NOTCH Signaling and Myogenesis
Pathway ID: SIGNOR-NOTCH_MyogenesisView in NDEx
Description: Signaling induced by interaction between the receptor Notch and its ligand Delta plays an important role in cell fate determination in vertebrates. Notch signaling has emerged as a key player in skeletal muscle development and regeneration, where it inhibits muscle differentiation. Protein products of the Notch target genes repress transcription of pro-myogenic genes, activated by MyoD and Mef2C, through multiple mechanisms, including targeted repression by Hey1.
Description: Signaling induced by interaction between the receptor Notch and its ligand Delta plays an important role in cell fate determination in vertebrates. Notch signaling has emerged as a key player in skeletal muscle development and regeneration, where it inhibits muscle differentiation. Protein products of the Notch target genes repress transcription of pro-myogenic genes, activated by MyoD and Mef2C, through multiple mechanisms, including targeted repression by Hey1.
19 Seed Entities
Organism:
|
Name | Primary ID |
|---|---|
| HEY1 | Q9Y5J3 |
| DLK1 | P80370 |
| ADAM17 | P78536 |
| RBPJ/NOTCH | SIGNOR-C97 |
| DLL1 | O00548 |
| DTX1 | Q86Y01 |
| NOTCH1 | P46531 |
| MYOG | P15173 |
| MYOD1 | P15172 |
| NRARP | Q7Z6K4 |
| PAX7 | P23759 |
| gamma-secretase | SIGNOR-C98 |
| Skeletal_muscle_differentiation | SIGNOR-PH1 |
| MEF2C | Q06413 |
| NUMB | P49757 |
| HES1 | Q14469 |
| MAPK14 | Q16539 |
| Quiescence | SIGNOR-PH25 |
| DUSP1 | P28562 |
4.0