Cisplatin |
- Increased expression and enzymatic activity of G6PD |
Combination of 6-AN and CDDP |
Ovarian cancer |
(107) |
|
- Increased glutamine consumption and increased expression of the glutamine transporter ASCT2 and of GLS |
Combination of BPTES and CDDP |
Ovarian cancer |
(108) |
|
- Increased PGC-1α levels |
Silencing PGC-1α |
Small cell lung carcinoma |
(109) |
|
- Increased expression of FASN |
Combination between Orlistat and CDDP |
Lung carcinoma |
(110) |
Doxorubicin |
- Increased expression of 6- phosphogluconate dehydrogenase (G6GD) |
G6GD knockdown or Physcion treatment |
Anaplastic thyroid cancer |
(111) |
|
- Increased glycolysis |
3-bromopyruvate treatment |
Neuroblastoma |
(112) |
Daunorubicin |
- Increased GLUT1 expression |
Combination between phloretin and daunorubicin |
Leukemia cancer |
(113) |
Paclitaxel |
- Increased expression and activity of LDHA |
Downregulation of LDHA or Oxamate treatment |
Breast cancer |
(114) |
|
- Increased glycolisis |
Combination of 2-DG and paclitaxel |
Human osteosarcoma and non-small cell lung cancer |
(115) |
Docetaxel |
- High fatty acid synthase (FASN) activity |
Developing |
ErbB2-induced breast cancer |
(116) |
|
- Shift from glycolysis toward OXPHOS |
Combination of docetaxel and OXPHOS inhibitors |
Prostate cancer |
(117) |
|
- mtDNA depletion |
Developing |
Prostate cancer |
(118) |
|
- Increased mitochondrial mass |
Developing |
Breast cancer |
(119, 120) |
Tamoxifen |
- Increased level of neutral lipids, in particular, cholesterol esters and triglycerides |
Developing |
Breast cancer |
(121) |
|
- Increased expression of Peroxisome Proliferator-Activated Receptor Gamma (PPARgamma) |
Developing |
|
|
Enzalutamide |
- Increased expression of HMGCR |
Combination of simvastatin and enzalutamide |
Prostate cancer |
(122) |