Electrospun Biomaterials for Tissue Engineering and Drug Delivery Applications

Part I Electrospinning <br>1. An introduction to electrospinning and history of electrospinning<br>2. Silk fibroin nanofiber in drug delivery applications<br>3. The influence of electrospinning parameter toward the fiber quality<br>4. Electrospun nanofiber-based drug delivery system<br>5. Electrospun patches for drug delivery<br>6. Electrospun chitosan as a drug delivery system<br>7. Recent developments in electrospun biomaterials for wound dressing<br><br>Part II Electrospinning for tissue engineering applications <br>8. Relationships between properties of the electrospun nanostructures and parameters used for electrospinning<br>9. Electrospun scaffolds for soft tissue (muscle, fibrous tissue, blood vessels, and supporting tissue) applications<br>10. Materials for electrospinning and applications of electrospinning<br>11. Sodium alginate-based nanofibers in wound dressing<br>12. Electrospinning in oral drug delivery systems<br><br>Part III Electrospinning for wound dressing applications<br>13. Chitosan-based nanofibers in wound dressing<br>14. Collagen-based nanofibers in wound dressings<br>15. Electrospun biomaterial: the future of medical science<br>16. Electrospun scaffolds for dermal replacement<br>17. Prospects of urologic tissue engineering<br><br>Part IV Electrospinning for drug delivery applications<br>18. Troubleshooting and challenges of the electrospinning process<br>19. Gelatin-based nanofibers in wound dressing<br>20. Bioavailability and toxicity aspects of tissue engineering<br>21. Successful electrospun product in the market<br>22. Dextran based electrospun materials for drug delivery system<br>23. Electrospun soy protein scaffolds for wound dressing applications and tissue regeneration<br>24. Vascular tissue regeneration<br>25. Gelatin-based electrospun materials for drug delivery system<br>26. Collagen-based electrospun materials for drug delivery system