Non-invasive prostate cancer test may reduce biopsies

The French firm bioMérieux and ProteoSys, based in Mainz, Germany, have signed a license and development agreement for Annexin 3 to be used to develop a urine-based, confirmatory diagnostic test for prostate cancer.

After a research phase, the new test should be developed on the VIDAS platform.
Annexin 3, also known as ANXA 3, was discovered by ProteoSys, which specialises in cell biology and proteomics. Studies have shown that ANXA 3 quantification in urine is a novel, non-invasive test with high specificity for prostate cancer. Today, when the levels of prostate specific antigen (PSA) are in the uninformative ‘grey zone’, a biopsy is used to provide definitive diagnosis. The ANXA 3 test would be used to provide better identification of patients with a high probability of prostate cancer, thereby reducing the number of unnecessary biopsies.
After the first research phase at bioMérieux, a diagnostic test for the VIDAS platform will be developed. While the confirmatory diagnostic application on VIDAS will be the initial focus, bioMérieux is also considering the development of treatment decision and prognostic applications for ANXA 3.

28.10.2008

More on the subject:

Related articles

Photo

News • Standardized assessment criteria

Lost in translation: ICU experts call for universal severity score

Current scores to assess the severity of illness in ICU patients often fail in international contexts. Researchers now call for a global scoring system based on universally available data.

Photo

Product • Slide scanner system

Hamamatsu NanoZoomer® S540MD

The NanoZoomer S540MD by Hamamatsu is engineered with the lab in mind for a seamless workflow. Featuring compatibility with staining racks, fast slide scanning, exceptional image quality, and an…

Photo

News • New targetable driver of growth found

Thyroid gland: unexpected key to prostate cancer treatment

An international research team has discovered a promising new therapeutic approach for aggressive prostate cancer – in the thyroid gland.

Related products

Subscribe to Newsletter