Published Paper Details:

Cancer stands as a prominent contributor to mortality worldwide, bearing a significant impact on global health. The nature of cancer involves unregulated growth of cells that extend from a primary location to various body regions, culminating in fatality. Therefore, prioritizing the early identification and management of cancers becomes crucial in curbing the progression of the illness and decreasing cancer related fatalities.One of the prominent techniques in contemporary cancer research is nanotechnology. The application of nanotechnology in cancer research has yielded encouraging outcomes, spanning various aspects such as drug transportation, gene therapy, identification and detection, targeted treatment, mapping biomarkers, and molecular imaging. Owing to the potential toxicity associated with nanomaterials, significant progress is required before they can be readily utilized in clinical settings for cancer treatment (Bharali & Mousa, 2010). As nanotechnology continues to advance rapidly, the purpose of this paper is to comprehensively examine its role in both cancer diagnosis and treatment, emphasizing the advantages it brings to the field.