Dmitrieva S A, Minibaeva F V, Gordon L Kh
Tsitologiia. 2006;48(6):475-9.
Relationships between cell division and inositol cycle modulation caused by different effectors in roots of Pisum sativum were studied. Stimulation of the inositol cycle by myoinositol increased the mitotic index of meristematic cells and root length, while the inhibition of the cycle with Li+ and a heavy metal Gd3+ considerably decreased mitotic activity and growth. Exposure of roots to 10 mM CaCl2 and 15 mM myoinositol resulted in the accumulation of chromosome aberrations. Changes in the activity of inositol cycle are assumed to be involved in the root growth control.
研究了豌豆根中不同效应物引起的细胞分裂与肌醇循环调节之间的关系。肌醇对肌醇循环的刺激增加了分生组织细胞的有丝分裂指数和根长,而Li +和重金属Gd3 +对该循环的抑制则显著降低了有丝分裂活性和生长。将根暴露于10 mM CaCl2和15 mM肌醇会导致染色体畸变的积累。肌醇循环活性的变化被认为与根生长控制有关。