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海洋微生物对甲胺磷农药的降解作用
引用本文:郑天凌,林良牧,王斐,鄢庆枇,谭凤仪,黄玉山.海洋微生物对甲胺磷农药的降解作用[J].台湾海峡,1999,18(1):95-99.
作者姓名:郑天凌  林良牧  王斐  鄢庆枇  谭凤仪  黄玉山
作者单位:1. 厦门大学环境科学研究中心,厦门 361005
2. 厦门大学国家教委海洋生态环境开放研究实验室厦门 361005
3. 香港城市大学生物与化学系香港
基金项目:国家自然科学基金!49676302号,福建省自然科学基金!C94053号,大亚湾开放实验站基金!S9509号
摘    要:作者从沿岸海域分离了38株有机磷农药的耐药菌,用分批培养法进行富集培养,得到有机磷农药的降解菌,并着重研究了其中两株菌对甲胺磷农药的降解情况,其结果表明,在10d内,降解菌株1对甲胺磷的降解率为59.1%,降解菌株2的降解率为53.3%,在各自的安磷培养液中,降解菌株1的数量大于降解菌株2;在甲胺降解过程中,其毒性逐渐减弱,降解菌株1所引起的毒性下降幅度大于降解菌株2。

关 键 词:海洋微生物  甲胺磷  降解作用  海洋环境  有机磷农药  降解菌  生物毒性

Study on organic-phosphorus pesticide-decomposing bacteria from marine environment
Zheng Tianling, Yan Qingpi, Lin Liangmu, Wang Fei, Tam Nora F Y, Wong Yukshan.Study on organic-phosphorus pesticide-decomposing bacteria from marine environment[J].Journal of Oceanography In Taiwan Strait,1999,18(1):95-99.
Authors:Zheng Tianling  Yan Qingpi  Lin Liangmu  Wang Fei  Tam Nora F Y  Wong Yukshan
Abstract:Thirty-eight strains of pesticide-resisting bacteria are isolated from coastal Waters of Xiamen. These strains were cultured with organic-phosphorus pesticide to get pesticide-de composing bacteria. Intensive study have been done on the decomposing of methamidophos by two strains of bacteria. The results indicated that 59. 1 % of methamidophos was decom- posed by Strain 1 in 10d, in the same time, Strain 2 decomposed 53. 3% of methamidophos; That the value of Strain 1 in the methamidophos culture solution was larger than Strain 2, and that the toxicity of methamidophos dropped during the decomposing period.
Keywords:Marine environment  organic-phosphorus pesticide  pesticide-decomposing bacteria  biotoxicity
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