By Murugan Ramalingam, Pekka Vallittu, Ugo Ripamonti, Wan-Ju Li
Through the mixing of innovations from existence technology, engineering, and scientific medication, tissue engineering and regenerative medication carry the promise of recent strategies to present healthiness demanding situations. This swiftly constructing box calls for continuous updates to the state of the art wisdom in the entire aforementioned sciences. Tissue Engineering and Regenerative drugs: A Nano Approach presents a compilation of the real elements of tissue engineering and regenerative drugs, together with dentistry, from primary rules to present advances and destiny trends.
Written by way of the world over well known scientists, engineers, and clinicians, the chapters conceal the next areas:
- Nanobiomaterials and scaffolds—including nanocomposites and electrospun nanofibers
- Tissue mechanics
- Stem cells and nanobiomaterials
- Oral and cranial implants and regeneration of bone
- Cartilage tissue engineering
- Controlled release—DNA, RNA, and protein delivery
- Animal technology and scientific medicine
The editors designed this textbook with a particular subject targeting the usage of nanotechnology, biomaterials technology in tissue engineering, and regenerative medication with the inclusion of significant medical features. as well as injured veterans and different members, elevated lifestyles expectancy within the industrialized international is making a becoming inhabitants that may require regenerative medication, generating better strain to strengthen methods and coverings to enhance caliber of existence. This e-book bridges the space among nanotechnology and tissue engineering and regenerative medication, facilitating the merger of those fields and the $64000 transition from laboratory discoveries to medical applications.
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Additional resources for Tissue Engineering and Regenerative Medicine: A Nano Approach
K. Vallittu. Mechanical properties of oligomer-modified acrylic bone cement. Biomaterials 24 (2003) 417. 19. K. E. Ruyter, and S. Buykuilmaz. Polymerization time and temperature affects the residual monomer content of denture base polymers. European Journal of Oral Sciences 106 (1998) 588. 20. K. Viljanen, M. K. Vallittu. Degree of conversion of an experimental monomer and methyl methacrylate copolymer for dental applications. Journal of Applied Polymer Science 93 (2004) 1908. 21. K. J. Lassila, M.
1 INTRODUCTION Bone is an organ capable of self-repair following an injury. However, the loss of significant bone volume due to infection or trauma may result in a permanent defect at an injury site. Current surgical techniques employed to repair large defects include bone grafting and metallic implants. Bone grafting is limited by the quantity of bone available from a possible donor site, making the procedure unsuitable for large defects. Metallic implants are of particular use in load-bearing environments due to their high strength and toughness.
Ekstrand. In vitro cytotoxicity of fiber–polymethyl methacrylate composite used in dentures. Journal of Oral Rehabilitation 26 (1999) 666. 59. M. V. H. J. K. Vallittu. Osteoblast response to polymethyl methacrylate bioactive glass composite. Journal of Materials Science: Materials in Medicine 21 (2010) 1685. 60. M. A. Akca, T. Ozen, L. K. O. Närhi. Bone tissue responses to glass fiber-reinforced composite implants—A histometric study. Clinical Oral Implants Research 20 (2009) 608. 61. M. Day. Bioactive glass stimulates the secretion of angiogenetic growth factors and angiogenesis in vitro.
Tissue Engineering and Regenerative Medicine: A Nano Approach by Murugan Ramalingam, Pekka Vallittu, Ugo Ripamonti, Wan-Ju Li