The Synthesis and Biomedical Applications of MagneticNanoparticles: a Review

Magnetic nanoparticles (MNPs) have attracted special interest due to their optical, electrical, andphysicochemical characteristics, in addition to their size-related properties. The technological enhancementsand inherent attributes of magnetic nanoparticles render them a favorable option for various medical diagnosisand treatment purposes. Due to the unique dynamic magnetization exhibited by magnetic nanoparticles whensubjected to alternating magnetic fields, they are regarded as a pivotal tool in cancer treatment, notably in thecontext of magnetic hyperthermia therapy. Various methodologies are utilized in the production of magneticnanoparticles, a process that can be classified into two primary categories: bottom-up techniques and top-downtechniques, distinguished by the initial material used in nanoparticle synthesis. This research aims to exploremagnetic nanoparticles, prevalent synthesis methods, and their wide-ranging applications within the realm ofbiomedicine. The review article presented not only delves into the synthesis and utilization of MNPs but alsodelineates the constraints and potential opportunities

کلیدواژه ها:

Magnetic nanoparticles ، Drug delivery ، Nanotechnology ، Cancer ، Chemotherapy.