Table 1.
miR | Target gene | Up/down Regulation | Tissue | Effect | Ref. |
---|---|---|---|---|---|
nCoV-MD3 -3P | p53 | Down | insilico | Subvert the key role of p53 in suppress of viral replication, pulmonary vascular homeostasis and upregulation of IFN I result in respiratory infection | 17 |
nCoV-MD241–3P | BMPR2 | Down | insilico | Reduce expression of innate immune response genes like IFN I and result in respiratory infection | 17 |
MD2-5p | CHAC1 | Down | insilico | It interfered with pro-apoptotic enzyme activity and apoptosis process | 15 |
MR147–3p | RAD9A | Down | insilico | As a checkpoint, it interfered to cell arrest when DNA damaged and need to repaired | 15 |
MR147–3p | TMPRSS2 | Up | Gut | Promote infection | 24 |
MR385–3p | TGFBR3 | Up | Innate and adaptive immune cells | It boost Th1 differentiation and modulate regulatory T-cell activation and survival | 46 |
MR359–5p | MYH9 and ITGB5 | Up | All tissue except heart for MYH9 gene | Cytoskeleton proteins are critical for viral replication and life cycle and help virus for surfing, internalization, and migration within the cell |
15 |
MR66–3p | TNF-α | Up | Spleen | TNF-α as a key cytokines provides “cytokine storm” during inflammation | 15 |
MR147–3p | TMPRSS2 | Up | Gut | As a biological membrane interfered with maintain of intestine equilibrium i.e., transporting ions, small molecules, and macromolecules and present gastrointestinal symptoms | 15 |
MR198–3p | ADAR | Up | Liver | It suppress IFN system responses in viral infections and manifest signs of liver damage | 15 |
MR328–5p | RXRA | Up | Lung, spleen, gut, liver | It reduced host antiviral effect following IFN-I suppression | 15 |