The essential oils of leaves and flowers of the wild and cultivated Moroccan Achillea ageratum L., a rare and threatened medicinal species, were examined by GC/MS, and their chemical compositions were compared. At least nine components were identified in both wild and cultivated A. ageratum oils, representing more than 95% of the oils. Artemisyl acetate (62.34–78.79%), yomogi alcohol (4.89–12.40%), santolina alcohol (4.86–11.77%), and artemisia alcohol (3.36–7.04%) were the major compounds. Terpene-alcohol proportion was higher in wild A. ageratum than in cultivated A. ageratum. The antibacterial analysis showed that both oils presented high activity against all the studied Gram-positive strains in a range of MIC values from 2.55 to 7.02 mg/ml, but they appeared not effective against the tested Gram-negative ones (MIC values 20.40–41.10 mg/ml). They also exhibited remarkable antifungal activities against Candida species with MIC values ranging from 5.83 to 8.42 mg/ml. From these results, it was concluded that domestication of this threatened medicinal species using clonal propagation did not significantly affect its chemical composition and consequently its antimicrobial properties.
Journal article
Essential oil composition and antimicrobial activity of wild and cultivated Moroccan Achillea ageratum L.: a rare and threatened medicinal species
Chemistry & Biodiversity, Vol.9(3), pp.598-605
2012
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Abstract
Details
- Title
- Essential oil composition and antimicrobial activity of wild and cultivated Moroccan Achillea ageratum L.: a rare and threatened medicinal species
- Creators
- Leila El Bouzidi - Université Cadi AyyadAbdelaziz Abbad - Université Cadi AyyadLahcen Hassani - Université Cadi AyyadKarine Fattarsi - Université Cadi AyyadDavid N Leach - Southern Cross UniversityMohammed Markouk - Université Cadi AyyadLaurent Legendre - Université Cadi AyyadKhalid Bekkouche - Université Cadi Ayyad
- Publication Details
- Chemistry & Biodiversity, Vol.9(3), pp.598-605
- Identifiers
- 1590; 991012821757502368
- Academic Unit
- Southern Cross Plant Science
- Resource Type
- Journal article