Table 2.
The different therapeutic combinations with EZH2 inhibitor and the EZH2 targeted genes involved combination therapy
| Cancer therapy | Therapeutic method | EZH2 target genes | Cancer types | Refs |
|---|---|---|---|---|
| Immunotherapy | Anti-CTLA-4 | – | Bladder cancer | [38] |
| Anti-PD-L1 | CD274, IRF1 | Hepatocellular carcinoma | [40] | |
| Anti-PD-1 | NLRC5, CIITA | Head and neck cancer | [41] | |
| Anti-MDSCs | – | Colon cancer | [48] | |
| Chemotherapy | Docetaxel | Nanog, Sox2, CD44 | Prostate cancer | [55] |
| Etoposide | BRG1, EGFR | Lung cancer | [56, 57] | |
| Cisplatin | – | Cervical cancer | [58] | |
| MiR-137 | Ovarian cancer | [59] | ||
| – | Osteosarcoma | [60] | ||
| Temozolomide | MDR, MRP, BCRP | Glioblastoma | [61] | |
| Doxorubicin, Melphalan | ATM | Multiple myeloma | [64] | |
| Epirubicin, Mitomycin C | P53, ATM, FOXO3 | Hepatocellular carcinoma | [65] | |
| Targeted therapy | PARP inhibitor | MAD2L2 | Ovarian cancer | [74] |
| HOXA9, DAB2IP | Breast cancer | [75] | ||
| HDAC inhibitor | P16, P21, P27, FBXO32 | Acute myeloid leukemia | [78] | |
| – | Lymphomas | [80] | ||
| NKD1, PPP2R2B | Lung cancer | [81] | ||
| P21 | Ovarian cancer | [82] | ||
| Endocrine therapy | Anti-androgen | PSA, TMPRSS2 | Prostate cancer | [85] |
| AR | Prostate cancer | [86, 87] | ||
| Anti-estrogen | GREB1 | Breast cancer | [90] |