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Wu Jilan; Sun Gang; Zhang Fugen; He Yongke; Li Jiuqiang
Proceedings of the 8th Japan-China bilateral symposium on radiation chemistry2000
Proceedings of the 8th Japan-China bilateral symposium on radiation chemistry2000
AbstractAbstract
[en] Flavonoid are a large and important class of naturally occurring, low molecular weight benzo-γ-pyrone derivatives which are reported to have a myriad of biological activities, but the study on the active sites of flavonoids is still ambiguous. In this paper, rutin, quercetin and baicalin have been selected as model compounds. It is well known that rutin is used in inhibiting arteriosclerosis and baicalin is antibacterial and antiviral. They have similar basic structure, but their medicinal properties are so different, why? As most flavonoids contain carbonyl group, which can capture electron effectively, we predict that flavonoids can capture electron to form radical anion. The formation of anion radical may have influence on the mitochondrial electron transport chain. The difference in the ability of forming anion radical may cause the difference in their medicinal effects. (author)
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Yamaoka, Hitoshi; Hase, Hirotomo; Makuuchi, Keizou (eds.); Japan Atomic Energy Research Inst., Tokyo (Japan); 352 p; Mar 2000; p. 152-156; JCBSRC'99: 8. Japan-China bilateral symposium on radiation chemistry; Kyoto (Japan); 25-29 Oct 1999; 7 refs., 10 figs.
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