This book investigates the engineering principles behind biodegradable medical implants that are designed to safely dissolve within the human body. It delves into the materials science of biocompatible polymers, such as polyesters and hydrogels, focusing on their controlled degradation rates and biocompatibility. The text examines the complex interactions between these degrading materials and the body's biological systems, including tissue integration and immune responses. Ultimately, it provides a framework for designing implants with predictable lifespans and optimized therapeutic efficacy, integrating drug delivery capabilities and drawing on real-world case studies.

The book synthesizes diverse knowledge in biodegradable implant engineering, offering a comprehensive view from foundational principles to practical applications. Its approach focuses on material selection, processing, and geometry to influence implant lifespan and therapeutic efficacy. The text is structured to guide readers through the complexities of biocompatibility, degradation rates, and in-vivo performance. It aims to provide a robust understanding for those involved in the design and development of next-generation medical devices.