Publications by authors named "James L Crimp"

Background: Intercellular communication by the hedgehog cell signaling pathway is necessary for tooth development throughout the vertebrates, but it remains unclear which specific developmental signals control cell behavior at different stages of odontogenesis. To address this issue, we have manipulated hedgehog activity during zebrafish tooth development and visualized the results using confocal microscopy.

Results: We first established that reporter lines for dlx2b, fli1, NF-κB, and prdm1a are markers for specific subsets of tooth germ tissues.

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Synopsis of recent research by authors named "James L Crimp"

  • - James L. Crimp's research primarily focuses on the role of hedgehog signaling in odontogenesis, particularly the development of dental papilla and tooth size in zebrafish.
  • - The study utilizes confocal microscopy to visualize the effects of manipulated hedgehog activity on cell behavior during various stages of tooth development.
  • - Key findings indicate the establishment of reporter lines for specific markers, such as dlx2b and fli1, which are linked to various subsets of tooth germ tissues, enhancing the understanding of the regulatory mechanisms in tooth formation.