Artificial Organ Materials explores the pivotal role of specialized materials in creating functional organ replacements. Addressing the critical need for alternatives to donor organs, the book highlights the science behind biocompatible materials capable of performing intricate biological functions. One intriguing fact is how early attempts at artificial organs struggled with biocompatibility, leading to rejection. The book emphasizes that advancements in materials science are key to unlocking the full potential of artificial organ technology.
This book provides a comprehensive overview, starting with fundamental concepts like biocompatibility and tissue engineering, then progresses to specific applications such as artificial heart valves, synthetic kidneys, and pancreatic systems. For each, material requirements, fabrication challenges, and current research are examined. It uniquely focuses on the materials science aspects of artificial organ development, bridging materials science, biomedical engineering, biology, and medicine.
The book culminates with emerging technologies like 3D printing, highlighting future directions in organ engineering.
