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matthiola_incana_l._w.t.aiton [2020/04/28 23:20] andreas |
matthiola_incana_l._w.t.aiton [2021/05/13 10:27] (aktuell) andreas |
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The flower extract (n-hexan) consisted mainly of fatty acids (tetradecanoic acid 18%, hexadecanoic acid 12%) and alkanes (C14-C20). Monoterpenes detected were limonene, α-terpineol, | The flower extract (n-hexan) consisted mainly of fatty acids (tetradecanoic acid 18%, hexadecanoic acid 12%) and alkanes (C14-C20). Monoterpenes detected were limonene, α-terpineol, | ||
[Evaluation of antioxidant activity, cytotoxic studies and GC-MS profiling of matthiola incana (stock flower)., Rasool, Nasir, et al., Legume Research-An International Journal Vol.36(1), 2013, 21-32] | [Evaluation of antioxidant activity, cytotoxic studies and GC-MS profiling of matthiola incana (stock flower)., Rasool, Nasir, et al., Legume Research-An International Journal Vol.36(1), 2013, 21-32] | ||
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+ | Headspace analysis (SPME; GC-MS DB-wax) of the flowers showed eugenol (33.71%), methyleugenol (23.07%), limonene (11.34%), anethol (8.03%), phenylethanol (4.02%), phenylacetaldehyde (1.34%), isoeugenol (0.89%), benzyl acetate (0.63%), methyl salicylate (0.18%), and anisaldehyde (0.09%) as main components. \\ | ||
+ | [Kang S, Yun BI, European patent EP 3 446 676 A1 (2019)] [[https:// | ||
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