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clarkia_breweri_a._gray_greene [2016/06/12 15:31] andreas |
clarkia_breweri_a._gray_greene [2016/06/12 15:32] (aktuell) andreas |
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- | "... GC-MS analyses of C. breweri floral scent identified (S)-linalool and it’s pyranoid oxide, together with benzyl acetate, as the most abundant volatiles emitted over the course of 4–6 days, with a peak in abundance during the first 36 h (Pichersky et al. 1994). The additional five to 12 floral volatiles identified in our analyses were aromatic esters and alcohols produced by the shikimate pathway... | + | "... GC-MS analyses of C. breweri floral scent identified (S)-linalool and it’s pyranoid oxide, together with benzyl acetate, as the most abundant volatiles emitted over the course of 4-6 days, with a peak in abundance during the first 36 h (Pichersky et al. 1994). The additional five to 12 floral volatiles identified in our analyses were aromatic esters and alcohols produced by the shikimate pathway... |
autonomous emissions of linalool by all floral organs, in amounts roughly proportional to their relative masses, while linalool oxides were emitted exclusively by the pistil." | autonomous emissions of linalool by all floral organs, in amounts roughly proportional to their relative masses, while linalool oxides were emitted exclusively by the pistil." | ||
[New Perspectives in Pollination Biology: Floral Fragrances. A day in the life of a linalool molecule: Chemical communication in a plant‐pollinator system. Part 1: Linalool biosynthesis in flowering plants. Raguso, R. A., & Pichersky, E., Plant Species Biology, Vol.14(2), 1999, 95-120] \\ | [New Perspectives in Pollination Biology: Floral Fragrances. A day in the life of a linalool molecule: Chemical communication in a plant‐pollinator system. Part 1: Linalool biosynthesis in flowering plants. Raguso, R. A., & Pichersky, E., Plant Species Biology, Vol.14(2), 1999, 95-120] \\ |