Korzhenevskaia T G, Nikitina K A, Gusev M V
Mikrobiologiia. 1975 May-Jun;44(3):485-8.
The effect of light was studied with the spheroplasts of the blue-green alga Anabaena variabilis. Contrary to the intact cells, the spheroplasts did not synthesize nucleic acids and pigments in the light. These components of the spheroplasts were decomposed in the light, and the remaining chlorophyll was incapable of luminescence. The rate of oxygen uptake increased upon the incubation of the spheroplasts in the light. Changes of the functions induced by lysozyme in the cells of A. variabilis are irreversible, contrary to those which are caused by the incubation in the darkness and can be restored if the cells are transferred into the light.
利用多变鱼腥藻的原生质球研究了光的效应。与完整细胞相反,原生质球在光照下不合成核酸和色素。原生质球的这些成分在光照下被分解,剩余的叶绿素不能发光。将原生质球在光照下培养时,氧气摄取速率增加。溶菌酶在多变鱼腥藻细胞中诱导的功能变化是不可逆的,这与在黑暗中培养所引起的变化相反,黑暗中培养引起的变化在细胞转移到光照下时可以恢复。