FDA-Approved Medical Treatments for Kidney Cancer

The table below lists the FDA-approved medical treatments for kidney cancer, including generic and brand names of the drug, when it was approved, the manufacturer(s) or distributor (if different from the manufacturer), the mechanism of action, and how it is administered.

Generic Name Brand Name Approved Manufacturer or Distributor Compound Given
interleukin-2 Proleukin May 1992 Novartis/Prometheus cytokine IV infusion
sorafenib Nexavar Dec 2005 Bayer/Onyx TKI orally
sunitinib Sutent Jan 2006 Pfizer TKI orally
temsirolimus Torisel May 2007 Pfizer mTOR inhibitor IV infusion
everolimus Afinitor Mar 2009 Novartis mTOR inhibitor orally
bevacizumab Avastin July 2009 Genentech monoclonal antibody IV infusion
pazopanib Votrient Oct 2009 GlaxoSmithKline TKI orally
axitinib Inlyta Jan 2012 Pfizer TKI orally
nivolumab Opdivo Nov 2015 Bristol-Myers Squibb monoclonal antibody IV infusion
cabozantinib Cabometyx Apr 2016 Exelixis TKI orally
lenvatinib* Lenvima May 2016 Eisai Global TKI orally
nivolumab**
ipilimumab**
Opdivo
Yervoy
Apr 2018 Bristol-Myers Squibb monoclonal antibody IV infusion
pembrolizumab***
axitinib***
Keytruda
Inlyta
Apr 2019
Jan 2012
Merck
Pfizer
monoclonal antibody
TKI
IV infusion
orally
avelumab†
axitinib
Bevancio
Inlyta
May 2019
Jan 2012
Pfizer
Pfizer
monoclonal antibody
TKI
IV infusion
orally

Please note: all treatments included were tested almost exclusively on clear cell patients, but some of these drugs have also shown efficacy in papillary cell carcinoma and other types of kidney cancer.

* Lenvatinib is approved in combination with everolimus.

**Both nivolumab and ipilimumab are monoclonal antibodies, given as IV infusions. The approval is for the two drugs in combination.

*** Approval for pembrolizumab is given for its combination with axitinib, which itself was approved as a monotherapy in 2012. The combination was approved in April 2019.

† Approval for avelumab is given for its combination with axitinib. The combination was approved in May 2019.

TKI

A TKI is a tyrosine kinase inhibitor. Tyrosine kinases are enzymes that promote cell growth and division, which in turn promotes tumor growth. A TKI is a chemical that is designed to reduce the effect of tyrosine kinases by blocking their activity, consequently reducing the nutrients that feed the tumor cells. TKIs are also called targeted therapies.

Monoclonal Antibody

A monoclonal antibody is a protein, produced in a laboratory, is designed to, in this case, bind with and destroy cancer cells. They can be used alone or can be manufactured to carry toxins or other substances that will assist in killing the tumor cells. Monoclonal antibodies have high specificity in that they are designed to bind only with specific cells, thus reducing side effects.

mTOR Inhibitor

An mTOR inhibitor is a protein that blocks the activity of another protein called mTOR, which regulates cell growth, proliferation and survival. mTOR promotes the growth of new blood vessels, which are necessary for tumor growth.