The osmoregulatory response and oxygen consumption rate of the strictly freshwater prawn, Macrobrachium tuxtlaense were measured under different salinity conditions. The goal of these experiments was ...
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Genomic study shows how vascular plants adapt to aquatic life
Vascular plants that moved back into the water did not simply shed complexity and shrink their genomes. New genomic work ...
Fish physiology encompasses a diverse array of adaptive mechanisms that enable species to maintain internal homeostasis while living in dynamic aquatic environments. A central facet of this physiology ...
Mammals defend against large changes in extracellular fluid osmolality by making appropriate changes in salt and water ingestion, and by inducing complementary changes in Na + and water excretion by ...
Rudy M. Ortiz, Graham A. J. Worthy and Duncan S. MacKenzie Abstract The Ability of West Indian Manatees (Trichechus manatus latirostris and Trichechus manatus manatus) to inhabit both fresh water and ...
The ability to maintain physiologic and metabolic functions in response to changes in the salinity of the surrounding environment is critical for microorganisms. How do they do it? Osmotic shock, ...
Osmoregulation, die Fähigkeit aller Lebewesen mit einem Stoffwechsel, die Konzentrationen osmotisch wirksamer Stoffe kontrollieren zu können, entweder, um osmotischen Stress zu vermeiden (z.B. durch ...
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