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. 2022 Jan 6;194(1):215–231. doi: 10.1007/s12010-021-03791-7

Fig. 1:

Fig. 1:

3D Structures of 50 phytochemicals used in this study. (1) 6-Shogaol, (2) α-Zingiberene, (3) Andrographolide, (4) Apigenin, (5) Bassic acid, (6) Linoleic acid, (7) Berberine, (8) Chlorogenic acid, (9) Chrysin, (10) Colchicine, (11) Corydine, (12) Crocetin, (13) Crocin 3, (14) Curcumin, (15) Curdione, (16) Cyanidin, (17) Decursinol, (18) Ellagic acid, (19) Emodin, (20) Epicatechin, (21) Epigallocatechin, (22) Eriodyctiol, (23) Etoposide, (24) Eugenol, (25) Fisetin, (26) Genkwanin, (27) Ginkgetin, (28) Isorhamnetin, (29) Kaempferol, (30) Licochalcone A, (31) Luteolin, (32) Hispidulin, (33) Nectandrin B, (34) Niaziminin, (35) Nimbolide, (36) Oleanolic acid, (37) Panaxadiol, (38) Panaxatriol, (39) Plumbagin, (40) Podophyllotoxin, (41) Quercetin, (42) Salvicine, (43) Silibinin, (44) Tetrandrine, (45) Theaflavin, (46) Tylophorine, (47) Ursolic acid, (48) Withaferin A, (49) Yuanhuanin, (50) Hecogenin