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Table 1 The roles of different m6A regulators in CRC

From: The crucial roles of N6-methyladenosine (m6A) modification in the carcinogenesis and progression of colorectal cancer

m6A regulators

Genes

Location

Role

Mechanism

Function

Refs

Writers

 METTL3

SOX2

mRNA

Oncogene

Stabilize SOX2 mRNA

Promoting CRC tumorigenesis and metastasis

[60]

MYC

mRNA

Oncogene

Enhance expression of MYC

Promoting CC cells proliferation

[61]

CCNE1

mRNA

Oncogene

Stabilize CCNE1 mRNA

Promoting CRC cells proliferation

[62]

HK2/GLUT1

mRNA

Oncogene

Stabilize HK2 and GLUT1 mRNA

Promoting CRC tumorigenesis

[63]

GLUT1

mRNA

Oncogene

Promote GLUT1 mRNA translation

Promoting CRC development

[64]

CBX8

mRNA

Oncogene

Stabilize CBX8 mRNA

Promoting CC stemness and chemoresistance

[65]

SOCS2

mRNA

Oncogene

Degrade SOCS2 mRNA

Promoting CC cells proliferation

[66]

HSF1

mRNA

Oncogene

Promote HSF1 mRNA translation

Promoting CRC development

[67]

RP11

lncRNA

Oncogene

Promote the nuclear accumulation of RP11

Promoting CRC cells migration

[68]

miR-1246

miRNA

Oncogene

Promote miR-1246 maturation

Promoting CRC cells migration and invasion

[69]

–

–

Tumor suppressor

Decrease the activation of p-p38 and p-ERK

Inhibiting CRC proliferation and migration

[70]

 METTL14

SOX4

mRNA

Tumor suppressor

Degrade SOX4 mRNA

Inhibiting CRC metastasis

[71]

XIST

lncRNA

Tumor suppressor

Mediate the degradation of XIST

Inhibiting CRC tumorigenicity and metastasis

[72]

miR-375

miRNA

Tumor suppressor

Reduce miR-375 maturation

Inhibiting CRC cell growth, migration

[73]

 WTAP

–

–

Oncogene

Promote Wnt signaling pathway

Promoting CC development

[77]

Erasers

 FTO

MYC

mRNA

Oncogene

Enhance expression of MYC

Promoting CRC occurrence and progression

[59]

 ALKBH5

RP11

lncRNA

Tumor suppressor

Decrease the nuclear accumulation of RP11

Inhibiting CRC cells migration

[68]

Readers

 YTHDF1

–

–

Oncogene

Promote Wnt/β-catenin pathway

Promoting CRC cells tumorigenicity

[74]

 YTHDF3

GAS5

lncRNA

Oncogene

Facilitate the degradation of GAS5

Promoting CRC progression

[75]

 YTHDC1

circNSUN2

circRNA

Oncogene

Facilitate circNSUN2 nuclear export

Promoting CRC cells liver metastasis

[55]

 YTHDC2

HIF-1α

mRNA

Oncogene

Stabilize HIF-1α mRNA

Promoting CC cells proliferation

[76]

 hnRNPCL2

miR-483,676,877

miRNA

Oncogene

Promote the miRNAs procession

Promoting CRC progression

[78]