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The study, design, fabrication, synthesis, manufacture, and application of nanoscale materials, devices, and systems are known as nanotechnology. Nano is derived from the Greek word dwarf. One billionth of a meter, or 109 m, is a nanometer. Because of the prominence of particles in this range, they can have unique and better properties as compared to bigger materials. Nanomaterials are distinguished from ordinary materials by their increased surface area and quantum effects. It's still difficult to deliver anti-cancer medications to cancer cells specifically. Conventional therapy has failed to appropriately treat cancer due to drug availability, unfavorable side effects, and drug resistance. Nanotechnology holds a lot of promise for revolutionizing how doctors diagnose and treat cancer patients. Nanotechnology is already having a substantial impact on patient care, posing major future problems such as improving the design and engineering of cancer-targeting materials. One of the most terrible diseases of our day is cancer. A world in which millions of people are killed every year. cancer, uncontrolled apoptotic cell proliferation It frequently vanishes and necessitates a lengthy procedure. It demonstrates clinical variability and treatment resistance because of its genetic and phenotypic complexity. In recent years, a lot of work has been put in. Dedicated to creating nanotechnology to improve and decrease anticancer drug delivery to tumor tissue, as well as the distribution and toxicity of anticancer treatments in healthy tissues. Much has changed. Polymers Nanoparticles, liposomes, dendrimers, nanoshells, carbon Nanotubes, superparamagnetic nanoparticles, and nuclei Acid-based nanoparticles are examples of innovative nanotechnology platforms.