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Table 2 Binding affinities and Receptor-ligand interactions of Apigenin with hub targets

From: Integrated network pharmacology and cellular assay reveal the biological mechanisms of Limonium sinense (Girard) Kuntze against Breast cancer

Compound name

Protein

Binding affinity (kcal/mol)

Interaction residues

Interaction bonds

Apigenin

AKT1

-9.6

Ser205, Asp292, Trp80, Leu210, Leu264, Val270, Lys268

Conventional Hydrogen Bond, Pi-Anion, Pi-Pi Stacked, Pi-Alkyl

EGFR

-8.5

Lys745, Met766, Thr854, Leu777, Val726, Ala743, Cys775, Leu844

Conventional Hydrogen Bond, Unfavorable Donor-Donor, Pi-Lone Pair, Pi-Alkyl

SRC

-8.6

Asp404, Gly406, Met314, Lys295, Val323, Ala403

Conventional Hydrogen Bond, Carbon Hydrogen Bond, Unfavorable Acceptor-Acceptor, Pi-Anion, Pi-Lone Pair, Pi-Alkyl

ESR1

-8.9

Glu353, Arg394, His524, Phe404, Leu346, Leu349, Ala350, Leu387, Leu391, Met421, Ile424

Conventional Hydrogen Bond, Carbon Hydrogen Bond, Pi-Pi Stacked, Pi-Alkyl

GSK3B

-8.4

Cys199, Tyr134, Ile62, Val70, Ala83, Leu188

Pi-Sulfur, Pi-Pi Stacked, Pi-Alkyl

PTGS2

-8.8

Arg120, Phe518, Val349, Leu352, Ala516, Val523, Ala527

Conventional Hydrogen Bond, Pi-Alkyl