Description
This authoritative reference explores magnesium and its alloys as innovative implant materials for biomedical applications. The book provides an in-depth analysis of how magnesium-based materials perform in physiological environments, with particular emphasis on their corrosion mechanisms, mechanical characteristics, and biological responses.
Magnesium alloys offer unique advantages as biodegradable implants, including biocompatibility, appropriate mechanical strength, and the ability to resorb within the body over time. The authors examine the critical factors affecting implant performance, from material selection and processing techniques to in vitro and in vivo evaluation methods.
Readers will gain comprehensive knowledge of corrosion behavior in biological systems, strategies for improving material longevity, and the biological interactions between magnesium implants and living tissues. This book serves as an essential resource for biomedical engineers, materials scientists, orthopedic specialists, and researchers developing next-generation implant technologies.
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