植物中的植物:对莱佛士内生植物在寄主体内发育的认识

Adhityo Wicaksono, Sofi Mursidawati, Jeanmaire Molina
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引用次数: 9

摘要

莱佛士花(Rafflesia)以其宿主藤(Tetrastigma)为代价,开出了世界上最大的单花,但它最初是一种不起眼的内生植物。目前尚不清楚莱佛士的种子是如何进入宿主体内并发芽的。许多当地人声称已经成功地从种子中培育出了这种全寄生花,并开花了。利用现有的形态组织学研究,结合当地Rafflesia种子种植者的描述,以及我们自己未发表的工作细节,我们填补了Rafflesia从种子萌发到宿主内生菌,然后过渡到开花阶段的生命周期的缺失细节。萌发后,莱佛士内生植物形成由营养分生细胞组成的无性系网络,被分裂的寄主组织分开,每个分生细胞簇最终发育成原始花芽或原球茎。我们建议未来的工作包括质谱成像来表征代谢物,这些代谢物允许远距离内生菌簇和花芽诱导之间的交流,而不会破坏样品的组织学。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Plant within a Plant: Insights on the Development of the Rafflesia Endophyte within its Host
Rafflesia produces the largest single flowers in the world, at the expense of its host vine, Tetrastigma, yet it begins as an inconspicuous endophyte. It is unknown how the Rafflesia seed gets into the host and germinates. Multiple locals claim to have successfully grown the holoparasitic flower from seeds resulting in blooms. Using available morpho-histological studies, combined with descriptions from local Rafflesia seed growers, as well as unpublished details of our own work, we filled in the missing details of Rafflesia’s life cycle from seed germination to endophyte inside the host before it transitions to its flowering stage. Post-germination, the Rafflesia endophyte forms a clonal network of vegetative meristematic cells, separated by the dividing host tissue, each meristematic cell cluster eventually developing into the primordial floral bud or protocorm. We propose future work involving mass spectrometry imaging to characterize the metabolites that allow communication between distant endophytic clusters and floral bud induction without destroying the histology of the sample.
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