Biomaterials Science: An Introduction to Materials in Medicine

This book is widely used for grad-level biomaterials courses and for a good reason: it is a compilation of the forefronts of biomaterials research, including chapters written by well-regarded experts in the field. Any biomaterials researcher can look through the list of contributors and tell you that almost every single one listed is a big name when it comes to biomaterials conferences. As such, the material is presented in a way that will benefit someone who's reading it for background or reference to projects in academic research/industrial R & D. This is a very heavy book materials-wise, and is NOT for anyone who is looking to have an easy, leisurely nighttime read. The topics may seem disconnected for the unprepared. For example, out of the entire "Types of Biomaterials" unit, there are individual chapters on hydrogels, metallic biomaterials, inorganic biomaterials, etc that took up maybe a good 200 pages, and it's almost difficult to go from one chapter to the next in one sitting and take it on like you would a textbook. For more of a structured textbook, you may want to refer to a book by Temenoff and Mikos published recently. Instead, this book is more of a fixture in the reference shelf of any biomaterials researcher. It is one that you pick up and read a few chapters out of depending on what you're planning on running experiments and furthering the field of. If you treat this book more as a reference book than a textbook, then you will find the reasons why it deserves 5 stars.

Not a product for the new biomaterialist. Recommended for persons in the field or planning to enter the field. Chapters are complete, concise and detailed allowing for quick analysis. The book is organized very cleanly and permits one to use either as a reference or as an in depth reference on the subject. Solid for use in lab.

This is a great text that sums up the body's response to biomaterials. It has good introductory sections to materials science issues, tissue engineering, and immunology.

This is a well written book with something for just about everyone. There are parts geared directly to engineers, but issues like foreign body response are dealt with rigorously enough for the best bio geek. All classes of implantable devices are covered with a healthy dose of history to boot!

It was a dry read, but it was chock full of information on biomaterials. It made me proud to be a biomedical engineering student.