Satellite: miRNA network
Pathway ID: SIGNOR-SMN
Description: Growing evidence indicates that microRNAs significantly impact muscle growth, regeneration and metabolism. MicroRNAs have a great potential to become diagnostic and/or prognostic markers, therapeutic agents and therapeutic targets (Wang, 2014)
Curated by: Gianni Cesareni
Description: Growing evidence indicates that microRNAs significantly impact muscle growth, regeneration and metabolism. MicroRNAs have a great potential to become diagnostic and/or prognostic markers, therapeutic agents and therapeutic targets (Wang, 2014)
Curated by: Gianni Cesareni
30 Seed Entities
Organism: | Name | Primary ID |
---|---|
miR-4784 | URS000021E7E5_9606 |
miR221 | URS0000245997_9606 |
NfKb-p65/p50 | SIGNOR-C13 |
miR-155 | URS000062749E_9606 |
MYF5 | P13349 |
ZEB2 | O60315 |
DIO2 | Q92813 |
IRS1 | P35568 |
mir-133a2 | URS00005675D3_9606 |
Skeletal_muscle_differentiation | SIGNOR-PH1 |
MEF2C | Q06413 |
FOXO3 | O43524 |
MYC | P01106 |
MYOG | P15173 |
AKT1 | P31749 |
PDPK1 | O15530 |
IGF1R | P08069 |
MYOD1 | P15172 |
IGF1 | P05019 |
miR-23b | URS0000283D0A_9606 |
SPI1 | P17947 |
ZBTB16 | Q05516 |
miR-146a | URS000075D8A0_9606 |
MEOX2 | P50222 |
AHDC1 | Q5TGY3 |
mir-206 | URS0000389B41_9606 |
PAX7 | P23759 |
PIK3CA | P42336 |
IGFBP5 | P24593 |
PIP3 | CHEBI:16618 |