Figures & data
FIGURE 1 PHPLC chromatogram of products with lauric acids as acyl donor. Note: The peak1 was target acylated product, the peak 2, 3 and others were unknown and unrelated by-products.
![FIGURE 1 PHPLC chromatogram of products with lauric acids as acyl donor. Note: The peak1 was target acylated product, the peak 2, 3 and others were unknown and unrelated by-products.](/cms/asset/7be15ec0-4c1f-4c39-a0b1-11487f94e52b/ljfp_a_1016577_f0001_b.gif)
FIGURE 2 FTIR spectra of C3G and acylated C3G. Note: The line of a was the FTIR spectrum of C3G which was unacylated, the line of b was the FTIR spectrum of acylated C3G.
![FIGURE 2 FTIR spectra of C3G and acylated C3G. Note: The line of a was the FTIR spectrum of C3G which was unacylated, the line of b was the FTIR spectrum of acylated C3G.](/cms/asset/acb3292b-f8e8-4b97-b541-7310ba17fa86/ljfp_a_1016577_f0002_oc.jpg)
FIGURE 3 Total ion chromatograms of acylated C3G. Note: The liguid chromatogram was the total ion chromatogram of acylated C3G, the peak is what we wanted, called “acylated C3G” which retention time is 6.43.M.
![FIGURE 3 Total ion chromatograms of acylated C3G. Note: The liguid chromatogram was the total ion chromatogram of acylated C3G, the peak is what we wanted, called “acylated C3G” which retention time is 6.43.M.](/cms/asset/c4ebdca6-8d5b-4e6b-99e1-7eee9f3c4e35/ljfp_a_1016577_f0003_b.gif)
FIGURE 4 Mass spectrogram of acylated C3G. Note: This was the mass spectrogram of acylated C3G, the m/z was 631, m/z + 1 = 632, m/z + 2 = 633.
![FIGURE 4 Mass spectrogram of acylated C3G. Note: This was the mass spectrogram of acylated C3G, the m/z was 631, m/z + 1 = 632, m/z + 2 = 633.](/cms/asset/6d564bf3-ec8b-416c-bfd6-7f6be03ad407/ljfp_a_1016577_f0004_b.gif)
FIGURE 5 Synthetic route of C3G. Note: This was the synthetic routes of C3G, through the method of mixed ester to combine glucoside’s primary hydroxyl group of C3G and lauric acid, thereby resulting the target product.
![FIGURE 5 Synthetic route of C3G. Note: This was the synthetic routes of C3G, through the method of mixed ester to combine glucoside’s primary hydroxyl group of C3G and lauric acid, thereby resulting the target product.](/cms/asset/9dbe11a1-c23e-4b2a-9139-41f0ba8d72ca/ljfp_a_1016577_f0005_b.gif)