Phenetics in Tree Peony Species from China by Flower Pigment Cluster Analysis
Phenetics in Tree Peony Species from China by Flower Pigment Cluster Analysis
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DOI：
10.1007/pl00013985
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发表时间：
2001-09
影响因子：
2.8
通讯作者：
Liang‐Sheng Wang;F. Hashimoto;A. Shiraishi;N. Aoki;Jia-Jue Li;K. Shimizu;Y. Sakata
中科院分区：
文献类型：
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作者：
Liang‐Sheng Wang;F. Hashimoto;A. Shiraishi;N. Aoki;Jia-Jue Li;K. Shimizu;Y. Sakata
牡丹科牡丹属。 （十五份）来自中国。作为色素标记，使用五种花青素以及三种黄酮和三种黄酮醇苷元。主成分分析(PCA)提供了来自19种色素模式的5个特征向量，其中芍药苷和花青素以及苷的类型对第一个因素Z1影响很大。由具有五个因子（Z1至Z5）的特征向量矩阵获得的标准化值的欧几里德距离在Ward最小方差聚类分析中产生树状图，这与基于两个亚科VaginataeF.C.的形态特征的分类具有良好的一致性。斯特恩和德拉瓦亚纳足球俱乐部斯特恩。通过主成分分析和聚类获得的结果符合使用次生代谢物（特别是花色素）作为分类标记的牡丹节的化学分类。
PaeoniasectionMoutanDC. (fifteen accessions) from China. As the pigment markers, five anthocyanins together with three flavone and three flavonol aglycones were used. Principal component analysis (PCA) provided five eigenvectors from nineteen pigment patterns, in which peonidin and cyanidin as well as the types of glycosides greatly influenced the first factor,Z1. The Euclidean distances of standardized values obtained by eigenvector matrices with five factors (Z1toZ5) produced a dendrogram in Ward's minimum variance cluster analysis, which showed good agreement with a classification based on the morphological characteristics of two subsectionsVaginataeF.C. Stern andDelavayanaeF.C. Stern. The results obtained by PCA and clustering qualify a chemical classification of sectionMoutanusing secondary metabolites, specifically flower pigments, as taxonomic markers.