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by
Donnelly, Katelynne B., author.
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. Although this water is free of chemicals in concentrations that are lethal to organisms, small amounts are
by
Pfeiffer, Carl Curt.
ScienceDirect http://www.sciencedirect.com/science/book/9780123668189
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. Complexity of Brain; III. Energy Metabolism; IV. Ion and Water Metabolism; V. Concluding Remarks; References
by
Patrick, Sarah Ann, author.
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deficits in Morris Water Maze testing and decreased amyloid-beta plaque burden in the hippocampus. Western
by
Hu, Melody Yin, author.
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a significant decrease in sucrose preference, abolishing preference for sucrose over water. Stressed
by
Alexander, Tyler Christian, author.
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irradiation, animals were tested for hippocampus-dependent cognitive performance. In the Morris water maze
by
Lippi, Stephen Lawrence Patrick, author. (orcid)0000-0002-2306-9022
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three and a half and seven months and biochemically at eight months, on and off zinc (Zn) water. The
by
Pollalis, Sophia Alvena, author.
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quantify axonal microstructure integrity via disturbances in Brownian water diffusion. PURPOSE: The
by
Maimaiti, Shaniya, author.
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aged rats performed similar to young rats in the Morris Water Maze, a hippocampal dependent spatial
by
Seiler, Jillian Leigh, author.
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-d-glucose (5TG), Angiotensin II, and vehicle (saline) and measured chow and water intake. We found that, while
by
Russell, Nicholas Hyatt, author.
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in both rotarod and Morris water maze tests. While we intended to target hemorrhagic processing after
by
Saites, Louis, author. (orcid)0000-0002-7124-9642
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expressed FLI in response to sucrose or QHCl than to water; this numbered to only about 5% of cells, however

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