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Principles of Express Instrumental Control of Total Toxicity of Environmental Objects and Their Realization in Space Conditions
Technical Paper
2006-01-2260
ISSN: 0148-7191, e-ISSN: 2688-3627
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English
Abstract
To control total toxicity of environmental objects the principal new approach based on the determination of the chemiluminescence (ChL) level from living medium of 5 Daphnia’s is proposed. The exited ChL of the medium was registered by the special stationary or portable optrode devices in the presence of luminol and hydrogen peroxide. Deviations of ChL values from initial levels were in compliance with intensity of toxic effect indicating a dependence on source of toxic substances. The efficiency of the developed method for the control of water purification process from number of surface-active substances was studied. The sensitivity of the analysis by Daphnia ChL biotest was about 5–10 mg of Triton X-100 per liter of water. The developed method was much more sensitive and demanded much less time for its fulfillment then the standard method based on the Daphnia immobilization.
Authors
- N. F. Starodub - A. V. Palladin Institute of Biochemistry, National Academy of Sciences of Ukraine
- V. I. Nazarenko - A. V. Palladin Institute of Biochemistry, National Academy of Sciences of Ukraine
- S. P. Ivashkevich - A. V. Palladin Institute of Biochemistry, National Academy of Sciences of Ukraine
- V. V. Goncharuk - Institute of Colloidal Chemistry and Water Chemistry of the Ukrainian National Academy of Sciences
- N. A. Klimenko - Institute of Colloidal Chemistry and Water Chemistry of the Ukrainian National Academy of Sciences
Citation
Starodub, N., Nazarenko, V., Ivashkevich, S., Goncharuk, V. et al., "Principles of Express Instrumental Control of Total Toxicity of Environmental Objects and Their Realization in Space Conditions," SAE Technical Paper 2006-01-2260, 2006, https://doi.org/10.4271/2006-01-2260.Also In
References
- Determination of normative components in natural and wastes waters (in Russian) M.: Nauka 1987
- Chromatography analysis of environment (in Russian) M.: Chemistry 1983
- Methods of analysis of nature and wastes waters (in Russian) M.: GEOCHI of Acad. of Sci. of USSR 1977
- Chemistry of environment (in Russian) M.: Chemistry 1982
- Methods of water biotesting (in Russian) Chernogolovka: Inst. of Chem. Physics of Acad. of Sci. of USSR 1988
- Analysis of environment (in Russian) Gorgij: Interinstitutional Proc., Gorgij State Univ. 1990
- Tumanov A. Postnov I. Osipova N. Filimonova I. Microorgamisms – indicators of toxicity of natural and waste waters (in Russian) 1981
- Tumanov A. Kitajeva I. Baranov O. Biological methods of the determination of physiological active substances in objects of environment Zhurn. Analyt. Chem. (in Russian) 1993 48 62 5
- Rubenchik L. I. Microorganisms – biological indicators (in Russian). Kiev Naukova dumka 1972
- Brahinskij L. P. “Biotesting as method control of toxicity of natural and wastewaters” Hydroecology, toxicology and bioindication of contaminations (in Russian). Lviv: Svit 1995
- Sherban’ E. P. “Biotesting of toxicity SAS on the culture of biodegradation of synthetic surface active substances in sweet waters (in Russian). Kiev” 1988
- Brahinskij L. P. Methodological aspects of toxicological biotesting on Daphnia magna Str. and other Cladocera (Critical review) Hidrobiol. Zhurn. (in Russian) 2000 36 50 70
- Kruhlov Ju. B. Kirijenko V. P. 1985
- Water quality – Determination of the mobility of Daphnia magna Straus ( Cladocera, Crustacea ) – Acute toxicity test
- Method of determination of acute toxicity of water with use of Daphnia magna Straus cancroid
- Bader H. Hoigne, J. Determination of ozone in water by the indigo method: A submitted standart method Ozone Sci. and Eng. 1982 4 169 176
- Marchenko, Z. Fotometric determination of elements Mir, M. 1971 502
- Panchenko N. P. Klimenko, N. A. The determination of non-ionogenic SAS in wastewater Textile Industry 1977 2 85 86
- Goncharuk V. V. Vakulenko V. F. Shvadchina Ju.O. Sova A. N. Nevinnaja Ju.V. Sidorenko, Ju.V. Effect of UV irradiation on the kinetics of destruction of nonylphenolethoxylates by ozone in water Chemistry and Technology of Water 2003 23
- Birger. I. Metabolism of water invertebrates in toxic medium. (in Russian) Naukova dumka, Kiev 1979 137 138
- Kalacheva G. S. Zadereev E. S. Gubanov V. G. Gribovskaja I. V. Chemical content of water at the accumulation of Moina macrocopa ( Crustacea: Cladocera ) Ecology 2000 2 130 134
- Pletnev, M. Ju. Cosmetics-hygienic detergent mediums Chemistry, M. 1990 271
- Vladimirov Ju. A., Potapenko, A. J. Physical-chemical basis of photobiological processes. – High School, M. 1989 199
- Babko A. K. Dubovenko L. I. Lukovskaja, N. M. Chemiluminescent analysis Technique, Kiev 1966 250
- Principle and practice of disinfection, preservation and sterilization 1982 Russel A. D. Hugo W. B. Ayliffe G. A. Blackwell Sci. Publ. Oxford 653