m6A writers |
METTL3 |
Catalyzes m6A modification |
[7] |
METTL5 |
Affects the selection of methylation sites |
[10] |
METTL14 |
Assists METTL3 in recognizing the substrates substraction |
[8] |
WTAP |
Promotes METTL3-METTL14 heterodimer to the nuclear speckle |
[11] |
RBM15/15B |
Binds the m6A complex and recruits it to special RNA site |
[12,13] |
ZC3H13 |
Bridges WTAP to the mRNA-binding factor Nito |
[14] |
KIAA1429 |
Guides methyltransferase components to specific RNA regions |
[15] |
ZCCHC4 |
Adds m6A to18S and 28S ribosomal RNAs |
[17] |
CBLL1 |
Binds the m6A evolutionary conserved protein complex |
[16] |
PCIF1 |
Catalyzes m6A methylation on 2-O-methylated adenine |
[18] |
m6A erasers |
FTO |
Removes m6A modification |
[19] |
ALKBH5 |
Removes m6A modification |
[20] |
m6A readers |
YTHDC1 |
Promotes RNA splicing and translocation |
[21] |
YTHDC2 |
Enhances the translation of target RNA |
[22] |
YTHDF1 |
Promotes mRNA translation |
[23] |
YTHDF2 |
Reduces mRNA stability |
[25] |
YTHDF3 |
Mediates the translation or degradation |
[24] |
EIF3H |
Interacts with METTL3 and enhances translation |
[26] |
FMR1 |
Affects the nuclear export of m6A-modified RNA targets |
[27] |
IGF2BP1/2/3 |
Enhances mRNA stability |
[28] |
HNRNPC |
Mediates mRNA splicing |
[29] |
HNRNPA2B1 |
Promotes primary microRNA processing |
[30] |