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. 2016 Dec 28;18(1):52. doi: 10.3390/ijms18010052

Table 2.

Mean ± standard deviation (mg/kg) of some of the phenolic compounds determined in the studied monovarietal olive oils.

Compound Arbequina Arbosana Cornicabra Frantoio Hojiblanca Koroneiki Manzanilla P-Languedoc Picual
D-Ald-D EA 2012/2013 0.40 aA ± 0.27 2.24 aA ± 3.06 1.50 aA ± 0.22 1.47 aA ± 2.92 0.72 aA ± 0.43 0.75 aA ± 1.14 19.42 bA ± 18.75 2.59 aA ± 3.78 1.58 aA ± 1.45
Desoxy-EA 6.83 acA ± 3.54 5.79 ac ± 9.59 2.42 a ± 0.15 3.99 a ± 5.42 9.38 acd ± 13.76 56.30 b ± 23.04 27.08 cd ± 25.17 32.79 d ± 13.70 6.67 ac ± 11.17
Hy-EA 0.11 aA ± 0.02 0.10 a ± 0.04 1.51 b ± 0.16 0.20 a ± 0.10 0.20 a ± 0.05 0.18 a ± 0.09 0.16 a ± 0.07 0.24 a ± 0.07 0.19 a ± 0.06
EA 27.97 aA ± 10.54 25.09 aA ± 11.83 58.68 bcA ± 5.49 49.36 cA ± 9.05 26.21 aA ± 8.58 20.27 adA ± 8.94 26.88 aA ± 7.93 25.45 aA ± 8.17 28.29 aA ± 12.66
Hy D-Ol Agl 1.17 aA ± 0.59 0.41 abA ± 0.49 3.71 cA ± 0.14 0.34 bA ± 0.25 0.37 abA ± 0.21 0.81 abA ± 0.46 0.76 abA ± 0.70 0.71 abA ± 0.41 0.42 abA ± 0.57
DOA 350.41 aA ± 133.43 121.82 bA ± 162.41 205.65 acA ± 8.03 65.70 bA ± 35.16 87.37 bA ± 35.75 143.90 bA ± 60.32 93.94 bA ± 70.06 138.58 bA ± 39.23 71.25 bA ± 107.56
10 Hy-Ol Agl 0.19 aA ± 0.06 0.65 abA ± 1.37 3.48 bA ± 0.24 0.45 aA ± 0.11 0.27 aA ± 0.10 0.34 aA ± 0.13 0.29 aA ± 0.19 1.82 abA ± 4.98 0.31 aA ± 0.15
Methyl D-Ol Agl 2.22 aA ± 2.08 3.53 abA ± 5.33 11.30 bcdgA ± 1.06 14.89 dgA ± 1.41 5.98 abcA ± 3.95 16.59 dA ± 4.18 9.62 abgA ± 4.79 14.11 egA ± 6.82 13.85 degA ± 3.34
D-Lig Agl 203.04 aA ± 44.28 135.98 abcfA ± 36.20 190.46 abA ± 5.27 80.45 fA ± 34.30 75.32 efA ± 25.73 106.13 cfA ± 50.04 77.47 fA ± 32.01 156.39 abcA ± 50.19 55.89 dA ± 51.71
Dehydro Ol Agl 1.67 aA ± 1.64 1.13 aA ± 0.73 1.52 aA ± 0.23 5.56 bceA ± 1.71 2.97 aceA ± 0.32 1.29 aA ± 0.78 1.93 aA ± 1.01 1.85 aA ± 0.57 4.39 ceA ± 1.70
Methyl Ol Agl 1.80 abdA ± 0.64 1.44 aA ± 0.47 0.83 aA ± 0.05 2.86 bcdA ± 0.78 1.95 abdA ± 0.46 3.32 bcdA ± 0.87 1.33 adA ± 0.70 1.25 aA ± 0.48 1.76 abdA ± 0.64
D-Ald-D EA 2013/2014 2.74 aB ± 0.42 20.13 aA ± 48.34 1.46 aA ± 0.09 3.33 aA ± 4.77 0.49 aA ± 0.22 4.82 aB ± 2.32 10.59 aA ± 11.56 1.73 aA ± 1.21 14.45 aB ± 12.39
