Traditional Chinese medicine monomer composition for anti-inflammation
A technology of monomer composition and traditional Chinese medicine, applied in the direction of drug combination, anti-inflammatory agent, antipyretic, etc., can solve the problems of anti-inflammatory pharmacological effects and research reports of traditional Chinese medicine monomer composition, and achieve good anti-inflammation in vivo Effects of activity, prolonging survival time, good medicinal prospects
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Embodiment 1
[0025] Example 1 Design of Orthogonal Test Table
[0026] According to the non-toxic doses of forsythin, emodin, baicalin, and glycyrrhizin screened in the previous stage, orthogonal design was performed to obtain the orthogonal test design table of Chinese medicine monomer composition (Table 1).
[0027] Table 1 Orthogonal test design table of non-toxic doses of forsythin, emodin, baicalin, and glycyrrhizin composition
[0028]
[0029] Note: In the following examples, the following marks are used to represent the concentration of each component.
[0030] A: 1=0.4μM, 2=0.2μM, 3=0.1μM; B: 1=4μM, 2=2μM, 3=1μM;
[0031] C: 1=20 μM, 2=10 μM, 3=5 μM; D: 1=50 μM, 2=25 μM, 3=12.5 μM.
Embodiment 2
[0032] Example 2 Toxicity evaluation test of forsythin, emodin, baicalin and glycyrrhizin composition to zebrafish
[0033] Tg (coro1a: eGFP; lyz: Dsred) zebrafish juveniles were randomly divided into groups (n=30, 3day postfertilization), which were the drug group and the control group. The control group was given the same concentration of dimethyl sulfoxide (DMSO) and soaked Administration, observe and record zebrafish survival rate and deformity rate (spinal curvature, pericardial cyst, skeletal deformity) within 72 hours.
[0034] The mortality and distortion rate of zebrafish juveniles are calculated as follows:
[0035] Survival rate = number of surviving zebrafish embryos / total zebrafish embryos×100%
[0036] Abnormality rate = number of abnormal zebrafish embryos / total zebrafish embryos×100%
[0037] The results of the test did not cause the effects of the composition of forsythin, emodin, baicalin, and glycyrrhizin to cause distortion and death of zebrafish juveniles, that is,...
Embodiment 3
[0040] Example 3 Protective effect of forsythin, emodin, baicalin, glycyrrhizin composition on zebrafish death caused by lipopolysaccharide (LPS)
[0041] Test method: Tg (coro1a: eGFP; lyz: Dsred) zebrafish juveniles were randomly divided into groups (n=30, 3daypost fertilization), yolk sac was microinjected with 2mg / mL LPS to create a model, and then immersed in forsythin and emodin. , Baicalin, glycyrrhizin composition or 5μg / mL dexamethasone (DEX) treatment, yolk sac microinjection of phosphate buffered saline (PBS) as a negative control group, observe and record the survival of zebrafish within 72h, and draw Survival curve.
[0042] Test results: Orthogonal analysis shows that the composition of forsythin, emodin, baicalin, and glycyrrhizin can all reduce the death of zebrafish caused by LPS (Table 3).
[0043] Further orthogonal test analysis of variance showed that four monomers of forsythin, emodin, baicalin, and glycyrrhizin are indispensable for the activity of the composi...
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