mitochondrial fusion

Mitochondrial fusion and fission have the closed relation with cell apoptosis .

线粒体融合、分裂与细胞凋亡过程密切相关。

Mitochondrial fusion and fission participate in cold induced cell stress , and have the closed relation with the mitochondrial function .

线粒体融合、分裂过程参与了细胞寒冷应激过程，并且与线粒体功能密切相关。

Effect of mitochondrial fusion and fission genes on cervical carcinoma Hela cells injury induced by oxydative stress

线粒体分裂融合基因在氧化应激诱导宫颈癌Hela细胞损伤中的作用

However , in abnormal conditions , such as oxidative stress , ischemia and aging can disturb the balance of mitochondrial fusion and fission .

异常情况，如氧化应激、缺血、老龄化等病理环境则会导致线粒体融合、分裂失衡。

In addition , HSG / Mfn2 mediates mitochondrial fusion and is associated with mitochondrial size , morphology and function .

另外，HSG/Mfn2具有促进线粒体融合的功能，与线粒体形态、结构和功能有着密切关系。

【 Aims 】 To research the cold stress induced cell injury , investigate the molecular mechanism of cell response for cold stress and cell injury through mitochondrial fusion and fission view and elucidate the protective role of pyruvate on cells after cold stress .

【目的】研究冷应激对细胞的损伤作用，从线粒体融合、分裂角度探讨冷应激诱导细胞损伤的分子机制，阐明丙酮酸在细胞冷应激中的保护作用。

Thus , alterations in mitochondrial fission and fusion can significantly impact neuronal function .

因此，线粒体分裂和融合的异常会对神经元的功能产生明显的影响。

In normal conditions , mitochondrial fission and fusion keep in balance , which is very important to maintain mitochondrial morphology and mitochondrial function .

正常情况下，线粒体融合、分裂保持着动态平衡，这种平衡对于维持线粒体形态、分布和功能十分重要。

Endurance training is not only responsible for providing signals that effect mitochondrial biogenesis , but also for promoting the dynamics balance of mitochondrial fusion and fission .

有氧耐力训练不仅能促进线粒体的生物合成，同时能提高线粒体的融合分裂的动态平衡。

We hypothesized that mitochondrial ROS production might contribute to induce the expression of mitochondrial fission / fusion gene both during the rats aging and after endurance training .

增龄和长期耐力训练过程中大鼠骨骼肌线粒体ROS可能参与诱导线粒体动力学基因表达。

The auxotrophs obtained by nitrosoguanidine treatment were used as the markers for nuclear genotype of the haploid parents , and at the same time the petite form with mitochondrial mutation in globorubermycin resistance was used as the marker for mitochondrial genotype of fusion parents .

使用由亚硝基胍诱变所得到的营养缺陷型作为单倍体融合亲株的核基因标记，同时也采用线粒体球红霉素抗性突变株的小菌落形式作为融合亲株的线粒体基因标记。