Publications
Duke University primate facility
Each animal in our colony has a name and a four-digit identification number.
Year Published: 1976Animal Type: Nonhuman Primate
Citation: Bergeron, J. A. 1976. Duke University primate facility. Lab Animal 5(4), 20-23.
Read MoreSelf-fighting syndrome in macaques: A representative case study
Romeo would fight himself when threatened .. be someone else with whom hes was very familiar. ... If a stranger threatened him, he would aggress directly against the stranger.
Year Published: 1976Animal Type: Macaque, Nonhuman Primate
Citation: Allyn, G., Deyme, A., Begue, I. 1976. Self-fighting syndrome in macaques: A representative case study. Primates 17, 1-22.
Read MoreEffect of cage size on patterns of activity and health of beagle dogs
The results indicate that beagle dogs bred for laboratory purposes were not affected by the two different size [barren] cages. Dogs in the larger cages did not utilize the additional floor space which was three times the area of the...
Year Published: 1977Animal Type: Dog
Citation: Hite, M., Hanson, H. M., Bohidar, N. R. et al. 1977. Effect of cage size on patterns of activity and health of beagle dogs. Laboratory Animal Science 27, 60-64.
Read MoreEffects of various habituation procedures on pituitary-adrenal responsiveness in the mouse
Novelty of the environment is a powerful stimuli to activate the pituitary-adrenal axis.
Year Published: 1977Animal Type: Mouse, Rodent
Citation: Hennesy, M. B., Levine, S. 1977. Effects of various habituation procedures on pituitary-adrenal responsiveness in the mouse. Physiology and Behavior 18, 799-802.
Read MoreThe effects of short-term isolation on systolic blood pressure and heart rate in rats
Rats in metabolic cages develop hypertension within five days.
Year Published: 1977Animal Type: Rat, Rodent
Citation: Gardiner, S. M., Bennett, T. 1977. The effects of short-term isolation on systolic blood pressure and heart rate in rats. Medical Biology 55, 325-329.
Read MoreImpoverished rats weigh more than enriched rats because they eat more
Rats housed in barren environments consume more food due to boredom and are heavier than enriched rats.
Year Published: 1977Animal Type: Rat, Rodent
Citation: Fiala, B., Snow, F. M., Greenough, W. T. 1977. Impoverished rats weigh more than enriched rats because they eat more. Developmental Psychobiology 10, 537-541.
Read MoreThe effects of handling in infancy on behavioral states in the rabbit
Handling significantly affected the organization of behavioral states and open-field performance.
Year Published: 1977Animal Type: Rabbit
Citation: Denenberg, V. H., DeSantis, D., Waite, S. et al. 1977. The effects of handling in infancy on behavioral states in the rabbit. Physiology and Behavior 18, 553-557.
Read MoreDo hens suffer in battery cages? Environmental preferences and welfare
The really rather surprising result of this experiment was the lack of demonstrated preference for either the [barren] pen or the [barren] battery cages. ... Once reason why a preference was not demonstrated may have been that the chickens did...
Year Published: 1977Animal Type: Bird, Chicken
Citation: Dawkins, M. 1977. Do hens suffer in battery cages? Environmental preferences and welfare. Animal Behaviour 25, 1034-1046.
Read MoreActivation of anterior pituitary, thyroid and adrenal glands in rats after disturbance stress
Cortisol levels increased within 5 minutes after the entry of an investigator - who moved the cages - and reached peak levels after 15 minutes.
Year Published: 1977Animal Type: Rat, Rodent
Citation: Dohler, K. D., Gartner, K., Muhlen, A. V. et al. 1977. Activation of anterior pituitary, thyroid and adrenal glands in rats after disturbance stress. Acta Endocrinologica 86, 489-497.
Read MoreIntroduction: Chimpanzees as biomedical models
Our efforts in training chimpanzees to extend an arm and accept an intramuscular injection were successful. [Training technique is not described.]
Year Published: 1977Animal Type: Chimpanzee, Nonhuman Primate
Citation: Byrd, L. D. 1977. Introduction: Chimpanzees as biomedical models. In: Progress in Ape Research. Bourne, G. H. (ed), 161-165. Academic Press, New York, NY.
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