Table 3.
Chemical inducers of autophagy and their current clinical applications.
| MECHANISM | COMPOUND | CURRENT CLINICAL USE |
|---|---|---|
| mTORC-dependent | ||
| mTORC1-specific inhibition | • Rapamycin | • Immunosuppressant |
| • Perhexilene | ||
| • Niclosamide | • Antihelminthic | |
| • Amiodarone | • Antiarrhythmic | |
| • Rottlerin | ||
| Inhibition of both mTORC1 and mTORC2 | • PP242 | |
| • Torin1 | ||
| Inhibition of both class I PI3K and mTORC1 | • PI103 | |
| mTORC-independent | ||
| Reduction of intracellular levels of IP3 | • Lithium | Mood stabilizers |
| • Carbamazepine | ||
| • Valproic acid | ||
| Regulation of camp-Epac-PLC-ε-IP3 and Ca2+-calpain-Gsα pathways | • Verapamil | • Antihypertensive |
| • Loperamide | • Antidiarrheal | |
| • Nimodipine | • Antihypertensive | |
| • Pimozide | • Antipsychotic | |
| • Nitrendipine | • Antihypertensive | |
| • Clonidine | • Antihypertensive, pain management, anxiolytic | |
| • Rilmenidine | • Antihypertensive | |