Abstract
When a serious nuclear accident occurs, the radioisotopes of caesium are very worrying to public health. Because of their long environmental persistence, their diffusion and their solubility in natural environments, they are present in many foodstuffs. Numerous studies were undertaken during the atmospheric nuclear tests, but since the accident of Tchernobyl land Goiania, this research has been pursued anew. By using the experimental data,, this report takes stock of the knowledge on the metabolic transit of radiocaesium in domestic animals. The transfer of this radionuclide in the major foodstuffs of animal origin (milk, meat, eggs) is important and depends on the metabolism of the animal species, and in one species, the age, the physiologic state and the diet. Nevertheless, it is possible to restrict the radioactive contamination by adding to all animal feed, some additives. The methods for in vivo determination of the radioactive measurements in cattle, in laboratory or in real conditions, are discussed too. Finally, all these results are used to consider the short-, middle- and long-term management of an accidental situation. (authors)
Citation Formats
Daburon, F, and Vincent-Naulleau, S.
Metabolic transit of radiocaesium in domestic animals - practical application in an accidental situation; Transit metabolique du radiocesium chez les animaux domestiques - application a une situation accidentelle.
France: N. p.,
2001.
Web.
Daburon, F, & Vincent-Naulleau, S.
Metabolic transit of radiocaesium in domestic animals - practical application in an accidental situation; Transit metabolique du radiocesium chez les animaux domestiques - application a une situation accidentelle.
France.
Daburon, F, and Vincent-Naulleau, S.
2001.
"Metabolic transit of radiocaesium in domestic animals - practical application in an accidental situation; Transit metabolique du radiocesium chez les animaux domestiques - application a une situation accidentelle."
France.
@misc{etde_20200789,
title = {Metabolic transit of radiocaesium in domestic animals - practical application in an accidental situation; Transit metabolique du radiocesium chez les animaux domestiques - application a une situation accidentelle}
author = {Daburon, F, and Vincent-Naulleau, S}
abstractNote = {When a serious nuclear accident occurs, the radioisotopes of caesium are very worrying to public health. Because of their long environmental persistence, their diffusion and their solubility in natural environments, they are present in many foodstuffs. Numerous studies were undertaken during the atmospheric nuclear tests, but since the accident of Tchernobyl land Goiania, this research has been pursued anew. By using the experimental data,, this report takes stock of the knowledge on the metabolic transit of radiocaesium in domestic animals. The transfer of this radionuclide in the major foodstuffs of animal origin (milk, meat, eggs) is important and depends on the metabolism of the animal species, and in one species, the age, the physiologic state and the diet. Nevertheless, it is possible to restrict the radioactive contamination by adding to all animal feed, some additives. The methods for in vivo determination of the radioactive measurements in cattle, in laboratory or in real conditions, are discussed too. Finally, all these results are used to consider the short-, middle- and long-term management of an accidental situation. (authors)}
place = {France}
year = {2001}
month = {Jul}
}
title = {Metabolic transit of radiocaesium in domestic animals - practical application in an accidental situation; Transit metabolique du radiocesium chez les animaux domestiques - application a une situation accidentelle}
author = {Daburon, F, and Vincent-Naulleau, S}
abstractNote = {When a serious nuclear accident occurs, the radioisotopes of caesium are very worrying to public health. Because of their long environmental persistence, their diffusion and their solubility in natural environments, they are present in many foodstuffs. Numerous studies were undertaken during the atmospheric nuclear tests, but since the accident of Tchernobyl land Goiania, this research has been pursued anew. By using the experimental data,, this report takes stock of the knowledge on the metabolic transit of radiocaesium in domestic animals. The transfer of this radionuclide in the major foodstuffs of animal origin (milk, meat, eggs) is important and depends on the metabolism of the animal species, and in one species, the age, the physiologic state and the diet. Nevertheless, it is possible to restrict the radioactive contamination by adding to all animal feed, some additives. The methods for in vivo determination of the radioactive measurements in cattle, in laboratory or in real conditions, are discussed too. Finally, all these results are used to consider the short-, middle- and long-term management of an accidental situation. (authors)}
place = {France}
year = {2001}
month = {Jul}
}