Shirabe T
Folia Psychiatr Neurol Jpn. 1978;32(2):278-83.
The nervous system of the rats with methyl mercury intoxication was studied by a recently developed electron microscopic X-ray microanalytical technique. A mercury element was detected at the lysosome-like dense bodies of the peripheral nerves and of the cerebellum, especially prominent at the dense bodies of the collapsing cells. Mercury was also suggested at the dilated endoplasmic reticulum of Schwann cells. It may be apparent that mercury itself practically penetrates into the cells of the nervous system and directly destructs them. Except for the lysosome-like dense bodies and occasional endoplasmic reticulum, however, the precise localization and distribution of minimal amounts of mercury element within the cells were difficult to evaluate by this method, because a peak for mercury was overlapped occasionally with that of sulphur when they were so scanty in quantity.
采用最近开发的电子显微镜X射线微量分析技术,对甲基汞中毒大鼠的神经系统进行了研究。在周围神经和小脑的溶酶体样致密小体中检测到汞元素,在塌陷细胞的致密小体中尤为明显。在施万细胞扩张的内质网中也发现了汞。汞本身实际上可能穿透神经系统的细胞并直接破坏它们,这一点似乎很明显。然而,除了溶酶体样致密小体和偶尔的内质网外,用这种方法很难评估细胞内微量汞元素的精确定位和分布,因为当汞和硫的含量很少时,汞的峰值偶尔会与硫的峰值重叠。