Nanobots: The Future of Medical Surgery

It also prevents the need for today's programs such as piercing the brain and entering the brain. In addition, some expert surgeons are only able to successfully complete precision surgery such as ophthalmology. These subtle surgeries entail enormous risks, require stable hands and strong physique. By introducing nanobots, it is possible to quickly exclude human risk factors from this equation. As seen in the Da Vinci surgical robot shown in Figure 5, which is the first robotic surgical system approved by the FDA for general laparoscopic surgery, robotic assisted surgery has been successfully used (Samadi, nd) .

Nanobots or nanobots are robots shrunk to microscopic dimensions to place them in a very small space to perform the function. Currently, nanobiots are still in development stage. You can place future nanobots in the bloodstream and perform surgery that is too fine or too difficult for standard surgery. Nanotubes can fight bacteria by tracking and eliminating each bacterial cell, or they can repair individual organ cells in the body. Imagine if a nanobroot can target cancer cells and destroy them without touching nearby healthy cells. Nanobot can carry drugs and surgical instruments. They need to be able to navigate the human body before they can find an escape. Nanobots can also be used in other situations. Small nano robot gears and tools allow you to build objects with minimal proportions. What can only be imagined by science fiction will become reality someday.

In the medical field, nanotechnology seems to be close to reality everyday. Nanobot is a microscope robot programmed according to a specific task, invading the body through the body until it reaches the place of infection or damage and solves the problem. Representatives of nanotechnology have appeared in movies such as Hulk (2003) and Spiderman (2002). Other uses such as cancer cell killing, immune system reinforcement, thrombus dissolution are just examples of nanobot applications.

Cancer is still one of the biggest threats to human life. The current treatment may cause a lot of damage to the body. However, in the future, genetic engineering and nanotechnology will make it possible to repair broken genes directly with nano-robots. By injecting nanobots into the bloodstream, by riding the body soldiers, antibodies, they go directly to the necessary places, cancer cells. Then they can do their own things, eliminate cancer cells and leave the rest of the body unaffected.