Research Paper Volume 13, Issue 2 pp 2655—2667

Fucoxanthin attenuates LPS-induced acute lung injury via inhibition of the TLR4/MyD88 signaling axis

Potential anti-inflammatory mechanisms of Fucoxanthin by network pharmacological analysis. (A) Cluster analysis in MCODE. Different colors represent different clusters. (B) Target-pathway interaction diagram. The blue squares above represent fucoxanthin anti-ALI target, yellow squares represent vascular endothelial function regulation, metabolism, and cellular processes-related pathways, and the purple squares represent inflammatory response-related pathways.

Figure 5. Potential anti-inflammatory mechanisms of Fucoxanthin by network pharmacological analysis. (A) Cluster analysis in MCODE. Different colors represent different clusters. (B) Target-pathway interaction diagram. The blue squares above represent fucoxanthin anti-ALI target, yellow squares represent vascular endothelial function regulation, metabolism, and cellular processes-related pathways, and the purple squares represent inflammatory response-related pathways.