Fat burning capacity in a mixed macronutrient meal protocol does not reflect metabolic flexibility in women who are overweight or obese

Mary M. Ahern, Virginia M. Artegoitia, Rémy Bosviel, John W. Newman, Nancy L. Keim, Sridevi Krishnan
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Abstract

Introduction Metabolic flexibility, the ability to switch from glucose to fat as a fuel source, is considered a marker of metabolic health. Higher fat oxidation is often associated with greater flexibility and insulin sensitivity, while lower fat oxidation is linked to metabolic inflexibility and insulin resistance. However, our study challenges the universal validity of this relationship, uncovering a more nuanced understanding of the complex interplay between fuel source switching and fat oxidation, especially in the presence of insulin resistance.
混合宏量营养素膳食方案的脂肪燃烧能力并不能反映超重或肥胖女性的代谢灵活性
导言 代谢灵活性,即从葡萄糖转换到脂肪作为燃料来源的能力,被认为是代谢健康的标志。较高的脂肪氧化通常与较高的灵活性和胰岛素敏感性有关,而较低的脂肪氧化则与代谢不灵活性和胰岛素抵抗有关。然而,我们的研究对这种关系的普遍有效性提出了质疑,揭示了对燃料来源转换和脂肪氧化之间复杂相互作用的更细致的理解,尤其是在存在胰岛素抵抗的情况下。
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