Romaniuk M S, Bura M V, Mandzynets' S M, Kulachkovs'kyĭ O R, Sanagurs'kyĭ D I
Tsitol Genet. 2014 May-Jun;48(3):43-7.
The ultrastructural organization of loach embryo cells (Misgurnus fossilis L) at the stage of the first and the tenth embryo divisions was investigated in the control and under the influence of low intensity helium-neon laser irradiation of 5 min exposure. The effect of laser irradiation led to ultrastructural changes in cell organelles, increasing the number and size of mitochondria, and as a result their shape changes. Under the influence of laser irradiation, the activation of cellular digestion processes took place, the number of vacuoles and lysosomes increased. The results explain the possible mechanism laser irradiation impact at the cellular level.
在对照条件下以及在低强度氦氖激光照射5分钟的影响下，研究了泥鳅胚胎细胞（Misgurnus fossilis L）在第一次和第十次胚胎分裂阶段的超微结构组织。激光照射的影响导致细胞器超微结构发生变化，线粒体数量和大小增加，其形状也随之改变。在激光照射的影响下，细胞消化过程被激活，液泡和溶酶体数量增加。这些结果解释了激光照射在细胞水平上可能的作用机制。
