ArticleBehavioral and physiological aspects of body fluid homeostasis in Fischer 344 rats
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Cited by (17)
Early ethanol and water intake: Choice mechanism and total fluid regulation operate in parallel in male alcohol preferring (p) and both wistar and sprague dawley rats
2014, Physiology and BehaviorCitation Excerpt :Considering prandial influence on levels of daily fluid intake, we found in the literature that with concurrent food, Sardinian alcohol-preferring rats (sP) showed fluid intakes of 80–100 ml/kg under 24-h access [32], and a level of ~ 120 ml/kg (reconstructed, see Section 4.4) under 12-h dark-phase access [33]. On the other hand, with food absent, the 24-h intake of water in Wistar and SD rats [28,34] decreased to 44–42% of intake with concurrent food. That is, elimination of prandial influence, vs. dark-phase-only fluid accessibility, appears to reduce the daily fluid intake.
Central AII evokes a normal sodium appetite in the Fischer rat, but its low spontaneous sodium intake may be related to reduced excitation and increased inhibition in septo-preoptic AII neurons
2004, Brain Research BulletinCitation Excerpt :The hypothesis that the central mechanism of salt appetite involves the central renin–angiotensin system implies that stimulation of this system would increase salt intake in all species. However, reports in the literature suggest that in comparison to other strains, the Fischer rat has little or no basal appetite for sodium [26–28,32–34], and does not show a salt appetite following peripherally applied AII [5,33]. Furthermore, modification of the central renin–angiotensin system produces different baroreflex information in Fischer and Sprague–Dawley rats [11].
Physiological correlates of attenuated salt appetite in Fischer 344 rats
1994, Physiology and BehaviorDrinking behavior in the spiny mouse (Acomys cahirinus) following putative dipsogenic challenges
1991, Pharmacology, Biochemistry and BehaviorComparison of the dipsogenic responsiveness of Long-Evans and Sprague-Dawley rats
1990, Physiology and BehaviorThirst and sodium appetite in Dahl rats
1990, Physiology and Behavior