Annals of Botany · 2000 · 178 citations · 5 references
Life SciencesBotanyPlant SciencesEthnobotanyPlant BiochemistryPlant SystematicsEssential Oil PlantsOilseed Crop PhysiologyPlant ProductsEssential Oil AnalysisEssential Oil BiosynthesisLinoleic Acid ContentOil Composition AnalysisOleic Acid ContentSesquiterpene Biosynthesis
Native populations of Origanum vulgare L. from the Liguria and Emilia regions of northern Italy were analysed for essential oil content and composition. Morphological characters suggested that the Ligurian samples belonged to the ssp. viride. The essential oil content of inorescences ranged from less than 5 mg g 1 in the samples from Emilia, to more than 50 mg g 1 in some Ligurian samples, values similar to those reported for ssp. hirtum from southern Italy. Sixty-four compounds were identied in the essential oil. The samples were allotted to three main groups on the basis of oil composition: the rst group had a high content of components belonging to the carvacrol/thymol biosynthetic pathway; the second was characterized by a dierent sesquiterpene composition and a high linalool content; and the third, including the two samples of ssp. vulgare from Emilia, was characterized by the presence of abundant sesquiterpenes. The high essential oil content of the samples studied, and the presence of some particular morphological characters suggest that the taxonomy of O. vulgare, especially in its western distribution area, needs further investigation. Linalool types, although often not considered as `typical oregano', may be useful in promoting wider utilization of the biodiversity of this species.
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Mariateresa Russo, Guido C. Galletti, Paola Bocchini et al. · Journal of Agricultural and Food Chemistry · 1998 · 210 citations
Carvacrol‐rich plants in Greece
Stella Kokkini, Despoina Vokou · Flavour and Fragrance Journal · 1989 · 129 citations