-transparent.png){kind=logo}
In the absence of other environmental cycles, daily variations in auditory stimuli are normally not capable of entraining the circadian rhythms of drinking behavior in the squirrel monkey (Saimiri sciureus). However, the drinking rhythm appears to become entrainable by previously ineffective auditory cues after lesions are placed which destroy only the caudal portion of the hypothalamic suprachiasmatic nuclei. The results suggest specificity of function within the SCN and an increased influence of auditory stimuli in animals with impaired SCN function.
Related Publications
C A Fuller, and
R Lydic, and
F M Sulzman, and
H E Albers, and
B Tepper, and
M C Moore-Ede
December 1980,
Physiology & behavior,
C A Fuller, and
R Lydic, and
F M Sulzman, and
H E Albers, and
B Tepper, and
M C Moore-Ede
February 1992,
Behavioral neuroscience,
C A Fuller, and
R Lydic, and
F M Sulzman, and
H E Albers, and
B Tepper, and
M C Moore-Ede
December 1982,
Physiology & behavior,
C A Fuller, and
R Lydic, and
F M Sulzman, and
H E Albers, and
B Tepper, and
M C Moore-Ede
April 1979,
Behavioral and neural biology,
C A Fuller, and
R Lydic, and
F M Sulzman, and
H E Albers, and
B Tepper, and
M C Moore-Ede
December 1981,
Neuroscience letters,
C A Fuller, and
R Lydic, and
F M Sulzman, and
H E Albers, and
B Tepper, and
M C Moore-Ede
September 1978,
Electroencephalography and clinical neurophysiology,
C A Fuller, and
R Lydic, and
F M Sulzman, and
H E Albers, and
B Tepper, and
M C Moore-Ede
January 1986,
Physiology & behavior,
C A Fuller, and
R Lydic, and
F M Sulzman, and
H E Albers, and
B Tepper, and
M C Moore-Ede
April 1990,
Brain research bulletin,
C A Fuller, and
R Lydic, and
F M Sulzman, and
H E Albers, and
B Tepper, and
M C Moore-Ede
March 1984,
Physiology & behavior,
C A Fuller, and
R Lydic, and
F M Sulzman, and
H E Albers, and
B Tepper, and
M C Moore-Ede
April 1985,
Brain research,
