Fig. 2: Pathways and functions involved in inflammatory response and cellular movement are inhibited in DFUs but activated in oral and skin wounds. | Nature Communications

Fig. 2: Pathways and functions involved in inflammatory response and cellular movement are inhibited in DFUs but activated in oral and skin wounds.

From: Deregulated immune cell recruitment orchestrated by FOXM1 impairs human diabetic wound healing

Fig. 2

a Venn diagram of significantly regulated genes in oral day 3 (D3)/day 1 (D1), skin D3/D1, and DFU/DFS (diabetic foot skin). b Top canonical pathways and c diseases and functions found to be enriched in oral D3/D1, skin D3/D1, and DFU/DFS showing downregulation of cellular movement and inflammatory response in DFUs.

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