Desoxy-EA 5.65 aA ± 0.29 1.62 aA ± 0.62 2.81 abB ± 0.11 2.13 aA ± 1.57 8.95 abA ± 13.65 10.64 abB ± 1.77 25.82 bcA ± 32.55 45.44 bA ± 21.23 3.94 aA ± 2.04
Hy-EA 1.04 bB ± 0.24 0.60 ceB ± 0.38 1.60 dA ± 0.09 0.50 aceB ± 0.07 0.14 aA ± 0.05 0.42 aceB ± 0.11 0.15 aA ± 0.12 0.28 aceA ± 0.11 0.53 eB ± 0.19
EA 55.03 aA ± 35.29 60.33 bcA ± 42.65 61.30 abcA ± 5.95 89.04 bcB ± 20.11 38.52 abdA ± 15.46 28.60 abdB ± 3.03 22.42 adA ± 8.21 43.57 abdB ± 14.08 36.85 abdA ± 5.22
Hy D-Ol Agl 3.30 aB ± 0.48 1.10 bA ± 0.83 4.23 aB ± 0.28 0.39 bA ± 0.32 0.14 bB ± 0.07 2.15 cB ± 0.68 0.68 bA ± 0.75 0.46 bA ± 0.19 0.86 bA ± 0.51
DOA 221.14 aB ± 21.08 130.97 bA ± 96.12 221.94 aA ± 20.22 61.84 cA ± 51.00 101.51 cA ± 38.84 263.20 aB ± 88.98 110.31 cA ± 76.53 81.55 cB ± 27.37 79.59 cA ± 47.61
10 Hy-Ol Agl 2.81 bcA ± 2.97 0.19 aA ± 0.08 4.19 cB ± 0.25 0.48 aA ± 0.25 0.25 aA ± 0.10 1.33 abB ± 0.11 0.33 aA ± 0.18 0.62 aA ± 0.19 1.28 abB ± 0.88
Methyl D-Ol Agl 8.45 bdeB ± 0.60 2.11 ceA ± 0.35 13.59 aB ± 0.97 10.20 abdeB ± 2.47 7.33 deA ± 4.30 11.50 abdeB ± 1.02 11.58 abdeA ± 6.61 14.06 aA ± 3.13 10.62 abdeB ± 1.35
D-Lig Agl 153.30 bB ± 13.50 163.43 bcA ± 26.55 203.75 bcA ± 15.34 103.50 aA ± 21.18 89.65 aA ± 26.56 190.12 bcB ± 37.87 108.39 aA ± 38.15 70.38 adB ± 31.83 78.44 aA ± 4.17
Dehydro Ol Agl 1.39 bceA ± 0.19 1.59 ceA ± 0.45 1.46 ceA ± 0.14 6.44 dA ± 0.98 2.66 abcA ± 0.28 0.53 eB ± 0.12 2.19 abcA ± 1.26 2.29 abcA ± 0.96 2.95 acA ± 1.58
Methyl Ol Agl 1.66 bdgA ± 0.20 0.48 ceA ± 0.07 0.90 acdeA ± 0.10 0.80 aceB ± 0.36 0.73 aceB ± 0.35 1.76 dgB ± 0.14 1.30 abdA ± 0.46 0.60 eB ± 0.20 1.61 dgA ± 0.65

Significant differences in the same row are indicated with different lowercase letters (comparison among the 13 cultivars investigated in this study at the same crop season, p < 0.05) and with different capital letters (comparison between crop seasons for the same cultivar, p < 0.05). Since only the quantitative results for some of the determined compounds are included in Table 2 for 9 varieties (to contain the size of the table), the results shown herewith were considered together with those from Table 4 to carry out ANOVA analysis. Secoiridoids were quantified in terms of Oleuropein. P-Languedoc: Picholine de Languedoc.