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Viewing BCL2 and cell death control from an evolutionary perspective.

机译:从进化角度查看BCL2和细胞死亡控制。

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The last 30 years of studying BCL2 have brought cell death research into the molecular era, and revealed its relevance to human pathophysiology. Most, if not all metazoans use an evolutionarily conserved process for cellular self destruction that is controlled and implemented by proteins related to BCL2. We propose the anti-apoptotic BCL2-like and pro-apoptotic BH3-only members of the family arose through duplication and modification of genes for the pro-apoptotic multi-BH domain family members, such as BAX and BAK1. In that way, a cell suicide process that initially evolved as a mechanism for defense against intracellular parasites was then also used in multicellular organisms for morphogenesis and to maintain the correct number of cells in adults by balancing cell production by mitosis.
机译:学习BCL2的过去30年使细胞死亡研究带入分子时代,并揭示了与人类病理生理学的相关性。 大多数情况下,如果不是所有美唑诺斯使用与BCL2相关的蛋白质控制和实施的蜂窝自我销毁的进化保守过程。 我们提出通过重复和修饰促凋亡多BH结构域家族成员(如BAX和BAK1)的重复和修饰来提出抗凋亡的BCL2样和促凋亡的BH3-PH3的蛋白酶成员。 以这种方式,目前还用于最初进化为对细胞内寄生虫进行防御机制的细胞自杀过程,用于多细胞生物体的形态发生,通过平衡细胞产生通过有丝分裂来维持成人的正确数量的细胞。

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