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This technique is also applicable for hard tissues like teeth.
Metallic, ceramic, and composite materials are usually utilized for hard tissues such as bones and joints.
Such microspheres with added biological functionality offer innovative therapeutic approaches to activate skeletal populations and enhance bone formation with reparative implications for hard tissues.
To resolve this issue and obtain a sufficiently high local concentration to induce therapeutic effects, several implanted drug delivery systems have been developed for hard tissues using biomaterials.
Recently, MBN has offered unique potential as a nanocarrier for hard tissues, in terms of high mesoporosity, bone bioactivity (and possibly degradability), tunable delivery of biomolecules, and ionic modification.
These bioconductive substrates can be designed with high mechanical strength for hard tissues such as the bone and with high elasticity to be used for the cardiac tissue or can be synthesized in the form of injectable hydrogels, particles, and nanofibers for noninvasive implantation; these structures can be used for applications such as drug/gene delivery and extracellular biomimetic structures.
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However, the mechanical properties of gelatin itself are not satisfactory for hard tissue applications.
Hence, further development and selection of scaffolding biomaterials for hard tissue support are needed.
Subsequently, the diverse biomaterials and approaches for hard tissue engineering are exemplified through analysis of specific investigations for design of nanostructured materials for hard tissue engineering scaffolds.
This method has excellent potential for producing porous titanium structures for hard tissue engineering applications.
Collagen-derived gelatin/hydroxyapatite (HA) nanocomposites were biomimetically synthesized for hard tissue engineering scaffold.
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