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« Previous SpeciesArtemisia absinthium    Next SpeciesArtemisia aksaiensis »

Plant Compounds of Artemisia afra , the African wormwood

Kingdom:  Plantae
Class:  Magnoliopsida
Order:  Asterales
Family:  Asteraceae
Genus:  Artemisia
Author:  Jacquin & Willdenow
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Bedoukain RussellIPM

Compounds:

Mwangi  1995 
 
        2,3-dehydro-1,8-cineole  0.06 ¦Relative ratio of the component¦   Naivasha, Kenya  leaf 
        2-p-tolylpropene  0.01 ¦Relative ratio of the component¦      
        4-terpinenyl acetate  0.01 ¦Relative ratio of the component¦      
        7-epi-5-silphiperfolene  0.01 ¦Relative ratio of the component¦      
        alpha-cadinol  0.01 ¦Relative ratio of the component¦      
        alpha-phellandrene  0.01 ¦Relative ratio of the component¦      
        alpha-terpinene  0.62 ¦Relative ratio of the component¦      
        alpha-terpineol  0.01 ¦Relative ratio of the component¦      
        alpha-terpinolene  0.05 ¦Relative ratio of the component¦      
        beta-pinene  0.16 ¦Relative ratio of the component¦      
        borneol  5.09 ¦Relative ratio of the component¦      
        bornyl acetate  0.23 ¦Relative ratio of the component¦      
        camphene  0.12 ¦Relative ratio of the component¦      
        caryophyllene oxide  0.58 ¦Relative ratio of the component¦      
        cis-1,8-p-menthadien-2-ol  0.01 ¦Relative ratio of the component¦      
        cis-beta-ocimene  0.01 ¦Relative ratio of the component¦      
        cis-linalool oxide  0.01 ¦Relative ratio of the component¦      
        cis-p-2-menthen-1-ol  0.18 ¦Relative ratio of the component¦      
        cis-sabinene hydrate  0.63 ¦Relative ratio of the component¦      
        cis-verbenol  0.01 ¦Relative ratio of the component¦      
        cuminaldehyde  0.01 ¦Relative ratio of the component¦      
        delta1-octen-3-ol  1.14 ¦Relative ratio of the component¦      
        delta-terpineol  0.01 ¦Relative ratio of the component¦      
        eucalyptol  67.37 ¦Relative ratio of the component¦      
        gamma-terpinene  1.64 ¦Relative ratio of the component¦      
        germacrene D  0.01 ¦Relative ratio of the component¦      
        isoamyl isovalerate  0.01 ¦Relative ratio of the component¦      
        isoamyl phenylacetate  0.24 ¦Relative ratio of the component¦      
        isopentyl 2me-butanoate  2 ¦Relative ratio of the component¦      
        isopentyl isobutyrate  0.01 ¦Relative ratio of the component¦      
        limonene  0.27 ¦Relative ratio of the component¦      
        linalool  0.01 ¦Relative ratio of the component¦      
        linalool oxide  0.01 ¦Relative ratio of the component¦      
        myrtenal  0.01 ¦Relative ratio of the component¦      
        myrtenol  0.01 ¦Relative ratio of the component¦      
        p-cymen-8-ol  0.01 ¦Relative ratio of the component¦      
        p-cymene  2.3 ¦Relative ratio of the component¦      
        phenethyl butyrate  0.01 ¦Relative ratio of the component¦      
        pinocarvone  0.01 ¦Relative ratio of the component¦      
        sabinene  0.09 ¦Relative ratio of the component¦      
        spathulenol  0.09 ¦Relative ratio of the component¦      
        terpinen-4-ol  6.5 ¦Relative ratio of the component¦      
        terpinyl acetate  0.94 ¦Relative ratio of the component¦      
        trans-1,8-p-menthadien-2-ol  0.01 ¦Relative ratio of the component¦      
        trans-2-menthenol  0.76 ¦Relative ratio of the component¦      
        trans-nerolidol  0.01 ¦Relative ratio of the component¦      
        trans-pinocarveol  0.01 ¦Relative ratio of the component¦      
        trans-piperitol  0.32 ¦Relative ratio of the component¦      
        trans-sabinene hydrate  0.43 ¦Relative ratio of the component¦      
        trans-verbenol  1.07 ¦Relative ratio of the component¦      
 
Libbey  1989 
 
        alpha-pinene  0.1 ¦Relative ratio of the component¦   Albany, Oregon, USA  leaf 
        alpha-thujone  54.2 ¦Relative ratio of the component¦      
        artemisia alcohol  0.7 ¦Relative ratio of the component¦      
        artemisia ketone  0.3 ¦Relative ratio of the component¦      
        beta-thujone  13.7 ¦Relative ratio of the component¦      
        borneol  1.7 ¦Relative ratio of the component¦      
        camphene  1.6 ¦Relative ratio of the component¦      
        camphor  8.8 ¦Relative ratio of the component¦      
        eucalyptol  13.7 ¦Relative ratio of the component¦      
        isoamyl isovalerate  1.6 ¦Relative ratio of the component¦      
        p-cymene  0.05 ¦Relative ratio of the component¦      
 
