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. 2023 Jul 16;19(12):3726–3743. doi: 10.7150/ijbs.85674

Table 2.

Reagents that modulate ferroptosis

Classification Reagents Targets Impact on ferroptosis
Ferroptosis inducers Sulphasalazine System Xc- Prevents cystine import, causes GSH depletion
Sorafenib System Xc- Prevents cystine import, causes GSH depletion
Glutamate System Xc- Prevents cystine import, causes GSH depletion
Erastin and its analogs System Xc-, VDAC2/3 Prevents cystine import, causes GSH depletion
RSL3 GPX4 Covalent inhibitor of GPX4 that causes accumulation of
lipid hydroperoxides
ML162 GPX4 Covalent inhibitor of GPX4 that causes accumulation of
lipid hydroperoxides
FINO2 GPX4 Covalent inhibitor of GPX4 that causes accumulation of
lipid hydroperoxides
FIN56 CoQ10 and GPX4 Depletes CoQ10 via SQS-mevalonate pathway and
causes decrease in GPX4 protein abundance
BSO, DPI2, cisplatin GHS GHS deletion
Statins (e.g., cerivastatin, simvastatin) HMGCR Blocks CoQ10 biosynthesis
Trigonelline, brusatol Nrf2 Nrf2 inhibition
Siramesine, lapatinib Ferroportin, Transferrin Upregulates cellular iron
Brequinar DHODH Inhibits DHODH
iFSP FSP1 Inhibits FSP1
BAY 87‐2243 Mitochondrial respiratory chain Inhibits mitochondrial respiratory chain
Andrographolide Lipid peroxidation Promotes lipid peroxidation
Toosendanin Lipid peroxidation Promotes lipid peroxidation
Gliotoxin ROS, lipid peroxidation Promotes lipid peroxidation
Arsenic trioxide ACSL4 ACSL4 activation
Manganese ROS, lipid peroxidation Promotes lipid peroxidation
Fatostatin GPX4 Inhibits GPX4 expression
Legumain GPX4 Facilitates chaperone-mediated autophagy of GPX4
Dihydroartemisinin (DHA) Ferritin, iron overload Increases cellular iron
Artemisinins Iron overload Increases cellular iron
Ferroptosis inhibitors Ferrostatin-1 Lipid peroxidation Blocks lipid peroxidation
Liproxstatin-1 Lipid peroxidation Blocks lipid peroxidation
Vitamin E Lipid peroxidation Blocks lipid peroxidation
SRS 16-86, SRS 11-92 Lipid peroxidation Blocks lipid peroxidation
Troglitazone, Pioglitazone, Rosiglitazone ACSL4 ACSL4 inactivation
Deuterated polyunsaturated fatty acids (D-PUFAs) Lipid peroxidation Blocks lipid peroxidation
XJB-5-131 Lipid peroxidation Blocks lipid peroxidation
Butylated hydroxytoluene, butylated
hydroxyanisole
Lipid peroxidation Blocks lipid peroxidation
Ferrostatins, liproxstatins Lipid peroxidation Blocks lipid peroxidation
CDC, PD-146176, AA-861, zileuton Lipoxygenases Blocks lipid peroxidation
Selenium Selenoproteins Blocks lipid peroxidation
Deferoxamine, cyclipirox, deferiprone Intracellular iron Decreases cellular iron
Vildagliptin, alogliptin, and Linagliptin DPP4 Blocks DPP4-mediated lipid peroxidation
Irisin GPX4 Upregulates GPX4
Melatonin System Xc- and GPX4 Upregulates system Xc- and GPX4
Vitexin System Xc- and GPX4 Upregulates system Xc- and GPX4
Isoliquiritigenin System Xc- and GPX4 Upregulates system Xc- and GPX4
Vitamin A Lipid peroxidation Blocks lipid peroxidation
Paricalcitol GPX4 Upregulates GPX4
Pachymic acid Nrf2, GPX4, SCL7A11, and HO-1 Upregulates of Nrf2, GPX4, SCL7A11 and HO-1
Rheb1 Maintains mitochondrial homeostasis Maintains mitochondrial homeostasis
Quercetin System Xc- and GPX4 Upregulates system Xc- and GPX4
Artesunate Lipoxygenases Blocks lipid peroxidation
Curcumin Lipoxygenases Blocks lipid peroxidation
Baicalein Lipoxygenases Blocks lipid peroxidation
Nuciferine Lipoxygenases Blocks lipid peroxidation
Vitamin K Lipid peroxidation Blocks lipid peroxidation
Cardamonin Lipid peroxidation Blocks lipid peroxidation
Proanthocyanidins Lipid peroxidation Blocks lipid peroxidation
Uridine Lipid peroxidation Blocks lipid peroxidation
NDGA Lipoxygenases Blocks lipid peroxidation