The functional properties of biofortified Brassica microgreens are mediated by the interaction between glucosinolates and polyphenols following vermicompost seed priming

Supplementary material for the manuscript titled "The functional properties of biofortified Brassica microgreens are mediated by the interaction between glucosinolates and polyphenols following vermicompost seed priming".

Supplementary Table S1. Composition of vermicompost biostimulant.
Supplementary Table S2. Raw dataset on the untargeted UHPLC-QTOF/MS metabolomics of vermicompost seed-primed microgreens.
Supplementary Table S3. DAMs derived from the Volcano analysis on cress microgreens.
Supplementary Table S4. DAMs derived from the Volcano analysis on daikon microgreens.
Supplementary Table S5. DAMs derived from the Volcano analysis on mustard microgreens.
Supplementary Table S6. DAMs derived from the Volcano analysis on red cabbage microgreens.
Supplementary Table S7. Pearson correlation coefficients (r cut-off = 0.57) on the rCCA-mediated integration of bioactive compounds and in vitro biological activities of vermicompost seed-primed microgreens.

补充材料，收录于题为《经过蚯蚓堆肥种子预处理的 Brassica 微型蔬菜的功能特性受糖苷和酚类物质相互作用调节》的论文中。

补充表 S1：蚯蚓堆肥生物刺激剂的组成。

补充表 S2：未经靶向的 UHPLC-QTOF/MS 代谢组学在蚯蚓堆肥种子预处理微型蔬菜中的原始数据集。

补充表 S3：基于火山分析得到的萝卜微青菜衍生的差异代谢物 (DAMs)。

补充表 S4：基于火山分析得到的白菜微青菜衍生的差异代谢物 (DAMs)。

补充表 S5：基于火山分析得到的芥菜微青菜衍生的差异代谢物 (DAMs)。

补充表 S6：基于火山分析得到的紫甘蓝微青菜衍生的差异代谢物 (DAMs)。

补充表 S7：Pearson 相关系数（r 截断值 = 0.57）在 rCCA 介导的生物活性化合物与蚯蚓堆肥种子预处理微型蔬菜体外生物学活性整合分析中。