Piprek  1982 
 
        alpha-bergamotene  1.49 ¦Relative ratio of the component¦   Alice, South Africa  oil 
        alpha-pinene  0.3 ¦Relative ratio of the component¦      
        alpha-terpinolene  0.51 ¦Relative ratio of the component¦      
        alpha-thujone  52.5 ¦Relative ratio of the component¦      
        aromadendrene  1.38 ¦Relative ratio of the component¦      
        artemisia ketone  1.96 ¦Relative ratio of the component¦      
        beta-caryophyllene  1.62 ¦Relative ratio of the component¦      
        beta-thujone  13.1 ¦Relative ratio of the component¦      
        camphene  1.15 ¦Relative ratio of the component¦      
        camphor  6.55 ¦Relative ratio of the component¦      
        eucalyptol  13 ¦Relative ratio of the component¦      
        gamma-terpinene  0.75 ¦Relative ratio of the component¦      
        p-cymene  0.66 ¦Relative ratio of the component¦      
 
Muyima  2002 
 
        alpha-terpinene  0.3 ¦Relative ratio of the component¦   Alice, South Africa  leaf 
        alpha-thujene  0.2 ¦Relative ratio of the component¦      
        alpha-thujone  52.6 ¦Relative ratio of the component¦      
        beta-phellandrene  0.4 ¦Relative ratio of the component¦      
        beta-pinene  0.1 ¦Relative ratio of the component¦      
        borneol  2.1 ¦Relative ratio of the component¦      
        camphene  2.7 ¦Relative ratio of the component¦      
        camphor  15.6 ¦Relative ratio of the component¦      
        delta1-octen-3-ol  0.1 ¦Relative ratio of the component¦      
        eucalyptol  13.6 ¦Relative ratio of the component¦      
        linalool acetate  0.2 ¦Relative ratio of the component¦      
        m-cymene  1.4 ¦Relative ratio of the component¦      
        pentylbenzene  0.1 ¦Relative ratio of the component¦      
        verbenone  1.5 ¦Relative ratio of the component¦      
 
Moody  1994 
 
        23Hy  13.92 ¦Relative ratio of the component¦   Zimbabwe  oil 
        2me7me-Z4-octen-2,7-diol  19.03 ¦Relative ratio of the component¦      
        2-p-tolylpropene  4.03 ¦Relative ratio of the component¦      
        3-acetyl-me-beta-pinene  0.73 ¦Relative ratio of the component¦      
        alpha-pinene  0.69 ¦Relative ratio of the component¦      
        alpha-thujene  0.55 ¦Relative ratio of the component¦      
        alpha-thujone  1.66 ¦Relative ratio of the component¦      
        artemisia ketone  11.67 ¦Relative ratio of the component¦      
        camphene  0.91 ¦Relative ratio of the component¦      
        camphor  6.21 ¦Relative ratio of the component¦      
        eucalyptol  17.55 ¦Relative ratio of the component¦      
        gamma-elemene  0.84 ¦Relative ratio of the component¦      
        isoborneol  2.67 ¦Relative ratio of the component¦      
        linalool propionate  4.96 ¦Relative ratio of the component¦      
        p-cymene  0.99 ¦Relative ratio of the component¦      
        santalol  0.67 ¦Relative ratio of the component¦      
        terpinen-4-ol  1.22 ¦Relative ratio of the component¦      
        trans-sabinene hydrate  1.19 ¦Relative ratio of the component¦      
 
Reference(s):

Libbey, L.M., and Sturtz, G. 1989. Unusual essential oils grown in Oregon. I. Artemisia afra Jacq. J. Essent. Oil Res. 1(1):29-31.
 
Moody, J.O., Adeleye, S.A., Gundidza, M.G., and Wyllie, G. 1994. Analysis of the essential oil of Artemisia afra. Pharmazie. 49(12):935-936.
 
Muyima, N.Y.O., Zulu, G., Bhengu, T., and Popplewell, D. 2002. The potential application of some novel essential oils as natural cosmetic preservatives in an aqueous cream formulation. Flavour Frag. J. 17(4):258-266.
 
Mwangi, J.W., Achola, K.J., Sinei, K.A., Lwande, W., and Laurent, R. 1995. Essential oil constituents of Artemisia afra Willd. J. Essent. Oil Res. 7(1):97-99.
 
Piprek, S.R.K., Graven, E.H., and Whitfield, P. Some potentially important indigenous aromatic plants for the eastern sea-board areas of Southern Africa. 1982. In: Aromatic Plants, eds. Margaris, H., Koedam, A., and Vokou, D. Martinus Nijhoff Publ., The Hague. 255-263.
 
 
Citation: El-Sayed AM 2024. The Pherobase: Database of Pheromones and Semiochemicals. <http://www.pherobase.com>.
Ⓒ 2003-2024 The Pherobase - Extensive Database of Pheromones and Semiochemicals. Ashraf M. El-Sayed.
Page created on 22-April-2024