Experimental induction of cementogenesis on the enamel of transplanted mouse tooth germs
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Cited by (27)
Effect of the antineoplastic agent busulfan on rat molar root development
2014, Archives of Oral BiologyCitation Excerpt :Interactions between the dental follicle and the HERS, which would eventually lead to cementoblast differentiation, have not been elucidated, although these interactions have been repeatedly suggested.43–45 On the other hand, Heritier46 hypothesized that the disappearance of HERS epithelial cells is an essential requirement for the onset of cementogenesis. In the experimental rats, the early disappearance of or the severe or total destruction of the HERS did not appear to have adverse effects on cementum formation.
Enamel matrix proteins (EMP) for periodontal regeneration
2012, Non-Metallic Biomaterials for Tooth Repair and ReplacementDevelopmental defects and postmortem changes in archaeological pig teeth from Fais Island, Micronesia
2009, Journal of Archaeological ScienceCitation Excerpt :Experimental studies indicated that the formation of coronal cementum is triggered by the exposure of these mesenchymal cells to the surface of the immature enamel. Thus, removal of the enamel epithelium from molar tooth germs of mice was followed by the formation of cementum onto the exposed enamel surface (Heritier, 1982). Based on more recent experimental evidence, it has been suggested that the differentiation of mesenchymal cells into cementoblasts is induced by the exposure of the cells to matrix proteins of the immature enamel (Hammarström, 1997; Spahr and Hammarström, 1999; Handa et al., 2002).
Amelogenesis imperfecta, rough hypoplastic type, dental follicular hamartomas and gingival hyperplasia: report of a case from Central America and review of the literature
2008, Oral Surgery, Oral Medicine, Oral Pathology, Oral Radiology and EndodontologyCitation Excerpt :Most likely after the initial deposition of some enamel there is early disruption and disintegration of ameloblasts causing population of the surface of the crown by ectomesenchymal cells that produce cementum or cementum-like material. This has been previously experimentally confirmed.19 In addition, psammomatoid bodies coalesce and become incorporated in the surface.
Is there more to enamel matrix proteins than biomineralization?
2001, Matrix BiologyCreation of a chimaeric periodontium in the rat by isotopic tooth germ transplantation
1990, Archives of Oral Biology