Sarkisov D S, Pal'tsyn A A, Kolker I I, Badikova A K, Chevronskaia N V
Arkh Patol. 1986;48(12):6-13.
By means of electron-microscopic radioautography RNA synthesis in blood neutrophils of burn patients was studied. Activation by phagocytic subjects was found to increase overall level of RNA synthesis in blood neutrophils either by increasing the number of cells capable of synthesis, or increasing their number in line with the intensification of the process in each of these cells. Alteration of activation conditions influences the degree of RNA synthesis by both of these means. Wound neutrophils are activated cells with a high level of RNA synthesis and low compared to blood cells, level of protein synthesis and increased capability of adhesion as well. They contain in their numerous phagosomata tissue detritus more frequently than bacteria do. Wound neutrophils are subjected to rapid destruction; it is not possible to stimulate in them phagocytic activity by means of opsonized Pseudomonas aeruginosa.
通过电子显微镜放射自显影术,对烧伤患者血液中性粒细胞中的RNA合成进行了研究。发现吞噬对象的激活会通过增加能够合成的细胞数量,或随着每个细胞中过程的强化而增加其数量,从而提高血液中性粒细胞中RNA合成的总体水平。激活条件的改变会通过这两种方式影响RNA合成的程度。伤口中性粒细胞是具有高水平RNA合成的激活细胞,与血细胞相比,蛋白质合成水平较低,黏附能力也增强。它们的许多吞噬体中比细菌更频繁地含有组织碎屑。伤口中性粒细胞会迅速被破坏;通过调理过的铜绿假单胞菌无法刺激它们的吞噬活性。