首页> 外文期刊>FEBS Letters >Protein turnover in the cytoplasmic transport system within an insect ovary ‐ a clue to the mechanism of microtubule‐associated transport
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Protein turnover in the cytoplasmic transport system within an insect ovary ‐ a clue to the mechanism of microtubule‐associated transport

机译:昆虫卵巢内细胞质转运系统中的蛋白质更新-微管相关转运机制的线索

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>The movement of radioactively labelled polypeptides into the microtubule-associated transport channels in the ovaries of a hemipteran insect has been analysed using SDS-polyacrylamide slab gel electrophoresis and fluorography. The patterns of label suggest that the microtubules which pack the transport channels form a relatively static cytoskeleton while other components move independently from them along the channels. As well as illustrating the functional organisation of microtubule-associated transport in this system our studies of labelled proteins have also provided clues as to the mechanism of transport itself.
机译:使用SDS-聚丙烯酰胺平板凝胶电泳和荧光分析法分析了放射性标记的多肽向半翅目昆虫卵巢中微管相关转运通道的运动。标记的模式表明,包装运输通道的微管形成了相对静态的细胞骨架,而其他成分则沿着通道独立地移动。除了说明该系统中微管相关运输的功能组织外,我们对标记蛋白质的研究还提供了有关运输本身机制的线索。

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