Titre de série :	Water research
Titre :	Lethal response by atlantic salmon parr to some polyoxethylated cationic and nonionic surfactants
Type de document :	texte imprimé
Auteurs :	Wildish, J. D.
Année de publication :	1974
ISBN/ISSN/EAN :	CI-10628
Note générale :	Evidence is presented which suggests that polyxyethylene ester with up to 18-20 moles of ethylene oxide are partially detoxified in the animal, resulting in changes in lethal response. Possible physiological explanations for the relationship between polyxyethylene chain length and lethality involve uptak rates and attainment of a critical concentration of surfactant at the anknown active site.
Langues :	Anglais (eng)
Mots-clés :	Biologie animale  Poisson de mer  Pollution  Mer  Hydrochimie  Saumon  Produit chimique
Index. décimale :	577.8 Biologie des populations
Résumé :	Evidence is presented which suggests that polyxyethylene ester with up to 18-20 moles of ethylene oxide are partially detoxified in the animal, resulting in changes in lethal response. Possible physiological explanations for the relationship between polyxyethylene chain length and lethality involve uptak rates and attainment of a critical concentration of surfactant at the anknown active site.
Note de contenu :	Evidence is presented which suggests that polyxyethylene ester with up to 18-20 moles of ethylene oxide are partially detoxified in the animal, resulting in changes in lethal response. Possible physiological explanations for the relationship between polyxyethylene chain length and lethality involve uptak rates and attainment of a critical concentration of surfactant at the anknown active site.

Water research. Lethal response by atlantic salmon parr to some polyoxethylated cationic and nonionic surfactants [texte imprimé] / Wildish, J. D. . - 1974.
ISSN : CI-10628
Evidence is presented which suggests that polyxyethylene ester with up to 18-20 moles of ethylene oxide are partially detoxified in the animal, resulting in changes in lethal response. Possible physiological explanations for the relationship between polyxyethylene chain length and lethality involve uptak rates and attainment of a critical concentration of surfactant at the anknown active site.
Langues : Anglais (eng)

Mots-clés :	Biologie animale  Poisson de mer  Pollution  Mer  Hydrochimie  Saumon  Produit chimique
Index. décimale :	577.8 Biologie des populations
Résumé :	Evidence is presented which suggests that polyxyethylene ester with up to 18-20 moles of ethylene oxide are partially detoxified in the animal, resulting in changes in lethal response. Possible physiological explanations for the relationship between polyxyethylene chain length and lethality involve uptak rates and attainment of a critical concentration of surfactant at the anknown active site.
Note de contenu :	Evidence is presented which suggests that polyxyethylene ester with up to 18-20 moles of ethylene oxide are partially detoxified in the animal, resulting in changes in lethal response. Possible physiological explanations for the relationship between polyxyethylene chain length and lethality involve uptak rates and attainment of a critical concentration of surfactant at the anknown active site.