Medical Devices in Modern Healthcare: Current Research on New Materials and Engineering, Device Evaluation and Regulatory Implications provides a comprehensive approach to existing and future technological developments in medical devices and their role in biomedical engineering. In particular, the book looks at the fabrication/manufacturing of medical devices across a wide range of device sectors. Importantly, regulatory perspectives and implications are considered in detail.
1. Chapter 1. Introduction to medical devices: research trends, evaluations, and applications - p. 1 2. Chapter 2. Biopolymers in tissue engineering - p. 37 3. Chapter 3. Biopolymers in bone regeneration - p. 125 4. Chapter 4. Biomaterials in the development of medical devices - p. 171 5. Chapter 5. Biomaterials in the fabrication of artificial tissues - p. 203 6. Chapter 6. Nanosensors as diagnostic - p. 235 7. Chapter 7. Bioabsorbable medical devices - p. 287 8. Chapter 8. 3D-printed medical devices - p. 309 9. Chapter 9. Orthopedic medical devices in health care application - p. 339 10. Chapter 10. Cardiovascular medical devices: preparation, evaluations, and applications - p. 373 11. Chapter 11. Physical and mechanical evaluation of medical devices - p. 395 12. Chapter 12. Chemical evaluation of medical devices - p. 437 13. Chapter 13. Biological evaluation of medical devices - p. 475 14. Chapter 14. Assessment of safety profile of medical devices - p. 499 15. Chapter 15. Regulatory perspectives of medical devices - p. 541 16. Chapter 16. Waste management of medical devices - p. 567 17. Index - p. 595
Medical Devices in Modern Healthcare: Current Research on New Materials and Engineering, Device Evaluation and Regulatory Implications provides a comprehensive approach to existing and future technological developments in medical devices and their role in biomedical engineering. In particular, the book looks at the fabrication/manufacturing of medical devices across a wide range of device sectors. Importantly, regulatory perspectives and implications are considered in detail.
1. Chapter 1. Introduction to medical devices: research trends, evaluations, and applications - p. 1 2. Chapter 2. Biopolymers in tissue engineering - p. 37 3. Chapter 3. Biopolymers in bone regeneration - p. 125 4. Chapter 4. Biomaterials in the development of medical devices - p. 171 5. Chapter 5. Biomaterials in the fabrication of artificial tissues - p. 203 6. Chapter 6. Nanosensors as diagnostic - p. 235 7. Chapter 7. Bioabsorbable medical devices - p. 287 8. Chapter 8. 3D-printed medical devices - p. 309 9. Chapter 9. Orthopedic medical devices in health care application - p. 339 10. Chapter 10. Cardiovascular medical devices: preparation, evaluations, and applications - p. 373 11. Chapter 11. Physical and mechanical evaluation of medical devices - p. 395 12. Chapter 12. Chemical evaluation of medical devices - p. 437 13. Chapter 13. Biological evaluation of medical devices - p. 475 14. Chapter 14. Assessment of safety profile of medical devices - p. 499 15. Chapter 15. Regulatory perspectives of medical devices - p. 541 16. Chapter 16. Waste management of medical devices - p. 567 17. Index - p. 595
