data. Designing of personalized monitoring system through an automated device comprises software, interpreting sensors, and online databases. Considering the advantages of easy fabrication, and selective and sensitive detection, such sensors would be widely applied in the fields of pharmaceutical, and environmental and clinical monitoring. The new wearable medical device with a sensor showed a great observational output for maintaining a personalized health care program. Explicit measurement data will be provided to customized clinical instruments with sensors while indicating high responsiveness, high accuracy because of possible entanglements, and great steadiness in biological systems. The key emphasis of this chapter is the design and analytical performance needed of the new customized wearable devices and machinery containing the sensors to hold the arrays with astonishing accuracy and precision that could provide controllable, minimally intrusive real-time tracking of drug release and plasma drug concentration to advance the drug dose regimen and a more proficient treatment.