The impact of different environmental salinities on the energy metabolism of gills, kidney,
liver, and brain was assessed in gilthead sea bream (Sparus aurata) acclimated to brackish …

Fish lives in environments with a wide variety of chemical characteristics (fresh, brackish and
seawater, acidic, alkaline, soft and hard waters). From an osmoregulatory point of view, fish …

In freshwater fishes, the gill and kidney are intricately involved in ionic and acid‐base
regulation owing to the presence of numerous ion channels, pumps, or exchangers. This …

The influence of acclimation to different environmental salinities (low salinity water, LSW;
seawater, SW; and hyper saline water, HSW) and feeding conditions (fed and food deprived) …

Zebrafish (Danio rerio) possesses several advantages as an experimental organism,
including the applicability of molecular tools, ease of in vivo cellular observation and …

Changes in different osmoregulatory and metabolic parameters over time were assessed in
gills, kidney, liver and brain of gilthead sea bream Sparus auratus transferred either from …

The effect of salinity on resting oxygen uptake was measured in the perch Perca fluviatilis
and available information on oxygen uptake in teleost species at a variety of salinities was …

Muscle performance depends on the supply of metabolic fuels and disposal of end-products.
Using circulating metabolite concentrations to infer changes in fluxes is highly unreliable …

Maintenance of internal ionic and acid-base homeostasis is critical for survival in all
biological systems. Similar to mammals, aquatic fishes have developed sophisticated …

The ion regulation mechanisms of fishes have been recently studied in zebrafish (Danio
rerio), a stenohaline species. However, recent advances using this organism are not …