Determination of Luteolin by Fluorescence Spectrometry

Wei Huang; Feng Wang; Hong Long Zhu

doi:10.4028/www.scientific.net/AMR.941-944.994

Paper Titles

Hydraulic Performance of Olive Stone Filtration Systems
p.970

Organobentonites for Controlled Release of Diazinon
p.975

Study on the Storage Stability of High Neutralization Degree Phosphate-Bonded No-Bake Sand
p.981

A Comparison Study of the Effects of Ultrasonication on the Gelation Behavior between the Silk Fibroin of Domestic and Wild Silkworms
p.989

Determination of Luteolin by Fluorescence Spectrometry
p.994

Dynamic Models of Cell Growth and its β-Carotene Synthesis from the Red Yeast Mutant
p.998

Extraction Technology and Determination of Total Flavonoid in Magnolia Liliiflora Petals
p.1003

Fractal Modeling Research in Permeability of Camellia and Bancoul Nut Cakes under Cold-Press
p.1008

Improving the Yields of Carotene from Red Yeast by Using Ultra High Pressure and its Mutagenic Mechanism
p.1016

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 941-944Determination of Luteolin by Fluorescence...

Determination of Luteolin by Fluorescence Spectrometry

Abstract:

It is showed that in the buffer solution of Borax-HCl (pH=6.00), the presence of LU could quench the fluorescence of OFLO, and the quenched level is linear with the concentration of luteolin in a certain range. The detection limit of luteolin is 1.27×10^-9g·mL^-1.The linear range of luteolin is 2.00×10^-7- 8.00×10^-5mol·L^-1 with R =0.9955. The average recovery is 99.2%, RSD = 0.75% . The average content of luteolin in honeysuckle is 212.0μg·g ^-1. At the same time, its mechanism is discussed by resonance light scattering and absorption spectra. Compared with other analysis methods for Luteolin which have been reported,this method has a relatively wider linear range and higher sensitivity.

You might also be interested in these eBooks

View Preview

Info:

Periodical:

Advanced Materials Research (Volumes 941-944)

Pages:

994-997

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.941-944.994

Citation:

Cite this paper

Online since:

June 2014

Authors:

Wei Huang, Feng Wang, Hong Long Zhu

Keywords:

Fluorescence Spectra, Luteolin (LU), OFLO, UV Absorption Spectra

Export:

RIS, BibTeX

Price:

Permissions CCC:

Request Permissions

Permissions PLS:

Request Permissions

Сopyright:

Citation:

References

[1] Dai SM, Zhou JD, Wu Y. Chinese Journal of Antibiotics Vol. 31 (2006), p.314.

Google Scholar

[2] Zhang JM, Xi LY, Lu CM. Chinese Journal of Laboratory Medicine Vol. 30, (2007) p.27.

Google Scholar

[3] Wang K, WangYY, Zhao BD, Liu XH, Li MJ, Xu PH. Journal of Henan University (natural science ) Vol. 41, (2011) p.40.

Google Scholar

[4] Yang ML, Wang LT. China Journal of Traditional Chinese Medicine and Pharmacy Vol. 22, (2007) p.666.

Google Scholar

[5] Wang Hp, Zhang XY, Song XB, Li YF, Li QG. Heilongjiang Medical Journal Vol. 17, (2004) p.10.

Google Scholar

[6] Zhang WL, zhang S, Zou YM. Chinese Journal of Pharmaceutical Analysis Vol. 19, (1999) p.52.

Google Scholar

[7] Ma CY, Li YX, Liang RX. Shandong Journal of Traditional Chinese Medcine Vol. 20, (2001) p.172.

Google Scholar

[8] Xu WF, Liao XL, Gao ZQ, Song ZG. Chinese Journal of Analytical Chemistry Vol. 35, (2007) p.1685.

Google Scholar

[9] Zhang Hongkun; GuoXing Ming . Journal of Guizhou University ( Agricultural and Biolog ical Science) Vol. 21, (2002)p.424.

Google Scholar

[10] JingRJ, Jiang XY, Hou SR, Li XJ, Yuan ZB. Chinese Journal of Analytical Chemistry Vol. 35, (2007)p.1187.

Google Scholar

[11] Qu LB, Zhao JH, Yang R, Li JJ. Physical Testing and Chemical Analysis(Part B: Chemical Analysis) Vol. 46, (2010)p.313.

Google Scholar

[12] Liu AL, Chen W, Zhang SB, Lin XH. Chinese Journal of Pharmaceutical Analysis Vol. 31, (2011) p.1516.

Google Scholar

[13] BAN LN, XU YJ. Chinese Traditional Patent Medicine Vol. 34, (2012) p.265.

Google Scholar