Smirnova E A, Kazachkina N N, Grebenshchikova V I, Chentsov Iu S
Tsitologiia. 1987 Jan;29(1):47-53.
The behavior of cells with different structure of cytoskeleton was studied in the hypotonic media: protoplasts, embryonal mouse fibroblasts and transformed mouse fibroblasts (L-line). Protoplasts were most sensitive to the hypotonic media. They began to disrupt in the hypotonic medium 4:1, and in the hypotonic medium 1:7 a complete lysis of cells was observed. Transformed mouse fibroblasts were disrupted in the medium diluted 1:15, while embryonal mouse fibroblasts were not disrupted in the medium diluted 1:31. Moreover, in the hypotonic conditions an essential difference was observed between the cells studied. Embryonal mouse fibroblasts are more tolerant to the hypotonic conditions than L-cells and protoplasts. It is suggested that the cytoskeleton may define the cell tolerance in hypotonic media.
原生质体、胚胎小鼠成纤维细胞和转化小鼠成纤维细胞(L系)。原生质体对低渗介质最敏感。它们在4:1的低渗介质中开始破裂,在1:7的低渗介质中观察到细胞完全裂解。转化小鼠成纤维细胞在1:15稀释的介质中破裂,而胚胎小鼠成纤维细胞在1:31稀释的介质中未破裂。此外,在低渗条件下,所研究的细胞之间观察到本质差异。胚胎小鼠成纤维细胞比L细胞和原生质体对低渗条件更耐受。有人认为细胞骨架可能决定细胞在低渗介质中的耐受性。