Emission of floral volatiles from Mahonia japonica (Berberidaceae).

@article{Picone2002EmissionOF,
  title={Emission of floral volatiles from Mahonia japonica (Berberidaceae).},
  author={JoanneM. Picone and Hazel S. Mactavish and Robin A. Clery},
  journal={Phytochemistry},
  year={2002},
  volume={60 6},
  pages={
          611-7
        }
}
Identification of Volatiles in Headspace Emitted from Mahonia japonica Flowers
Abstract Volatiles emitted into the headspace above flowering Mahonia japonica (Bealei group) (Fort.) Carr. plants were trapped using two methods: PDMS/carbotrap with thermal desorption and Porapak Q
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Comparison of the alkaloid content and essential oil composition of Mahonia species as measured by HPLC and GC–MS methods
Mahonia is an important genus of the Berberidaceae family. Most species of Mahonia plants are traditional herbal medicines with various active components, and Mahonia is reported to be rich in
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The floral volatiles of blackcurrant were collected in situ using the headspace technique and the rhythmic nature of emission seemed to cease under conditions of constant light, which may indicate a circadian control of emission.
Circadian rhythm of volatile emission from flowers of Nicotiana sylvestris and N. suaveolens
The volatile profiles from flowers of Nicotiana sylvestris and N. suaveolens were investigated by means of dynamic headspace sampling and capillary gas chromatography. Under conditions of light/dark
Identification of Volatiles in Headspace Emitted from Mahonia japonica Flowers
Abstract Volatiles emitted into the headspace above flowering Mahonia japonica (Bealei group) (Fort.) Carr. plants were trapped using two methods: PDMS/carbotrap with thermal desorption and Porapak Q
Emission of Volatiles From Brown Boronia Flowers: Some Comparative Observations
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Preliminary evidence is presented for endogenous control of emission of a number of volatiles such as a-pinene, with perhaps diurnal control of others such as b-ionone.
Circadian rhythmicity in emission of volatile compounds by flowers of Rosa hybrida L. cv. Honesty
Abstract. Quantitative headspace analyses of rose flowers showed no significant differences in composition of emitted volatile compounds between flowers on the intact plant and cut flowers placed in
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The results conclude that while the phenological variation in attack rates might have obscured the ability to estimate the fitness consequences of enhanced BA emission, the effects are likely to be dominated by kairomonal rather than synomonal interactions for this self-compatible species.
Rhythms of fragrance emission in flowers
TLDR
A method for the sampling of volatiles emitted by individual flowers allowed the examination of diurnal changes in quantity and quality of fragrance, resulting in the rhythmical change of fragrance quality.
Influence of climatic factors on emission of flower volatiles in situ
A device has been developed for determining the influence of temperature, irradiance and relative air humidity on the emission of flower volatiles in situ. The compounds emitted from flowers of
Further observations on rhythmic emission of fragrance in flowers
TLDR
Results obtained upon the comparative analysis of volatiles in the headspace above the flowers and in petal extract indicate that the relative abundance of an individual compound in the floral fragrance is not a function of differential volatility.
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