WANG Rui-fang, JIN Zhi-yu, KONG Xiang-sheng, WU Yu-ping, LI Yu-lan et al.. The Background Content of Inorganic Chemicals and Mutagenicity Assessment In vivo of The Water from fuxian lake. Zoological Research, 1999, 20(2): 99-103.
Citation:
WANG Rui-fang, JIN Zhi-yu, KONG Xiang-sheng, WU Yu-ping, LI Yu-lan et al.. The Background Content of Inorganic Chemicals and Mutagenicity Assessment In vivo of The Water from fuxian lake. Zoological Research, 1999, 20(2): 99-103.
WANG Rui-fang, JIN Zhi-yu, KONG Xiang-sheng, WU Yu-ping, LI Yu-lan et al.. The Background Content of Inorganic Chemicals and Mutagenicity Assessment In vivo of The Water from fuxian lake. Zoological Research, 1999, 20(2): 99-103.
Citation:
WANG Rui-fang, JIN Zhi-yu, KONG Xiang-sheng, WU Yu-ping, LI Yu-lan et al.. The Background Content of Inorganic Chemicals and Mutagenicity Assessment In vivo of The Water from fuxian lake. Zoological Research, 1999, 20(2): 99-103.
Zoology,the Chinese Academy of Sciences,Kunming 650223;2.Yunnan Province,Kunming 650022;3.Chengjiang,Chengjiang 652500;4.Health and Epidemic Prevention Station of Yuxi,Yuxi 653100;5.Yuxi Environmental Science Institute,Yuxi 653100
In the present study,water samples of 7 localities in round water areas of Fuxian Lake were used for comparison with different areas water quality and mutagenicity.The qualitative and quantitative determinations of inorganic pollutants in water samples were made by ICP-AES spectrometry.We used the micronucleus test of tadpole (Bufo bufo andrewsi) erythrocytes to investigate the potential mutagenicity of water samples from Fuxian Lake.The results obtained showed that,among 7 localities in round water areas of Fuxian Lake,2 localities of Luchong and Mingxing had mutagenic active substances as manifested by an increase in the frequency of the micronucleated erythrocytes.