| Scope |
Innovation in biomaterials and medical devices has saved millions of lives over the years. However, there exists a big disconnect between laboratory research in academia and the current need to bring some of those devices to the marketplace. An open conversation amongst the stakeholders is vital to minimize this knowledge gap. The symposium will focus on knowledge transfer amongst researchers from academia, industry, regulatory bodies, and end users, such as physicians and members of the funding agencies. Topics include intelligent manufacturing methods, applications of artificial intelligence and machine learning (AI/ML) in manufacturing biomedical devices, and innovative characterization tools to test properties in vitro that can better correlate in vivo performances. Some of the current challenges in biomedical devices include mitigating infection risks in implants, minimizing the anisotropic properties of additively manufactured materials, improving fatigue resistance of additively manufactured metallic implants, designing new alloys for biodegradable metallic implants, and enhancing the biocompatibility of current alloys. Some of the knowledge gaps in innovative biomaterials include the use of natural medicinal compounds (NMCs) in medical devices, bioprinting of personalized implants, high-strength biodegradable ceramic implants, designing smart implants with an inherent ability to generate surface charge for faster healing, and so on. While the academic researchers can present innovative ideas, members of the industry and regulatory bodies can share the current knowledge gaps in product maturation. Along with regular presentations, this symposium will also organize panel discussions on multidisciplinary topics relevant to the next generation of biomedical devices. Through such cross-cutting information exchange, this symposium aims to focus on more effective biomedical materials research involving all stakeholders. |