1
Adipokine secretion rates from visceral and subcutaneous adipose tissue explants were also determined.
2
Visceral and subcutaneous adipose distribution was measured using magnetic resonance imaging.
3
The total volumes of the muscle, visceral and subcutaneous adipose tissue were measured.
4
Increased lipolytic subcutaneous adipose tissue response in hyperthyroid patients may involve postreceptor signaling mechanisms.
5
Background: We hypothesized that human perivascular and subcutaneous adipose tissues hold distinct phenotypic signatures.
6
Furthermore, in infants, birth weight correlated with the amount of their subcutaneous adipose tissue.
7
These values were higher in the subcutaneous adipose tissue compared with visceral adipose tissue.
8
The role of thyroid hormones on lipolysis in human subcutaneous adipose tissue was investigated.
9
Methods: Baseline biopsies of abdominal subcutaneous adipose tissue were obtained from 23 subjects without diabetes.
10
The same situation prevailed in the subcutaneous adipose tissue.
11
Catheters of the three systems were inserted into subcutaneous adipose tissue of the abdominal region.
12
Ectopic Wnt-10b causes loss of subcutaneous adipose tissue and TGFβ-independent dermal fibrosis in transgenic mice.
13
Abdominal subcutaneous adipose tissue was obtained for western blotting.
14
The expression of IDO1 in corresponding omental and subcutaneous adipose tissues and liver was evaluated.
15
Background: HIV lipodystrophy and other lipodystrophy syndromes are characterized by extensive loss of subcutaneous adipose tissue.
16
In amputation patients, the subcutaneous adipose tissue proinflammatory phenotype was relatively attenuated in perivascular adipose tissue.
