Annals of Nutrition and Metabolism · 2012 · 33 citations · 30 references
MedicineNutritional SciencesPhysiologyHuman NutritionMetabolic PhysiologyMetabolic RegulationAdipose TissueBody CompositionBody Composition ChangesCardiometabolic Risk ReductionResistance TrainingWeight LossAbdominal Visceral FatAdipose Tissue DistributionAdipose Tissue Metabolic AdaptationFat Mass DistributionMetabolic Adaptation To TrainingResistance Training AdaptationsSubcutaneous Adipose TissueVisceral Adipose Tissue
BACKGROUND/AIMS: A weight-loss diet alone or combined with a progressive resistance training program induced different adaptations on cardiometabolic risk, i.e. regional changes in visceral adipose tissue (VAT) and subcutaneous adipose tissue (SAT) volume distribution patterns. We hypothesized that a heterogeneous adipose tissue metabolism may exist between visceral fat at different discal levels. METHODS: Thirty-four obese women, aged 40-60 years, were randomized to three groups: a control group (n = 9), a diet group (WL; n = 12) with a caloric restriction of 500 kcal/day during 16 weeks, or a diet-plus-resistance-training group (WL+RT; n = 13) with the same caloric restriction and a 16-week resistance training of 2 sessions per week. RESULTS: The association pattern between abdominal fat depots and glucose metabolism variables showed a change from the L4-L5 region (preintervention) to VAT L2-L3 and SAT L2-L3 in the WL and WL+RT groups, respectively. It is noteworthy that accumulation of fat in the midthigh was not characterized by a more favorable lipid profile or glucose metabolism. CONCLUSION: Our results reinforce the importance of considering L2-L3 images to predict insulin resistance after a weight-loss diet, alone or combined with resistance training.
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Role of Fatty Acids in the Pathogenesis of Insulin Resistance and NIDDM
Guenther Boden · Diabetes · 1997 · 1.6K citations
CJ Dobbelsteyn, M Joffres, DR MacLean et al. · International Journal of Obesity · 2001 · 467 citations