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| Танеева А. И.; Манько Ю. В.. |
| Copper accumulation in the mussels organisms was found at doses less than those at which there occurs intoxication of the animals. Lethal termination comes with the copper content of 45-70 mg/kg mussel ash dry mass. The range between the minimum toxic dose and absolutely lethal one for mussels is within the limits of 25-125 mg/l. During the first 48 hours copper is accumulated in the liver, muscles, gills, gonads, mantle fluid. On the 12th day of the experiment the highest amount of copper is found in the gills. The accumulated copper is excreted by the organism for 30 days. |
| Tipo: Journal Contribution |
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| Ano: 1979 |
URL: http://10.0.0.194:8080/dspace/handle/99011/3703 |
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| Танеева А. И.; Белоус О. А.. |
| Inorganic arsenium decreases the number of chlorides, increases residual nitrogen, inhibits catalase activity, lowers the content of sulfhydryl groups in mollusks. The 0.01 mg/l concentration is taken as a threshold. 10-chlorophenoxarsine (CPA) increases cholinesterase activity, decreases that of alkaline phosphatase, inhibits catalase and peroxidase activities. The threshold concentration of CPA is 10^-5 mg/l. |
| Tipo: Journal Contribution |
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| Ano: 1982 |
URL: http://repository.ibss.org.ua/dspace/handle/99011/2402 |
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| Танеева А. И.. |
| The 1800 Oe homogeneous magnetic field intensifies the Artemia salina larvae hatching process and quickens their growth rate. The field inhibits oxygen uptake by the developing Artemia salina M.-Edw., the inhibition being less at the magnet north pole. The larvae hatched in the magnetic field contain less dry substance than those hatched without a magnet. Under different intensities of the magnetic field the Artemia salina M.-Edw., 'magnetic sensitivity' appears to be stronger when influenced by the homogeneous magnetic field rather than by the inhomogeneous one. |
| Tipo: Journal Contribution |
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| Ano: 1979 |
URL: http://10.0.0.194:8080/dspace/handle/99011/3739 |
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| Танеева А. И.. |
| Zinc accumulation in the organs and tissues of mussels (gills, liver, gonads, muscles) and in algae (ulva, enteromorpha) was registered 24 hours after the effect of the toxicant. Simultaneously a decrease of zinc concentration in water was observed as well. Its maximum accumulation in the organs and tissues of mussels is determined during the first 48 hours. Translocation of the living organisms into pure sea water resulted in a gradual decrease of zinc content in them. Toxic effect of zinc for mussels was found on the 8-9th day at a concentration of 0.5%mg, and on the 12th day at concentrations of 0.1 and 0.3 mg%. The doses being increased, the toxic effect of solutions was pronounced in intensification of zinc uptake by mollusks, in the death of... |
| Tipo: Journal Contribution |
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| Ano: 1979 |
URL: http://10.0.0.194:8080/dspace/handle/99011/3702 |
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