1
Primary MA showed the classic morphology and gene expression profile of functional mature adipocytes.
2
Finally, there has been significant progress in understanding how mature adipocytes regulate the pathology of several diseases.
3
We report four cases of parotid gland tumours composed predominantly of spindle-shaped myoepithelial cells and mature adipocytes.
4
IN VITRO experiments were performed on differentiating preadipocytes and isolated mature adipocytes from human subcutaneous adipose tissue.
5
Thus, lipin appears to have critical roles in both adipocyte differentiation and in the function of mature adipocytes.
6
No significant changes in the promoter activity were noted when tested in primary cultures of rat mature adipocytes.
7
PPARgamma2 is abundantly expressed in mature adipocytes and is elevated in the livers of animals that develop fatty livers.
8
IL-10 receptor alpha is highly enriched in mature adipocytes and is induced in response to differentiation, obesity, and aging.
9
In conclusion, the present study confers key technological insights for analyzing and sorting mature adipocytes, opening up numerous downstream research applications.
10
Findings from this research showed a significant increase in absorbance values in mature adipocytes following Oil Red-O staining, confirming the differentiation process.
11
Here, we describe methods for isolating primary mature adipocytes from both mouse and human white adipose tissues (subcutaneous and visceral).
12
As TCF7L2 is expressed in adipocytes, we investigated its expression and function in rodent fat tissue and mature adipocytes.
13
Electrophoretic mobility shift assays revealed the presence of nuclear protein(s) binding to the sequences in BeWo cells but not in isolated rat mature adipocytes.
14
Mature adipocytes and thick-walled blood vessels were focally observed at the boundaries between the tumor and surrounding liver tissues.
