Hypothalamic Neural Pathways for Thermoregulation and Feeding Control

A collection of experimental data from a study investigating two intra-hypothalamic neural pathways (VMPOLepR→PVH and VMPOLepR→DMH) that modulate body temperature and food intake. The research explores how these pathways differentially regulate brown adipose tissue thermogenesis, tail vasodilation, and feeding behavior under varying ambient temperatures. The dataset is associated with research published by author Hanan Bouaouda.

Use Cases

• Analyze the differential impact of VMPOLepR→PVH and VMPOLepR→DMH pathway activation on brown adipose tissue (BAT) thermogenesis.
• Model the relationship between ambient temperature conditions and pathway-specific suppression of food intake.
• Investigate the interplay between tail vasodilation data and body temperature regulation by the two neural circuits.
• Compare the thermo-regulatory effects of the novel pathways with the canonical arcuate nucleus (ARC)→PVH pathway under environmental challenges.

Strengths

• Data originates from a focused neuroscience study published in a recognized repository (heiDATA Harvested Dataverse).
• Research investigates a specific and previously unexplored interplay between thermoregulatory and caloric-regulatory hypothalamic areas.
• Findings are based on genetically defined leptin receptor-expressing POA neurons (VMPOLepR), providing a clear cellular target.

Limitations

• Specific data structure, column definitions, sample size, and file formats are unknown from the provided metadata.
• The dataset's direct usability for machine learning is unclear without access to the underlying numerical or time-series measurements.
• Potential limitations regarding sample size (e.g., number of experimental subjects or observations) cannot be assessed.

Provenance

Source

heiDATA Harvested Dataverse, author Hanan Bouaouda.

Collection Method

Experimental data from a neuroscience study on genetically defined neural pathways in model organisms.

Freshness

Last updated metadata indicates March 1, 2026.