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豌豆卷须的生理学研究。五、接触卷曲相关的膜变化和水分运动。

Physiological studies on pea tendrils. V. Membrane changes and water movement associated with contact coiling.

机构信息

Department of Biology, Yale University, New Haven, Connecticut.

出版信息

Plant Physiol. 1968 Apr;43(4):537-42. doi: 10.1104/pp.43.4.537.

Abstract

The coiling of excised pea tendrils in response to mechanical stimulation is accompanied by an increased efflux from their cut bases of electrolytes and label from previously absorbed (14)C-acetate and (14)C-sucrose. The major excreted cation is H(+); H(+) loss is potentiated by pretreatment with benzoic acid, which also leaves the tendrils during coiling.Label from previously absorbed tritiated water is excreted during coiling, mainly from the ventral side of the tendril, which contracts in the initial phase of coiling. Such label does not pass from the ventral to the dorsal side. Similarities between this and other rapidly moving systems in plants are surveyed and a hypothesis to explain turgor movements is advanced.

摘要

切除的豌豆卷须对机械刺激的卷曲伴随着电解质和先前吸收的 (14)C-醋酸盐和 (14)C-蔗糖从其切口基部的流出增加。主要排泄的阳离子是 H(+);用苯甲酸预处理会增强 H(+)的损失,苯甲酸在卷曲过程中也会使卷须离开。卷曲过程中会排泄先前吸收的氚化水的标记,主要来自卷须的腹侧,在卷曲的初始阶段收缩。这种标记不会从腹侧向背侧传递。调查了植物中这种与其他快速运动系统的相似性,并提出了一个解释膨压运动的假说。

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