Laure-Kamionowska M, Dambska M
Laboratory of Developmental Neuropathology, Polish Academy of Sciences, Warsaw.
Neuropatol Pol. 1992;30(3-4):307-14.
The aim of the study is to present the damaging influence of toxoplasmic encephalitis on newborn brains. The material consisted of six cases of toxoplasmosis who died during the first months of life. The neuropathological picture indicated indirectly the mechanism of spread of the inflammatory-necrotic process. In the first stage of pathologic process intensive inflammatory infiltrations in the periventricular white matter were seen. In the next stage the necrotic changes involved the majority of the hemispheric white matter. Further development of the disease transformed the brain hemispheres into thin-walled sacs composed of meninges and remnants of the nervous system. Finally, the inflammatory process resulted in hydranencephaly. Proliferation of subependymal glia evident in all cases and blocking the pathways of the cerebro-spinal fluid circulation, may have played a role in this process.
该研究的目的是呈现弓形虫性脑炎对新生儿大脑的损害影响。研究材料包括6例在出生后最初几个月内死亡的弓形虫病病例。神经病理学表现间接表明了炎症坏死过程的传播机制。在病理过程的第一阶段,可见脑室周围白质有密集的炎性浸润。在下一阶段,坏死性改变累及大部分半球白质。疾病的进一步发展使脑半球变成由脑膜和神经系统残余物组成的薄壁囊。最后,炎症过程导致积水性无脑畸形。所有病例中均可见室管膜下胶质细胞增生,阻塞脑脊液循环通路,这可能在该过程中起了作用。