Investigation of the Mechanism of Traditional Chinese Medicines in Angiogenesis through Network Pharmacology and Data Mining

Table 2

Candidate compounds and targets information (degree > 20).

MolID	CAS	MolName	Degree	OB	DL
MOL000098	117-39-5	Quercetin	201	46.43	0.28
MOL000358	83-46-5	Beta-sitosterol	192	36.91	0.75
MOL000422	520-18-3	Kaempferol	136	41.88	0.24
MOL000675	112-80-1	Oleic acid	120	33.13	0.14
MOL000006	491-70-3	Luteolin	99	36.16	0.25
MOL000511	77-52-1	Ursolic acid	88	16.77	0.75
MOL000008	520-36-5	Apigenin	87	23.06	0.21
MOL000114	121-34-6	Vanillic acid	86	35.47	0.04
MOL000305	143-07-7	Lauric acid	69	23.59	0.04
MOL000513	149-91-7	3,4,5-Trihydroxybenzoic acid (Gallic acid)	57	31.69	0.04
MOL000908	515-13-9	Beta-elemene	51	25.63	0.06
MOL000771	501-98-4	p-Coumaric acid	48	43.29	0.04
MOL000635	121-33-5	Vanillin	48	52.00	0.03
MOL000561	480-10-4	Astragalin	39	14.03	0.74
MOL000472	518-82-1	Emodin	37	24.40	0.24
MOL002850	128-37-0	Butylated hydroxytoluene	35	40.0	0.07
MOL002773	7235-40-7	Beta-carotene	34	37.18	0.58
MOL001801	69-72-7	Salicylic acid	30	32.13	0.03
MOL000874	552-41-0	Paeonol	30	28.79	0.04
MOL000481	446-72-0	Genistein	26	17.93	0.21
MOL000421	59-67-6	Nicotinic acid	25	47.65	0.02
MOL002008	529-44-2	Myricetin	25	13.75	0.31
MOL004328	67604-48-2	Naringenin	24	59.29	0.21
MOL001689	480-44-4	Acacetin	23	34.97	0.24
MOL012744	501-36-0	Resveratrol	23	19.07	0.11
MOL001002	476-66-4	Ellagic acid	21	43.06	0.43
MOL000546	512-04-9	Diosgenin	20	80.88	0.81