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    Home > Active Ingredient News > Endocrine System > Diabetogia: Single resistance exercise improves post-meal lipid metabolism in overweight/obese men with prediabetes

    Diabetogia: Single resistance exercise improves post-meal lipid metabolism in overweight/obese men with prediabetes

    • Last Update: 2020-06-25
    • Source: Internet
    • Author: User
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    Prediabetes is associated with post-meal hyperteryteryteremia

    Resistance movement can significantly reduce post-meal plasma tricergang (TG)

    However, little is known about the changes that lead to this reduction in lipid metabolism

    The purpose of this study was to determine the composition algotiac metabolism mechanism of lipid metabolism changes in prediabetes patients who were obese



    researchers assessed a systemic resistance exercise (seven exercises, three groups, 10-12 repeats at 80 percent of the maximum time) to 10 middle-aged (50 to 9 years) overweight/obese (BMI: 33 to 3 kg / m2), and sedentary men with diabetes (HbA1c) 38 but 48 mmol / mol (5.7% but 6.5%),"), or fasting blood sugar of 5.6 mmol / l but 7.0 mmol / l or 2 h OGT glucose 7.8 mmol / l but 11.1 mmol / l) effect seine metabolism

    We used a random cross-design of a tripalmitin, iv (U-13C16) palmitate and s2H5 glycerin) using a tri-tracive mixed meal test (intake of the (13C4) 3) to evaluate the taclyn particle TG and the lofin (TRL)-TG dynamics, which are totally rich in trikyl glycerin

    We used adipose tissue and skeletal muscle tissue testing to evaluate gene expression that regulates lipolymes and lipid oxidation, skeletal muscle respirator to assess oxidation capacity, and indirect heat measurement to assess systemic lipid oxidation



    without changing the rate of glycerides-triglycerides or trl-triglycerides, a single resistance exercise reduced the lipid response of prediabetes obese patients to mixed diets

    However, resistance movement reduces the binding of endogenous and dietary-derived fatty acids with milk particles - tg and tl-tg

    Resistance movement can also increase systemic lipid oxidation, skeletal muscle mitochondrial breathing, skeletal muscle oxidation gene expression, and fat tissue lipolyate key gene expression



    studies have shown that single resistance exercise can improve lipid metabolism in prediabetes obese men, reducing the risk of cardiovascular disease and type 2 diabetes

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