From: Harnessing ferroptosis for enhanced sarcoma treatment: mechanisms, progress and prospects
Compound | Mechanism | Effect | Cell models | Refs. |
---|---|---|---|---|
â‘ Ferroptosis inducers in sarcoma | ||||
5-aminolevulinic acid (ALA) | HMOX1 overexpression, iron and lipid peroxides overload | Fe2+ ↑, GPX4 ↓, ROS ↑, MDA ↑ | SW872 (liposarcoma), MG63 (osteosarcoma) | [144] |
ACXT-3102 | SLC7A11 inhibitor | GSH ↓ | SK-LMS-1, MG-63, HTB-93, etc (synovial sarcoma) | [145] |
Bavachin | Transferrin receptor ↑, divalent metal transporter-1 ↑, ferritin light chain ↓, ferritin heavy chain ↓, p53 ↑, p-STAT3 ↓, SLC7A11 ↓, GPX4 ↓ | Fe2+ ↑, GSH ↓, GPX4 ↓, ROS ↑, Malondialdehyde ↑, mitochondrial morphology alteration | MG63, HOS (osteosarcoma) | [146] |
Buthionine-sulfoximine (BSO) | GCL inhibitor | GSH ↓ | S4MH, F21 (rhabdomyosarcoma) | |
β-Phenethyl isothiocyanate (PEITC) | TfR1 ↑, FPN, FTH1, DMT1 and IRP2 ↓, GSH/GSSG and GPX4 ↓ | Fe2+ ↑, GSH ↓, GPX4 ↓, ROS ↑ | MNNG/HOS, U-2 OS, MG-63, 143B, K7M2 (osteosarcoma) | |
EF24 | HMOX1 overexpression | Fe2+ ↑, GPX4 ↓, ROS ↑, MDA ↑ | U2os, Saos-2 (osteosarcoma) | [11] |
Erastin | SLC7A11 and VDAC2/3 inhibitor | GSH ↓, ROS ↑ | HT1080; C2C12, RD, RH18, RH30, etc (various sarcomas) | |
Ferric ammonium citrate (FAC) | Iron supplement | Fe2+ ↑ | K7M2 (murine osteosarcoma) | [153] |
Ferrous ammonium sulfate (FAS) | Iron supplement | Fe2+ ↑ | K7M2 (murine osteosarcoma) | [153] |
KDM4A | H3K9me3 demethylation in the promoter region of SLC7A11 | GSH ↓ | 143 B, HOS (osteosarcoma) | [154] |
MicroRNA-1287-5p | Bound to the 3'-untranslated region of GPX4 | GPX4 ↓ | Human osteosarcoma cells | [155] |
Pure Artemisinin/Artemisia annua L. hydroalcoholic extract | Ferritin autophagy | Fe2+ ↑ | D-17, OSCA-8, OSCA-40 (canine osteosarcoma) | |
RSL3 | GPX4 inhibitor | GPX4 ↓ | BJ-TERT; HT1080; C2C12, RD, RH18, RH30, etc (various sarcomas) | |
Sorafenib | SLC7A11 inhibitor | GSH ↓ | RH30, RD, RMS, etc. (rhabdomyosarcoma) | |
Sulfasalazine (SAS) | SLC7A11 inhibitor | GSH ↓ | K7M2 (murine osteosarcoma) | [153] |
Theaflavin-3,3'-digallate (TF3) | Down-regulating FTH and GPX4, GSH consumption | Fe2+ ↑, GSH ↓, GPX4 ↓ ROS ↑, MDA ↑ | MG63. HOS, hFOB1.19 (osteosarcoma) | [159] |
Tirapazamine (under hypoxia) | SLC7A11 and GPX4 inhibitor; up-regulating p53 | Fe2+ ↑, GSH ↓, GPX4 ↓ | 143B, U2OS, MNNG/Hos (osteosarcoma) | [160] |
Ursolic acid | Ferritin autophagy | Fe2+ ↑ | 143 B, HOS (osteosarcoma) | [161] |
Zoledronic acid | Up-regulating POR, down-regulating CoQ10, HMOX1 overexpression | ROS ↑, lipid peroxides ↑ | Human osteosarcoma cells | |
â‘¡ Ferroptosis inducers in other cells | ||||
BAY 11–7085 | NFKBIA/IkBa inhibitor, HMOX1 overexpression | Fe2+ ↑, GPX4 ↓, ROS ↑, MDA ↑ | MDA-MB-231, MCF-7, MDA-MB-468, SKBR3 | [164] |
BAY 87–2243 | Mitochondrial complex I inhibitor | Mitochondrial membrane potential ↓, ROS ↑ | G361, SK-MEL-28 | [165] |
Cyst(e)inase | Cyst(e)ine consumption | GSH ↓ | AsPC-1, PANC-1, BxPC-3, S2-013; PCa cells, FVB/N mice | |
FeCl2 | Iron supplement | Fe2+ ↑ | OHSCs | [167] |
FIN56 | GPX4 consumption and depleting CoQ10 via the mevalonate pathway | GPX4 ↓, CoQ10 ↓, ROS ↑ | BJeLR, HT-1080, MEFs, PACN1 | |
FINO2 | Indirect inhibitor of GPX4 and direct oxidant of iron | Fe2+ ↑, GPX4 ↓ | HT-1080 | [169] |
Glutamate | SLC7A11 inhibitor | GSH ↓ | HT1080, PC12 | [170] |
Hemin | HMOX1 overexpression and iron supplement | Fe2+ ↑, GPX4 ↓, ROS ↑, MDA ↑ | IMR-32, SK-N-SH; male Swiss albino mice | |
Hemoglobin | Iron supplement and ROS production | Fe2+ ↑, ROS ↑, MDA ↑ | OHSCs | [167] |
(NH4)2Fe(SO4)2 | Iron supplement | Fe2+ ↑ | IMR-32 | [171] |
Piperazine erastin | SLC7A11 inhibitor | GSH ↓ | HT-1080, BJeLR | |
Statins (fluvastatin, lovastatin, simvastatin) | HMG-CoA reductase inhibitor and GPX4 biosynthesis suppression | GPX4 ↓, CoQ10 ↓, ROS ↑ | HT-1080, HCC4006 |