Context and Objectives: Upper and lower body adipose tissue (AT) exhibits opposing associations with obesity-related cardiometabolic diseases. Recent studies have suggested that altered AT oxygen tension (pO(2)) may contribute to AT dysfunction. Here, we compared in vivo abdominal (ABD) and femoral (FEM) subcutaneous AT pO(2) in women who are overweight and have obesity, and investigated the effects of physiological AT pO(2) on human adipocyte function.Design: ABD and FEM subcutaneous AT pO(2) and AT blood flow (ATBF) were assessed in eight [BMI (body mass index) 34.4 +/- 1.6 kg/m(2)] postmenopausal women who were overweight with obesity and impaired glucose metabolism. ABD and FEM AT biopsy specimens were collected to determine adipocyte m...
Background- Adipose tissue (AT) dysfunction in obesity contributes to chronic, low-grade inflammatio...
Background- Adipose tissue (AT) dysfunction in obesity contributes to chronic, low-grade inflammatio...
Background- Adipose tissue (AT) dysfunction in obesity contributes to chronic, low-grade inflammatio...
Context and Objectives: Upper and lower body adipose tissue (AT) exhibits opposing associations with...
Context and Objectives: Upper and lower body adipose tissue (AT) exhibits opposing associations with...
Adipose tissue (AT) inflammation may increase obesity-related cardiometabolic complications. Altered...
Adipose tissue (AT) inflammation may increase obesity-related cardiometabolic complications. Altered...
Adipose tissue (AT) inflammation may increase obesity-related cardiometabolic complications. Altered...
Background/objectives: Although adipose tissue (AT) hypoxia is present in rodent models of obesity, ...
BACKGROUND/OBJECTIVES: Although adipose tissue (AT) hypoxia is present in rodent models of obesity, ...
BACKGROUND/OBJECTIVES: Although adipose tissue (AT) hypoxia is present in rodent models of obesity, ...
<p>Background/objectives: Although adipose tissue (AT) hypoxia is present in rodent models of obesit...
BACKGROUND/OBJECTIVES: Although adipose tissue (AT) hypoxia is present in rodent models of obesity, ...
BACKGROUND/OBJECTIVES: Although adipose tissue (AT) hypoxia is present in rodent models of obesity, ...
Adipose tissue (AT) inflammation may increase obesity-related cardiometabolic complications. Altered...
Background- Adipose tissue (AT) dysfunction in obesity contributes to chronic, low-grade inflammatio...
Background- Adipose tissue (AT) dysfunction in obesity contributes to chronic, low-grade inflammatio...
Background- Adipose tissue (AT) dysfunction in obesity contributes to chronic, low-grade inflammatio...
Context and Objectives: Upper and lower body adipose tissue (AT) exhibits opposing associations with...
Context and Objectives: Upper and lower body adipose tissue (AT) exhibits opposing associations with...
Adipose tissue (AT) inflammation may increase obesity-related cardiometabolic complications. Altered...
Adipose tissue (AT) inflammation may increase obesity-related cardiometabolic complications. Altered...
Adipose tissue (AT) inflammation may increase obesity-related cardiometabolic complications. Altered...
Background/objectives: Although adipose tissue (AT) hypoxia is present in rodent models of obesity, ...
BACKGROUND/OBJECTIVES: Although adipose tissue (AT) hypoxia is present in rodent models of obesity, ...
BACKGROUND/OBJECTIVES: Although adipose tissue (AT) hypoxia is present in rodent models of obesity, ...
<p>Background/objectives: Although adipose tissue (AT) hypoxia is present in rodent models of obesit...
BACKGROUND/OBJECTIVES: Although adipose tissue (AT) hypoxia is present in rodent models of obesity, ...
BACKGROUND/OBJECTIVES: Although adipose tissue (AT) hypoxia is present in rodent models of obesity, ...
Adipose tissue (AT) inflammation may increase obesity-related cardiometabolic complications. Altered...
Background- Adipose tissue (AT) dysfunction in obesity contributes to chronic, low-grade inflammatio...
Background- Adipose tissue (AT) dysfunction in obesity contributes to chronic, low-grade inflammatio...
Background- Adipose tissue (AT) dysfunction in obesity contributes to chronic, low-grade inflammatio...