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首页> 外文期刊>Trends in Plant Science >Flowers and mycorrhizal roots - closer than we think?
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Flowers and mycorrhizal roots - closer than we think?

机译：花和菌根-比我们想象的要近？

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摘要

Roots and flowers are formed at the extreme ends of plants and they differ in almost every aspect of their development and function; even so, they exhibit surprising molecular commonalities. For example, the calcium and calmodulin-dependent protein kinase (CCaMK) plays a central role in root symbioses with fungi and bacteria, but is also highly expressed in developing anthers. Moreover, independent evidence from transcriptomics, phylogenomics, and genetics reveals common developmental elements in root symbioses and reproductive development. We discuss the significance of these overlaps, and we argue that an integrated comparative view of the two phenomena will stimulate research and provide new insight, not only into shared components, but also into the specific aspects of anther development and root symbioses.
机译：根和花形成于植物的末端，几乎在其发育和功能的各个方面都不同。即使如此，它们仍具有令人惊讶的分子共性。例如，钙和钙调蛋白依赖性蛋白激酶（CCaMK）在与真菌和细菌的根共生中起核心作用，但在发育中的花药中也高度表达。此外，来自转录组学，系统发育组学和遗传学的独立证据揭示了根部共生和生殖发育中的共同发育要素。我们讨论了这些重叠的重要性，并认为对这两种现象的综合比较观点将激发研究并提供新见识，不仅对共享的成分，而且对花药发育和根部共生的特定方面。

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