Context
Skull base synchondroses are cartilaginous growth plates that play a critical role in craniofacial development. Their dysregulation is central to conditions like achondroplasia, yet their biology and biomechanics remain poorly understood.
Approach
This project uses a multimodal, multiscale strategy:
- Molecular: RNAscope and immunofluorescence to map cell population markers
- 3D Imaging: Whole-mount LightSheet microscopy on cleared mouse specimens
- Biomechanics: Ex vivo mechanical stimulation of mouse skull bases
- Clinical: Human atlas from fetal period to end of growth
Both control and achondroplasia models are investigated at each scale.