Figure 5.
Lactylation effects on inflammation-related cells. (A) In macrophages, factors such as lactate, IL-1β, and mitochondrial fragmentation promote lactylation, whereas IFNAR inhibits histone lactylation. Lactylation regulates the expression of genes related to immunity, energy metabolism, and tissue repair. Additionally, lactylated proteins are released via vesicles into other cells, facilitating intercellular communication. (B) In T cells, lactylation regulates T cell differentiation and cytokine expression. (C) In endothelial cells, lactylation is involved in regulating panoptosis and cytokine expression. *Created with BioRender.com. Abbreviation: KL-la: Lactylation.
