… decrease in subcutaneous adipose tissue angiogenesis correlates with insulin resistance
and suggests that impaired SC vascularization capacity may contribute to metabolic diseases. …

… It could be again that adipose tissue has down regulated its function in an attempt to … On
balance, it is clear that adipose tissue is a link in the chain of events leading to metabolic disease…

… manifests macrophage infiltration into adipose tissue, insulin resistance, and … adipose tissue
and not in subcutaneous adipose tissue, and that develop spontaneous metabolic disease, …

… Adiposopathy & the promotion of excessive fat-related metabolic disease Adipose tissue
is an active endocrine and immune organ (Box 1) [9–11]. From an endocrine perspective, …

… (A) This Review largely concentrates on three human adipose tissues (ATs): visceral AT (VAT;
blue), abdominal subcutaneous AT (SAT) (yellow) and gluteofemoral SAT (red). (B) …

… ) for maintaining homeostatic functions of adipocytes and expanding adipose tissue. Adipose
tissue vasculature also removes metabolic products from the adipocytes. In the circulation, …

… Storing and releasing lipids for oxidation by skeletal muscle and other tissues became so
firmly established decades ago as the unique and simple role of white adipose tissue (WAT) …

The relative effect of visceral and subcutaneous obesity on the risk of chronic metabolic disease
has been a matter of long-term dispute. While ample data support either of the fat depots …

… Epicardial adipose tissue (eAT) is distinct from the other adipose depots associated with the
cardiovascular system (ie pericardial adipose tissue and other mesenteric adipose tissues): …

… Figure 1: Adipose tissue function in normal and obesity states Chronic systemic inflammation
is the main feature of energy metabolic system disturbances in adipose tissue (AT). In an …