Tsaplev Iu B, Zatsepina G N
Biofizika. 1981 May-Jun;26(3):522-6.
It is known that tissues, organs and organisms are characterized by electric polarity. There are many hypotheses as to their origin and the role of polarity in vital activity. However the final solution of these problems was not found. We have shown that the potential difference (DEP) measured along the plant surface (extracellular potentials) is directly related to the membrane potential difference across the cells of symplast. The mechanism of the propagation of variable potential similar to the mechanism of the propagated action potential in the excitable tissue was considered earlier. The data concerning the influence of the constant electric field of the plant on the shape and amplitude of the variable potential are presented.
众所周知,组织、器官和生物体具有电极性特征。关于它们的起源以及极性在生命活动中的作用,存在许多假说。然而,这些问题尚未找到最终解决方案。我们已经表明,沿植物表面测量的电位差(DEP)(细胞外电位)与共质体细胞间的膜电位差直接相关。类似于可兴奋组织中传播动作电位的机制,可变电位的传播机制此前已被研究。本文给出了关于植物恒定电场对可变电位形状和幅度影响的数据。