Handbook of Biomaterials Biodegradability

Handbook of Biomaterials Biodegradability comprehensively covers the properties and factors which affect degradation of a range of biomaterials. Long-term biocompatibility issues with existing permanent implants, combined with the emergence of novel biomedical technologies such as tissue engineering, controlled drug delivery and bionanotechnology, has resulted in an increased demand for biodegradable platform materials. Depending on the application, an implanted material may need to remain stable in the body for a long time, or conversely, be degraded and removed after a short period; therefore, control of degradation rate is essential. This book covers the various physical, mechanical and chemical properties which affect biodegradation, for a range of biomaterials, including bioactive glasses, nanoengineered biomaterials and biodegradable metals. The information provided allows readers to consider all factors and possibilities which may affect degradation rate of biomaterials, as well as the overall success of the implanted device or system. Applications covered include drug delivery, controlled release mechanisms, tissue engineering and more. Handbook of Biomaterials Biodegradability provides a single, comprehensive reference on understanding and development of controlled, biodegradable biomaterials for academics, researchers and industry R&D groups in the fields of biomaterials, biomedical engineering, regenerative medicine, pharmacology and related disciplines.