Dong Shiyao, Fang Siyu, Li Jinyan, Zheng Wenfeng, Wang Zhe, Hu Junlong, Zhao Xiuqi, Liu Zhiyong, Feng Hui, Zhang Yun
Department of Horticulture, Shenyang Agricultural University, Shenyang, SY, China.
Food Chem X. 2024 Apr 10;22:101379. doi: 10.1016/j.fochx.2024.101379. eCollection 2024 Jun 30.
Pakchoi ( ssp. ) is cultivated for its high nutritional value; however, the nutritional diversity of different pakchoi cultivars is rarely investigated. Herein, we performed widely targeted metabolic profiling analyses of five popular pakchois. A total of 670 metabolites were detected, which could be divided into 13 categories. The accumulation patterns of main nutritional metabolites among the five pakchois were significantly different and complementary. Moreover, the pakchoi cultivar 'QYC' showed quite different metabolomic profiles compared with other pakchois. The Venn diagram showed that the 75 differential metabolites were shared among the comparison groups ('QYC' 'MET'/ 'NBC'/ 'PPQ'/ 'XQC'), of which 52 metabolites were upregulated in 'QYC'. The phenolic acids had the largest variations between 'QYC' and the other pakchoi cultivars. These findings expand metabolomic information on different pakchoi cultivars and further provide new insights into the selection and breeding of excellent pakchoi cultivars.
小白菜(亚种)因其高营养价值而被种植;然而,不同小白菜品种的营养多样性很少被研究。在此,我们对五个常见的小白菜品种进行了广泛靶向代谢组分析。共检测到670种代谢物,可分为13类。五个小白菜品种中主要营养代谢物的积累模式存在显著差异且具有互补性。此外,小白菜品种‘QYC’与其他小白菜品种相比,代谢组图谱差异较大。维恩图显示,75种差异代谢物在比较组(‘QYC’‘MET’/‘NBC’/‘PPQ’/‘XQC’)中共有,其中52种代谢物在‘QYC’中上调。酚酸在‘QYC’和其他小白菜品种之间的差异最大。这些发现扩展了不同小白菜品种的代谢组信息,并进一步为优良小白菜品种的选择和育种提供了新的见解。