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. 2022 Mar 8;17(2):122–136. doi: 10.30699/IJP.2022.539029.2726

Table 1.

Down- and up- regulated miRNAs and their functional pathways in glioblastoma

Tumor suppresser miRNAs
miR-125b TNFAIP3,NKIRAS2 TRAIL/NFkB Caspase signaling cascade (1 20 )
Micro RNA Target Functional pathway Reference
miR-34a CDK6, CCND1, NOTCH Notch signaling pathway ( 130 , 13 1)
miR-145 BNIP3 Notch signaling pathway ( 133 )
miRNA146-a Notch1 Notch signaling pathway ( 129 )
miR-7 PI3K, Raf-1, FAK Raf/MEK/ERK pathway ( 29 , 30 )
miR-449b-5p
miR-410
miR-206
miR-562
c-MET c-MET/AKT pathway ( 34 , 35 , 37 , 38 )
miR-554 PARK7 PI3K/AKT pathway ( 46 )
miR-579
miR-548
miR-4698
- PI3K/AKT pathway ( 60 , 61 )
miR-6071 ULBP2 PI3K/AKT/mTOR ( 62 )
miR-489 SPIN1 PI3K/AKT/mTOR ( 63 )
miR-326 PKM2 PI3K/AKT/mTOR ( 64 )
miR-652 FOXK1 AKT/mTOR pathway ( 65 )
miR-153 RICTOR AKT/mTOR pathway ( 66 )
miR-128 P70S6K1 AKT/mTOR pathway ( 67 )
miR-145 Oct4 and Sox2 AKT/mTOR pathway ( 68 )
miR-32 TSC1 AKT/mTOR pathway ( 76 )
miR-124 - AKT/ STAT3 pathway ( 86 )
miR-16
miR-211
MMP-9 PI3K/Akt/ NFkB pathway ( 92 , 93 )
miR-342 BCL-x , MCL1 AKT/NFkB/Bcl2 ( 98 )
miR-181 Bcl2 AKT/NFkB/Bcl2 ( 78 )
miR-32 MDM2, TSC1 AKT/ MDM2/p53 ( 76 )
miR-218 IKKβ PI3K/Akt/ NFkB pathway
TRAIL/NFkB/ Caspase signaling cascade
( 91 )
Onco-miRNA
Micro RNA Target Functional pathway Reference
miR-26a
miR-1908
- PI3K/AKT pathway ( 43 , 44 )
miR-23a PTEN PI3K/AKT pathway ( 45 )
( 44 )
AKT/NFkB pathway
miR-21 Sox2, S6K, 4E-BP1
PDCD4
RECK
AKT/mTOR pathway
STAT3/β-catenin pathway
AKT/ MDM2 pathway
( 69 , 70 )
( 87 )
( 105 )
Tap63
LRRFIP1
Caspase signaling cascade
TRAIL/ NFkB Caspase signaling cascade
( 116 , 119 )
miR-503
miR-96
PDCD4 AKT/mTOR ( 74 , 75 )
miR-30 Caspase3 Caspase signaling cascade ( 116 )
miR-184 - AKT/FOXO3 ( 79 )
miR-221
miR-222
P27kip-1 AKT/FOXO3 ( 80 )
miR-10b HomeoboxD10, Bim AKT/FOXO3 ( 82 , 83 )
AKT/NFkB ( 119 )
miR-124-5p NRP-1 PI3K/Akt/ NFkB pathway ( 90 )
miR-127 AKT/ NFkB/p53 ( 104 )

The table presents tumor suppressor and onco-miRNAs with observed effects upon their regulation in glioblastoma and the functional pathway impressing their direct targets.