--- id: "claim:single-nucleus-analysis-of-human-white-adipose-tissue-reveals-adipocyte-subsets-c9bd0e4584:d7ea6ec37cd0716481db" kind: "claim" title: "Consistent with differential adiponectin expression, ADIPOMATlo adipocytes provide attenuated adiponectin signaling to e" description: "Consistent with differential adiponectin expression, ADIPOMATlo adipocytes provide attenuated adiponectin signaling to endothelial and immune cell populations, as compared to ADIPOMAThi (Figure 6B)." url: "https://sina.bio/claim/consistent-with-differential-adiponectin-expression-adipomatlo-adipocyt-ba8ec165" --- # Consistent with differential adiponectin expression, ADIPOMATlo adipocytes provide attenuated adiponectin signaling to e Consistent with differential adiponectin expression, ADIPOMATlo adipocytes provide attenuated adiponectin signaling to endothelial and immune cell populations, as compared to ADIPOMAThi (Figure 6B). ## Content Consistent with differential adiponectin expression, ADIPOMATlo adipocytes provide attenuated adiponectin signaling to endothelial and immune cell populations, as compared to ADIPOMAThi (Figure 6B). ## Metadata ```json { "claim_position": 160, "source_publication_id": "version:single-nucleus-analysis-of-human-white-adipose-tissue-reveals-adipocyte-subsets-with-distinct-metabolic-profiles--2025-09-16-biorxiv", "source_work_id": "work:single-nucleus-analysis-of-human-white-adipose-tissue-reveals-adipocyte-subsets-with-distinct-metabolic-profiles" } ``` ## Connections (2) ### Single-Nucleus Analysis of Human White Adipose Tissue Reveals Adipocyte Subsets with Distinct Metabolic Profiles - ID: `version:single-nucleus-analysis-of-human-white-adipose-tissue-reveals-adipocyte-subsets-with-distinct-metabolic-profiles--2025-09-16-biorxiv` - Kind: `publication` - Direction: `incoming` - URL: This publication contains this grounded claim. > Consistent with differential adiponectin expression, ADIPOMATlo adipocytes provide attenuated adiponectin signaling to endothelial and immune cell populations, as compared to ADIPOMAThi (Figure 6B). Source: 2025-09-16-biorxiv.pdf — ### ADIPOMAThi and ADIPOMATlo adipocytes had mostly shared but distinct predicted signaling: ADIPOMATlo showed attenuated ad - ID: `result:single-nucleus-analysis-of-human-white-adipose-tissue-reveals-adipocyte-subsets-c9bd0e4584:5e8a3f26e0fa08ce19f7` - Kind: `result` - Direction: `incoming` - URL: This claim supports this result.