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Integrated Metabolomics and Phytochemical Genomics Approaches for Studies on St, John's Wort

机译:综合代谢组织和植物化学基因组学研究St,John's Wort的研究方法

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摘要

Metabolomics is widely applied fur investigation of the correlation between metabolites and genes responsible for the synthesis of the particular sets of metabolites. In this review, we discuss metabolomics research on Hypericum peiforaium (St. John's Wort) to elucidate the overall regulation of the metabolism related to the mechanisms of natural variations and environmental stresses such as fungal infections, light stTesses, and chemical elicitors. We also focus on phytochemical genomics and genomic information. St. John's Wort is a medicinal plant with high potential of producing hypericin used for mild depression remedy, so knowledge on the biosynthetic pathway of unique metabolites is fundamental fur their biotechnological commercial production. These metabolites have often complex biosynthetic pathway and it is challenging to identify all of the catalyzing enzymes. The development of metabolic systems biology could open new channels for high-speed constniction and evaluation of hypotheses for cellular regulatory systems.
机译:代谢组学被广泛应用于代谢物和原因之间的相关性的毛发调查,该基因负责合成特定代谢物组的合成。在这篇综述中,我们讨论了对金刚颗粒(St. John's Wort)的代谢组科研究,以阐明与自然变异和环境压力机制相关的新陈代谢的整体调节,如真菌感染,轻质匍匐茎和化学品质。我们还专注于植物化学基因组学和基因组信息。圣约翰麦芽汁是一种药用植物,具有高潜力的生产高蛋白,用于温和抑郁症的疗法,因此对独特代谢物的生物合成途径的知识是他们的生物技术商业生产的基本毛皮。这些代谢物通常具有复杂的生物合成途径,识别所有催化酶是挑战性的。代谢系统生物学的发展可以打开新的通道,用于高速群集和对细胞调节系统的假设的评估。

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