Titlebook: Applications of Biomedical Engineering in Dentistry; Lobat Tayebi Book 2020 Springer Nature Switzerland AG 2020 Biomaterials in dentistry.

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Application of Stem Cell Encapsulated Hydrogel in Dentistry,ring in areas of damaged tissue in the craniofacial region. Among the various scaffolds utilized as tissue engineering targets, hydrogels represent a scaffold of suitable capability for use as a delivery system and artificial extracellular matrix (ECM) in orofacial tissue engineering. This is becaus

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Tissue Engineering in Periodontal Regeneration,therapies. In the last two decades, concerted efforts have aimed to improve periodontal tissue regeneration by bone grafting and guided tissue regeneration. Recent studies have focused on tissue engineering (TE) techniques for periodontal regeneration using stem cells, growth factors, and scaffolds

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Oral Mucosal Grafting in Ophthalmology,an result in ocular surface dysfunction and jeopardize the integrity of the ocular surface or corneal clarity. When medical therapy fails to promote repopulation of the damaged or lost ocular surface tissue, surgical intervention must be considered. One of the best grafts to support the corneal surf

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Injectable Gels for Dental and Craniofacial Applications,ive surgery, thus reducing the risk of surgery complications and improving postoperative recovery. In this chapter, comprehensive descriptions of chemically and physically cross-linked hydrogels that can be used as injectable scaffolds for dental and craniofacial application are presented. Nanocompo

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Animal Models in Dental Research,various medications and treatment approaches. Hence, implementation of new treatment modalities for medical aims would require animal experimentation prior to clinical phase. However, there is no single animal model that represents all aspects of human soft and hard tissues in terms of disease and h

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Whole Tooth Engineering,oengineering of physiologically functional whole teeth using regenerative approaches seems essential. To a bioengineer a whole tooth, autologous stem cell-seeded scaffolds, and stem cell reassociations can be implanted at the site of the tooth loss, where they may develop and erupt similarly to a na

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Nichtstationarit?t und Kointegrationrogel biomaterials, such as bonding and luting agents, prosthetic polymers and resins, endodontic obturation materials, periodontal dressings, and sutures; (3) ceramic biomaterials, such as hydroxyapatite, bioactive glasses, endodontic filling materials, and zirconia; and (4) composite biomaterials,

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