Upper‐body/visceral obesity is associated with abnormalities of free fatty acid (FFA)
metabolism and greater risk of developing type 2 diabetes compared with lower‐body …

The aim of this study was to evaluate in premenopausal women (six endurance-trained
nonobese, six sedentary nonobese, and five sedentary obese) the suppression of whole …

Aims/hypothesis Impaired regulation of lipolysis and accumulation of lipid intermediates may
contribute to obesity-related insulin resistance and type 2 diabetes mellitus. We investigated …

The present study was designed to investigate indicators of abdominal adipose tissue
lipolysis (microdialysis), and subcutaneous adipose tissue blood flow and whole-body …

The purpose of this study was to determine if a high-fat diet would result in a higher lipolytic
rate in subcutaneous adipose tissue than a lower-fat diet in sedentary nonlean men. Six …

This study determines whether there are regional differences in lipolysis and whether
adipocyte lipolysis is associated with the degree of visceral adiposity and its metabolic …

In addition to sc and visceral fat deposits, muscle has been shown to contain relevant
amounts of lipids whose breakdown is subject to hormonal regulation. The aim of the …

Background It is commonly accepted that in obesity free fatty acids (FFA) cause insulin
resistance and hyperglycemia, which drives hyperinsulinemia. However, hyperinsulinemia …

Aims/hypothesis Obesity is characterised by increased triacylglycerol storage in adipose
tissue. There is in vitro evidence for a blunted beta-adrenergically mediated lipolytic …

Adipocyte mobilization of fatty acids (lipolysis) is instrumental for energy expenditure.
Lipolysis displays both spontaneous (basal) and hormone-stimulated activity. It is unknown if …