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Neuronal Adaptations to Osmotic Stress
1985In higher invertebrates and vertebrate animals integrated neural function is critically dependent on a stable chemical environment for the nerve cells. In fully marine, invertebrate osmoconformers this stability is provided by the environment itself, the remarkable constancy of which has enabled the evolution of such complex nervous systems as those of
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2004
Abstract When thinking of biophysical and biochemical processes, we are used to consider the concentrations (or activities) of the ions and other active ingredients dissolved in the water of the cytosol and of the extracellular fluids. Yet water itself has a concentration (and activity), which is in a reciprocal relationship to the sum ...
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Abstract When thinking of biophysical and biochemical processes, we are used to consider the concentrations (or activities) of the ions and other active ingredients dissolved in the water of the cytosol and of the extracellular fluids. Yet water itself has a concentration (and activity), which is in a reciprocal relationship to the sum ...
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Osmotic stress variants in Chinese hamster cells
Somatic Cell and Molecular Genetics, 1993Stable variants resistant to hypertonic stress have been obtained from V79 cells by one-step selection in media supplemented with graded concentrations of NaCl. Such variants retain a potential for resistance when isolated and propagated in isotonic media.
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The development ofTriturus cristatus under osmotic stress
Roux's Archives of Developmental Biology, 1991A recent description of genetically abnormal embryos of European crested newts was based on their development in Rugh's "urodele growing medium" (40 mM NaCl). The salinity tolerance of these embryos is tested here, showing that gastrulation is increasingly retarded at salinities above 12 mM, often incomplete above 70 mM and abortive at 120 mM NaCl. The
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Rapid activation of GLUT1 by osmotic stress
Biochemical Society Transactions, 1997L F, Barros, S A, Baldwin, M, Griffiths
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