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Full Description
Aimed at bioengineering students who have already taken a course on the fundamentals of materials science, this new text stresses the latest thinking about materials for use in vivo as well as summarizing and explaining the requirements and characteristics of successful biomaterials. It achieves a balance between engineering analysis and pertinent biological and physiological fundamentals, between chemical and mechanical aspects of in vivo implant service, and between the different material classes.
Contents
I. INTRODUCTION. 1. The Modern Field of Biomaterials - synergistic Interaction between Engineering and Life Science. II. FUNDAMENTAL CONCEPTS. 2. The Various Classes of Implant Materials. 3. The Tissue Biomaterials Interface. 4. Basic Aspects of Biocompatibility. III. ISSUES RELATED TO IMPLANT DESIGN. 5. Fundamentals of Implant Design. 6. Characteristics of the in vivo Service Environment. 7. Design and Use of Implants in Various Surgical Specialties. 8. Manufacturing Considerations. 9. Testing and Qualification of New Biomaterials for in vivo Service. 10. Tissue Engineering and Biotechnology. IV. FAILURE OF SURGICAL IMPLANT MATERIALS AND DEVICES. 11. Implant Failure: Modes of Mechanical Origin. 12. Implant Failure: Modes of Chemical Origin. 13. Biological and Physiological Issues Associated with Implant Failure. 14. Methods of Failure Analysis. 15. Case Studies of Failed Implants. V. CURRENT STATUS AND FUTURE DIRECTIONS OF THE BIOMATERIALS FIELD. 16. Present Conditions Related to Biomaterials Usage. 17. Biomaterials of the Future. Glossary Homework Problems References.
