… implantology today is therefore to combine current knowledge in materials science, tissue
engineering… signals to cells in the peri-implant tissues to elicit proper biological responses that …

… tional metallic dental implants and as an … developments in the fields of pulp and periodontal
tissue DSCs that are of particular relevance for dental tissue and whole-tooth regeneration…

… bone formation was induced with a volume appropriate for dental implant installation [297].
Di Stefano et al. [298] tested the effectiveness of enzymatically deantigenated equine bone …

… restoration but also mimic some of the native tissue functionally. One of the most important
considerations in regeneration of dental tissue is engineering a bioactive dental implant that …

… Chitosan is an inherently antibacterial and non-toxic polysaccharide that is widely applied
in wound healing, tissue engineering and drug delivery [174]. Moreover, nanofibrous chitosan …

… Dental implants and tissue engineering typically use nanoscale zirconium oxide ZrO2 in a
variety of applications due to its better mechanical properties and superior biocompatibility. Co…

… and engineering and have opened up a new horizon for bone regeneration [17, 18]. The …
into account the higher costs of newer tissue engineering techniques against the benefits of …

… promote cell growth and stimulate tissue regeneration. The single units of … or dental implants
among which the autologous bone is the most common clinical treatment. These prosthesis …

… bone loss, another one is bone increment for tooth implantation. Nanomaterials based bone
… We review here the dental tissue regeneration according to the anatomy structure of tooth. …

… tissue regeneration and osseointegration, especially in periodontology and dental
implantology. … In this review, the most widely studied biomaterials (bone graft material, barrier …