Advancing Precision Healthcare: The Integration of Nanotechnology, Millimeter Wave Sensing, Laser Technology, Fibre Bragg Grating, and Deep Learning Models
Christian E. Omenogor, Adewale Abayomi Adeniran · International Journal of Research Publication and Reviews · 2024
This article explores the intersection of emerging technologies-nanotechnology, millimeter wave sensing, laser technology, Fibre Bragg Grating (FBG), and deep learning models-within the realm of precision healthcare.As the demand for personalized and accurate medical solutions intensifies, the integration of these technologies offers unprecedented opportunities for diagnostics, treatment, and monitoring.Nanotechnology provides the foundation for targeted drug delivery and molecular diagnostics, while millimeter wave sensing offers non-invasive, high-resolution imaging capabilities.Laser technology is instrumental in minimally invasive surgeries and precise tissue manipulation.FBGs are utilized in real-time, high-sensitivity monitoring of physiological parameters.The convergence of these physical technologies with deep learning models, which analyse vast datasets to detect patterns and predict outcomes, heralds a new era in healthcare where precision and personalization are paramount.This article presents a comprehensive review of each technology's role, their synergistic integration, and the potential challenges and future directions in their application to precision medicine.