
doi: 10.1007/bf01056551
pmid: 6639141
Black sea bass,Centropristis striata, were daily force-fed capsules containing oyster,Crassostrea virginica, tissues previously exposed to109Cd in the presence and absence of14C-naphthalene (NPH). Black sea bass were sacrificed at 24, 72, and 336 hr, and values for radioactivity associated with Cd and total NPH compounds (including NPH cellular metabolites) determined for various tissues and body fluids. Results indicated that concentrations of tissue Cd were significantly higher when both Cd and NPH were ingested simultaneously. Tissue concentrations of total NPH compounds were generally not affected by the presence of Cd.
Fishes, Animals, Drug Interactions, Tissue Distribution, Naphthalenes, Ostreidae, Water Pollutants, Chemical, Cadmium
Fishes, Animals, Drug Interactions, Tissue Distribution, Naphthalenes, Ostreidae, Water Pollutants, Chemical, Cadmium
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