… between the mesenchyme and epithelium is present throughout tooth development and
also in dental stem cell niche regulation. Tooth organogenesis can be seen as a step-wise …

… Teeth develop as ectodermal appendages from epithelial and mesenchymal tissues. Tooth
organogenesis is regulated by an intricate network of cell–cell signaling during all steps of …

… with dentin, cartilage, and bone tissue regeneration, provides additional opportunities for
eventual tooth organogenesis. The centuries of tooth development using xenotransplantation, …

… of regenerative medicine and a breakthrough of modern dentistry. This review highlighting
the translational aspects of tooth organogenesis will … to promote clinical organ regeneration. …

… In this chapter, we will describe the recent findings and technologies for partial tooth-tissue
repair and whole-tooth regeneration in future that can provide functional recovery and …

… of tooth function, suggesting that tooth regeneration will … tooth regeneration, discusses a
model of tooth replacement that could be used clinically, and proposes a new tooth regeneration …

… Efforts in whole tooth regeneration have … lost tooth regeneration might be one possibility to
induce tooth formation in vivo in the adult [49]. Whole-tooth restoration using autologous tooth …

… Although this technique partially replicated tooth organogenesis, further improvements in
the frequency of bioengineered tooth development and correct tissue formation has been …

… The arrangement of cells within a tissue plays an essential role in organogenesis, including
tooth development [72]. In the condensed mesenchyme, during the tooth development, cells …

… findings and technologies for tooth tissue regeneration and whole-tooth replacement, which
have … Tooth organogenesis In the developing embryo, tooth organogenesis is regulated by …