---
id: "claim:single-nucleus-analysis-of-human-white-adipose-tissue-reveals-adipocyte-subsets-c9bd0e4584:38bcd4a80d9652882e6f"
kind: "claim"
title: "H. Transcriptional signature mapping of our Adipo2 or ADIPOMATlo to the mature adipocytes from Lazarescu et al.25 , I. V"
description: "H. Transcriptional signature mapping of our Adipo2 or ADIPOMATlo to the mature adipocytes from Lazarescu et al.25 , I. Violin Plots showing expression of ANK2, PTPRB, and PDE4D in our subpopulations of ADIPOMAThi and ADIPOMATlo adipocytes and immunofluorescent staining of ANK2, PTPRB, and PDE4D in human adipose tissue samples from Lazarescu et al25 , J. ENRICHR pathway ontology analysis showing the top 10 enriched pathways for genes differentially expressed between SAT vs. IAT (left) or IAT vs. SAT (right) for ADIPOMAThi (upper) or ADIPOMATlo (lower) adipocytes (log2FC>0.5, adj-p<0.05)."
url: "https://sina.bio/claim/h-transcriptional-signature-mapping-of-our-adipo2-or-adipomatlo-to-the-e2adbf1a"
---

# H. Transcriptional signature mapping of our Adipo2 or ADIPOMATlo to the mature adipocytes from Lazarescu et al.25 , I. V

H. Transcriptional signature mapping of our Adipo2 or ADIPOMATlo to the mature adipocytes from Lazarescu et al.25 , I. Violin Plots showing expression of ANK2, PTPRB, and PDE4D in our subpopulations of ADIPOMAThi and ADIPOMATlo adipocytes and immunofluorescent staining of ANK2, PTPRB, and PDE4D in human adipose tissue samples from Lazarescu et al25 , J. ENRICHR pathway ontology analysis showing the top 10 enriched pathways for genes differentially expressed between SAT vs. IAT (left) or IAT vs. SAT (right) for ADIPOMAThi (upper) or ADIPOMATlo (lower) adipocytes (log2FC>0.5, adj-p<0.05).

## Content

H. Transcriptional signature mapping of our Adipo2 or ADIPOMATlo to the mature adipocytes from Lazarescu et al.25 , I. Violin Plots showing expression of ANK2, PTPRB, and PDE4D in our subpopulations of ADIPOMAThi and ADIPOMATlo adipocytes and immunofluorescent staining of ANK2, PTPRB, and PDE4D in human adipose tissue samples from Lazarescu et al25 , J. ENRICHR pathway ontology analysis showing the top 10 enriched pathways for genes differentially expressed between SAT vs. IAT (left) or IAT vs. SAT (right) for ADIPOMAThi (upper) or ADIPOMATlo (lower) adipocytes (log2FC>0.5, adj-p<0.05).

## Metadata

```json
{
  "claim_position": 421,
  "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 (1)

### 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: <https://sina.bio/publication/single-nucleus-analysis-of-human-white-adipose-tissue-reveals-adipocyte-201b7737>

This publication contains this grounded claim.

> H. Transcriptional signature mapping of our Adipo2 or ADIPOMATlo to the mature adipocytes from Lazarescu et al.25 , I. Violin Plots showing expression of ANK2, PTPRB, and PDE4D in our subpopulations of ADIPOMAThi and ADIPOMATlo adipocytes and immunofluorescent staining of ANK2, PTPRB, and PDE4D in human adipose tissue samples from Lazarescu et al25 , J. ENRICHR pathway ontology analysis showing the top 10 enriched pathways for genes differentially expressed between SAT vs. IAT (left) or IAT vs. SAT (right) for ADIPOMAThi (upper) or ADIPOMATlo (lower) adipocytes (log2FC>0.5, adj-p<0.05).

Source: 2025-09-16-biorxiv.pdf — <https://sina.bio/source/2025-09-16-biorxiv-pdf>