Schröder R
Acta Neuropathol. 1980;52(2):141-5. doi: 10.1007/BF00688012.
The ceroid pigment of macrophages were subdivided into four different types according to their own color and their ability to stain with luxol fast blue. With reference to this mode a series of more than 200 brain infarcts which had happened 1 day to 56 years before death, was examined systematically. According to the results the ceroid variants do not only succeed one another chronologically but they also represent histochemically successive phases of development which correspond to the progressive auto-oxidation of unsaturated lipids. The occurrence of the different stages is chronologically defined. During this development cortical and subcortical macrophages show different speeds in the ageing process of their pigments. There is no evidence for an essential participation of proteins in the maturation of the ceroid. Not during any phase of development is the reaction pattern identical with that of neuronal and glial lipofuscin.
巨噬细胞的类蜡质色素根据其自身颜色以及用变色酸2R快速蓝染色的能力被细分为四种不同类型。参照这种分类方式,对一系列死亡前1天至56年发生的200多例脑梗死进行了系统检查。根据检查结果,类蜡质变体不仅在时间上相继出现,而且在组织化学上也代表了发育的连续阶段,这与不饱和脂质的渐进性自动氧化相对应。不同阶段的出现是按时间界定的。在这个发育过程中,皮质和皮质下巨噬细胞在其色素老化过程中表现出不同的速度。没有证据表明蛋白质在类蜡质的成熟过程中起重要作用。在发育的任何阶段,其反应模式都与神经元和神经胶质脂褐素的反应模式不同。