TABLE 2.

Calibration curves and determination of 31 compounds detected in Jinbei oral liquid.

No.	Compound	Linear equation	Correlation coefficient	Content/(μg/mL)	No.	Compound	Linear equation	Correlation coefficient	Content/(μg/mL)
1	Imperialine	y = 5,827.2x-521.13	R.2 = 0.9988	0.43	1	4,5-Dicaffeoylquinic acid	y = 2673.8x −19959	li.2 = 0.9963	57.98
2	Peiminine	y = 26236x+78109	R.2 = 0.9998	0.03	I s	Caffeic acid	y = 3779.5x+ 13427	P.2 = 0.9993	30.83
3	Liquiritin	y = 342.8x +7708.6	W = 0.9933	43.46	19	Chloroganc acid	y = 2507.6x + 46783	R' = 0.9944	75.14
4	Glygrrhizic acid	y = 2401.41 E+26052	R.2 = 0.9947	63.93	20	Luteoloside	y = 3634.3x + 75209	R' = 0.9971	752
5	Liquiritigenin	y = 2958x+50925	R.2 = 0.9987	336	21	Rutin	y = 2903.8x+ 13218	12.2 = 0.9998	4.74
6	1813-Glycyrrhetinic acid	y = 997.13x+1698.9	R.2 = 0.9922	0.18	22	Forsythin	y = 109.47x + 1888.1	12.2 = 0.9972	25.76
7	Baicalein	y = 2080.1x - 28289	R.2 = 0.9972	11.98	23	Fcasythoside A	y = 599.56x + 9257.4	R' = 0.9950	776.70
8	Wogonin	y = 9225.5x+ 107086	R.2 = 0.9988	554	24	Ligustilide	y = 520.38x - 4362.7	W. = 0.9988	12.96
9	Rosmarinic acid	y = 534.67x + 5,438.6	R.2 = 0.9975	24.29	25	Rosmarinic acid	y = 711.29x + 10180	R' = 0.9990	820
10	Baicalin	y = 129.68x + 2059.1	R.2 = 0.9908	13L61	26	Bergapten	y = 6139.2x - 52792	R' = 0.9983	0.11
11	Schaftosicie	y = 517.03x + 2832.6	R.2 = 0.9971	4.69	27	Calycosin	y = 4076.2x + 79611	R' = 0.9964	115
12	Formononetin	y = 410.96x + 3150.6	R.2 = 0.9986	1.08	28	Genistin	y = 4831.5x - 77873	R' = 0.9965	0.91
13	Salvianolic acid B	y = 99.444x + 1925.3	R.2 = 0.9965	17338	29	Adenosine	y = 5,762.2x - 100.47	R' = 0.9979	14.40
14	Loganin	y = 66.5x + 11992	R.2 = 0.9978	4.25	30	Guanosine	y = 4195.4x - 339.23	R.: = 0.9995	9.62
15	3,5-Dicaffeoyiquinic acid	y = 1624.1x + 24541	R.2 = 0.9900	37.94	31	Quercitrin	y = 375.88x + 1527.1	R.: = 1.0000	0.90
16	3,4-Dicaffeoyiquinic acid	y = 1704.8x + 669.65	R.2 = 0.9966	55.19