Comparative Study on the Salt-processed Excipients for Aconite Based on “Efficacy Enhancing and Toxicity Re- ducing”
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Comparative Study on the Salt-processed Excipients for Aconite Based on “Efficacy Enhancing and Toxicity Re- ducing”
China PharmacyVol. 31, Issue 10, (2020)
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Published:2020,
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ZHANG Cunyan, LIU Hongmei, WEI Ailing, et al. Comparative Study on the Salt-processed Excipients for Aconite Based on “Efficacy Enhancing and Toxicity Re- ducing”. [J]. China Pharmacy 31(10).(2020)
DOI:
ZHANG Cunyan, LIU Hongmei, WEI Ailing, et al. Comparative Study on the Salt-processed Excipients for Aconite Based on “Efficacy Enhancing and Toxicity Re- ducing”. [J]. China Pharmacy 31(10).(2020)DOI:
Comparative Study on the Salt-processed Excipients for Aconite Based on “Efficacy Enhancing and Toxicity Re- ducing”
OBJECTIVE:To compare the c ontents of 6 kinds of ester alkaloids in raw aconite and 5 kinds of salt-processed products,and to provide reference for the optimization of salt-processing technology. METHODS :Processed with bittern , magnesium chloride ,sodium chloride ,calcium chloride and potassium chloride as excipients ,and HPLC method were adopted to determine the contents of 6 kinds of ester alkaloids in raw aconite and 5 kinds of salt-processed products. The effect/toxicity ratio and toxicity component index were used to evaluate the effect and toxicity of raw aconite and 5 kinds of salt-processed products. RESULTS: The linear range of benzoylneoaconitine , benzoylhypoconitine, benzoylaconitine, neoaconitine, aconitine and hypoconitine were 2.440-24.40,2.240-22.40,2.020-20.20,2.780-27.80,2.240-22.40,2.240-22.40 μg/mL(r≥0.999 0). RSDs of precision,stability and repeatability tests were all less than 2%. The recovery rates were 102.13%-104.87%(RSD=0.98%,n= 6),100.00%-105.00%(RSD=2.02%,n=6),95.00%-99.29%(RSD=1.77%,n=6),100.41%-104.58%(RSD=1.78%,n= 6),98.87%-99.90%(RSD=0.41%,n=6),100.20%-104.00%(RSD=1.55,n=6),respectively. The contents of total alkaloids in order from the largest to the smallest was as follows :raw aconite >processed products of sodium chloride >processed products of bittern >processed products of potassium chloride >processed products of calcium chloride >processed products of magnesium chloride. The order of effect/toxicity ratio was processed products of potassium chloride >processed products of magnesium chloride>processed products of sodium chloride >processed products of calcium chloride >processed products of bittern >raw aconite. The order of toxicity component index was raw aconite >processed products of sodium chloride >processed products of bittern>processed products of calcium chloride >processed products of potassium chloride >processed products of magnesium chloride. CONCLUSIONS :Using 5 kinds of salt as excipients ,the proce ssing technology has different degrees of “efficacy enhancing and toxicity reducing ”effect. Among them ,magne- sium chloride ,potassium chloride and calcium chloride are better for processing and can be used for processing aconite.
College of Pharmacy, Shandong University of Traditional Chinese Medicine
Binzhou Key Laboratory of Chemical Drug Research and Quality Control
Binzhou Testing Center
College of Pharmacy, Hubei University of Chinese Medicine
Dept. of Pharmacy, Hubei Provincial Hospital of Traditional Chinese Medicine/the Affiliated Hospital of Hubei University of Chinese Medicine/Hubei Province Academy of Traditional Chinese Medicine