- ホーム
- > 洋書
- > 英文書
- > Science / Mathematics
Full Description
Bioresorbable Materials and Bioactive Surface Coatings: Biomedical Implants and Tissue Regeneration provides a detailed review of biomaterials specially designed for use in biomedical implants, tissue repair, and regeneration. A wide range of resorbable materials are covered, including polymers, bioceramics, metallic alloys, and dissolvable electronics, as well as their properties, degradation kinetics, and potential clinical uses. The book also explores bioactive surface modifications, highlighting their importance in enhancing the functionality of bioresorbable materials.
Various coatings and surface modifications are covered, such as bioactive ceramic coatings, biofunctional polymer coatings, and surface modifications for enhanced osseointegration, cardiovascular applications, and neural interfaces. Additionally, regulatory guidelines for bioresorbable medical devices, ethical considerations, and environmental implications are analyzed.
Contents
Introduction to bioresorbable materials
Bioresorbable polymers and its types
Bioresorbable materials in dentistry
Bioresorbable metallic alloys and composites
Hydrogels and soft dissolvable materials
Biodegradation mechanisms and evaluation
Leveraging machine learning and deep learning in research: tools, algorithms, and applications
Surface modification techniques
Bioactive surface coatings and its types
Strategies to functionalize biodegradable materials through surface modifications for antimicrobial properties
Bioresorbable medical implants
Bioresorbable materials in tissue engineering and regeneration: design and applications
Bioresorbable materials in controlled drug delivery systems/smart drug delivery systems
Bioresorbable materials in plastic and reconstructive surgery
Applications of bioactive surface coatings/modifications
Biocompatibility testing and safety considerations for bioresorbable implants/medical products
Regulatory guidelines for bioresorbable medical devices
Clinical case studies (commercially available bioresorbable medical implants)
Conclusion and outlook
