黄酮类化合物结构及化学分类的初步研究进展

N. Semmar, Sana Zouaoui
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引用次数: 0

摘要

摘要本通讯从几个方面介绍了对黄酮类化合物的药理学评估的初步更新,包括:(i)结构-结构关联,(ii)结构-植物关联和(iii)结构-活性趋势。虽然对次级代谢物的药理学评估不断进行,但一小部分已发表的(已阐明的)分子被发现与实验室测试有关。这导致文献中的信息非常稀疏,不利于该领域的综合工作。虽然稀疏的数据不利于对目标系统进行深入分析(例如,与特定植物分类单元相关的特定代谢家族的特定药理活性),但来自许多来源的大量累积数据为广泛分析提供了另一种方法,有助于突出目标生化系统的骨干信息。这一原则被应用于强调不同的结构,功能和化学分类方面的药理评价黄酮类化合物。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Preliminary updating on structural and chemotaxonomical aspects of pharmacologically evaluated flavonoids
Abstract. This communication presents a preliminary update on pharmacologically evaluated flavonoids under several aspects including: (i) structure-structure associations, (ii) structure-plant affiliations and (iii) structure-activity trends. Although pharmacological evaluations are continuously performed on secondary metabolites, a small fraction of published (elucidated) molecules were revealed to be concerned with lab testing. This resulted in strongly sparse information in literature that did not favor integrative work in this field. While sparse data don’t favor intensive analysis of well target system (e.g. a given pharmacological activity of a given metabolic family associated with a given plant taxon), big sets of cumulated data from many origins provide alternative way for extensive analysis helping to highlight backbone information on target biochemical system. This principle was applied to highlight different structural, functional and chemotaxonomical aspects of pharmacologically evaluated flavonoids.
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