The functional extracellular matrix on the regulation of odontogenic differentiation of stem cells

Abstract

Dental defects and loss are common oral diseases that seriously affect the chewing efficiency of patients and thereby affect their health. With the development of tissue engineering technology, dental tissue regeneration has emerged as a promising technique. Cell type, extracellular matrix (ECM) environment, cytokines and other factors which affect odontogenic differentiation and dental tissue regeneration have aroused significant interest. The functional ECM consists of extracellular components that control the initiation and growth of crystal deposition and regulate the differentiation and regeneration of endogenous or exogenous stem cells in the defect site. At present, the function and regulatory mechanism of the functional ECM in this process remain poorly understood. Therefore, elucidating the effect of the functional ECM on odontogenic differentiation and its mechanism has great scientific significance and potential clinical application. This review explored functional ECM components involved in odontogenic differentiation and dental tissue regeneration.

Funding

the National Sciences Foundation of China,(81625005)

CAMS Innovation Fund for Medical Sciences,(2019-I2M-5-031)

the Program for “Hundred-Thousand- Ten Thousand” Talents in Beijing,(2018A16)