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首页> 外文期刊>The Plant Cell >Trafficking of proteins through plastid stromules.
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Trafficking of proteins through plastid stromules.

机译:通过质体基质运输蛋白质。

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摘要

Stromules are thin projections from plastids that are generally longer and more abundant on non-green plastids than on chloroplasts. Occasionally stromules can be observed to connect two plastid bodies with one another. However, photobleaching of GFP-labeled plastids and stromules in 2000 demonstrated that plastids do not form a network like the endoplasmic reticulum, resulting in the proposal that stromules have major functions other than transfer of material from one plastid to another. The absence of a network was confirmed in 2012 with the use of a photoconvertible fluorescent protein, but the prior observations of movement of proteins between plastids were challenged. We review published evidence and provide new experiments that demonstrate trafficking of fluorescent protein between plastids as well as movement of proteins within stromules that emanate from a single plastid and discuss the possible function of stromules.
机译:基质小球是来自质体的细小突起,通常在非绿色质体上比在叶绿体上更长和更丰富。有时可以观察到基质将两个质体相互连接。但是,2000年用GFP标记的质体和基质进行光漂白表明,质体不像内质网那样形成网络,因此提出了基质具有主要功能,而不是将物质从一种质体转移到另一种质体。 2012年,使用光可转换的荧光蛋白证实了网络的缺失,但先前观察到的蛋白在质体之间运动的观察受到了挑战。我们审查了公开的证据,并提供了新的实验来证明荧光蛋白在质体之间的运输以及从单个质体发出的基质中蛋白质的运动,并讨论了基质的可能功能。

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