Microtox Technology for the Evaluation of Comprehensive Toxicity of Shen Mai Injection
10.11842/wst.2016.11.017
- VernacularTitle:Microtox技术应用于参麦注射液综合毒性检测
- Author:
Bingxiang ZHAO
;
Limin LUO
;
Liangchun YAN
;
Hua HUA
;
Mei HU
;
Junning ZHAO
- Keywords:
Microtox technology;
bacteria growth inhibition;
Shen Mai injection;
comprehensive toxicity
- From:
World Science and Technology-Modernization of Traditional Chinese Medicine
2016;18(11):1942-1947
- CountryChina
- Language:Chinese
-
Abstract:
In this research,we chiefly explored a new fast test method--microtox technology to evaluate the comprehensive toxicity of Shen Mai injection.We investigated characteristic parameters of vibrio fischeri (CS234) under different conditions in the pursuit of the optimum test parameters of the reliable method;and then locked the best parameters for Shen Mai injection assay with the products from different manufacturers by microtox fast test.As a result,the optimum reaction condition included 0.9 mL recovery liquid in each freeze-dried vial and 50 μL bacteria suspension of each sample within 2 mL solution in aggregate with 10-mins detection after adding bacteria suspension which pH value ranging from 5 to 10 and luminous intensity from 0.8 to 1.2 million in 10 mins.The relative standard deviation values of replication experiment and precision test were all below 15％.Under this optimum detection condition,it was found that the EC50 values were 35.60％,92.34％ and 146.57％,differing among the samples from three representative drug manufacturers,respectively (P ＜ 0.01).In conclusion,the concentration-effect relationship of Shen Mai injection existed in the toxicity assessment of vibrio fischeri with various ECs0 values from the three manufacturers.These results suggested that biological detection standards of Shen Mai injection presented great growth potential.Microtox-based fast test in the evaluation of comprehensive toxicity of ShenMai injection showed favorable application prospects over controlling the quality of different sources of products.
