Table 1.
Trade Name | Active Ingredient | Nanoformulation | Indications | Approval Date | Clinical Effect | Reference |
---|---|---|---|---|---|---|
Doxil® | Doxorubicin | Liposome | Ovarian and breast cancer | 1995 | Fewer and less severe side effects Longer periods of drug circulation in vivo Prolonged interval to progression and progression-free survival time |
[32] |
DaunoXome® | Daunorubicin | Liposome | HIV-related Kaposi’s Sarcoma | 1996 | No obvious cardiotoxicity Longer periods of drug circulation in vivo As effective as the conventional chemotherapy |
[33] |
DepoCyt® | Cytarabine | Liposome | Lymphomatous meningitis | 1999 | Reduced cardiotoxicity Pronounced effectiveness |
[34] |
Eligard® | Leuprolide | Nanosphere | Prostate cancer | 2002 | More sustained testosterone suppression Higher response rates |
[35] |
Lipusu® | Paclitaxel | Liposome | Ovarian cancer and breast cancer | 2003 | Reduced adverse reactions As effective as the paclitaxel |
[36] |
Abraxane® | Paclitaxel | Nanoparticle | Metastatic breast cancer | 2005 | Lower overall toxicity Better anticancer effect |
[37] |
Genexol-PM® | Paclitaxel | Micelle | Breast cancer and Lung cancer | 2007 | Reduced toxicities of paclitaxel Enhanced antitumor efficiency | [38] |
Marqibo® | Vincristine | Liposome | Acute lymphoid leukemia | 2012 | Reduced neurotoxicity Overall increase in therapeutic index |
[39] |
Onivyde® | Irinotecan | Liposome | Metastatic pancreatic cancer | 2015 | Longer half-life Enhanced anticancer efficiency |
[40] |
Liporaxel® | Paclitaxel | Emulsion | Gastric cancer | 2016 | Reduced neurotoxicity As effective as paclitaxel |
[41] |
Vyxeos® | Daunorubicin and cytarabine | Liposome | Acute myeloid leukemia | 2017 | Prolonged overall survival (OS) and event-free survival (EFS) | [42] |