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Experiments were performed on 40 adult rabbits immobilized with Flaxedil. The effect of stimulation of amygdaloid complex on the click evoked potential of Woolsey's AI, AII and the auditory cortex behind the rhinal sulcus (ACBRS) was examined by single unit analysis. The results showed that stimulation of lateral nucleus and basal nucleus of amygdala could induce either a facilitory or an inhibitory effect on the evoked potential and the unit discharges. The latency of the inhibitory effect was about 10-25ms, and lasted for 20-115ms. A facilitory effect with a latency as short as 2ms was also observed in one animal. The experimental results indicate that the effect of amygdaloid complex stimulation as transmitted through polysynaptic circuit while the facilitatory effect was monosynaptic. The functional significance of the amygdaloid effect was discussed.
L Yang, and
M Z Feng, and
S C Zhou
December 1956,
Folia psychiatrica, neurologica et neurochirurgica Neerlandica,
L Yang, and
M Z Feng, and
S C Zhou
May 1977,
Archives internationales de pharmacodynamie et de therapie,
L Yang, and
M Z Feng, and
S C Zhou
May 1982,
Biulleten' eksperimental'noi biologii i meditsiny,
L Yang, and
M Z Feng, and
S C Zhou
November 2009,
Hearing research,
L Yang, and
M Z Feng, and
S C Zhou
December 1996,
The Japanese journal of physiology,
L Yang, and
M Z Feng, and
S C Zhou
April 2011,
Journal of the Association for Research in Otolaryngology : JARO,
L Yang, and
M Z Feng, and
S C Zhou
January 1973,
Fiziolohichnyi zhurnal,
L Yang, and
M Z Feng, and
S C Zhou
October 1997,
Hearing research,
L Yang, and
M Z Feng, and
S C Zhou
March 1962,
The Laryngoscope,
L Yang, and
M Z Feng, and
S C Zhou
January 1986,
Neuroendocrinology,
