Table 1 in Bioactive diterpenoid metabolism and cytotoxic activities of genetically transformed Euphorbia lathyris roots

Table 1 Peak areas of the putatively assigned diterpenes (1–10) in transformed roots, wild type, and leaves/stem. Peak area data were generated via an extracted ion chromatogram (i.e. XIC) followed by summing the area under the curves (i.e. AUC).
m/zPutative MolecularTRPutative IDPeak Area (Transform-edPeak Area (WildPeak Area (Leaves andFormula(min)Root)Type)Stem)331.1890C20H26O42.3ingenol (1)1.27E + 082.68E + 074.76E + 06321.2412C20H32O33.9ent-16α,17-dihydroxyatisan-3-one (2)4.62E + 071.71E + 06ND*481.2575C29H36O66.2jolkinol A (3)1.72E + 081.49E + 083.41E + 05419.2414C24H34O66.73,15-diacetoxy-5,6-epoxylathyr-12-en-14-1.29E + 081.46E + 08ND*one (4)361.2365C22H32O47.8jolkinol D (5)6.16E + 081.14E + 08ND*453.2257C27H33O68.83- O -benzoylingenol (6)4.87E + 084.66E + 089.36E + 06465.2628C29H36O510.1jolkinol B (7)1.41E + 096.56E + 087.18E + 05447.2732C26H38O611.615- O -acetyl-3- O -iso -butyryljolkinol-5 β,6 β -1.52E + 083.29E + 08ND*oxide (8)501.2297C28H36O6S12.5jolkinoate M (9)9.11E + 08ND*3.39E + 04497.2875C30H40O613.5euphoractin J (10)1.14E + 081.23E + 085.12E + 05