Khusainova I S, Shvartsman B E
Tsitologiia. 1975 Nov;17(11):1289-93.
A new principle of taxonomy was used for determination of the spaceal character of the neuron cortex associations based on RNA and SH-group contents. The experiments were performed on the intact cat's somatosensory cortex, and after epileptiform activity induced by electrical stimulation. In the intact cortex, the neuronal mosaic of metabolic activity (determined by RNA and SH-group contents) was meshed, whereas in the hemisphere with epileptiform activity this mosaic was formed by less numerous but larger groups of cells. The functional significance of these groups is discussed.
一种基于RNA和巯基含量的分类学新原则被用于确定神经元皮质关联的空间特征。实验在完整猫的体感皮层上进行，以及在电刺激诱发癫痫样活动之后进行。在完整皮层中，代谢活动的神经元镶嵌模式（由RNA和巯基含量确定）是交错的，而在有癫痫样活动的半球中，这种镶嵌模式是由数量较少但更大的细胞群形成的。讨论了这些细胞群的功能意义。
