BRC-BIO: Molecular identity and function of neuronal cell types underlying social thermore — NSF Award to University of Wyoming (W
The ability to maintain body temperature within a narrow range is essential for survival. When exposed to cold, mammals generate heat through metabolic processes and seek warmth through behaviors such as huddling. Huddling—an active and close congregation of animals—is an effective strategy for conserving energy and ma
| Award title | BRC-BIO: Molecular identity and function of neuronal cell types underlying social thermore |
|---|---|
| Award ID | 2437733 |
| Awardee | University of Wyoming |
| City | LARAMIE |
| State | WY |
| Amount obligated | $423,262 |
| Principal investigator | Nicole Bedford |
| Program | NFE-New Faculty Enhancement |
| Start date | 08/01/2025 |
| Abstract | The ability to maintain body temperature within a narrow range is essential for survival. When exposed to cold, mammals generate heat through metabolic processes and seek warmth through behaviors such as huddling. Huddling—an active and close congregation of animals—is an effective strategy for conserving energy and maintaining warmth. While much is known about how the brain regulates physiological responses to cold, little is understood about how it governs behavioral strategies like huddling. |
| Source | NSF Awards |
$799/mo
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