Conservation Physiology · 2016 · 14 citations · 36 references
Life SciencesPhysiologyZoologyAnimal PhysiologyNeuroendocrinologyOrnithologyBehavioral EndocrinologyStress BiomarkersStress EndocrinologyStress Hormone RegulationStress ResponsesWildlife PhysiologyChronic StressHeart RateStress Physiology In CaptivityStress-related SymptomsSympathetic Nervous System DysfunctionSympathetic Nervous System ModulationSympathetic Nervous System PhysiologySympathetic Nervous System Regulation
) over the first week of captivity. The birds were treated with saline, propranolol (a β-blocker) or phentolamine (an α-blocker) for the first 3 days of captivity. We also compared newly captured animals with animals that had been held in captivity for 1 month. During the first week of captivity, baseline corticosterone increased, but that increase was blocked by propranolol. Heart rate was not different between the treatment groups, but it was higher during the first week than after 1 month in captivity. Sympathetic nervous system activity (as measured by heart rate variability) decreased over the first week of captivity, but was not affected by treatment. β-Blockers, but not α-blockers, might help to improve some symptoms of chronic stress in newly captured animals.
36
Fitting Linear Mixed-Effects Models Using <b>lme4</b>
Douglas M. Bates, Martin Mächler, Benjamin M. Bolker et al. · Journal of Statistical Software · 2015 · 85.6K citations · Full text
A STUDY OF THE ADRENOTROPIC RECEPTORS
Raymond P. Ahlquist · American Journal of Physiology-Legacy Content · 1948 · 2.9K citations
Sources of stress in captivity
Kathleen N. Morgan, Chris Tromborg · Applied Animal Behaviour Science · 2006 · 1.1K citations