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--- reseda_odorata_l [2017/03/23 10:14]
andreas
+++ reseda_odorata_l [2017/08/18 15:04]
andreas
@@ Zeile 12: / Zeile 12: @@
 [Surburg et al., Volatile compounds from Flowers, in: Teranishi, R.;Buttery, R. G.;Sugisawa, H. Bioactive volatile compounds from plants. (Book) 1993, 179-181]
-Headspace analysis of the flowers showed dihydro-β-ionone (23%), α-ionone (18%), dihydo-β-ionol (5%), dihydro-α-ionone (1.8%) and α-ionol (1.2%) to be the main constituents. Other components are β-cyclogeraniol (6%), tetra- (4.5%) and pentadecane (2.4%), (E)-nerolidol (3.6%), nonanal (1.5%), decanal (1.4%), 6-pentyl-α-pyrone (0.5%) and two theaspirones (2.2%).
+| {{:reseda_theaspirones.jpg| reseda theaspirones}} reseda theaspirones |{{:dihydroionone_beta.jpg| dihydro-β-ionone}} \\ dihydro-β-ionone | {{:ionone_alpha_er.jpg| α-ionone}} \\ α-ionone | {{:delta_lactone.jpg|}} \\ (R)-(+)-delta-decalactone \\ (R=n-Pentyl) |
+Headspace analysis of the flowers showed dihydro-β-ionone (23%), α-ionone (18%), dihydo-β-ionol (5%), dihydro-α-ionone (1.8%) and α-ionol (1.2%) to be the main constituents. Other components are β-cyclogeraniol (6%), tetra- (4.5%) and pentadecane (2.4%), (E)-nerolidol (3.6%), nonanal (1.5%), decanal (1.4%), 6-pentyl-α-pyrone (0.5%) and two theaspirones (2.2%). \\
 "Particularly important in olfactory terms is the combination of carotenoid degradation products (β-ionone and descendants) and 6-pentyl-α-pyrone (smells alone like a ripe peach, along with some coumarin)." \\
 [Roman Kaiser, personal mail of an analysis from 1984]

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