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寄生性蠕虫对自由基敏感。因其常在宿主体内占据着氧浓度多变而较低的部位,并利用厌氧型能量代谢,虫体内常无过氧化氢酶,谷胱甘肽代谢酶类活性也很低,故对自由基的解毒能力有限。许多证据表明,宿主免疫细胞产生的氧自由基是杀灭寄生原虫的主要成份之一,对寄生蠕虫亦有害。按树的内生性生长调节因子是一种内过氧化物。作者对按叶提取物,纯化的桉树生长调节因子G,及其合成的类似物和其曼尼期碱(Mannich
Parasitic worms are free radical sensitive. Because it often occupy the body in the host with varying concentrations of oxygen and lower parts, and the use of anaerobic energy metabolism, cataract often without catalase, glutathione metabolism enzyme activity is very low, so the freedom Base detoxification capacity is limited. There is much evidence that oxygen free radicals produced by host immune cells are one of the major components that kill parasitic protozoa and are also harmful to parasitic worms. Endogenous growth regulator by tree is an endoperoxide. The author of the leaf extract, purified eucalypt growth regulator G, and its synthetic analogues and its Mannich base (Mannich