论抽搐运动及其机制。

J Henrichsen
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引用次数: 0

摘要

以前发表的报告已经在所有的病例中建立了抽搐运动和极性毛的占有之间的相关性。抽搐运动被证明高度依赖于琼脂表面液体的可用性。本文的实验证实了:1)抽搐依赖于一定厚度的液体层的存在,2)这种液体层在生物生长区域周围的产生,3)抽搐细菌对空气-水界面的亲和力。从这些事实推理,我们假设,对空气-水界面的亲和力是由极性菌毛赋予细胞的。文章还提出了这些运动是如何产生的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
On twitching motility and its mechanism.

Previously published reports have established a correlation between twitching motility and the possession of polar fimbriae in all cases examined. Twitching motility was shown to be highly dependent on the availability of liquid at the agar surface. In the present paper experiments are reported that establish: 1) the dependence of twitching on the existence of a layer of liquid of a particular thickness, 2) the production of such a liquid layer surrounding areas of growing organisms, and 3) the affinity of twitching bacteria for the air-water interface. Reasoning from these facts, it is postulated that the demonstrated affinity for the air-water interface is conferred upon the cells by the polar fimbriae. It is also suggested how the movements might be generated.

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