Microtubule and actin cytoskeletons are fundamental to a variety of cellular activities within eukaryotic organisms. Extensive information on the dynamics and functions of microtubules, as well as on their regulatory proteins, have been revealed in fungi and animals, and corresponding pictures are now slowly emerging in plants. During interphase, plant cells contain highly dynamic cortical microtubules that organize into ordered arrays, which are apparently regulated by distinct groups of microtubule regulators. Comparison with fungal and animal microtubules highlights both conserved and unique mechanisms for the regulation of the microtubule cytoskeleton in plants.

中文翻译：

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植物相间微管的动力学和调节：一个比较的观点。

微管和肌动蛋白的细胞骨架是真核生物内各种细胞活动的基础。关于微管的动力学和功能及其调节蛋白的广泛信息已经在真菌和动物中发现，并且相应的图片现在正慢慢在植物中出现。在相间期，植物细胞包含高度动态的皮质微管，这些微管组织成有序的阵列，显然由不同的微管调节剂组调节。与真菌和动物微管的比较突出了植物中微管细胞骨架调节的保守机制和独特机制。