Physical properties of functional nanomaterials as a subject of study in the training of medical personnel

this article is devoted to the development and implementation of nanomaterials in medicine, as well as the issues of their physical and technical properties and the possibility of application in the diagnosis and therapy of diseases. The key physical properties of nanomaterials for use in medicine have been identified, and the need for training medical personnel in the field of nanotechnology has been substantiated. The mechanical, optical, magnetic, and surface properties of nanomaterials are considered, as well as their role in creating effective drug delivery systems, biosensors, and contrast agents for imaging. Special attention is paid to the possibility of using nanoparticles and nanostructures for targeted therapy of oncological and other serious diseases, as well as tissue regeneration and implantation. Studying the mechanisms of action and physical properties of nanomaterials allows students of medical universities to better understand their use in diagnosis and therapy, as well as correctly interpret research results. Mastering this knowledge contributes to a deeper understanding of the biocompatibility of materials, which is important for clinical practice. The use of active learning technologies, such as case studies and project methods, significantly improves the quality of the educational process, expands the experience and strengthens the scientific basis of students' knowledge.

physical properties of functional nanomaterials, nano-biotechnology, medical personnel training, technology of active information perception, design (design and research) method