Figure 1
Investigative flowcharts for prioritization of biotargets and signaling pathways of VC action against sepsis through a systematic network pharmacology approach. All the reported genes/targets of VC and sepsis were screened and identified using databases available online prior to harvesting the antisepsis targets of VC. After the construction of a PPI network and identification of the hub targets of VC against sepsis, the biological processes and KEGG signaling pathways were determined. A network of VC-target-GO-KEGG-sepsis was visualized following bioinformatics analysis.

Investigative flowcharts for prioritization of biotargets and signaling pathways of VC action against sepsis through a systematic network pharmacology approach. All the reported genes/targets of VC and sepsis were screened and identified using databases available online prior to harvesting the antisepsis targets of VC. After the construction of a PPI network and identification of the hub targets of VC against sepsis, the biological processes and KEGG signaling pathways were determined. A network of VC-target-GO-KEGG-sepsis was visualized following bioinformatics analysis.

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