Biomaterials and Bioengineering Approaches in Cosmetics explores the intersection of biomaterials, bioengineering, and cosmetic science, bridging traditional practices with modern technological advancements. Divided into five parts, readers are systematically guided through the development and application of cosmetics and cosmeceuticals, concluding with key case studies and industrial insights. This is an essential resource for researchers, academics, and postgraduate students in the fields of biomaterials, biomedicine, biotechnology, chemistry, and pharmaceutical science who are new to cosmetics and wish to gain a comprehensive overview of the field.
It is also ideal for professionals in the cosmetics field who want to refresh their knowledge and better understand related fields.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. Contributors - p. xi 7. Part I. Principles of cosmetic science - p. P1 8. 1. Classification of cosmetic products - p. 3 9. 2. Structure, physiology, and pathologies of skin and scalp relevant to cosmetics - p. 27 10. 3. The chemistry of cosmetics: Specialty ingredients used in skin care formulations - p. 53 11. 4. Basic principles of cosmetic formulation - p. 83 12. 5. Skin care cosmetic products safety, surveillance, and global industry - p. 133 13. 6. Design of safe and sustainable cosmetic ingredients - p. 165 14. Part II. Biomaterials, bioengineering approaches and technologies - p. P2 15. 7. Tissue engineering for cosmetics applications - p. 205 16. 8. Biomaterials and cosmetics - p. 247 17. 9. Nanotechnology and nanocosmetics - p. 279 18. 10. Delivery systems for cosmetics - p. 329 19. 11. Biotechnology and protein engineering in cosmetics industry - p. 367 20. 12. Applications of 3D Printing in cosmetic industry - p. 399 21. 13. Artificial intelligence and machine learning in the cosmetics industry - p. 427 22. 14. Innovations in cosmetics packaging industry - p. 477 23. Part III. Applications - p. P3 24. 15. 3D-printed skin for cosmetic testing - p. 511 25. 16. Nanoemulsions for skin drug delivery - p. 527 26. 17. Recombinant proteins and growth factors for skin care products - p. 561 27. Part IV. Case studies - p. P4 28. 18. Case study 1 - Nanotechnology for anti-aging cosmetics - p. 607 29. 19. Case study 2 - Microneedle patches as skin care cosmetics - p. 627 30. Part V. Future perspectives - p. P5 31. 20. Future perspectives - p. 667 32. Index - p. 679
Biomaterials and Bioengineering Approaches in Cosmetics explores the intersection of biomaterials, bioengineering, and cosmetic science, bridging traditional practices with modern technological advancements. Divided into five parts, readers are systematically guided through the development and application of cosmetics and cosmeceuticals, concluding with key case studies and industrial insights. This is an essential resource for researchers, academics, and postgraduate students in the fields of biomaterials, biomedicine, biotechnology, chemistry, and pharmaceutical science who are new to cosmetics and wish to gain a comprehensive overview of the field.
It is also ideal for professionals in the cosmetics field who want to refresh their knowledge and better understand related fields.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. Contributors - p. xi 7. Part I. Principles of cosmetic science - p. P1 8. 1. Classification of cosmetic products - p. 3 9. 2. Structure, physiology, and pathologies of skin and scalp relevant to cosmetics - p. 27 10. 3. The chemistry of cosmetics: Specialty ingredients used in skin care formulations - p. 53 11. 4. Basic principles of cosmetic formulation - p. 83 12. 5. Skin care cosmetic products safety, surveillance, and global industry - p. 133 13. 6. Design of safe and sustainable cosmetic ingredients - p. 165 14. Part II. Biomaterials, bioengineering approaches and technologies - p. P2 15. 7. Tissue engineering for cosmetics applications - p. 205 16. 8. Biomaterials and cosmetics - p. 247 17. 9. Nanotechnology and nanocosmetics - p. 279 18. 10. Delivery systems for cosmetics - p. 329 19. 11. Biotechnology and protein engineering in cosmetics industry - p. 367 20. 12. Applications of 3D Printing in cosmetic industry - p. 399 21. 13. Artificial intelligence and machine learning in the cosmetics industry - p. 427 22. 14. Innovations in cosmetics packaging industry - p. 477 23. Part III. Applications - p. P3 24. 15. 3D-printed skin for cosmetic testing - p. 511 25. 16. Nanoemulsions for skin drug delivery - p. 527 26. 17. Recombinant proteins and growth factors for skin care products - p. 561 27. Part IV. Case studies - p. P4 28. 18. Case study 1 - Nanotechnology for anti-aging cosmetics - p. 607 29. 19. Case study 2 - Microneedle patches as skin care cosmetics - p. 627 30. Part V. Future perspectives - p. P5 31. 20. Future perspectives - p. 667 32. Index - p. 679
