Hybrid Polymeric Systems for Biomedical Applications explores the development and utilization of hybrid polymeric systems for use in a range of biomedical applications. Hybrid systems combine the specialized properties of each polymer type to produce a more targeted material which is much more tightly aligned with the intended application and outcome.
This book covers a broad selection of hybrid polymeric systems as well as a variety of key biomedical applications, including tissue engineering, drug delivery, wound healing, and more.
1. 4.1 Introduction - p. 91 2. 4.2 Classification of wounds and process of wound healing - p. 94 3. 4.3 Categories of wound dressings - p. 97 4. 4.4 Polymer-based hybrid scaffolds for wound dressing and skin regeneration - p. 98 5. 4.5 Conclusion and future perspective - p. 179 6. References - p. 183 7. Hybrid polymeric systems for biomedical applications - p. 217 8. Hybrid polymeric scaffolds for diagnostic applications - p. 233 9. Hybrid polymeric systems for potential applications in ocular drug delivery - p. 265 10. Hybrid polymeric scaffolds for brain applications: locoregional glioblastoma therapy - p. 315 11. Hybrid polymeric scaffolds for potential applications in nerve and muscle regeneration - p. 359 12. Hybrid polymeric systems for potential applications in vaccine delivery - p. 395 13. The efficacy of piezo- and magnetoactive polymer scaffolds in tissue engineering - p. 453 14. The design of hybrid polymeric materials for tissue engineering: 3D bioprinting, polymeric protheses, smart polymers, and shape memory polymeric biomaterials - p. 499 15. Index - p. 529
Hybrid Polymeric Systems for Biomedical Applications explores the development and utilization of hybrid polymeric systems for use in a range of biomedical applications. Hybrid systems combine the specialized properties of each polymer type to produce a more targeted material which is much more tightly aligned with the intended application and outcome.
This book covers a broad selection of hybrid polymeric systems as well as a variety of key biomedical applications, including tissue engineering, drug delivery, wound healing, and more.
1. 4.1 Introduction - p. 91 2. 4.2 Classification of wounds and process of wound healing - p. 94 3. 4.3 Categories of wound dressings - p. 97 4. 4.4 Polymer-based hybrid scaffolds for wound dressing and skin regeneration - p. 98 5. 4.5 Conclusion and future perspective - p. 179 6. References - p. 183 7. Hybrid polymeric systems for biomedical applications - p. 217 8. Hybrid polymeric scaffolds for diagnostic applications - p. 233 9. Hybrid polymeric systems for potential applications in ocular drug delivery - p. 265 10. Hybrid polymeric scaffolds for brain applications: locoregional glioblastoma therapy - p. 315 11. Hybrid polymeric scaffolds for potential applications in nerve and muscle regeneration - p. 359 12. Hybrid polymeric systems for potential applications in vaccine delivery - p. 395 13. The efficacy of piezo- and magnetoactive polymer scaffolds in tissue engineering - p. 453 14. The design of hybrid polymeric materials for tissue engineering: 3D bioprinting, polymeric protheses, smart polymers, and shape memory polymeric biomaterials - p. 499 15. Index - p. 529
