1. Internal as well as external factors affecting water ingestion in the eel were analysed using oesophagus-cannulated eels. 2. Acute withdrawal of the blood induced an immediate drinking response in the freshwater eel, whereas infusion of a large amount of hypertonic saline interrupted the copious drinking observed in the seawater eel. 3. The freshwater eel responded to slow infusion of hypertonic NaCl solution by constant drinking. 4. Inhibition of drinking was observed in the seawater eel by distension of the stomach or intestine with isotonic mannitol solution. 5. The freshwater eel started drinking immediately after transfer to sea water, and stopped drinking immediately after return to fresh water. 6. Application of various salt solut...
Glass eels of the European eel migrate from coastal waters inland to freshwater as part of the catad...
International audienceThe European eel (Anguilla anguilla), a catadromous species, breeds in the sea...
Contains fulltext : JEB_VOL.202_Iss._18_p_2505-2511.PDF ( ) (Open Access
eel much work has been done on osmoregulatory problems in teleosts, and the funda-mental principles ...
The European eel's oesophagus, stomach and anterior and posterior intestine were perfused separ...
Drinking rates in glass eels and elvers of the European eel increased with environmental acclimation...
Teleost fishes regulate the osmotic concentration of their body fluids at about 30–40% of the level ...
Glass eels (Anguilla anguilla, L. 1758) caught during ascent at the mouth of the River Tiber were ke...
Maintenance of body fluid composition and osmoregulation are essential for metazoan animals to survi...
Abstract Adaptation to a hypertonic marine environment is one of the major topics in animal physiolo...
The IXth and the Xth cranial nerves in Angtdlla anguilla were transected, and the effects upon ion a...
1. Groups of eels, Anguilla anguilla, were adapted from freshwater (FW) to seawater, (SW) for period...
Eel intestinal epithelium when bathed symmetrically with normal Ringer solution develops a net Cl- c...
When euryhaline teleosts are adapted to waters of salinities higher than the osmolality of plasma an...
It is now well established that freshwater teleosts drink little and urinate large volumes to compen...
Glass eels of the European eel migrate from coastal waters inland to freshwater as part of the catad...
International audienceThe European eel (Anguilla anguilla), a catadromous species, breeds in the sea...
Contains fulltext : JEB_VOL.202_Iss._18_p_2505-2511.PDF ( ) (Open Access
eel much work has been done on osmoregulatory problems in teleosts, and the funda-mental principles ...
The European eel's oesophagus, stomach and anterior and posterior intestine were perfused separ...
Drinking rates in glass eels and elvers of the European eel increased with environmental acclimation...
Teleost fishes regulate the osmotic concentration of their body fluids at about 30–40% of the level ...
Glass eels (Anguilla anguilla, L. 1758) caught during ascent at the mouth of the River Tiber were ke...
Maintenance of body fluid composition and osmoregulation are essential for metazoan animals to survi...
Abstract Adaptation to a hypertonic marine environment is one of the major topics in animal physiolo...
The IXth and the Xth cranial nerves in Angtdlla anguilla were transected, and the effects upon ion a...
1. Groups of eels, Anguilla anguilla, were adapted from freshwater (FW) to seawater, (SW) for period...
Eel intestinal epithelium when bathed symmetrically with normal Ringer solution develops a net Cl- c...
When euryhaline teleosts are adapted to waters of salinities higher than the osmolality of plasma an...
It is now well established that freshwater teleosts drink little and urinate large volumes to compen...
Glass eels of the European eel migrate from coastal waters inland to freshwater as part of the catad...
International audienceThe European eel (Anguilla anguilla), a catadromous species, breeds in the sea...
Contains fulltext : JEB_VOL.202_Iss._18_p_2505-2511.PDF ( ) (Open Access