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17种化合物的抗突变效应
引用本文:陈耀富,印木泉.17种化合物的抗突变效应[J].第二军医大学学报,1991,12(3):253-255.
作者姓名:陈耀富  印木泉
作者单位:训练部特殊毒理学教研室 200433 (陈耀富),训练部特殊毒理学教研室 200433(印木泉)
摘    要:

关 键 词:抗突变性  SOS应答反应  抑制作用

Antimutagenic Effects of 17 Compounds
Chen Yaofu,Yin Muquan.Antimutagenic Effects of 17 Compounds[J].Academic Journal of Second Military Medical University,1991,12(3):253-255.
Authors:Chen Yaofu  Yin Muquan
Abstract:The inhibitory and antimutagenic effects of 17 compounds, cysteine (1), cinnamic acid (2), rutin (3), tannic acid (4), germanium dioxide (5), fluro uracil (6), sodium copper chlorophylline (7), B-sitosterol (8), vitamin C (9), coumarin (10), vitamin E (11), L-glutathione (oxidized form) (12), L-glutathione (reduced form) (13), sodium selenile (14), organic germanium (15), L-methioine (16) and proline (17) on the SOS response induced by N-methyl-N'-nitro-N-nitrosoguanidine, niethly muthanesulfonate, benzo (a)pyrine and UV were studied by using SOS chromotest. The results showed that compounds 1~15 revealed inhibitory effects, and compounds 2~8 and 10-11 revealed antimutagenic effects. It was demonstrated that cinnamic acid is the best antimutagen among 17 compounds. Cinnamic acid has not only inhibitory effect but also antimutagenic activity towards a wide variety of mutagens/carcinogens. The modes, specificity and end point of action of antimutagens are discussed.
Keywords:chemical mutagen  UV  SOS response  inhibitory effect  antimutagenicity
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