Developments in Biomedical Materials: From Conventional Implantation to State-of-the-Art Pharmaceutical Uses

Abstract

In order to improve and restore the functions of biological tissues and organs as well as for the identification and treatment of diseases, biomedical materials a developing subject of materials science are indispensable. Materials like these are frequently employed in many different medical equipment employed in clinical settings, such as scaffolding, sutures, substitute teeth, artificial bones, and even heart replacements. Innovative methods for identifying, treating, and regaining physiological functions have been made possible by biomedical materials, which have completely changed the healthcare industry. The development, categorization, and therapeutic uses of biomedical materials are examined in this study, with a focus on metallic biomaterials, synthetic polymers, and bio ceramics in addition to their biologically derived counterparts, such as collagen, silk, chitosan, and alginate. The functionality of medical devices has been significantly advanced by bioengineering improvements, that have produced healing implants and progressive diagnostic imaging that improve patient effects. This evaluation explores the capacity of nanomaterials in biomedicine, current wound dressings, and antimicrobial methods, highlighting the limitations and destiny opportunities inside the creation of extra powerful therapy and minimally harmful diagnostic tools.

Keywords

• biomedical materials
• development
• categorization
• therapeutic