## 3 Results and Discussion
### Phenolic Compounds
\begin{table}
\begin{tabular}{c c c c c c c c c} \multicolumn{6}{c}{_Ogliarola_} & \multicolumn{6}{c}{_Coratian_} \\ \cline{2-10} \multicolumn{1}{c}{**Phenolite Compounds**} & \multicolumn{1}{c}{**OG1**} & \multicolumn{1}{c}{**OG2**} & \multicolumn{1}{c}{**OG3**} & \multicolumn{1}{c}{**OG4**} & \multicolumn{1}{c}{**COR1**} & \multicolumn{1}{c}{**COR2**} & \multicolumn{1}{c}{**COR3**} & \multicolumn{1}{c}{**COR4**} \\ \multicolumn{1}{c}{**(No Q. Supply)**} & \multicolumn{1}{c}{**(O.2 u Lmin)**} & \multicolumn{1}{c}{**(O.2 u Lmin)**} & \multicolumn{1}{c}{**(O.2 u Lmin)**} & \multicolumn{1}{c}{**(O.2 u Lmin)**} & \multicolumn{1}{c}{**(No Q. Supply)**} & \multicolumn{1}{c}{**(O.2 u Lmin)**} & \multicolumn{1}{c}{**(O.2 u Lmin)**} & \multicolumn{1}{c}{**(O.2 u Lmin)**} & \multicolumn{1}{c}{**(O.2 u Lmin)**} \\ \hline Hydroxyproxyl & \(1.6\pm 0.1\) b & \(3.2\pm 0.8\) a & \(1.7\pm 0\) b & \(1.7\pm 0\) b & \(1.7\pm 0.2\) b & \(1.1\pm 0.0\) b & \(1.3\pm 0.1\) a & \(1.2\pm 0.0\) a & \(1.1\pm 0.1\) b \\ Tyynod & \(4.4\pm 0.6\) a & \(4.2\pm 0.3\) a & \(4.3\pm 0.2\) a & \(4.3\pm 0.0\) a & \(2\pm 0.1\) b & \(2.4\pm 0.2\) a & \(2.5\pm 0.3\) a & \(2.2\pm 0.0\) b \\ Vanilic acid & \(0.4\pm 0.1\) a & \(0.3\pm 0.0\) a & \(0.3\pm 0.0\) a & \(0.4\pm 0.0\) a & \(0.5\pm 0.1\) a & \(0.6\pm 0.1\) a & \(0.6\pm 0.1\) a & \(0.4\pm 0.0\) b \\ \(P\)-Counter acid & \(0.3\pm 0.0\) a & \(0.3\pm 0.0\) a & \(0.3\pm 0.0\) a & \(0.3\pm 0.0\) a & \(0.3\pm 0.0\) a & d. & d. & d. & d. \\ Olecation & \(384.1\pm 0.2\) a & \(375.4\pm 23.2\) a & \(364.8\pm 31.4\) a & \(304.1\pm 15.6\) a & \(555.3\pm 8.6\) a & \(527.1\pm 32.4\) a & \(472.3\pm 6.1\) b & \(286.1\pm 37.8\) a \\ Olelecathath & \(71.1\pm 4.4\) a & \(69.1\pm 8.8\) a & \(65.2\pm 5.2\) a & \(59.8\pm 29.3\) a & \(105.5\pm 8.6\) a & \(106.3\pm 0.7\) a & \(105.3\pm 57.4\) a & \(107.4\pm 31.4\) a \\ (+)-1-xacetylyninomass & \(42.6\pm 1.1\) a & \(41.6\pm 1.4\) a & \(42.6\pm 17.4\) a & \(41.6\pm 0.3\) a & \(33.4\pm 0.2\) a & \(34.2\pm 0.3\) a & \(33.5\pm 1.8\) a & \(34.3\pm 3.3\) a \\ (+)-1-xopenthenol & \(19.1\pm 0.7\) a & \(19.4\pm 0.8\) a & \(19.8\pm 22.2\) a & \(19.5\pm 0.7\) a & \(15.2\pm 0.3\) a & \(15.4\pm 0.4\) a & \(15.0\pm 0.7\) a & \(13.3\pm 1.6\) a \\ Oleurenium exposure & \(103.6\pm 5.5\) a & \(101.1\pm 6.4\) a & \(9.35\pm 4.4\) a & \(87.0\pm 0.2\) b & \(126.5\pm 0.7\) b & \(128.5\pm 2.3\) a & \(112.7\pm 14.6\) a & \(14.5\pm 0.4\) a \\ Ligustrade exposure & \(175.5\pm 16.8\) a & \(16.4\pm 10.4\) a & \(17.6\pm 0.4\) a & \(16.7\pm 0.8\) a & \(17.4\pm 22.0\) & \(21.3\pm 1.7\) b & \(22.2\pm 1.3\) a & \(17.6\pm 0.6\) b \\ Sum of Oleurenium derivatives & \(499.3\pm 21.1\) a & \(459.9\pm 24.1\) a & \(479.6\pm 31.7\) a & \(419.5\pm 15.6\) b & \(682.9\pm 11.1\) a & \(657.3\pm 3.9\) a & \(586.2\pm 6.2\) b & \(415.6\pm 39.2\) a \\ Sum of Bifuside derivatives & \(562.3\pm 4.7\) a & \(547.8\pm 8.8\) a & \(560.4\pm 5.2\) b & \(499.9\pm 30.0\) a & \(124.4\pm 6.2\) a & \(127.3\pm 1.3\) a & \(130.5\pm 9.9\) a & \(129.9\pm 18.8\) a \\ Sum of Bifuside derivatives & \(61.7\pm 1.3\) a & \(62.4\pm 18.3\) a & \(62.4\pm 2.7\) a & \(61.1\pm 0.8\) a & \(48.6\pm 0.4\) a & \(49.6\pm 0.5\) a & \(48.5\pm 12.2\) a & \(483.3\pm 3.7\) a \\ Total phenol & \(644.8\pm 22.3\) a & \(603.4\pm 26.5\) a & \(610.8\pm 32.5\) a & \(561.7\pm 15.9\) b & \(586.4\pm 14.6\) a & \(807.1\pm 4.9\) a & \(765.2\pm 8.8\) a & \(891.2\pm 08.0\) a \\ \hline \end{tabular} Note Results for the mean of two determinations in two independent experiments - the standard deviation. Incident in the sum of Oleurenium derivatives and hydroxyproxyl. Olelecath are also superimposed as the sum of bismuth-deuterium derivatives from polychand-diuterium derivatives from polychand-diuterium derivatives from polychand-diuterium derivatives. The standard deviation is \(\pm\)-1-xacetylyninomass and (+)-xacetylinomass. For each different culture, different lowercase letters (a, b, d indicate that the results are statistically different from one another (\(\sigma=0.05\)), d.d., one detected)  
\end{table}