Nanorobots as Targeted Therapy for Next-generation Cancer Therapeutics

Many cancers are hard to detect and recognize in their initial stages. High mortality rates are always caused by the discovery of cancer in its advanced stages. One of the essential aspects of recent advances in medicine is the creation of new cancer therapies. Multidisciplinary research focuses on nanobots, which are a prominent application of nanomedicine. Due to advances in nanotechnology, nanoscale devices are increasingly used for cancer diagnosis and treatment, providing accurate and novel solutions. In medicine, nanotechnology holds great potential for disease diagnosis, treatment, and prevention, especially when used in nanorobot devices measuring in nanometers. For example, urease-powered nanobots are utilized in the treatment of bladder cancer because they can accumulate in tumors and benefit from enhanced mobility, enabling them to access and penetrate tumor masses. This research investigates the latest advancements in cancer treatment using nanobots, highlighting their key features and applications. It highlights their participation in minimally invasive surgery, precise therapy, medication administration, and tumor detection, and a range of cutting-edge healthcare treatments. Medical nanobots are expected to increase in sophistication and performance, performing various medical tasks before evolving into actual nanorobots circulating in the bloodstream.