Chloride cells and osmoregulation. The chloride cells of the gill secretory epithelium of fish that make the transition from fresh water to sea water adapt to the increased salinity by responding to a rapid signal that stimulates chloride secretion. In this paper, data are presented supporting the view that the transient increase in plasma osmolarity that can be measured during the transition is responsible for the stimulation of chloride secretion. A maximal increase of 65mOsm in the plasma of Fundulus heteroclitus (the killifish) was found during acclimation to sea water. Similar or greater increases of osmolarity induced by mannitol on the basolateral side of isolated opercular epithelial membranes of the same species of fish containing ...
Abstract The aim of this work was to determine the effects of supplemental dietary sodium chloride o...
Epithelia are physiologically exposed to osmotic stress resulting in alteration of cell volume in s...
1. Whole-body ionic fluxes and gill chloride cell (CC) morphology were monitored in rainbow trout (S...
The branchial osmoregulatory response of gilthead sea bream (Sparus auratus L.) to short-term (2–19...
The effect of osmotic shock was investigated mainly in the chloride cells (CCs) and rodlet cells (RC...
Eurihaline fish support waters with different salt concentration. However, numerous studies have sho...
Epithelia are physiologically exposed to osmotic stress resulting in alteration of cell volume in se...
The effect of osmotic shock was investigated mainly in the chloride cells (CCs) and rodlet cells (RC...
AbstractThe eurohaline fish, Fundulus heteroclitus, adapts rapidly to enhanced salinity by increasin...
Mitochondria-rich chloride (MR) cells of the skin and gill epithelia of teleost fish are responsible...
This is the first study concerning the effects of salinity on the gill ion secreting mechanisms of t...
The present study elucidates, the relationship between chloride cells and salinity adaptation in the...
The osmoregulatory physiology of American shad, Alosa sapidissima, was investigated. Tolerance to fu...
Review This review focuses on using the knowledge on volume-sensitive transport systems in Ehrlich a...
Natural exposure to hypersaline environments occurs in many fish species (e.g. in tidal pools, lakes...
Abstract The aim of this work was to determine the effects of supplemental dietary sodium chloride o...
Epithelia are physiologically exposed to osmotic stress resulting in alteration of cell volume in s...
1. Whole-body ionic fluxes and gill chloride cell (CC) morphology were monitored in rainbow trout (S...
The branchial osmoregulatory response of gilthead sea bream (Sparus auratus L.) to short-term (2–19...
The effect of osmotic shock was investigated mainly in the chloride cells (CCs) and rodlet cells (RC...
Eurihaline fish support waters with different salt concentration. However, numerous studies have sho...
Epithelia are physiologically exposed to osmotic stress resulting in alteration of cell volume in se...
The effect of osmotic shock was investigated mainly in the chloride cells (CCs) and rodlet cells (RC...
AbstractThe eurohaline fish, Fundulus heteroclitus, adapts rapidly to enhanced salinity by increasin...
Mitochondria-rich chloride (MR) cells of the skin and gill epithelia of teleost fish are responsible...
This is the first study concerning the effects of salinity on the gill ion secreting mechanisms of t...
The present study elucidates, the relationship between chloride cells and salinity adaptation in the...
The osmoregulatory physiology of American shad, Alosa sapidissima, was investigated. Tolerance to fu...
Review This review focuses on using the knowledge on volume-sensitive transport systems in Ehrlich a...
Natural exposure to hypersaline environments occurs in many fish species (e.g. in tidal pools, lakes...
Abstract The aim of this work was to determine the effects of supplemental dietary sodium chloride o...
Epithelia are physiologically exposed to osmotic stress resulting in alteration of cell volume in s...
1. Whole-body ionic fluxes and gill chloride cell (CC) morphology were monitored in rainbow trout (S...