The Dual Energy Supply of Eukaryotic Cells

János Hunyady
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Abstract

The regeneration of tissue damage is possible because our cells have a dual-energy supply system and can ensure tissue regeneration without O2. The publication summarizes the defining elements of the structures responsible for energy and energy-carrier transformation, specifically, the hypothetical Adenosine Diphosphate (ADP)-producing unit, the Structure for Energy Transformation (SET) of anaerobic glycolysis (SET-AG), and the SET of oxidative phosphorylation (SET-OP). SETAG is responsible for the anaerobic fermentation, while SET-OP is for the aerobic oxidative phosphorylation. The hypothesis also describes where the ADP, PO33- and energy for ATP formation come from during ATP synthesis in ATP synthase.
真核细胞的双重能量供应
组织损伤的再生是可能的,因为我们的细胞具有双重能量供应系统,可以在没有氧气的情况下保证组织再生。该出版物总结了负责能量和能量载体转化的结构的定义元素,特别是假设的二磷酸腺苷(ADP)产生单元,厌氧糖酵解(SET- ag)的能量转化结构(SET)和氧化磷酸化(SET- op)。SETAG负责厌氧发酵,而SET-OP负责有氧氧化磷酸化。该假说还描述了ATP合酶合成ATP过程中ADP、PO33-和ATP形成能量的来源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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