Peitu Shengjin Recipe Attenuates Airway Inflammation via the TLR4/NF-kB Signaling Pathway on Chronic Obstructive Pulmonary Disease

Table 2

The chemical components of Peitu Shengjin Recipe in the negative mode.

NO.	Component name	Area	Retention time	Formula	Precursor mass	Found at mass	Mass error (ppm)	Library score	Isotope ratio difference
1	L(+)-Arginine	8.54E + 05	1.3	C6H14N4O2	173.104	173.1046	1.0	98.7	1.4
2	Histidine	1.12E + 05	1.3	C6H9N3O2	154.062	154.0623	0.8	91.7	0.8
3	Aspartic acid	3.76E + 05	1.37	C4H7NO4	132.03	132.0304	0.9	88.3	0.6
4	Glutamic acid	7.10E + 04	1.38	C5H9NO4	146.046	146.046	0.8	98.2	1.4
5	Sorbitol	2.51E + 05	1.42	C6H14O6	181.072	181.0721	1.8	85	0.8
6	D-(+)-Mannose	1.07E + 06	1.52	C6H12O6	179.056	179.0563	0.9	80.1	0.6
7	Quinic acid	2.43E + 06	1.54	C7H12O6	191.056	191.0563	1.0	89.3	0.5
8	Maltopentaose	9.00E + 05	1.59	C30H52O26	827.267	827.2686	1.5	96.1	2.4
9	Maleic acid	7.19E + 05	1.63	C4H4O4	115.004	115.0037	0.4	99.6	0.3
10	Citric acid	4.43E + 06	2.66	C6H8O7	191.02	191.0201	1.9	99.1	0.6
11	Guanosine	3.39E + 05	4.94	C10H13N5O5	282.084	282.0848	1.6	99.6	0.2
12	Phenprobamate	1.73E + 05	5.77	C9H11NO2	164.072	164.0718	0.9	96.1	0.6
13	Protocatechuic acid	6.14E + 04	6.49	C7H6O4	153.019	153.0193	-0.1	93.7	1.8
14	L-Tryptophan	3.43E + 05	7.23	C11H12N2O2	203.083	203.0828	0.9	97.2	0.5
15	Protocatechuic aldehyde	5.79E + 04	7.78	C7H6O3	137.024	137.0245	0.8	96.7	0.9
16	Caffeic acid	1.55E + 05	8.61	C9H8O4	179.035	179.035	0.3	91.6	0.7
17	Troxerutin +HCOOH	2.52E + 05	9.14	C33H42O19.HCOOH	787.23	787.2313	1.3	99.1	2.4
18	Daidzin	8.91E + 04	9.53	C21H20O9	415.103	415.1038	0.8	96.3	2.3
19	p-Coumaric acid	1.03E + 05	9.87	C9H8O3	163.04	163.0401	0.5	97.7	1.1
20	Calycosin-7-o-glucoside +HCOOH	1.67E + 06	9.96	C22H22O10.HCOOH	491.119	491.1203	1.6	99.6	1.4
21	Neoeriocitrin	4.08E + 06	10.12	C27H32O15	595.167	595.1677	1.5	98.6	2.7
22	Liquiritin	1.08E + 07	10.19	C21H22O9	417.119	417.1199	1.9	98.8	1.6
23	7-Hydroxycoumarin	5.37E + 05	10.33	C9H6O3	161.024	161.0246	1.2	96.6	0.1
24	Isoferulic acid	4.83E + 05	10.39	C10H10O4	193.051	193.0508	0.8	98.4	0.5
25	Isochlorogenic acid B	3.49E + 05	11.02	C25H24O12	515.119	515.12	1.0	99.8	2.2
26	Apigenin 7-O-beta-D-glucuronide	6.94E + 04	11.88	C21H18O11	445.078	445.0779	0.6	88.9	1.7
27	Ononin +HCOOH	1.75E + 06	11.99	C22H22O9.HCOOH	475.125	475.1251	1.0	99.5	2.3
28	Methylhesperidin	6.58E + 04	12.01	C29H36O15	623.198	623.1988	1.1	89	2.2
29	Platycodin D	6.42E + 05	12.43	C57H92O28	1223.57	1223.5716	1.1	92.4	4.5
30	Isoliquiritigenin	9.56E + 05	12.49	C15H12O4	255.066	255.0665	1.0	92.7	1
31	Pterostilbene	4.85E + 03	12.5	C16H16O3	255.103	255.1027	-0.1	92.7	2.1
32	Eriodictyol	4.30E + 04	12.58	C15H12O6	287.056	287.0564	0.9	96.9	2
33	Isomucronulatol-7-O-glucoside	4.20E + 05	12.64	C23H28O10	463.161	463.1616	1.4	98.5	1.5
34	Calycosin	8.26E + 05	12.7	C16H12O5	283.061	283.0616	1.3	98.9	0.9
35	Xanthotoxol	3.82E + 05	12.81	C11H6O4	201.019	201.0196	1.4	91.1	0.7
36	Wogonin 7-O-glucuronide	2.63E + 04	13.06	C22H20O11	459.093	459.0937	0.8	97.3	2.3
37	Naringenin	1.33E + 06	13.67	C15H12O5	271.061	271.0615	1.2	100	0.8
38	Isorhamnetin	4.21E + 04	13.97	C16H12O7	315.051	315.0513	0.9	86.9	1.7
39	Hesperetin	6.93E + 05	14.02	C16H14O6	301.072	301.0721	1.0	94.5	2.8
40	Formononetin	7.94E + 05	14.72	C16H12O4	267.066	267.0666	1.3	99.2	0.8
41	Pectolinarigenin	1.52E + 05	15.18	C17H14O6	313.072	313.072	0.9	98.4	4.5
42	Eupatilin	1.34E + 05	15.42	C18H16O7	343.082	343.0827	1.0	92.9	1.5
43	Obacunone	4.44E + 04	15.56	C26H30O7	453.192	453.1923	0.9	100	3.8
44	Chrysosplenetin B	5.12E + 05	15.59	C19H18O8	373.093	373.0932	0.8	93.9	0.1
45	Astragaloside I +HCOOH	8.18E + 05	16.15	C45H72O16.HCOOH	913.48	913.4807	0.5	99.8	2.6
46	Glabridin	4.18E + 04	16.78	C20H20O4	323.129	323.1289	-0.1	91.5	0.7
47	Ginsenoside-Ro	2.00E + 05	17.18	C48H76O19	955.491	955.4911	0.3	87.9	3.5
48	Gingerglycolipid B +HCOOH	1.30E + 05	17.48	C33H58O14.HCOOH	723.381	723.3811	0.4	96.3	1.6
49	Glycyrrhetinic acid	5.68E + 04	18.35	C30H46O4	469.332	469.3325	0.3	100	1.4
50	Pachymic acid	1.47E + 05	19.46	C33H52O5	527.374	527.3745	0.5	100	0.6