Modification of body temperature and sleep state using behavioral conditioning

@article{Exton1995ModificationOB,
  title={Modification of body temperature and sleep state using behavioral conditioning},
  author={Michael S. Exton and Diane F. Bull and Maurice G. King and Alan J. Husband},
  journal={Physiology \& Behavior},
  year={1995},
  volume={57},
  pages={723-729}
}
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Circadian Disruption Alters the Effects of Lipopolysaccharide Treatment on Circadian and Ultradian Locomotor Activity and Body Temperature Rhythms of Female Siberian Hamsters
TLDR
Behavior and thermoregulatory responses induced by lipopolysaccharide treatment were assessed in female Siberian hamsters in which circadian locomotor activity (LMA) rhythms were eliminated by exposure to a disruptive phase-shifting protocol (DPS) that sustains arrhythmicity even when hamsters are housed in a light-dark cycle.
Central Blockade of IL-1 Does Not Impair Taste-LPS Associative Learning
TLDR
The data show that animals which did not experience a fever response during association phase (due to the LPS encounter) were unable to elicit hyperthermia as part of the conditioned response, indicating that pairing a relevant taste stimulus with an immune challenge might result in the formation of multiple engrams.
The Conditioned Stimulus Elicits Taste Aversion but Not Sickness Behavior in Conditioned Mice
TLDR
Regardless of the nature of the unconditioned stimulus (LPS or poly I:C), taste aversion to saccharin ensued, tolerance ensued to sickness elicitation by a second administration of the microbial component, and saccharIn taste did not evoke sickness.
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Learned anticipatory rise in body temperature due to handling
Behavioral conditioning of endotoxin-induced plasma iron alterations
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Each substance exhibited compound-specific sleep-modulating properties, including delta-sleep-inducing peptide, which was rapidly effective in increasing both slow-wave sleep and paradoxical sleep but the effects were not long-lasting.
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