1
Brown adipose tissue oxidizes chemical energy for heat generation and energy expenditure.
2
Different adipose depots respond differently to an increased demand for lipid storage.
3
Objective: Excessive caloric intake is associated with obesity and adipose tissue dysfunction.
4
Conclusion: Surgical trauma dramatically impacts both local and distal adipose tissue biology.
5
All clinics reported administering cells intravenously, using either adipose- or umbilical-derived sources.
6
Methods: A novel mouse model of adipose tissue surgical trauma was employed.
7
These phenomena are probably both consequences of insulin resistance of adipose tissue.
8
Milder but significant distal effects on non-traumatized adipose tissue were also observed.
9
Macrophages highly express epidermal fatty acid-binding protein and adipose fatty acid-binding protein.
10
In contrast, the effect of metabolic acidosis on adipose tissue is unknown.
11
The vitamin D endocrine system has many extraskeletal targets, including adipose tissue.
12
Results: MSCs cultured in CM of adipose tissue spontaneously differentiated into adipocytes.
13
Regional adipose tissue and splanchnic tissue metabolism were measured by Fick's Principle.
14
Moreover, clock gene expression was reduced or phase-shifted in perivascular adipose tissue.
15
Proteins accumulated in the adipose tissue of males highlight higher adipogenic potential.
16
The adipose tissue appeared to be wholly confined to the subcutaneous region.
