线粒体在肌肉细胞死亡和肉嫩化中的作用。

Verónica Sierra, Mamen Oliván
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引用次数: 34

摘要

线粒体参与细胞功能障碍的可能性在与自由基活性增加相关的情况下特别高,如缺氧或缺血;因此,对其在肌肉死后代谢中的潜在作用进行了综述。在垂死的肌肉中,细胞死亡分解代谢的不同途径(凋亡、自噬)可能发生,对肌肉转化为肉的过程有很大的影响。线粒体是最先受到死后变化影响的细胞器,也是主要的细胞器之一;因此,它们在随后的细胞反应中起决定性作用,影响细胞死亡的途径,从而影响最终的肉品质。根据放血后肌肉细胞的细胞死亡程序,不同的蛋白酶会在不同程度上被激活,这也是为了了解它们如何影响肉的嫩化而进行的综述。本综述还总结了最近有关细胞死亡过程和肉嫩度的专利。鼓励进一步的研究,因为仍然需要了解细胞死亡的死后过程,以增加我们对肌肉转化为肉的理解。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Role of mitochondria on muscle cell death and meat tenderization.

The possibility that mitochondria are involved in cellular dysfunction is particularly high in situations associated with increases in free radical activity, like hypoxia or ischemia; therefore its potential role in the muscle post-mortem metabolism is reviewed. In the dying muscle, different routes of cell death catabolism (apoptosis, autophagy) may occur having great influence on the process of conversion of muscle into meat. Mitochondria are the first and also one of the main organelles affected by post-mortem changes; therefore they are decisive in the subsequent cellular responses influencing the pathway to cell demise and thus, the final meat quality. Depending on the cell death programme followed by muscle cells after exsanguination, diverse proteases would be activated to a different extent, which is also reviewed in order to understand how they affect meat tenderization. This review also summarizes recent patents relating cell death processes and meat tenderness. Further research is encouraged as there is still a need of knowledge on cell death post-mortem processes to increase our understanding of the conversion of muscle into meat.

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