Salinity represents a critical environmental factor for all aquatic organisms, including fishes.
Environments of stable salinity are inhabited by stenohaline fishes having narrow salinity …

Hyper-saline habitats (waters with salinity> 35 ppt) are among the harshest aquatic
environments. Relatively few species of teleost fish can tolerate salinities much above 50 …

Background Osmotic stress is a widespread phenomenon in aquatic animal. The ability to
cope with salinity stress and alkaline stress is quite important for the survival of aquatic …

Steeper and sometimes extreme salinity gradients increasingly affect aquatic organisms
because of climate change. Hypersalinity habitats demand powerful physiological adaptive …

A number of species of euryhaline teleosts have the remarkable ability to adapt and survive
in environments of extreme salinity, up to two or even three times the osmolality of seawater …

Abstract Background The Mozambique tilapia Oreochromis mossambicus has the ability to
adapt to a broad range of environmental salinities and has long been used for investigating …

This study characterizes the differences in osmoregulatory capacity among Mozambique
tilapia, Oreochromis mossambicus, reared in freshwater (FW), in seawater (SW) or under …

Increasing salinity levels in freshwater and coastal environments caused by sea level rise
linked to climate change is now recognized to be a major factor that can impact fish growth …

A two-tiered label-free quantitative (LFQ) proteomics workflow was used to elucidate how
salinity affects the molecular phenotype, ie proteome, of gills from a cichlid fish, the …

The ability of euryhaline Mozambique tilapia to tolerate extreme environmental salinities
makes it an excellent model for investigating iono-regulation. This study aimed to …