Nanorobotics – A Novel Tool for Cancer Therapy

Abstract

During a 1959 dinner talk, the late physicist who won the Nobel Prize Richard P. Feynman made the very valid point that technological advancements are still possible and should not be stopped. He suggested utilizing mechanical instruments to create devices that are not as big as others, which can then be used to create even smaller mechanical devices, down to the tiniest measured atom. He stressed that this is "a growth which I consider cannot be avoided." Feynman suggested that a vast array of atomically precise microroscopic equipment and production tools, additionally a multitude of exceedingly tiny gadgets and other robotics at the nano and small-scale frameworks, may someday be built using nanomachines, nanorobots, and nanodevices. The fields of molecular biology, biotechnology, and molecular medicine may be utilized to develop Advanced tiny gadgets composed of nanoparticles are a fully autonomous nanorobots or nanobots. A Part of nanorobotics, which is seen as a magnificently desirable vision in medicine. With cancer being the most common cause of death for people under 85, it has a bright future in drug delivery technology. Nanorobots have the potential to transport and distribute significant quantities of cancer-fighting drugs specifically to diseased cells, while minimizing injury to healthy cells. This targeted delivery system aims to reduce the adverse effects associated with conventional treatments, such as chemotherapy. The final evolution of this invention will have a significant influence on avoiding illness, evaluation, and therapy. It will be achieved by a tight collaboration of experts in nanotechnologies, medical, and robotics. This article presents a research on several approaches to cancer treatment with nanorobots. It also provides insight into the potential scope of this field of study.