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首页> 外文期刊>Journal of Cancer Therapy >Role of Nitrite in Tumor Growth, Symbiogenetic Evolution of Cancer Cells, and China’s Successes in the War against Cancer
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Role of Nitrite in Tumor Growth, Symbiogenetic Evolution of Cancer Cells, and China’s Successes in the War against Cancer

机译:亚硝酸盐在肿瘤生长,癌细胞共生进化以及中国抗癌斗争中的成功作用

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Statistics and experiments indicate a correlation between cancer mortality and nitrite in drinking water. Nitrite is a reductant that can deprive a cell of oxygen; it is also an oxidant that can be a substrate in anaerobic ammonium oxidation, the metabolic mode of the anammox bacteria. Eukaryote cells evolved through a fusion of anaerobic and aerobic bacteria. We postulate that an anammox bacterium sought refuge in a fusion with a membrane-bound cluster of aerobic bacteria. While the latter evolved into mitochondria organelles, the former became the nucleus of a prokaryote cell. Eventually, oxidative phosphorilation is the characteristic metabolic pathway of normal eukaryote cells, and we postulate that anammox is the protein-catabolism pathway for cancer cells. The metabolism consumes nitrite and explains thus the link between nitrite and cancer.
机译:统计和实验表明,饮用水中癌症死亡率与亚硝酸盐之间存在相关性。亚硝酸盐是可剥夺细胞氧气的还原剂。它也是一种氧化剂,可以作为厌氧铵氧化(厌氧菌的代谢模式)的底物。真核细胞通过厌氧和需氧细菌的融合而进化。我们假设一种厌氧细菌在与需氧细菌的膜结合簇融合时寻求庇护。后者演变成线粒体细胞器,而前者则变成了原核细胞的细胞核。最终,氧化磷酸化是正常真核细胞的特征性代谢途径,我们推测厌氧氨氧化是癌细胞的蛋白质代谢途径。新陈代谢消耗亚硝酸盐,因此可以解释亚硝酸盐与癌症之间的联系。

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