news

Tapeworm drug fights prostate cancer

31
SHARES

A Norwegian study shows that NTZ contains a substance that can kill prostate and colon cancer…

Tapeworm

Cancer researchers have investigated hundreds of known drugs, to see how they influence cancer cells.

 

Reserve your FREE place

 


Address the time-to-result challenge posed by short shelf-life radiopharmaceuticals.

20 November 2025 | 3:00 PM GMT | FREE Virtual Panel Discussion

This webinar showcases the Growth Direct System; an RMM (Rapid Microbial Method) that improves on traditional membrane filtration, delivering increased accuracy, a faster time to result, enhanced data integrity compliance, and more control over the manufacturing process.

Key learning points:

  • Understand the benefits of full workflow microbiology quality control testing automation in radiopharmaceutical production
  • Learn about ITM’s implementation journey and considerations when evaluating the technology
  • Find out how the advanced optics and microcolony detection capabilities of Growth Direct® technology impact time to result (TTR).

Don’t miss your chance to learn from experts in the industry – Register for FREE

 

The researchers saw that the cells in prostate and colon cancer contain high amounts of activated Beta-catenin. Activation of this protein makes the cells behave uncontrollably and divide at a high rate. In addition, Beta-catenin makes the cancer cells more resistant and more able for survival.

In the study, the researchers discovered that it was the substance NTZ (nitazoxanide), a well known and approved the antiparasitic drug, decomposes the activated Beta-catenin.

“We are the first researchers who have mapped the complex molecular mechanisms involved in this process,” says Professor Karl-Henning Kalland at the Department of Clinical Science, at University of Bergen (UiB).

Experiments with well-known drugs show that a medicine may have different and unknown targets in the cells.

“The advantage of testing already approved drugs is that we know they work in the human body and have no serious side effects, which means that a future treatment may happen quicker,” Prof Kalland explains.

NTZ attacks cancer cells by hindering the activated Beta-catenin. It appears that this hindering also stimulates central parts of the immune system, that attacks cancer cells.

“At the moment, we are working on how to strengthen our on going immune therapy against prostate cancer by using the mechanisms we discovered of the NTZ,” Prof Kalland says.

“We discovered that this specific substance is blocking the signalling pathway in the cancer cells, and make them stop growing. It is not often that researchers discover a substance that targets specific molecules as precisely as this one,” says Prof Kalland.

Related organisations

Related drugs

Related diseases & conditions

Share via
Share via