Study reveals new link between high temperature exposure and sphingolipid metabolism in obesity

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Study reveals new link between high temperature exposure and sphingolipid metabolism in obesity
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In contemporary society, obesity has emerged as a worldwide chronic metabolic disorder, imposing substantial burdens on both individual health and healthcare systems.

May 29 2024Frontiers Journals The insulin resistance that accompanies obesity poses a serious threat to human health.

A recent study published in Life Metabolism reports that high temperature can ameliorate insulin resistance by promoting ceramide catabolism in skeletal muscle tissue of obese mice. The researchers utilized a diet-induced obese mouse model and subjected them to either room temperature or high temperature treatment . They found that HT promoted SMT glycogen synthesis, increased the phosphorylation level of protein kinase B , and lowered blood glucose levels in SMT, indicating that HT improved insulin resistance in DIO mice. Additionally, HT can sustain the decay phase of heat shock factor 1 , thereby activating the gene expression of heat shock proteins .

Related StoriesThis study revealed a previously unknown connection between high temperature exposure and sphingolipid metabolism in obesity, suggesting that HT can ameliorate IR by promoting sphingolipid degradation in SMT of obese mice. This groundbreaking discovery not only provides new insights into addressing obesity and insulin resistance but also offers theoretical support for the development of hyperthermia therapy as a novel strategy for treating obesity and metabolic diseases.

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