Meitner E R
Acta Anat (Basel). 1977;97(2):191-9.
Regarding the different stainability when using the Luxol fast blue methods, two kinds of Purkinje cells of the rat are described: Luxol-positive and Luxol-negative cells. Since, by this method, phospholipids are demonstrated, the author suggests the prospective varying functional conditions of these cells. Different tinction of Purkinje cells has been confirmed also by other methods (gallocyanin-chromalaun, thionine, toluidine blue, lithium-haematoxylin, chromalaun-haematoxylin-phloxine and acid phosphatase) in both animal and human material. After 96 h of immobilization the different stainability of Purkinje cells becomes more marked, which penomenon can be as well explained with regard to the functional point of view. Similar differences, though less marked, were found also in neurosecretory cells of the nucelus supra-opticus of the rat and in the nuclear region of the ganglion semilunare Gasseri cells in man. Finally, the author refers to the relations between the Luxol blue staining method and Baker's method employing acid haematoxylin for demonstration of phospholipids in certain kinds of nervous system cells, taking into consideration Kroon's findings.
关于使用卢戈氏坚牢蓝方法时的不同染色性，描述了大鼠的两种浦肯野细胞：卢戈氏阳性细胞和卢戈氏阴性细胞。由于通过这种方法可显示磷脂，作者推测这些细胞可能存在不同的功能状态。在动物和人体材料中，其他方法（如间苯二酚蓝 - 铬明矾、硫堇、甲苯胺蓝、锂苏木精、铬明矾 - 苏木精 - 焰红染料和酸性磷酸酶）也证实了浦肯野细胞的不同染色情况。固定96小时后，浦肯野细胞的不同染色性变得更加明显，从功能角度来看，这一现象也可以得到很好的解释。在大鼠视上核的神经分泌细胞以及人类半月神经节加斯里细胞的核区域中也发现了类似的差异，不过不太明显。最后，作者参考克伦的研究结果，提及了卢戈氏蓝染色法与贝克氏用酸性苏木精显示某些神经系统细胞中磷脂的方法之间的关系。
