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Strigolactones: occurrence, structure, and biological activity in the rhizosphere

机译:胞嘧啶:根际发生,结构和生物活性

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Strigolactones are signaling molecules that play a role in host recognition by parasitic plants of the Striga, Orobanche and Phelipanche genera which are among the most detrimental weeds in agriculture. The same class of molecules is also involved in the establishment of the symbiosis of plants with arbuscular mycorrhizal fungi. In addition, strigolactones are being shown to be involved in an increasing number of physiological processes in plants, such as the regulation of plant architecture and the response to abiotic factors such as nutrient availability and light. Important advances in knowledge about the structure determination, occurrence, biological function and physiological and biochemical regulation of the strigolactones have been revised. This review presents the complete collection of available spectroscopic data of correct structures of strigolactones, the occurrence in plant kingdom, as well as germination and hyphal branching activities, that are of high importance to the scientific community that is investigating these novel plant hormones. Moreover, two new structures of strigolactone members are proposed.
机译:胞嘧啶是信号传导分子,其在孢子菌,orobanche和phelipanche属的寄生植物中起作用的作用,这些分子是农业中最不损害的杂草之一。同一类分子也参与建立植物与丛枝菌根真菌的共生。此外,杂草酮被证明涉及植物中的越来越多的生理过程,例如植物建筑的调节以及对非生物因子的反应,如营养可用性和光。关于结构测定,发生,生物学功能和生理学和生理和生化调节的重要进展已经修订了杂草酮的生物化学调节。本综述提出了完整的杂志,植物王国的发生,植物王国的发生,以及萌发和亚腿分支活动的完整集合,这对于调查这些新颖的植物激素的科学界非常重要。此外,提出了两种杂芳酮成员的新结构。

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