Abstract
The inhibition of bacterial luminescence has been used in testing industrial enterprises sewage. The toxicity of the sewage is less than the total toxicity of separate components due to neutralization of quinone products of polyphenol oxidation in the reactions with the other phenol components of sewage. Toxicity increase is due to their influence on the cell membrane. Studies of cell ultrastructure confirm this fact. The studied mechanism of the complex effect allowed a more accurate forecast of the ecological situation during the discharge of phenol compounds and metals. It also showed the necessity of taking into account the complex effect of sewage components on contaminant discharge into water reservoirs.
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References
Bulish AA, Isenberg DI (1981) Use of the luminescent bacterial system for the rapid assessment of aquatic toxicity. IAS Trans 20:29–33
Geel TA (1985) Action of phenol-cadmium chloride mixtures on the luminescent system of luminous bacteria. In: Abstracts of 3 young scientists, Irkutsk Univ Conference Irkutsk, 1985, p 4 (in Russian)
Geel TA, Balayan AE, Stom DI (1983) Quenching of luminescence of luminescent bacteria as a test for estimating the toxicity of phenol components of sewage. Microbiol 52:1013–1016 (in Russian)
Geel TA, Belezova NP, Kratasyuk VA (1989) The two component mixtures effect of phenol-metal on the bacterial luciferase. Preprint N 98, Krasnoyarsk, 15 pp (in Russian)
Gitelson II, Rodicheva EK, Medvedeva SE et al. (1984) Luminescent bacteria. Nauka, Novosibirsk (in Russian)
Grechushkina NN, Pimenova MN, Kozlova EI (1976) Separation and quantitative count of microorganisms from natural substances. In: Egorov NS (ed) Methods of microbiology, Izd Mosc Univ, Moscow, p 56 (in Russian)
Kusnetsov AM (1983) Information list N60–83, CSTI, Novosibirsk, pp 1–3 (in Russian)
Maksimov VN, Chernykh NA (1979) Dehydrogenase activity in bottom deposits of different Baikal regions. In: Hydrobiological investigations of East Siberia reservoirs, N5, Izd Irkutsk Univ, p 128 (in Russian)
Medvedeva SE, Vorobyeva TI, Biryuzova VI (1979) Particularities of ultrastructure organizatíon of marine luminescent bacteria and its mutants. Microbiol 48:1050–1054 (in Russian)
Shachova GI, Geel TA (1985) Phenols action and dzeta-potential of bacterial cell. In: Abstracts of 4th All Union Interuniversity Conference, Tbilisi, p 234 (in Russian)
Stom DI, Balayan AE, Kobzhitskaya NZ, Koshova OM (1984) Cease-movement of Dunaliella salina cells as a criterion of toxic effect. Gidrobiol J 20:46–49 (in Russian)
Stom DI, Geel TA, Shachova GI et al. (1991) Influence of mixtures of phenols and metals on luminous bacteria. Acta Hydrochim Hydrobiol 19, N1
Ulyanova IP (1980) Microorganisms use the natural inhibition of sewage toxicity. In: Microorganisms in the protection and rational realization of environment. Nauka, Moscow, p 18 (in Russian)
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Stom, D.I., Geel, T.A., Balayan, A.E. et al. Bioluminescent method in studying the complex effect of sewage components. Arch. Environ. Contam. Toxicol. 22, 203–208 (1992). https://doi.org/10.1007/BF00213286
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DOI: https://doi.org/10.1007/BF00213286