Writer |
METTL3 |
Catalyses m6A modification |
19
|
|
METTL14 |
Provides a platform for METTL3's catalysis |
20
|
|
METTL16 |
Catalyses m6A modification |
27
|
|
WTAP |
Binds to METTL3‐METTL14 complex and recruits it to nuclear speckle |
21, 22
|
|
VIRMA |
Recruits METTL3‐METTL14‐WTAP complex to 3′UTR and stop codon region |
23
|
|
RMB15/RMB15B |
Connect with the METTL3‐WTAP complex for XIST silencing |
24, 25
|
|
ZC3H13 |
Bridge RBM15 to WTAP‐VIRMA complex |
26
|
|
NSun2 |
Catalyses m6A modification |
28
|
Eraser |
FTO |
Removes m6A modification |
29, 30
|
|
ALKBH5 |
Removes m6A modification |
31
|
Reader |
YTHDF1 |
Accelerates translation or promotes stability and storage of transcripts |
33
|
|
YTHDF2 |
Promotes mRNAs and pre‐miRNAs decay |
34
|
|
YTHDF3 |
Coordinates with YTHDF1 and YTHDF2 to exert their own effects |
35
|
|
YTHDC1 |
Assists mRNA precursor export to the cytoplasm |
36, 37
|
|
YTHDC2 |
Enhances translation efficiency and decreases mRNA abundance; decreases target mRNAs translation |
38, 39
|
|
HNRNPA2B1 |
Mediates mRNAs alternative splicing and pri‐miRNAs processing |
41
|
|
HNRNPC |
Mediates mRNAs splicing |
33
|
|
IGF2BP1 |
Promotes mRNAs translation and stability |
42
|
|
EIF3 |
Promotes mRNAs translation |
43
|
|
NKAP |
Mediates pri‐miRNAs processing |
44
|