SKI and Bortezomib |
Autophagosome provides a platform for Caspase-8 recruitment and activation |
Apoptosis |
[23] |
Homocysteine and copper |
Cleavage of ATG5 to block Bcl-2 |
[80] |
Fas Ligand |
Autophagosome phagocytosis of Fap-1 Inhibits Fas |
[81] |
ABT-737 |
Autophagosomes engulf mitochondria and inhibit IFN-β secretion |
[82] |
MG132 |
ATG12 binds to and inactivates Bcl-2 |
[83, 84] |
Calpain |
Calpain cleaves ATG5 to block Bcl-2 |
[85] |
TRAIL and MAP3K7 KO,GX15-070 |
Autophagosome membrane platform promotes assembly of the necrosis complex |
Necroptosis |
[89] |
Coxsackievirus B3 |
Activates RIPK3 |
[91] |
TNF-α |
RIPK3 activates AMPK to promote early autophagy and inhibit late autophagy |
[92] |
BAY 87-2243 |
Promotes ROS-dependent mitophagy |
[93] |
Erastin |
Autophagosomes degrade FTH1, FTL, FTMT |
Ferroptosis |
[96–98] |
Autophagosomes degradation SLC40A1 |
[99] |
Autophagosomes degrade lipid droplets through RAB7A action |
[100] |
Autophagosomes degrade ARNTL through the action of SQSTM1 |
[101] |
Partner-mediated autophagosome degradation of GPX4 |
[102] |
Autophagosomes degrades CDH2 through the action of HPCAL1 |
[103] |
ROS activates autophagy, upregulates TFR1 level |
[116] |
BAY 87-2243 |
Promotes ROS-dependent mitophagy |
[93] |
Inhibition of O-GlcNA acetylation |
Induces mitophagy and iron-specific autophagy and promotes F2+ release |
[97] |
WJ460 |
Induces mitophagy |
[111] |
Celastrol and erastin |
Induces autophagy and mitophagy |
[115] |