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Role of dynamin‐related protein 1‐mediated mitochondrial fission in resistance of mouse C2C12 myoblasts to heat injury

机译:动力相关蛋白1介导的线粒体裂变在小鼠C2C12成肌细胞抗热损伤中的作用

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摘要

Key points class="unordered" style="list-style-type:disc" id="tjp12050-list-0001">Understanding how skeletal muscles respond to high temperatures may help develop strategies for improving exercise tolerance and preventing heat injury.Mitochondria regulate cell survival by constantly changing their morphology through fusion and fission in response to environmental stimuli. Little is known about the involvement of mitochondrial dynamics in tolerance of skeletal muscle against heat stress.Mild heat acclimation and moderate heat shock appear to have different effects on the mitochondrial morphology and fission protein Drp1 in skeletal muscle cells. Mitochondrial integrity plays a key role in cell survival under heat stress.
机译:关键点 class =“ unordered” style =“ list-style-type:disc” id =“ tjp12050-list-0001”> <!-list-behavior = unordered prefix-word = mark-type = disc max- label-size = 0-> 了解骨骼肌对高温的反应可能有助于制定提高运动耐性和预防热损伤的策略。 线粒体通过融合不断改变其形态来调节细胞存活并响应环境刺激而裂变。关于线粒体动力学参与骨骼肌对热应激的耐受性知之甚少。 温热适应和中度热休克对骨骼肌细胞线粒体形态和裂变蛋白Drp1的影响不同。线粒体完整性在热应激下的细胞存活中起着关键作用。

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