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Table 3 The biological role of miR-20b in various cancer and its targets

From: The dual role of microRNA (miR)-20b in cancers: Friend or foe?

Type of cancer

Levels in tumor

Biological process

Target gene

Description of target gene

References

Breast

Increased

Proliferation and cell cycle

PTEN and BRCA1

Tumor suppressor

[61]

Decreased

Metastasis

VEGF

Angiogenesis

[62]

Increased

Autophagy

RB1CC1/FIP200

Autophagosome formation-related proteins

[63]

Increased

Proliferation and cell cycle

CCND1 and E2F1inhibitors

Tumor suppressor

[64]

Ovarian

Increased

Apoptosis

Bcl2

Anti-apoptotic

[65]

Decreased

cell cycle

Cyclin D

Oncogene

[66]

Prostate

Increased

proliferation and cell cycle

PTEN

Tumor suppressor

[67]

Decreased

Metastasis

TGFBR2

Oncogene

[68]

Cervical

Increased

Metastasis

TIMP-2

MMPs inhibitor

[69]

Lung

Increased

Proliferation and cell cycle

BTG3

An anti-proliferative protein

[70]

Esophageal

Increased

Metastasis

PTEN

Tumor suppressor

[71]

Colon

Increased

Drug resistance

ADAM9

MMPs activator

[72]

Increased

Metastasis

Oct4 and MALAT1

Cancer stem cell regulators

[73]

Increased

Migration and invasion

PTEN

Tumor suppressor

[74]

Decreased

Drug resistance

Syndecan-2

Promote cell survival

[75]

Bladder

Decreased

Metastasis

MMP2

Oncogene

[76]

Decreased

Proliferation

CDK6, CDK2, and cyclin D

Cell cycle-regulated genes

[76]

Thyroid

Decreased

Proliferation

Sos1 and ERK2

Oncogene

[77]

Decreased

Apoptosis

DUXAP8

As long non-coding RNA

[78]

Liver

Increased

Proliferation

PTEN

Tumor suppressor

[79]

Decreased

Drug resistance

CDC37L1

A cochaperone protein leading to cell survival

[80]

Increased

Angiogenesis

STAT3

Suppress VEGF expression

[81]

kidney

Decreased

Apoptosis

MAPK

Inhibit apoptosis

[82]

Gastric

Decreased

Drug resistance

HIF1A

Up-regulates drug resistance-related genes

[83]

Endometrial

Decreased

EMT

HIF-1 alpha

Induce hypoxia

[84]