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Table 1 Tested plants species
Figure 1 Schematic of detecting negative air ions concentration by plant in a sealed chamber
Table 2 Factors and levels for orthogonal test
Figure 2 The changes in negative air ions concentration over 24 h for plant varieties under normal condition
Table 3 Analysis of negative air ions concentration generated by plants among 24 h in natural conditions (ion·cm^-3)
Table 4 Analysis of negative air ions concentration generated by plants upon different combinational parameters of pulsed electrical stimulation (means±SD)
Table 5 Analysis between voltage of plants and negative air ions concentration (means±SD)
Table 6 The negative air ion concentration of plants under pulsed electrical field stimulation in different light intensity (means± SD)
Figure 3 The stomatal shape feature of three plant species under the stimulation of high voltage pulsed electrical field with optimal combinational parameters (The shape feature of three plant species were observed under 40× objectives)
Table 7 The negative air ions concentration and stomata quantitative feature of plants under high voltage pulsed electrical field stimulation (means±SD)
Figure 1 The UPLC profiles of flavonoids glycosides in pollen of Fei-Yun-Qian-Ye (A) and Bo-Li-Xiao-Jie (B) The detection wavelength is 350 nm, and the Bo-Li-Xiao-Jie’s is enlarged 4 times.
Table 1 I-Class UPLC/Xevo TQ MS analysis as well as the structure characterization and tentative identification of flavonols and flavonoids in lotus pollen
Figure 2 The chemical structure scheme of 15 flavonoids detected in lotus pollen. (A) Flavonols; (B) Flavones
Table 2 The contints of flavonoids in 50 cultivars of lotus pollen
Figure 3 The cluster analysis of 50 cultivars of lotus pollen based on their flavonoids composition
Figure 1 Structures of the representative XyGs subunits and glycosyltransferases that involved in xyloglucan biosynthesis
Figure 2 Phylogenetic tree of MUR3 homologous genes in Arabidopsis thaliana
Figure 3 The schematic diagram of the site of mutation in MUR3 mutants

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