Bioassay system based on paramecium caudatum thermotaxis test-reaction for aquatic toxicity control

机译：基于尾草履虫趋热性试验反应的生物测定系统用于水生毒性控制

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In the article on the basis of soft measurements concept are described the elements of microbioassay system based on infusorians thermotaxis test reaction: generating test reaction scheme, bioassay factors affecting test reaction, the reaction control system, a computer program for processing digital video, informative parameters.

机译：在基于软测量概念的文章中，描述了基于输液热力学测试反应的微生物分析系统的要素：生成测试反应方案，影响测试反应的生物分析因素，反应控制系统，用于处理数字视频的计算机程序，信息性参数。

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《International Conference on Soft Computing and Measurements》|2015年|261-263|共3页
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Filatov Yuri V.; Kustov Taras V.; Velichko Anna N.; Zakharov Igor S.;
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Paramecium Caudatum; bioassay system; microbioassay; thermotaxis; toxicity;

机译：草履虫;生物测定系统;微生物测定;热力学;毒性;

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1. Paramecium caudatum Paramecium caudatumParamecium caudatum as a source of nitric oxide: Chemiluminescent detection based on Bluestar ^{?? Forensic reagent connected with microdialysis} [J] . Bancirova Martina Luminescence: The journal of biological and chemical luminescence . 2017,第7期

机译： parameCium caudatum parameCium caudatum parameCium caudaTum作为一氧化氮的源：基于蓝星的化学发光检测？？与microdialysis连接的法医试剂
2. Acute toxicity bioassay using Paramecium caudatum, a key member to study the effects of monocrotophos on swimming behaviour, morphology and reproduction [J] . J. VENKATESWARA RAO, V. G. GUNDA, K. SRIKANTH, Toxicological and Environmental Chemistry . 2007,第1a4期

机译：使用尾草履虫的急性毒性生物测定法，是研究久效磷对游泳行为，形态和繁殖影响的关键成员
3. In situ remediation efficacy of hybrid aerogel adsorbent in model aquatic culture of Paramecium caudatum exposed to Hg(Ⅱ) [J] . Herman Petra, Kiss Alexandra, Fabian Istvan, Chemosphere . 2021,第Jula期

机译：原位修复杂交气凝胶吸附剂在水下水生培养中暴露于HG的水生培养物（Ⅱ）
4. Bioassay system based on paramecium caudatum thermotaxis test-reaction for aquatic toxicity control [C] . Filatov Yuri V., Kustov Taras V., Velichko Anna N., International Conference on Soft Computing and Measurements . 2015

机译：基于ParameCium Caudatum Thermotaxis测试反应的生物测划系统进行水生毒性控制
5. Assessing the toxicity of aquatic sediments using Japanese medaka (Oryzias latipes) embryolarval bioassays. [D] . MacDonald, Pamela. 2010

机译：使用日本（Oryzias latipes）幼虫生物测定法评估水生沉积物的毒性。
6. On measuring nanoparticle toxicity and clearance with Paramecium caudatum [O] . Richard Mayne, Jack Morgan, James G. H. Whiting, -1

机译：用尾草履虫测定纳米颗粒的毒性和清除率
7. SUBSTANTIATION OF THR USE OF BIOTECHNOLOGICAL TEST SYSTEM BASED ON PARAMECIUM CAUDATUM FOR CONTROL OF TOXICITY AND ANTIOXIDANT PROPERTIES [O] . Daria Pylypenko, Maryna Rakitianska, Anton Komarov 2020

机译：基于Paramecium caudatum的生物技术测试系统对毒性和抗氧化性能进行证实
8. Saturator System for Generating Toxic Water Solutions for Aquatic Bioassays [R] . Phipps, G. L. , Holcombe, G. W. , Fiandt, J. T. 1982

机译：用于生成水生生物测定的有毒水溶液的饱和器系统

Bioassay system based on paramecium caudatum thermotaxis test-reaction for aquatic toxicity control

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