Krisch B
Cell Tissue Res. 1980;212(3):443-55. doi: 10.1007/BF00236509.
At the light microscopic level, following immunostaining with a single antiserum against luliberin (LRF), two types of hormone-producing perikarya in the preoptic area are demonstrated. The two cell types differ in their morphological features: a bipolar, smooth-contoured cell type can be differentiated from an irregularly contoured unipolar type. Intermediate forms between both cell types occurring in the same area are not observed. Electron microscopically, both cell types contain labeled granules of similar size and immunoreactivity. It is discussed whether the uneven surface of the one cell type is due to areas of synaptic contacts, and whether both cell types are integrated in different neuronal and functional circuits. Moreover, at the ultrastructural level, from the irregularly contoured LRF-producing perikarya a further positively stained cell type, probably a glial cell, can be differentiated. The specific labeling of the latter is caused by its content of immunoreactive lysosomal bodies. Differentiation between the labeled glial cells and the irregularly contoured LRF-producing perikarya is not possible at the light microscopic level.
在光学显微镜水平下,用针对促黄体素释放因子(LRF)的单一抗血清进行免疫染色后,视前区可显示出两种产生激素的核周体。这两种细胞类型在形态特征上有所不同:一种是双极、轮廓光滑的细胞类型,可与轮廓不规则的单极细胞类型区分开来。在同一区域未观察到两种细胞类型之间的中间形式。在电子显微镜下,两种细胞类型均含有大小和免疫反应性相似的标记颗粒。讨论了一种细胞类型表面不均匀是否归因于突触接触区域,以及两种细胞类型是否整合到不同的神经元和功能回路中。此外,在超微结构水平上,从轮廓不规则的产生LRF的核周体中可以区分出另一种阳性染色的细胞类型,可能是神经胶质细胞。后者的特异性标记是由其免疫反应性溶酶体的含量引起的。在光学显微镜水平上,无法区分标记的神经胶质细胞和轮廓不规则产生LRF的核周体。