Metastatic bladder cancer immunotherapy outcomes better with antihistamines

Renal + Urology News highlights UC-led research

Renal + Urology News highlighted research led by the University of Cincinnati's Alberto Martini, MD, that found using antihistamines in patients receiving second-line immunotherapy (IO) for bladder cancer may improve outcomes.

The research, published in the journal Urologic Oncology, focused on metastatic urothelial carcinoma (mUC), cancer that begins in the urothelial cells, which line the urethra, bladder, ureters and some other organs. Martini, University of Cincinnati Cancer Center physician-researcher and assistant professor in the Department of Urology in UC's College of Medicine, served as corresponding author of the study.

Using data from two clinical trials, the researchers identified 896 patients who were treated with second-line IO drug atezolizumab. Out of those patients, 155 patients received concomitant antihistamines and 741 did not.

Antihistamine users had 41% lower risk for all-cause mortality, 42% lower risk for cancer death and 30% lower risk of cancer progression compared to patients that did not receive antihistamines.

“Our results show a positive association between the use of antihistamines and oncologic outcome in patients with mUC treated with IO,” Martini and colleagues concluded.

Read the Renal + Urology News story.

Featured photo at top of urothelial carcinoma cells stained purple. Photo/OGPhoto/iStock.

Related Stories

2

A partnership to end pancreatic cancer

December 19, 2025

Since 2010, BSI Engineering has raised more than $1.2 million for pancreatic cancer research at the University of Cincinnati Cancer Center in honor of a friend and inspiration to BSI’s founders, Bryan Speicher.

3

Bazinga! UC physicist cracks ‘Big Bang Theory’ problem

December 19, 2025

A physicist at the University of Cincinnati and his colleagues figured out something two of America’s most famous fictional physicists couldn’t: theoretically how to produce subatomic particles called axions in fusion reactors.