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Symbiosis between hydra and chlorella: Molecular phylogenetic analysis and experimental study provide insight into its origin and evolution

机译:与小球藻的共生:分子系统发育分析和实验研究提供了其起源和进化的见解

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Although many physiological studies have been reported on the symbiosis between hydra and green algae, very little information from a molecular phylogenetic aspect of symbiosis is available. In order to understand the origin and evolution of symbiosis between the two organisms, we compared the phylogenetic relationships among symbiotic green algae with the phylogenetic relationships among host hydra strains. To do so, we reconstructed molecular phylogenetic trees of several strains of symbiotic chlorella harbored in the endodermal epithelial cells of viridissima group hydra strains and investigated their congruence with the molecular phylogenetic trees of the host hydra strains. To examine the species specificity between the host and the symbiont with respect to the genetic distance, we also tried to introduce chlorella strains into two aposymbiotic strains of viridissima group hydra in which symbiotic chlorella had been eliminated in advance. We discussed the origin and history of symbiosis between hydra and green algae based on the analysis.
机译:尽管有关水合体和绿藻之间共生的许多生理学研究已有报道,但从共生的分子系统发育学方面获得的信息很少。为了了解两种生物之间共生的起源和演变,我们比较了共生绿藻之间的系统发育关系与宿主水a菌株之间的系统发育关系。为此,我们重建了鸢尾类水菌株的内胚层上皮细胞中携带的几种共生小球藻菌株的分子系统树,并研究了它们与宿主水a菌株的分子系统树的一致性。为了检查宿主和共生体之间的物种特异性相对于遗传距离,我们还试图将小球藻菌株引入到两个预先消除了共生小球藻的水蛇亚目水合作用的共生菌株中。在分析的基础上,我们讨论了水合作用与绿藻共生的起源和历史。

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