Abstract

Biomedical materials are the core carriers of the interdisciplinary field that integrates materials science, medicine, biology, and engineering. They are mainly used for diagnosis, treatment, repair, or replacement of human tissues and organs, as well as for regulating human physiological functions. This is a key subfield that supports the high-quality development of the pharmaceutical and healthcare industry and is an important indicator for evaluating the comprehensive strength of a country’s pharmaceutical and healthcare industry. This article discusses the current challenges faced by the research and looks forward to future development trends, providing a reference for the subsequent research and clinical translation of biomedical materials.

Keywords:Biomedical materials; Component design; Preparation process; Structural regulation; Clinical application; Research progress