High quality transmission electron micrographs have played a major role in shaping our views on organelles in plant cells. However, these snapshots of dead, fixed and sectioned tissue do not automatically convey an appreciation of the dynamic nature of organelles in living cells. Advances in the imaging of subcellular structures in living cells using multicoloured, targeted fluorescent proteins reveal considerable changes in organelle pleomorphy that might be limited to small regions of the cell. The fresh data and insights also challenge several existing ideas on organelle behaviour and interactivity. Here, using succinct examples from plastids, mitochondria, peroxisomes, and the endoplasmic reticulum I present an evolving view of subcellular dynamics in the plant cell.

中文翻译：

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综述：细胞器的形态、行为和相互作用

高质量的透射电子显微照片在塑造我们对植物细胞细胞器的看法方面发挥了重要作用。然而，这些死亡、固定和切片组织的快照并不能自动传达对活细胞中细胞器动态特性的理解。使用多色、靶向荧光蛋白对活细胞中亚细胞结构进行成像的进展揭示了细胞器多形性的显着变化，这些变化可能仅限于细胞的小区域。新的数据和见解也挑战了一些关于细胞器行为和交互性的现有想法。在这里，使用来自质体、线粒体、过氧化物酶体和内质网的简洁示例，我提出了植物细胞中亚细胞动力学的进化观点。