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首页> 外文期刊>Plant signaling & behavior >The root endophyte fungus Piriformospora indica leads to early flowering, higher biomass and altered secondary metabolites of the medicinal plant, Coleus forskohlii.
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The root endophyte fungus Piriformospora indica leads to early flowering, higher biomass and altered secondary metabolites of the medicinal plant, Coleus forskohlii.

机译：根内生真菌 Piriformospora indica 导致药用植物 forskohlii 的早期开花，较高的生物量和次级代谢产物的改变。

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摘要

This study was undertaken to investigate the influence of plant probiotic fungus Piriformospora indica on the medicinal plant C. forskohlii. Interaction of the C. forskohlii with the root endophyte P. indica under field conditions, results in an overall increase in aerial biomass, chlorophyll contents and phosphorus acquisition. The fungus also promoted inflorescence development, consequently the amount of p-cymene in the inflorescence increased. Growth of the root thickness was reduced in P. indica treated plants as they became fibrous, but developed more lateral roots. Because of the smaller root biomass, the content of forskolin was decreased. The symbiotic interaction of C. forskohlii with P. indica under field conditions promoted biomass production of the aerial parts of the plant including flower development. The plant aerial parts are important source of metabolites for medicinal application. Therefore we suggest that the use of the root endophyte fungus P. indica in sustainable agriculture will enhance the medicinally important chemical production.
机译：进行这项研究以调查植物益生菌真菌印度梨形孢子虫对药用植物C的影响。 forskohlii 。 C的相互作用。 forskohlii 与根内生菌 P field稻在田间条件下会导致空中生物量，叶绿素含量和磷的吸收总量增加。真菌还促进了花序的发育，因此花序中对苏铁的数量增加。根部厚度的增长以​​iP降低。印度d处理植物，因为它们变得有纤维，但形成了更多的侧根。由于根生物量较小，因此福司可林的含量降低了。 C的共生相互作用。 forskohlii 与 P。 field稻在田间条件下促进了植物空中部分的生物量生产，包括开花。植物的地上部分是药用的重要代谢产物来源。因此，我们建议使用根内生真菌 P。可持续农业中的稻将提高具有重要医学意义的化学生产。

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