From: The role of noncoding RNAs in metabolic reprogramming of cancer cells
MiRNAs | Oncogene/tumor suppressor (TS) | Cancer | Metabolic reprogramming | Mechanism | Refs. |
---|---|---|---|---|---|
miR-7 | TS | Glioma | Repression of glucose metabolism | Targeting the 3′-UTR of IGF1-R | [16] |
miR-143 | TS | Lung and colon cancers | Repression of glucose metabolism | Inhibiting HK2 | |
miR-1291 | TS | Renal cell carcinoma, breast and pancreatic cancer | Repression of glucose and lipid metabolisms | Targeting GLUT1, downregulating CPT1C expression | |
miR-199a-5p | TS | Non-small cell lung cancer and liver cancer | Repression of the glucose metabolism | Downregulating GLUT 1 and inhibiting HK2 and glycolysis | |
miR-199a-3p | TS | Renal cell carcinoma | Repression of the glucose metabolism | Inhibiting Glut1 and glycolysis | [26] |
miR-138 | TS | Renal cell carcinoma | Repression of the glucose metabolism | Inhibiting Glut1 and glycolysis | |
miR-150 | TS | Renal cell carcinoma | Repression of the glucose metabolism | Inhibiting Glut1 and glycolysis | |
miR-532-5p | TS | Renal cell carcinoma | Repression of the glucose metabolism | Inhibiting Glut1 and glycolysis | |
miR-33a/33b | TS | Hepatic cells | Repression of the glucose and lipid metabolisms | Inhibiting G6PC and PCK1 Inhibiting translation of CPT1A, CROT, and HADHB | |
miR-122 | Oncogene | Breast cancer HCC | Elevation of glucose metabolism Elevation of cholesterol metabolism | Targeting PKM2, Targeting hepatic fatty acid oxidation and inducing cholesterol synthesis | |
Let-7a | TS | Glioma | Repression of glucose metabolism | Regulating PKM2 expression | [67] |
let-7a-5p | TS | TNBC | Repression of glucose metabolism | Lowering the expression of GLUT12 and inhibiting aerobic glycolysis | [24] |
miR-26a | Oncogene | Colorectal cancer cells | Elevation of glucose metabolism | Inhibiting the critical step of glycolysis entry into the TCA cycle by targeting PDHX | [33] |
miR-375 | TS | Gastric cancer Esophagus cancer | Repression of glucose metabolism | Targeting PDK1 and suppressing aerobic glycolysis | [68] |
miR-23a/b 2009 | TS | Prostate cancer cells | Repression of amino acid metabolism | Promoting glutamine metabolism by targeting glutaminase | [56] |
miR-664, miR-485-3p, miR-495 | Oncogene | Hepatocellular carcinoma | Repression of amino acid metabolism | Inhibiting MAT1A expression | [58] |
miR-181a-5p | Oncogene | Liver cancer | Elevation of glucose metabolism | Reducing the level of MT-CYB and MT-CO2, upregulating HK2 and GLUT1, increasing LDH activity | [39] |
miR-155 miR-210 | Oncogene | Melanoma | Elevation of glucose metabolism | Increasing aerobic glycolysis and decreasing oxidative phosphorylation | [41] |
miR-27a | TS | Colorectal cancer | Repression of glucose and lipid metabolism | Impairing oxidative phosphorylation, reducing TCA cycle and fatty acid β-oxidation through modulation of PGC-1α, CPT1A, ACAD9, citrate synthase, HK1 and HK2, DLAT, the E2 component of the PDH | [43] |
miR-342-3p | TS | TNBC | Repression of glucose metabolism | Targeting MCT1 and reducing glycolysis | [45] |
miR-146a-5p miR-155-5p | Oncogene | Renal cancer | Elevation of glucose and amino acid metabolisms | Targeting G6PD and TKT (PPP enzymes) Targeting SUCLG2 (TCA enzyme), targeting GATM (arginine metabolism enzyme) | [69] |
miR-513c miR-3163 | TS | Breast cancer | Repression of amino acid metabolism | Targeting glutamine metabolism, especially glutaminase | [70] |