癌变·畸变·突变 ›› 1999, Vol. 11 ›› Issue (4): 188-191.doi: 10.3969/j.issn.1004-616x.1999.04.009

• 论著 • 上一篇    下一篇

水源水细菌遗传毒性与化学污染强度的比较

钱黎明1  钟育彬1  林伟华2   

  1. 1广州师范学院 广州 510400  2珠江水利委员会水资源保护研究所 广州 510611
  • 收稿日期:1999-04-28 修回日期:1999-05-05 出版日期:1999-07-30 发布日期:1999-07-30

COMPARISON BETWEEN BACTERIAL GENOTOXICITY AND CHEMICAL POLLUTION OF SOURCE WATER

Qian Liming1 , Zhong Yubin1 , Lin Weihua2   

  1. 1 Guangz hou Normal University ,  Guangz hou  510400 ,  2 Water Resources Protection B ureau , Pearl River Resources Com mission , Guangz hou  510611
  • Received:1999-04-28 Revised:1999-05-05 Online:1999-07-30 Published:1999-07-30

摘要: 本文用细菌学短期测试系统Ames 试验和SOS 显色法研究了珠江某自来水原水有机提取物的遗传毒性。8 个水样中1 个可诱导测试菌株TA98 的基因突变和PQ37SOS 反应,另一个水样则只诱发PQ37 的SOS 反应。细菌的遗传毒性与化学污染各单项数据没有直接的相关性( P > 0105) 。用模糊综合评判法处理水样的化学指标后发现,水样的遣传毒性和化学污染的综合强度间具有某些一致性。结果说明生物学测试和化学测试在揭示水源水有机物污染程度和潜在危害方面具有互补性模糊综合评判法的应用可作为比较生物学试验和化学测试结果的一种途径。

关键词: Ames 试验, SOS 显色法, 水源水, 遗传毒性, 化学污染, 模糊综合评判

Abstract: Two bacterial short2term testing systems , the SOS Chromotest ( tester st rain PQ37) and Ames test (tester st rains TA98 , TA100) ware applied to organic ext ract s of source water f rom the Pearl River in southern mainland China. One of the eight samples inducedboth gene mutation and SOS reaction. Another induced only SOS reaction. There was no obvious correlation among the genotoxicity and the chemical data. The conformity of Biological test s and chemical test s was found , to some extend , when the chemical data were t reated by fussy synthetic evaluation. The result s showe the complementary of the biological test s and chemical analysis in revealing the degree of pollution and the potential hazard of the organic chemicals of the water , and the application of fussy synthetic evaluation could be a way to compare the result s of biological test s and chemical analysis.

Key words: Ames test, SOS Chromotest, Bacterial Genotoxicity, Source water, Chemical pollution, Fussy Synthetic Evaluation.