Licensing
Description
Zebrafish Notogenesis and Early Neurulation. Mediolateral intercalation produces convergent-extension of the notochordal rudiment. Cells within the center of the notochord elongate and are incorporated into the notochordal-somitic boundary. The medial thickening of the neural plate becomes visible along the embryonic midline. As the neural plate converges toward the embryonic midline, the notochord becomes depressed ventrally. Oriented neuroepithelial cell divisions first take place in the ventral medial thickening (i.e. presumptive floorplate) near the neural midline after mediolateral intercalation is well-advanced in the notochordal rudiment. The otic placode comes visible as the embryo undergoes a torsional rotation.
Technical Details
The interstitial space of the embryo has been labeled with the fluorescent lipid Bodipy-ceramide; anterior left.
Biological Sources
- NCBI Organism Classification
- Danio rerio
- (zebrafish)
- Cell Type
- neurecto-epithelial cell
- Cellular Component
- cell
Biological Context
- Biological Process
- notogenesis
- neurolation
- mediolateral intercalation
- mediolateral intercalation
- Zebrafish Anatomy
- notochord
- neural plate
- otic placode
Attribution
- Name
- Mark Cooper
- Others
- University of Washington, Seattle, WA
- Zebrafish - The Living Laboratory
Imaging
- Image Type
- recorded image
- Imaging Mode
- fluorescence microscopy
- Parameters Imaged
- fluorescence emission
- Source of Contrast
- distribution of a specific protein
- Visualization Methods
- bodipy ceramide
- Processing History
- unprocessed raw data
Sample Preparation
- Methods
- living tissue
- Relation To Intact Cell
- whole mounted tissue
Dimensions
| Spatial Axis | Image Size | Pixel Size |
|---|---|---|
| X | 320px | —— |
| Y | 240px | —— |
| Time | -- sec | 90 |