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通过微毒性试验和大肠杆菌测定颗粒活性炭处理后的煤气化水的毒性。

Toxicity of granular activated carbon treated coal gasification water as determined by the Microtox test and Escherichia coli.

作者信息

Makino Y, Adams J C, McTernan W F

出版信息

Microbiologica. 1986 Jan;9(1):53-61.

PMID:3512964
Abstract

The Microtox assay and various parameters (growth, ATP concentration and electrochemical detection) of Escherichia coli were used to assess the toxicity of various levels of granular activated carbon treated coal gasification process water. The generation time of E. coli was statistically significantly slower at the level of 50 percent treatment than any other level of treatment. No differences were seen for ATP concentration per cell or in the electrochemical detection methods for any level treatment. There was a very high correlation between total organic carbon removal by GAC treatment and reduction in toxicity as measured by the Microtox system. However, even the treated water which had 91 percent of the TOC removed was still highly toxic.

摘要

使用微毒性分析以及大肠杆菌的各种参数(生长、ATP浓度和电化学检测)来评估不同水平的颗粒活性炭处理后的煤气化工艺水的毒性。在50%处理水平下,大肠杆菌的世代时间在统计学上显著慢于任何其他处理水平。在任何处理水平下,每个细胞的ATP浓度或电化学检测方法均未观察到差异。颗粒活性炭处理去除的总有机碳与微毒性系统测量的毒性降低之间存在非常高的相关性。然而,即使去除了91%总有机碳的处理后水仍然具有高毒性。

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