Smollich A, Döcke F, Kampke H J
Arch Exp Veterinarmed. 1977;31(2):249-55.
In juvenile female rats beteen the 21st and 26th days of age, the neurons of the medial and cortical amygdaloid nuclei undergo a highly significant karyovolumetrically measurable activation which, however, partially declines almost immediately. Such prepuberal variation of activity was found to be correlated with age-dependent effects of direct interventions with these nuclear regions upon the hypothalamy-pituitary-gonadal axis, e.g. implantation of oestradiol benzoate, stimulation or lesioning. This basically, is a quantitatibe-morphological confirmation of an assumption that had been derived earlier from experimental studies, according to which the mediocortical part of the amygdala undergoes in the prepuberal period a functional muteration or differentiation which is specific and related to puberty and gonadal functions (Döcke, 1976a, b; Döcke et al., 1976).
在21至26日龄的幼年雌性大鼠中,内侧杏仁核和皮质杏仁核的神经元会经历一种高度显著的、可通过核体积测量的激活,然而,这种激活几乎会立即部分下降。研究发现,这种青春期前的活动变化与对这些核区域进行直接干预对下丘脑 - 垂体 - 性腺轴的年龄依赖性影响相关,例如苯甲酸雌二醇的植入、刺激或损伤。从根本上说,这是对早期从实验研究中得出的一个假设的定量形态学证实,根据该假设,杏仁核的内侧皮质部分在青春期前会经历一种特定的、与青春期和性腺功能相关的功能突变或分化(多克,1976a,b;多克等人,1976)。