Review Article
The Key to Unlocking the Chemotherapeutic Potential of PPARγ Ligands: Having the Right Combination
Table 2
In vivo and clinical trials synergistic effects between PPARγ ligands and other agents. Descriptions reflect most noteworthy finding of each study.
| | Platinum-based compounds | Taxanes | Topoisomerase inhibitors | Anti-metabolites |
| Rosiglitazone |
(i) ↓ Volume of A549 NSCLC xenografted tumours [31] | | | | (ii) ↓ Volume in KRAS- and EGFRdriven lung tumours without disrupting immune system [57] | | | | (iii) ↓ Volume and ↑ differentiation of DMBA-induced breast tumours; treatment minimized nephrotoxicity [32] *pre-treatment | | | |
| Troglitazone |
(i) ↓ Volume and ↑ overall survival of EHMES-10 malignant pleural mesothelioma xenografted tumours [34] | | | |
| Pioglitazone | | | | Phase 2 clinical trial: (i) 30% of patients with high grade gliomas experienced disease stabilization; treatment well tolerated by all [58] |
| RS5444 | |
(i) ↓ Volume of DRO90-1 and ARO81 anaplastic thyroid carcinoma xenografted tumours [53] | | |
| 15d-PGJ2 | |
(i) ↓ Volume of A549 and H460 NSCLC xenografted tumours [54] | | |
| LY 293111 | | | Phase 1 clinical trial: (i) ↓ GI toxicity in patients with advanced solid tumours [59] |
(i) ↓ Volume of S2-013 pancreatic xenografted tumours; minimized side effects [60] |
|
|