A research dataset from Stanford University provides a bird's eye view of the mouse enteric nervous system (ENS). It describes the regional cytoarchitecture and variation, including the organization of neurons into circumferential stripes that form during the perinatal period. The data highlights differences in stripe width and neuronal subtype distribution between the small intestine and colon.
Use Cases
- Analyzing spatial organization patterns of enteric neurons based on described circumferential stripes.
- Comparing neuronal subtype distribution between the small intestine and colon based on regional variation described.
- Modeling the developmental timeline of ENS structure based on perinatal stripe formation data.
- Investigating potential structural correlates for gastrointestinal disorders based on the provided cytoarchitectural blueprint.
Strengths
- Data originates from a research institution (Stanford University).
- Description provides specific anatomical findings, such as neuronal stripe organization and regional variation between the small intestine and colon.
- The dataset is associated with an open access (green) license.
Limitations
- Row count, file formats, and column-level documentation are unknown.
- Last update date is unknown; freshness unverified.
- Data may reflect methodological or biological bias inherent to the specific mouse model and imaging techniques used.
Provenance
- Source
- Stanford University
- Collection Method
- Likely involves imaging and computational analysis of mouse tissue samples, as described in the associated research.