Advancing Hemostasis: Innovations in Hybrid Polymeric Biomaterials provides an in-depth review of hybrid polymeric biomaterials and their applications in hemostasis, particularly at the interface where polymers and nanomaterials meet. This advanced guide explores the transformative potential of these materials in bleeding management, infection control, and wound healing. Chapters cover a range of hybrid polymeric biomaterials, including polysaccharide-based hemostatic biomaterials, peptide and protein hybrid biomaterials, nanostructured hemostatic hybrid biomaterials and more; in addition, a selection of key clinical case studies is detailed, bridging the gap between research and clinics to enhance patient care outcomes. Advancing Hemostasis: Innovations in Hybrid Polymeric Biomaterials is an invaluable resource for academic and industrial researchers, professionals, and students in the fields of biomaterials, nanotechnology, and tissue engineering, as well as clinicians interested in the development of novel biomaterials for hemostasis.
1. Chapter 1. Introduction of hybrid biomaterials - p. 1 2. Chapter 2. Polysaccharide-based hemostatic biomaterials - p. 31 3. Chapter 3. Peptide and protein hybrid biomaterials for hemostasis - p. 83 4. Chapter 4. Supramolecular, thermoresponsive, and self-healing polymers/hydrogels for hemostasis - p. 133 5. Chapter 5. Food and Drug Administration-approved polymers and nanomaterials for hemostatic applications - p. 175 6. Chapter 6. Synthetic polymer-based hemostatic biomaterials - p. 219 7. Chapter 7. Nanostructured Hemostatic hybrid biomaterials - p. 241 8. Chapter 8. Hybrid polymeric wound dressings and combinations with therapeutics for hemostasis - p. 275 9. Chapter 9. 3D-printed hybrid hemostatic biomaterials - p. 307 10. Chapter 10. Microfabrication techniques for hemostatic biomaterials - p. 341 11. Chapter 11. Regenerative medicine and hemostatic biomaterials - p. 383 12. Chapter 12. Biomimetic approaches in hemostatic biomaterials design - p. 423 13. Chapter 13. Biocompatibility and safety assessment of hemostatic biomaterials - p. 457 14. Chapter 14. Clinical applications and case studies in hemostasis - p. 493 15. Chapter 15. Regulatory considerations and commercialization - p. 549 16. Index - p. 567
Advancing Hemostasis: Innovations in Hybrid Polymeric Biomaterials provides an in-depth review of hybrid polymeric biomaterials and their applications in hemostasis, particularly at the interface where polymers and nanomaterials meet. This advanced guide explores the transformative potential of these materials in bleeding management, infection control, and wound healing. Chapters cover a range of hybrid polymeric biomaterials, including polysaccharide-based hemostatic biomaterials, peptide and protein hybrid biomaterials, nanostructured hemostatic hybrid biomaterials and more; in addition, a selection of key clinical case studies is detailed, bridging the gap between research and clinics to enhance patient care outcomes. Advancing Hemostasis: Innovations in Hybrid Polymeric Biomaterials is an invaluable resource for academic and industrial researchers, professionals, and students in the fields of biomaterials, nanotechnology, and tissue engineering, as well as clinicians interested in the development of novel biomaterials for hemostasis.
1. Chapter 1. Introduction of hybrid biomaterials - p. 1 2. Chapter 2. Polysaccharide-based hemostatic biomaterials - p. 31 3. Chapter 3. Peptide and protein hybrid biomaterials for hemostasis - p. 83 4. Chapter 4. Supramolecular, thermoresponsive, and self-healing polymers/hydrogels for hemostasis - p. 133 5. Chapter 5. Food and Drug Administration-approved polymers and nanomaterials for hemostatic applications - p. 175 6. Chapter 6. Synthetic polymer-based hemostatic biomaterials - p. 219 7. Chapter 7. Nanostructured Hemostatic hybrid biomaterials - p. 241 8. Chapter 8. Hybrid polymeric wound dressings and combinations with therapeutics for hemostasis - p. 275 9. Chapter 9. 3D-printed hybrid hemostatic biomaterials - p. 307 10. Chapter 10. Microfabrication techniques for hemostatic biomaterials - p. 341 11. Chapter 11. Regenerative medicine and hemostatic biomaterials - p. 383 12. Chapter 12. Biomimetic approaches in hemostatic biomaterials design - p. 423 13. Chapter 13. Biocompatibility and safety assessment of hemostatic biomaterials - p. 457 14. Chapter 14. Clinical applications and case studies in hemostasis - p. 493 15. Chapter 15. Regulatory considerations and commercialization - p. 549 16. Index - p. 567
