Seller T J, Armitage S E
Behav Brain Res. 1983 Sep;9(3):305-14. doi: 10.1016/0166-4328(83)90135-3.
A systematic stimulation survey f the diencephalon in Japanese quail, showed that calling could be evoked with currents as low as in the midbrain (less than 50 microA). These low threshold areas were located in the pre-optic area and posterior hypothalamus. Both are likely to influence output, but are not on a calling motor pathway from the forebrain. Putative pathways for calling had somewhat higher thresholds, than the preoptic area and posterior hypothalamus. Calling was evoked from much of the diencephalon with currents up to 200 microA, but positive sites tended to be located posteriorly. A few of the calls elicited resembled natural calls subjectively, but statistical analyses showed significant differences. Most elicited calls were unlike any spontaneous call and could be produced in both sexes.
一项对日本鹌鹑间脑的系统性刺激研究表明,电流低至中脑水平(小于50微安)时就能诱发鸣叫。这些低阈值区域位于视前区和下丘脑后部。这两个区域都可能影响输出,但并不在来自前脑的鸣叫运动通路上。推测的鸣叫通路阈值比视前区和下丘脑后部略高。间脑的大部分区域在电流高达200微安时都能诱发鸣叫,但阳性位点往往位于后部。主观上,少数诱发的鸣叫类似于自然鸣叫,但统计分析显示存在显著差异。大多数诱发的鸣叫与任何自发鸣叫都不同,且两性均可产生。