From: MicroRNAs in metabolism for precision treatment of lung cancer
miRNA | Target (direct and indirect) | Function | References |
---|---|---|---|
miR-133b | PKM2 | Inhibition of glycolysis | [17] |
miR-155 | HK2 | Induction of glycolysis | [21] |
miR-33b | LDHA | Inhibition of glucose metabolism | [22] |
miR-6077 | GLUT1 | Inhibition of glucose metabolism | [25] |
miR-199a-5p | SLC2A1/GLUT1 | Inhibition of glucose metabolism | [26] |
miR-144 | GLUT1 | Inhibition of glucose metabolism | [27] |
miR-124 | GLUT1, HK2 | Inhibition of glucose metabolism | [28] |
miR-128 | PFKL | Inhibition of glucose metabolism | [31] |
miR-21 | HIF1a, LDHA, HKII | Induction of glycolysis | |
miR-21 | FBP1 | Induction of glycolysis | [36] |
miR-21 | CD36, PPARGC1B | Induction of fatty acid metabolism | [40] |
miR-15a-5p | ACSS2 | Inhibition of lipid metabolism | [41] |
miR-421 | PTEN | Induction of lipid metabolism | [42] |
miR-126 | SLC7A5 | Inhibition of essential aa transport | [45] |
miR-99a | NOX4 | Regulates ROS levels by downregulation of MMP2 and MMP9 | [49] |
miR-506 | NF-kB p65 | Increased ROS production | [50] |
miR-551b | Catalase | Increased ROS production | [51] |
miR-200c | PRDX2, Nrf2, SESN1 | Increased ROS accumulation | [52] |
miR-22-3p | MTHFD2, MTHFR | Inhibition of folate metabolism | [70] |
miR-9-5p | SHMT1 MTHFD1L, MTHFD2 | Inhibition of folate metabolism | [70] |
miR-218-5p | SHMT1 | Inhibition of folate metabolism | [70] |