Poleshchuk N N, Vil'ner B Ia, Votiakov V I, Kvacheva Z B, Serebriakova E V, Kolomiets N D, Luchko V P, Lushchitskaia N I, Stepanova L B
Biull Eksp Biol Med. 1990 Jul;110(7):90-2.
The influence of amyotrophic leukospongiosis (AL) causative agent on the ultrastructure of different types of cells of dissociated rat embryo brain and spinal cord cultures was studied. The AL agent belongs to the unconventional viruses (prions) and causes degenerative changes in the CNS. Large neurons and fibrous astrocytes were shown to be most sensitive. It was noted that the time of development and the degree of the dystrophic changes depend on the agent concentration. The destruction of cell membranes resulted in the pair neuron confluence. The formation of giant mitochondria with intramitochondrial inclusions was detected. It is supposed that the energetic apparatus of sensitive cells is primarily damaged by the infectious agent.
研究了肌萎缩性白质海绵状脑病(AL)病原体对解离的大鼠胚胎脑和脊髓培养物中不同类型细胞超微结构的影响。AL病原体属于非常规病毒(朊病毒),可引起中枢神经系统的退行性变化。已表明大型神经元和纤维性星形胶质细胞最为敏感。值得注意的是,发育时间和营养不良变化的程度取决于病原体浓度。细胞膜的破坏导致双神经元融合。检测到带有线粒体内包涵体的巨型线粒体的形成。据推测,敏感细胞的能量装置主要受到感染因子的损害。