Research Paper Volume 8, Issue 9 pp 1979—2005

An intestinal microRNA modulates the homeostatic adaptation to chronic oxidative stress in C. elegans

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Figure 6. The loss of mir-60 causes changes in expression of genes involved in proteolysis and cytoprotection. (A) A list of genes significantly up/down-regulated by the mir-60 loss is shown. Genes with lower expression levels and less functional annotation are omitted in this figure for space limitation. A full list of gene expression profile is available in Supplemental Table 3 and Supplemental Table 5. (B) The result of GO-based GSEA is shown. Percentages represent the rate of gene count classified into each functional category compared to the total gene count examined. The detailed result, including statistics, is available in Supplemental Table 4.