Minimising aerobic respiratory demands could form the basis to sub-lethal copper tolerance by rainbow trout gill epithelial cells in vitro

• Mechanisms of Cu tolerance were investigated in respiratory epithelial cell cultures, from rainbow trout gills, by studying O-2 consumption and protein synthesis rates, intracellular Na concentration and TER. The lowest concentration found to reduce O-2 c

Nyckelord

intracellular Na maintenance costs; intracellular sodium; oxygen consumption; protein synthesis; protein synthesis costs; transepithelial resistance; FRESH-WATER FISH; INTRACELLULAR ION CONCENTRATIONS; CULTURED BRANCHIAL EPITHELIA; INVIVO PROTEIN-SYNTHESI

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