主要观点总结
文章介绍了植物代谢组学的进展、应用与整合,包括新技术在植物代谢组学研究中的应用,以及植物代谢组学在应对环境刺激、作物改良和与其他组学整合等方面的研究进展。文章还涉及一个特殊议题,邀请研究者展示植物代谢组学的创新研究,并涉及期刊的CAR指数和被踢指数。
关键观点总结
关键观点1: 植物代谢组学的进展和应用
文章概述了植物代谢组学的重要性,以及其在系统生物学中的位置。介绍了新技术如UPLC-HRMS、direct-infusion-HRMS、光谱学和NMR光谱学在植物代谢组学研究中的应用。
关键观点2: 特殊议题的内容
文章提到了一个特殊议题,旨在展示植物代谢组学的创新研究,包括应对环境挑战的作物改良策略等。
关键观点3: 期刊的CAR指数和被踢指数介绍
文章介绍了期刊的CAR指数和被踢指数,这是评价期刊学术诚信风险的指数。同时说明了Plant Physiology and Biochemistry的CAR指数相对较低。
关键观点4: 绘图业务介绍
文章还介绍了“Figure图”公众号的绘图业务,包括可以完成的绘图类型、绘图周期等。
文章预览
Advances in Plant Metabolomics: Insights, Applications, and Integration Introduction Plant metabolomics, a crucial aspect of systems biology, provides insights into the intricate metabolic networks within plants. Recent technological advancements, such as UPLC-HRMS, direct-infusion-HRMS, spectrometry, and NMR spectroscopy, have significantly expanded the scope of plant metabolome exploration. Metabolomics enables the identification and characterization of dynamic changes in metabolite composition, offering insights into plant responses to environmental stimuli and enhancing our understanding of adaptation and resilience mechanisms. Scope of the Special Issue This special issue aims to provide a focused platform for researchers to showcase innovative research in plant metabolomics, highlighting cutting-edge studies on the role of metabolomics in understanding plant stress responses, from environmental challenges to crop improvement strategies. We invite original research articles, revie
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