CLAIM CARD
Mechanistically, the evidence points to BAT as a critical node in whole-body energy expenditure and metabolic health. Preclinical data suggest that cold exposure stimulates cross-tissue metabolic rewiring to fuel glucose-dependent thermogenesis in BAT (Cutler 2025). Furthermore, UCP1 expression in human BAT is inversely associated with cardiometabolic risk factors, suggesting a protective role (Kwok 2024). These mechanistic pathways are supported by transcriptomic analyses identifying key genes regulating BAT thermogenesis in developing goat kids (Li 2025).
Evidence grade: exploratory
Contradiction status: none
Publication: 5e04142b-5106-4483-8db7-d9378c53fb19
Provenance: Derivation Web chain
Citation Support
source_1Jaeckstein 2025source_2Ma 2025source_3Feng 2025source_4Kwok 2024source_5Lyons 2024