Svanidze I K, Didimova E V
Tsitologiia. 1975 Oct;17(10):1226-8.
The change of rhythmic dry mass fluctuations of the cultured glial cell due to its exposure to ultra-violet rays (the wave length 280-370 nm) produces similar changes in the contacting non-irradiated cell. The data obtained show that the intercellular contact has an important role in the synchronization of glial cell dry mass fluctuations.
培养的神经胶质细胞暴露于紫外线（波长280 - 370纳米）后，其节律性干质量波动的变化会在与之接触的未受照射细胞中产生类似变化。所获数据表明，细胞间接触在神经胶质细胞干质量波动的同步化过程中起着重要作用。
