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Engineering
Biomedical Engineering
Biomaterials and Tissue Engineering
1. Introduction to Biomaterials and Tissue Engineering
2. Materials Science Fundamentals
3. Classes of Biomaterials
4. Cell Biology for Tissue Engineering
5. Cell Sources for Tissue Engineering
6. Extracellular Matrix
7. Growth Factors and Signaling
8. Biocompatibility and Host Response
9. Scaffold Design and Engineering
10. Bioreactor Systems
11. Characterization Methods
12. Tissue Engineering Applications
13. Drug Delivery Systems
14. Medical Device Applications
15. Regulatory and Clinical Translation
16. Emerging Technologies and Future Directions
14.
Medical Device Applications
14.1.
Orthopedic Implants
14.1.1.
Joint Replacements
14.1.1.1.
Hip Implants
14.1.1.2.
Knee Implants
14.1.1.3.
Shoulder Implants
14.1.2.
Bone Fixation Devices
14.1.2.1.
Plates and Screws
14.1.2.2.
Rods and Nails
14.1.2.3.
External Fixators
14.1.3.
Spinal Implants
14.1.3.1.
Fusion Devices
14.1.3.2.
Disc Replacements
14.1.4.
Material Selection
14.1.5.
Wear and Corrosion
14.1.6.
Failure Modes
14.2.
Dental Applications
14.2.1.
Dental Implants
14.2.1.1.
Implant Design
14.2.1.2.
Osseointegration
14.2.1.3.
Surface Treatments
14.2.2.
Restorative Materials
14.2.2.1.
Composites
14.2.2.2.
Ceramics
14.2.2.3.
Amalgams
14.2.3.
Orthodontic Materials
14.3.
Cardiovascular Devices
14.3.1.
Stents
14.3.1.1.
Bare Metal Stents
14.3.1.2.
Drug-Eluting Stents
14.3.1.3.
Bioresorbable Stents
14.3.2.
Heart Valves
14.3.2.1.
Mechanical Valves
14.3.2.2.
Bioprosthetic Valves
14.3.3.
Pacemakers and ICDs
14.3.4.
Vascular Grafts
14.4.
Ophthalmic Devices
14.4.1.
Contact Lenses
14.4.2.
Intraocular Lenses
14.4.3.
Corneal Implants
14.5.
Other Medical Devices
14.5.1.
Catheters
14.5.2.
Wound Dressings
14.5.3.
Dialysis Membranes
14.5.4.
Breast Implants
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13. Drug Delivery Systems
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15. Regulatory and Clinical Translation