The introduction of nanotechnology has brought a transformation in medical technology from
micro fluidics to nanomedicine. As nanotechnology is multidisciplinary, it promotes several
science and technology. Importantly, strategies and principles of physic and nanotechnology
as new perspective in nanomedicine, plays a pivotal role in personal medicine, precision
medicine, and regenerative medicine. Herein, look toward the strategies of physics including
electric stimulations, magnetism, and electro mechanics in shaping the regenerative medicine.
Moreover, the potential of nanotechnology in upgrading regenerative medicine is seen.
Hence, nanoparticles as nanocarriers, imaging and therapeutic agents enable cell repair, tissue
generation, and enhance regenerative medicine. Taking these agents in consideration,
emphasis is given to their properties including biocompatibility, stability, surface area to
volume ratio, and significance in diagnosis, imaging, therapeutics, drug delivery and cell labels. The research also presents the significance of nanobased devices and technologies that
inherently facilitates regenerative medicine. More time is invested on the significance of
nanosensor, nanorobots, internet of nanothings (IONT), AI powered cameras, and genome
Technology in pushing the regenerative medicine. The impact of their sensitivity and specify
on improving cell viability and drug efficacy is also seen.

Keywords- IONT, Regenerative Medicine, Nanotechnology, Magnetic nanoparticles,
Nanomedicine.

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