Table 2 in Extracellular lipids of Camelina sativa: Characterization of cutin and suberin reveals typical polyester monomers and unusual dicarboxylic fatty acids

Table 2 Detailed cutin monomer compositions of C. sativa leaf, stem and flower.
MonomerLeafStemFlowerMol%StDevMol%StDevMol%StDevFatty Acids11.051.5612.802.441.760.791. Hexadecanoic Acid (16:0)9.031.0710.571.881.360.682. Octadecanoic Acid (18:0)0.40.140.230.043. Eicosanoic Acid (20:0)0.450.030.410.114. Tetracosanoic Acid (24:0)1.170.322.010.51ω -Hydroxy Fatty Acids13.261.078.261.338.933.025. 16-Hydroxyhexadecanoic Acid (16:0)4.320.281.240.175.271.396. 18-Hydroxyoctadecadienoic Acid (18:2)2.260.64.300.867. 18-Hydroxyoctadecenoic Acid (18:1)6.430.182.710.303.041.508. 18-Hydroxyeicosanoic Acid (18:0)0.250.010.620.13Secondary Hydroxy-Containing Fatty acids25.892.5226.352.7148.959.619. 9,15-Dihydroxypentadecanoic Acid (15:0)0.290.0210. 10,16-Dihydroxyhexadecanoic Acid (16:0)16.990.7110.241.2147.179.2311. (8,9)10,17-Dihydroxyheptadecanoic Acid (17:0)1.150.090.370.0312. (9)10(11),18-Dihydroxyoctadecanoic Acid (18:0)0.590.020.560.0913. 9,10,18-Trihydroxyoctadecanoic Acid1 (18:0)0.90.042.040.160.850.2614. (9)10,18-Dihydroxyoctadecenoic Acid2 (18:1)1.210.0515. 9-Epoxy-18-Hydroxyoctadecenoic Acid (18:1)0.250.022.290.1616. 2-Hydroxyeicosanoic Acid (22:0)0.760.271.070.0617. 2-Hydroxytricosanoic Acid (23:0)0.310.081.220.1018. 2-Hydroxytetracosenoic Acid (24:1)0.930.33.120.5019. 2-Hydroxytetracosanoic Acid (24:0)2.510.926.380.511, ω -Dicarboxylic Acids14.011.9129.227.599.583.4320. 1,15-Pentadecane Dioic Acid (15:0)0.880.7311.895.0721. 1,16-Hexadecane Dioic Acid (16:0)5.840.633.330.505.841.5722. 1,17-Heptadecane Dioic Acid (17:0)0.430.030.750.1223. 1,18-Octadecane Dioic Acid (18:0)0.830.2524. 1,18-Octadecene Dioic Acid (18:1)4.380.311.820.110.830.6225. 1,18-Octadecadiene Dioic Acid (18:2)0.870.084.660.520.750.5426. 1,18-Octadecatriene Dioic Acid (18:3)1.610.137.521.400.570.32Hydroxylated 1, ω -Dicarboxylic Acids7.620.861.881.2830.7813.0627. 6(7)-Hydroxy-1,15-Pentadecane Dioic Acid (15:0)0.630.140.690.3328. 5,6-Dihydroxy-1,15-Pentadecane Dioic Acid (15:0)17.588.0629. 7(8)-Hydroxy-1,16-Hexadecane Dioic Acid (16:0)0.780.381.651.212.220.9330. 7(8)-Hydroxy-1,17-Heptadecane Dioic Acid (17:0)2.940.060.230.0810.113.5631. 8(9)-Hydroxy-1,18-Octadecane Dioic Acid (18:0)0.550.0432. 8(9),10-Dihydroxy-1,18-Octadecane Dioic Acid (18:0)0.280.090.190.1733. 9-Hydroxy-1,18-Octadecene Dioic Acid2 (18:1)0.360.0534. 9-Hydroxy-1,18-Octadecene Dioic Acid2 (18:1)2.060.1Aromatics28.194.8321.506.7935. Ferulic Acid0.640.045.480.9536. Caffeic Acid26.334.727.244.3037. Coumaric Acid1.220.078.781.54100.0012.79100.0022.14100.0029.90
Data are mean with SD (n =4). Only identified depolymerization products are reported in the table, corresponding to 75% (flower), 87% (leaf) and 77% (stem) of the total chromatographic area.
1 Flower cutin contains also a minor isomer 9,11, 18-triOH 18:0.
2 Photooxidation products.