KOU Zhen-zhen, TANG Li-ying, ZHOU Guo-hong, et al. Influence of Processing on Decocting Rates of Active Components in Cassiae Semen[J]. Chinese journal of experimental traditional medical formulae, 2016, 22(24): 1-4.
KOU Zhen-zhen, TANG Li-ying, ZHOU Guo-hong, et al. Influence of Processing on Decocting Rates of Active Components in Cassiae Semen[J]. Chinese journal of experimental traditional medical formulae, 2016, 22(24): 1-4. DOI: 10.13422/j.cnki.syfjx.2016240001.
Objective: To discuss the influence of frying and pounding on contents and decocting rates of active components in Cassiae Semen. Method: HPLC was employed to simultaneously determine contents and decocting rates of three naphthopyrone glycosides (rubrofusarin gentiobioside
cassiaside and cassiaside C) and three anthraquinones (aurantio-obtusin
methyl-obtusifolin and obtusifolin) in Cassiae Semen before and after processing
acetonitrile-tetrahydrofuran-1% acetic acid for gradient elution was used as the mobile phase
detection wavelength was set at 278 nm. Result: The content of water soluble extract of Cassiae Semen increased 1.7% after frying
this index of raw products and fried products raised 13.3% and 13.1% after pounding
respectively.Contents of three naphthopyrone glycosides in decoction were dropped after frying
but three anthraquinones were increased.The above results were similar to raw products after pounding by comparing with raw products without pounding.After pounding
decocting rates of three naphthopyrone glycosides in fried products increased by comparing with fried products without pounding
but these of three anthraquinones did not change significantly.Decocting rates of five compounds were dropped and one compound had no abvious change in fried products without pounding;but three naphthopyrone glycosides went up and three anthraquinones dropped in fried products after pounding. Conclusion: Both of frying and pounding have a great impact on contents and decocting rates of active compounds in Cassiae Semen
especially the latter.And in frying and decocting process
glycosidic enzymes contained in Cassiae Semen are involved in promoting the transformation of these active ingredients in this herb.