Table 2.
Non-coding RNA associated with ferroptosis
ncRNA | Target | Cell lines | Mechanisms of action | Function | Ref |
---|---|---|---|---|---|
P53RRA | p53 | A549, H522, SPCA1 | Leads to higher retention of p53 in the nucleus, increases lipid ROS and iron concentrations | Promote | [24] |
miR-9 | GOT1 | A375, G-361 | Suppressed GOT1, which ultimately converts Glu to a-KG | Suppress | [25] |
miR-137 | SLC1A5 | A375, G-361 | Suppressed SLC1A5, resulting in decreased Gln uptake and malondialdehyde (MDA) accumulation | Suppress | [26] |
miR-375 | SLC7A11 | MCF7 | Effectively suppress the expression of SLC7A11 | Promote | [27] |
miR-27a | EJ/T24, RT112 | [28] | |||
miR-26b | CAL-27, Tca8113VC | [29] | |||
As-SLC7A11 | A433, OVCA429, TOV112D | [30] | |||
miR-7 | Nrf2 | SH-SY5Y | Activates Nrf2 pathway by targeting Keap1 expression | Suppress | [31] |
miR-200a | MCF-10A, MDA-MB-231 | [32] | |||
miR-101 | HUVECs | Activate Nrf2 signaling by directly targeting Cul3 | [34] | ||
miR-455 | hFOB1.19 | [35] | |||
miR-153 | SH-SY5Y | Directly target Nrf2 and downregulate expression of Nrf2 | Promote | [36] | |
miR-142-5p | |||||
miR-27a | |||||
miR-144 | K562, SH-SY5Y | Reduced levels of Nrf2, decreased GSH | [37] | ||
miR-93 | MCF-10A, T47D | Decreased protein expression of Nrf2 and Nrf2- regulated genes | [38] | ||
miR-34a | NRK-52E, HK-2 | Decreased levels of Sirt1, which is required for the activation of Nrf2 system | [39] | ||
miR-28 | MCF-7 | Inhibits Nrf2 expression through a Keap1- independent manner | [33] | ||
miR-365-1 | BEAS-2B, A549, 3 T3-L1 | Decreased protein expression of Nrf2 genes | [40] | ||
miR-193b | |||||
miR-29-b1 | |||||
miR-20a | FPN | Huh7, NSCLC | Represses FPN expression by directly targeting the FPN 39UTR | Promote | [41] |
miR-485-3p | HepG2, K562 | [42] | |||
miR-210 | TFR | MCF7 | Decreases the uptake of transferrin by inhibiting the expression of TFR | Suppress | [43] |
miR-152 | TFR1 | SK-HEP1, HepG2 | Effectively inhibit the expression level of TFR1 | [44] | |
miR-200b | FTH | MDA-MB-231 | Effectively inhibit the expression levels of FTH | [45] | |
miR-Let-7d | DMT1-IRE | K562, HEL | Reduces iron accumulation and simultaneously regulates the expression level of DMT1-IRE | [46] | |
miR-3595 | ACSL4 | HSC-T6 | Inhibits the expression of mRNA and protein in ACSL4 | Suppress | [47] |
miR-205 | HepG2 | [48] | |||
miR-224-5P | 3 T3-L1 | [49] | |||
miR-19b-3p | CaCO2 | Suppression the expression of ACSL4 | [50] | ||
miR-130a-3p | |||||
miR-150-5p | |||||
miR-144-3p | |||||
miR-16-5p | |||||
miR-7a-5p | |||||
miR-17-5p | |||||
MiR-206 | ROS | Adult mongrel dogs | Increased the production of ROS by targeting SOD1 | Promote | [51] |
miR-155 | Capan-2, Aspc-1 | Increases ROS levels through inhibiting Foxo3a expression | [52] | ||
miR-25 | Rats | Restraining ROS level by targeting NOX4. | Suppress | [53] | |
miR-448-3p | Mice | Reduced NOX2- dependent ROS production | [54] |