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- W2902364502 abstract "Abstract Development of teeth depends on the reciprocal interactions between the surface epithelium (ectoderm) and the underlying neural crest-derived mesenchyme. These interactions are facilitated by the conserved signaling pathways, which build a complex network of signals and transcription factors. Tooth development starts at specific and predetermined loci in the oral ectoderm and is described as a morphologically distinct thickening of oral ectoderm, named dental lamina. Cells within the dental lamina invaginate into the underlying mesenchyme, generating placodes that mark the onset of individual tooth development. In the following stages of development, the tooth epithelium buds and folds transitioning through various shapes, including bud, cap, and bell shapes, which also identify the specific stages of tooth development. Although much of the molecular regulation of tooth development has been unraveled, the regulation of the initial stages of tooth development, as well as the cellular mechanisms that govern tooth development remain largely unknown. This review provides a systematic overview of the current knowledge on the molecular and cellular mechanisms that guide initial stages of tooth development and outlines the challenges which temper the progress. Stem Cells 2019;37:26–32" @default.
- W2902364502 created "2018-12-11" @default.
- W2902364502 creator A5080784515 @default.
- W2902364502 date "2018-11-20" @default.
- W2902364502 modified "2023-10-15" @default.
- W2902364502 title "Concise Review: Cellular and Molecular Mechanisms Regulation of Tooth Initiation" @default.
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- W2902364502 cites W1662926935 @default.
- W2902364502 cites W1674167019 @default.
- W2902364502 cites W1772573500 @default.
- W2902364502 cites W1884028260 @default.
- W2902364502 cites W1918598244 @default.
- W2902364502 cites W1963698034 @default.
- W2902364502 cites W1966774402 @default.
- W2902364502 cites W1968376046 @default.
- W2902364502 cites W1976566430 @default.
- W2902364502 cites W1980880596 @default.
- W2902364502 cites W1982506781 @default.
- W2902364502 cites W1984967831 @default.
- W2902364502 cites W1986346221 @default.
- W2902364502 cites W1986530609 @default.
- W2902364502 cites W1990289037 @default.
- W2902364502 cites W1991075591 @default.
- W2902364502 cites W1991724777 @default.
- W2902364502 cites W1993717720 @default.
- W2902364502 cites W1994092372 @default.
- W2902364502 cites W2009487182 @default.
- W2902364502 cites W2015509143 @default.
- W2902364502 cites W2016896803 @default.
- W2902364502 cites W2018092590 @default.
- W2902364502 cites W2022895946 @default.
- W2902364502 cites W2025520382 @default.
- W2902364502 cites W2026590447 @default.
- W2902364502 cites W2027582069 @default.
- W2902364502 cites W2030718399 @default.
- W2902364502 cites W2041644396 @default.
- W2902364502 cites W2049616769 @default.
- W2902364502 cites W2050232936 @default.
- W2902364502 cites W2051539021 @default.
- W2902364502 cites W2052485937 @default.
- W2902364502 cites W2053226279 @default.
- W2902364502 cites W2054052732 @default.
- W2902364502 cites W2058760260 @default.
- W2902364502 cites W2061423969 @default.
- W2902364502 cites W2065295496 @default.
- W2902364502 cites W2072106278 @default.
- W2902364502 cites W2080027478 @default.
- W2902364502 cites W2085013069 @default.
- W2902364502 cites W2089402744 @default.
- W2902364502 cites W2091824009 @default.
- W2902364502 cites W2096060803 @default.
- W2902364502 cites W2098908786 @default.
- W2902364502 cites W2103266668 @default.
- W2902364502 cites W2107949433 @default.
- W2902364502 cites W2108415652 @default.
- W2902364502 cites W2114712805 @default.
- W2902364502 cites W2118514687 @default.
- W2902364502 cites W2121409311 @default.
- W2902364502 cites W2125723268 @default.
- W2902364502 cites W2125846051 @default.
- W2902364502 cites W2127587858 @default.
- W2902364502 cites W2132940683 @default.
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- W2902364502 cites W2140146453 @default.
- W2902364502 cites W2145060259 @default.
- W2902364502 cites W2151371698 @default.
- W2902364502 cites W2164100661 @default.
- W2902364502 cites W2167412700 @default.
- W2902364502 cites W2168929346 @default.
- W2902364502 cites W2188175856 @default.
- W2902364502 cites W2210102832 @default.
- W2902364502 cites W2219181425 @default.
- W2902364502 cites W2248512179 @default.
- W2902364502 cites W2290058248 @default.
- W2902364502 cites W2328703152 @default.
- W2902364502 cites W2518748739 @default.
- W2902364502 cites W2527806632 @default.
- W2902364502 cites W2560720736 @default.
- W2902364502 cites W2580553976 @default.
- W2902364502 cites W2745036497 @default.
- W2902364502 cites W2745905098 @default.
- W2902364502 cites W2786048911 @default.
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- W2902364502 doi "https://doi.org/10.1002/stem.2917" @default.
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