PERSONALIZED HEALTHCARE MANAGEMENT AIDED BY PRINTED ELECTRONIC SENSORS, ARTIFICAL INTELLIGENCE, AND ROBOTICS
S. Tarannum*, J. Ahmad, F. Ahmad, S. Ahmad
ABSTRACT
This review explores the transformative potential of personalized healthcare management through the integration of several disciplines of printed electronic sensors, artificial intelligence (AI), and robotics. Printed electronics enable the creation of customized wearable sensors for real-time monitoring of vital signs and health parameters. AI algorithms analyse the patient data, predict disease risks, suggest personalised treatments, and aid healthcare providers in decision-making. Robotic-assisted surgery procedures, individual need-based rehabilitation programs, and automated medication dispensing with enhanced precision and accessibility. The convergence of these technologies allows for comprehensive patient profiling, tailored treatment plans, and proactive interventions, promising more effective treatments, resulting in improved patient outcomes, and an enhanced quality of life in healthcare.
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