Composition of the Stem, Flower and Fruit Oils ofLitsea cubebaPers. from Two Locations of Assam, India
Sadananda Choudhury, Riyazuddin Ahmed, André Barthel, Piet A. Leclercq
Abstract
Sadananda Choudhury, Riyazuddin Ahmed, André Barthel, Piet A. Leclercq
Abstract
The essential oils from the stems, flowers and fruits of two populations of Litsea cubeba Pers., growing spontaneously in Assam, India, were examined by a combination of high resolution GC and GC/MS. Between 19 and 44 compounds have been identified, accounting for 82–99% of the oils. The major constituents of the stem oils appeared to be citronellol (11.9–20.4%) and citronellal (7.7–10.0%). The fruit oils were also characterized by high concentrations of these compounds, but in reversed order: citronellal (44.8–77.2%) and citronellol (10.9–14.0%). The flower oils were rich in sabinene (41.8–42.3%), citronellal (14.3–17.3%), β-phellandrene (7.7–9.0%), α-pinene (6.6–7.6%) and β-pinene (5.8–6.1%).
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The essential oils from the stems, flowers and fruits of two populations of Litsea cubeba Pers., growing spontaneously in Assam, India, were examined by a combination of high resolution GC and GC/MS. Between 19 and 44 compounds have been identified, accounting for 82–99% of the oils. The major constituents of the stem oils appeared to be citronellol (11.9–20.4%) and citronellal (7.7–10.0%). The fruit oils were also characterized by high concentrations of these compounds, but in reversed order: citronellal (44.8–77.2%) and citronellol (10.9–14.0%). The flower oils were rich in sabinene (41.8–42.3%), citronellal (14.3–17.3%), β-phellandrene (7.7–9.0%), α-pinene (6.6–7.6%) and β-pinene (5.8–6.1%).
Key concepts: Citronellal, Sabinene, Citronellol, Botany, Horticulture, Composition (language), Chemistry, Biology