Additional file 1 of Enhanced production of hydroxy fatty acids in Arabidopsis seed through modification of multiple gene expression

Additional file 1: Table S1. Fatty acid composition of T2 seeds from pCam5 T1 plants. Table S2. Fatty acid composition of T3 seeds from pCam5 1 and pCam5 4 independent T2 plants (n = T3 line number). Table S3. Fatty acid composition of T4 seeds from pCam5 1–12, pCam5 1–16 and pCam5 4–5 independent T3 plants (n = T4 line number). Table S4. Fatty acid composition of T5 seeds from pCam5 1–12-8, pCam5 1–16-7, pCam5 1–16-8 and pCam5 4–5-2 independent T4 plants (n = T5 line number). Table S5. Fatty acid composition of T2 seeds pCam5-atfae1 1–12 and pCam5-atfae1 1–16 independent T3 plants (n = T2 pCam5-atfae1 line number). Table S6. Fatty acid composition of T3 seeds from pCam5-atfae1 5, pCam5-atfae1 9 and pCam5-atfae1 28 independent T2 plants (n = T3 pCam5-atfae1 line number). Table S7. Fatty acid composition of T4 seeds from pCam5-atfae1 5–9, pCam5-atfae1 28–3 independent T3 plants (n = T4 pCam5-atfae1 line number). Table S8. Promoter–gene–terminator was linked by infusion method and primer list used for pUC19 subcloning. Table S9. Primers were used in this study.