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Practical application of galvanotaxis of ciliated protozoan cells to automation of acute toxicity assay

机译:纤毛虫原虫细胞的趋电性在急性毒性试验自动化中的实际应用

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摘要

One of the most negative impacts of human activity on ecosystems is extensive environmental pollution. Large territories are polluted by different chemicals, which poses threat to any agricultural activity, not to speak of unhealthy life in such places. Thus, studying and developing express bioassay methods for risk assessment of chemical substances and aqueous media are now one of the most important problems in biotechnology. These bioassay methods can be used to success in ecology, agriculture, food industry, medicine, etc. In this paper we propose a method for automation of an acute toxicity assay. This method is based on the ability of Paramecium caudatum cells to move toward the cathode under a DC electric field.
机译:人类活动对生态系统的最不利影响之一是广泛的环境污染。大领土被不同的化学物质污染,这威胁到任何农业活动,更不用说这些地方的不健康生活。因此,研究和开发用于化学物质和水性介质风险评估的快速生物测定方法现在是生物技术中最重要的问题之一。这些生物测定方法可用于生态,农业,食品工业,医药等领域。在本文中,我们提出了一种自动进行急性毒性测定的方法。该方法基于草履虫的细胞在直流电场下向阴极移动的能力。

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