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Role of Membrane-bound, Fixed-charge Changes in Phytochrome-mediated Mung Bean Root Tip Adherence Phenomenon 12

机译:膜结合固定电荷变化在植物色素介导的绿豆根尖粘附现象中的作用12

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摘要

The movement of cells and cell fragments in an electric field provided a means for determining the nature of cellular surface charges. We found that changes in ionic strength and particularly changes in Ca2+ and H+ in the bathing medium cause changes in the surface charges on the root cap cells in the absence of red light. Red light-induced charge changes are demonstrable only on root cap cells and are reversible with far red light. By osmotically separating the membrane from the wall, we demonstrated that both light-induced and ionically mediated charge changes are associated with the cell membrane and not the cell wall.
机译:细胞和细胞碎片在电场中的运动为确定细胞表面电荷的性质提供了一种手段。我们发现离子强度的变化,尤其是沐浴介质中Ca2 +和H +的变化会导致在没有红光的情况下,根冠细胞的表面电荷发生变化。红光诱导的电荷变化仅在根冠细胞上可见,而远红光则可逆。通过将膜与壁进行渗透分离,我们证明了光诱导和离子介导的电荷变化均与细胞膜相关,与细胞壁无关。

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