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Blue crabs dramatize the dynamism of animal water and salt relations
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Figure 25.1 Body fluids account for 60% of the body weight of young adult people
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Figure 25.2 The three major types of body fluids are closely juxtaposed
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Figure 25.3 Osmotic regulation and conformity (Part 1)
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Figure 25.3 Osmotic regulation and conformity (Part 2)
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Figure 25.5 The responses of a resident osmotic regulator to variations in salinity in an estuary
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Figure 25.7 The interpretive significance of the osmotic U/P ratio (Part 1)
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Figure 25.7 The interpretive significance of the osmotic U/P ratio (Part 2)
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Figure 25.8 The fundamental principles of cell-volume regulation
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Figure 25.9 Many cells alter their content of organic molecules to achieve cell-volume regulation
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Figure Animals tend to be similar in their intracellular concentrations of inorganic ions (Part 1) anphys-fig jpg
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Figure Animals tend to be similar in their intracellular concentrations of inorganic ions (Part 2) anphys-fig jpg
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Posterior end of larval Culex pipiens reared in different media
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Exchange of water and salt in some vertebrates
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Figure 26.7 Water–salt relations in freshwater and marine teleost fish (Part 1)
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Figure 26.7 Water–salt relations in freshwater and marine teleost fish (Part 2)
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Figure 26.9 Water–salt relations in a marine shark
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Solutions to water balance in aquatic vertebrtates
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Figure 26.2 Ion exchanges mediated by active Na+ and Cl– transport in freshwater teleost fish
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Figure 26.8 The salt glands of a herring gull
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Excretory system of an earthworm, a planaria, and an insect
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Figure 26.15 Within a group, total rate of evaporative water loss is an allometric function of size
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The contractile vacuole of Amoeba proteus
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