Mechanisms of traditional Chinese medicines in the treatment of allergic rhinitis using a network biology approach

Abstract

Abstract Objective To systematically explore the effect and mechanism of traditional Chinese herbs in the treatment of allergic rhinitis. Methods Magnolia flower, xanthium fruit, astragalus root, paniculate cynanchum, scutellaria root, cicada molting, stephania root, small centipeda herb, and licorice root as traditional Chinese herbs are widely used to treat allergic rhinitis. With multiple database integration and entity grammar systems, a molecular interaction network of traditional Chinese herbs for treating allergic rhinitis was established. Bioinformatics approaches were adopted to integrate relevant data and biological information by multiple databases. Molecular interaction network of Chinese herbs for treating allergic rhinitis was constructed based on entity grammar systems model. The network was then used for elucidating the anti-allergic rhinitis mechanism of the Chinese herbs on the molecular level. The subnetworks were also extracted to explicitly display the pathway and targets where effective components acted on. Results Traditional Chinese herbs could influence various pathological aspects in allergic rhinitis including the production of pro-inflammatory substances, such as histamine and cytokine IL-4, IL-13, lowering IgE level or blocking antigen binding, altering the biological processes of IgE, modulating the balance of Th or other cells by cell proliferation and differentiation, mediating cell–cell signaling and second-messenger-mediated signaling, stabilizing the cell membrane, and affecting regulation of cellular defense response. Conclusion The research theoretically confirms the mechanism of anti-allergic rhinitis by traditional Chinese herbs, provides important fundamental research information for treatment of allergic rhinitis, and may serve as a reference for new drug development and effective ingredients of compatibility.