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scopus(21)
Comparative study of trophic transfer of the essential metals Co and Zn in two tropical fish: A radiotracer approach
ArticleAbstract: The trophic transfer of two essential metals (Co and Zn) was investigated in two tropical euryhalinePalabras claves:Assimilation, Cobalt, Interspecies differences, kinetics, tissue distribution, ZincAutores:Bustamante P., Fowler S.W., Marc Metian, Pouil S., Rouleau C., Teyssié J.L., Warnau M.Fuentes:scopusComparing single-feeding and multi-feeding approaches for experimentally assessing trophic transfer of metals in fish
ArticleAbstract: Diet is an important pathway for metal uptake in marine organisms, and assimilation efficiency is onPalabras claves:Assimilation efficiency, FISH, Metals, Radioecology, Trophic transferAutores:Bustamante P., François R. Oberhaënsli, Marc Metian, Pouil S., Teyssié J.L., Warnau M.Fuentes:scopusBioconcentration of Ag, Cd, Co, Mn and Zn in the Mangrove Oyster (Crassostrea gasar) and Preliminary Human Health Risk Assessment: A Radiotracer Study
ArticleAbstract: Bioaccumulation kinetics of five dissolved metals were determined in the mangrove oyster CrassostreaPalabras claves:Bioaccumulation, Metals, Seafood safety, Tropical African bivalveAutores:François R. Oberhaënsli, Kuranchie-Mensah H., Marc Metian, Pouil S., Teyssié J.L., Tumnoi Y., Warnau M.Fuentes:scopusA double-tracer radioisotope approach to assess simultaneous bioaccumulation of caesium in the olive flounder Paralichthys olivaceus
ArticleAbstract: To better understand bioaccumulation of radiocaesium in the commercially important Japanese flatfishPalabras claves:Bioaccumulation, Cesium, Double-tracer, Olive flounder, radionuclidesAutores:François R. Oberhaënsli, Hansman R.L., Marc Metian, Peter Wolfgang Swarzenski, Pouil S., Teyssié J.L.Fuentes:scopusDiet variably affects the trophic transfer of trace elements in the oyster Crassostrea gigas
ArticleAbstract: Although it has been shown that trophic transfer of trace elements in oysters can be influenced by tPalabras claves:Bioaccumulation, Bivalve, Dietary pathway, Metals, radionuclides, radiotracersAutores:Bustamante P., Dupuy C., Marc Metian, Pouil S., Teyssié J.L., Warnau M.Fuentes:scopusDietary Zn and the subsequent organotropism in fish: No influence of food quality, frequency of feeding and environmental conditions (pH and temperature)
ArticleAbstract: Trophic transfer of Zn in fish is affected by the type of food and environmental variables such as tPalabras claves:CONCENTRATION, Distribution, Experimental Study, FISH, METALAutores:Bustamante P., François R. Oberhaënsli, Marc Metian, Pouil S.Fuentes:scopusDelineation of <sup>134</sup>Cs uptake pathways (seawater and food) in the variegated scallop Mimachlamys varia
ArticleAbstract: Among bivalves, scallops have been shown to be good bioindicator species for radionuclide monitoringPalabras claves:Bivalve, Cesium, Depuration, kinetics, scallopAutores:Bustamante P., François R. Oberhaënsli, Marc Metian, Pouil S., Teyssié J.L., Warnau M.Fuentes:scopusAllometric relationship in the bioaccumulation of radionuclides (<sup>134</sup>Cs & <sup>241</sup>Am) and delineation of contamination pathways (food and seawater) in bloody cockle Anadara senilis using radiotracer techniques
ArticleAbstract: The uptake and depuration kinetics of 134Cs and 241Am were investigated in the bloody cockle AnadaraPalabras claves:Allometry, Bloody cockle, Food and water exposure, Ghana, radionuclidesAutores:François R. Oberhaënsli, Kuranchie-Mensah H., Marc Metian, Pouil S., Teyssié J.L., Warnau M.Fuentes:scopusDifferential bioaccumulation of <sup>134</sup>Cs in tropical marine organisms and the relative importance of exposure pathways
ArticleAbstract: Bioaccumulation of 134Cs was determined in 5 tropical marine species: three bivalves (the oysters IsPalabras claves:Alga, Biokinetics, Bivalve, Radionuclide, SHRIMPAutores:Bustamante P., François R. Oberhaënsli, Hédouin L., Marc Metian, Pouil S., Teyssié J.L., Warnau M.Fuentes:scopusOverview of trace element trophic transfer in fish through the concept of assimilation efficiency
ReviewAbstract: Fish bioaccumulate trace elements both from the surrounding water (across the gills) and through diePalabras claves:Assimilation efficiency, experimental studies, FISH, FOOD, Metals, ReviewAutores:Bustamante P., Marc Metian, Pouil S., Warnau M.Fuentes:scopus