The Mt. Desert Island Biological Laboratory has played a central role in the study of fish osmoregulation for the past 80 years. In particular, scientists at the MDIBL have made significant discoveries in the basic pattern of fish osmoregulation, the function of aglomerular kidneys and proximal tubular secretion, the roles of NaCl cotransporters in intestinal uptake and gill and rectal gland secretion, the role of the shark rectal gland in osmoregulation, the mechanisms of salt secretion by the teleost fish gill epithelium, and the evolution of the ionic uptake mechanisms in fish gills. This short review presents the history of these discoveries and their relationships to the study of epithelial transport in general
This article provides a general description of overall osmoregulatory mechanisms used by freshwater ...
The article discusses advances in osmoregulation and excretion with emphasis on how multicellu-lar a...
Euryhaline fishes are capable of adapting to a wide range of salinities such as freshwater, brackish...
has played a central role in the study of fish osmoregulation for the past 80 years. In particular, ...
Fish encounters harsh ionic/osmotic gradients on its aquatic environments and the mechanisms through...
Osmoregulatory mechanisms in holocephalan fishes are poorly understood except that these fish are kn...
To date there is limited imaging research and anatomical analysis on stingrays reported in the liter...
Mitochondria-rich chloride (MR) cells of the skin and gill epithelia of teleost fish are responsible...
Teleost fish maintain ion concentrations and osmolality of the body fluid at levels different from e...
Aquaporins play distinct roles for water transport in fishes as they do in mammals—both at the cellu...
Natural exposure to hypersaline environments occurs in many fish species (e.g. in tidal pools, lakes...
Osmoregulatory mechanisms in holocephalan fishes are unknown except that they conduct urea-based osm...
This article provides a general description of overall osmoregulatory mechanisms used by freshwater ...
Teleost fishes regulate the osmotic concentration of their body fluids at about 30–40% of the level ...
Chloride cells and osmoregulation. The chloride cells of the gill secretory epithelium of fish that ...
This article provides a general description of overall osmoregulatory mechanisms used by freshwater ...
The article discusses advances in osmoregulation and excretion with emphasis on how multicellu-lar a...
Euryhaline fishes are capable of adapting to a wide range of salinities such as freshwater, brackish...
has played a central role in the study of fish osmoregulation for the past 80 years. In particular, ...
Fish encounters harsh ionic/osmotic gradients on its aquatic environments and the mechanisms through...
Osmoregulatory mechanisms in holocephalan fishes are poorly understood except that these fish are kn...
To date there is limited imaging research and anatomical analysis on stingrays reported in the liter...
Mitochondria-rich chloride (MR) cells of the skin and gill epithelia of teleost fish are responsible...
Teleost fish maintain ion concentrations and osmolality of the body fluid at levels different from e...
Aquaporins play distinct roles for water transport in fishes as they do in mammals—both at the cellu...
Natural exposure to hypersaline environments occurs in many fish species (e.g. in tidal pools, lakes...
Osmoregulatory mechanisms in holocephalan fishes are unknown except that they conduct urea-based osm...
This article provides a general description of overall osmoregulatory mechanisms used by freshwater ...
Teleost fishes regulate the osmotic concentration of their body fluids at about 30–40% of the level ...
Chloride cells and osmoregulation. The chloride cells of the gill secretory epithelium of fish that ...
This article provides a general description of overall osmoregulatory mechanisms used by freshwater ...
The article discusses advances in osmoregulation and excretion with emphasis on how multicellu-lar a...
Euryhaline fishes are capable of adapting to a wide range of salinities such as freshwater, brackish...