首页> 外国专利> phosphorylation state modulator of at least one enzyme complex, method for modulating the pdh complex in a patient presenting a disease, condition, or syndrome, and method for diagnosing and predicting benefit in a patient presenting symptoms of a disease, condition , or syndrome caused by a change in the structure and / or activity of the pdh complex

phosphorylation state modulator of at least one enzyme complex, method for modulating the pdh complex in a patient presenting a disease, condition, or syndrome, and method for diagnosing and predicting benefit in a patient presenting symptoms of a disease, condition , or syndrome caused by a change in the structure and / or activity of the pdh complex

机译:至少一种酶复合物的磷酸化状态调节剂,在存在疾病,病症或综合症的患者中调节pdh复合物的方法,以及在由以下原因引起的疾病,病症或综合症的患者中诊断和预测益处的方法pdh复合物的结构和/或活性发生变化

摘要

A pharmaceutically-acceptable modulator of the structure, activity, or expression level of an enzyme complex, such as the pyruvate dehydrogenase (PD) complex, in the mitochondria of warm-blooded animals, including humans, and methods of use thereof, comprises an effective amount of at least one lipoic acid derivative and at least one pharmaceutically-acceptable carrier thereof. By preventing the detoxification of toxic metabolites of anaerobic glycolysis through inhibition of the activity of the PD complex Ela subunit, the modulator increases PD kinase activity and concomitantly decreases PD phosphatase activity, obliging increased oxidative phosphorylation activity in the mitochondrion. As a cell characterized by hyperprolif eration, such as a tumor cell, cannot also generate acetyl-CoA and NADH because of the action of the modulator in inhibiting the action of the E2 subunit of the PD complex, the mitochondrial membrane polarization is lost, facilitating cell death.
机译:包括人类在内的温血动物线粒体中酶复合物(如丙酮酸脱氢酶(PD)复合物)的结构,活性或表达水平的药学上可接受的调节剂,包括有效的至少一种硫辛酸衍生物和其至少一种药学上可接受的载体的量。通过抑制PD复合物Ela亚基的活性来防止厌氧性糖酵解的有毒代谢产物解毒,调节剂可增加PD激酶活性,并同时降低PD磷酸酶活性,从而增加线粒体的氧化磷酸化活性。由于具有高增殖特性的细胞(例如肿瘤细胞)也不能产生乙酰辅酶A和NADH,这是由于调节剂在抑制PD复合物E2亚基的作用方面所起的作用,因此线粒体膜的极化丧失了,从而促进了细胞死亡。

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