Bladder Cancer Clinical Trials and Research

MSK is a major research institution. During your treatment for bladder cancer, your care team may ask if you want to join a clinical trial.

What is a clinical trial?

Clinical trials are research studies that test new treatments, procedures, or devices to see how well they work. They are an important part of helping to prevent, treat, and cure cancer. Almost every cancer treatment given to patients was first tested during a clinical trial.

MSK tests new treatments for bladder cancer. Treatment trials test new drugs, drug combinations, devices, and ways of doing procedures, surgery, or radiation therapy.

Sometimes a clinical trial gives you access to new therapies that are not yet available at most hospitals. Talk with your doctor about whether joining a clinical trial is right for you.

Clinical trials are designed to answer questions about:

  • Safety
  • Benefits
  • Side effects
  • Whether some people are helped more than others

MSK will start a clinical trial only if our researchers think we can improve methods for cancer:

  • Prevention
  • Treatment
  • Diagnosis
  • Screening

For more information, please read Clinical Trials at MSK: What You Need to Know.

MSK is developing or improving treatments for people with bladder cancer.

  • We led the way in developing immunotherapy drugs for advanced bladder cancer.
  • Our patients were among the first to get atezolizumab (Tencentriq®) as part of a clinical trial. Based on this research, it became the first new drug approved for bladder cancer in more than 20 years.
  • Our researchers also directed studies that led to the approval of pembrolizumab (Keytruda®) for bladder cancer.

Current bladder cancer research at MSK

Our current research focuses on genetics and people with bladder cancer. We’re looking at who is more likely to respond well to these immunotherapy drugs, based on the genetic makeup of their tumors.

We’re always looking for ways to make these immunotherapy drugs work better in more people. That includes combining a checkpoint inhibitor with chemotherapy, and testing combinations of checkpoint inhibitors.

MSK researchers also are exploring ways to improve responses to bladder cancer treatments other than immunotherapy.

Our experts can help determine which clinical trial is right for you, including some of our newly opened clinical trials:

You can see a current listing of MSK’s clinical trials for bladder cancer below.

and/or
25 Clinical Trials found
To learn more about the purpose of this study and to find out who can join, please click here to visit ClinicalTrials.gov for a full clinical trial description.
Researchers want to find the best dose of DS-2243a to use in people with solid tumors. The people in this study have these solid tumors, which have spread beyond their original location:
Researchers want to find the best dose of LY4052031 to treat people with advanced solid tumors. The people in this study have metastatic solid tumors that came back or keep growing after treatment. In addition, their tumors make a protein called Nectin-4, which plays a role in cancer growth.
Nadofaragene firadenovec is a gene therapy that delivers a copy of a protein called IFNa2b to your kidney. This may help your immune system find and destroy cancer cells. By killing the cancer cells, nadofaragene firadenovec may cause your cancer to stop growing and spreading.
Researchers want to find the best doses of different drugs to use together in people with advanced urothelial cancer. The people in this study have urothelial cancer that metastasized (spread) and has not yet been treated.
Researchers want to find the best dose of VLS-1488 to treat various types of advanced cancer. VLS-1488 blocks KIF18A, a protein that plays a role in the rapid growth of cancer cells. By blocking KIF18A, VLS-1488 may cause cancer cells to stop growing and die. VLS-1488 is taken orally (by mouth).
The purpose of this study is to find the highest dose of the investigational drug AVA6000 that can be given safely in people with advanced solid tumors that are not responding to treatment. AVA6000 is very similar to a standard chemotherapy drug called doxorubicin. Like doxorubicin, AVA6000 works to slow or stop the growth of cancer cells by blocking an enzyme. Unlike doxorubicin, however, AVA6000 is a "prodrug," meaning it remains inactive until it reaches the site of the cancer. Because of the way AVA6000 works, it may be useful for treating cancer with fewer side effects than doxorubicin. AVA6000 is given intravenously (by vein).
Researchers want to find the best dose of the antibody-drug conjugate LY4101174 to treat advanced bladder and prostate cancers. The people in this study have bladder or prostate cancer that came back or keeps growing after treatment. 
Researchers in this study are assessing the drug ACR-368 alone and in combination with increasing doses of low-dose gemcitabine in people with ovarian, endometrial, or urothelial (bladder) cancer that has come back despite prior treatment. ACR-368 works by stopping cancer cells from repairing damage to themselves and their DNA (genes). Gemcitabine damages the DNA inside cancer cells and prevents the cells from multiplying.
Researchers are comparing two treatments for people with non-muscle invasive bladder cancer. If you take part in this study, you will be randomly assigned to get either: