Activity of Na+-K+-ATPase in a "freshwater shrimp", Palaemonetes argentinus: ontogenetic changes and effects of salinity


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Klaus.Anger [ at ] awi.de

Abstract

The ability of an aquatic organism to tolerate wide salinity variations without compromising life processes is termed euryhalinity. This capability requires physiological, biochemical and ecological adaptations. Strategies permitting euryhaline decapods to inhabit aquatic environments with variable salinities have been studied almost exclusively in adults. Although also larval stages have recently received an increasing attention, the salinity tolerance of embryonic stages has remained little known (1). Embryos, larvae and adults of the shrimp Palaemonetes argentinus tolerate a wide range of salinities (1-~25), but osmoregulatory capacities have been demonstrated only in post-embryonic developmental stages (2; 3). As in most other crustaceans, little has been known about osmoregulation during the embryonic phase.



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Conference (Poster)
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Not peer-reviewed
Publication Status
Published
Event Details
The Crustacean Society Mid-Year Meeting, Coquimbo, Chile..
Eprint ID
17819
Cite as
Ituarte, R. B. , López Mañanes, A. A. , Spivak, E. D. and Anger, K. (2007): Activity of Na+-K+-ATPase in a "freshwater shrimp", Palaemonetes argentinus: ontogenetic changes and effects of salinity , The Crustacean Society Mid-Year Meeting, Coquimbo, Chile. .


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