Publication

Abstract : Magnetic nanoparticles (MNPs), in particular, are thought to offer technical advantages since they can be controlled by magnetic fields, making them ideal for use in diagnostic applications with a focus on the construction of smart materials. In addition to their extensive application in imaging, target drug delivery systems, hyperthermia, and biomolecule extraction, MNPs have also been proposed as a key component in the treatment of cancer. Due to their distinct surface chemistry, lack of toxicity, biocompatibility, and especially their inducible magnetic moment, morphological characteristics of magnetic substances have attracted enormous interest from a variety of scientific sectors. Using MNPs, current biomedical research advances are highlighted in this chapter. Artificial intelligence has revolutionized diagnostics by enhancing the skills of medical practitioners, increasing the precision and effectiveness of diagnoses, and opening the door to proactive and customized treatment plans. The use of MNPs is thoroughly discussed, along with medication targeting and the management of chronic illnesses.