A new genetic test developed by scientists could identify which prostate cancers will turn aggressive.

"The problem with existing tests is that we cannot identify the small percentage of slow-growing tumors that will eventually become aggressive and spread beyond the prostate," said coauthor Mitchell C. Benson.
The three genes -- FGFR1, PMP22 and CDKN1A -- are particularly affected by cellular senescence, a process known for playing an essential role in tumor suppression and linked to benign prostate legions in mice and humans.
When these three genes are present, the researchers found, the prostate tumors are low risk. Prostate cancers that test negative for these genetic biomarkers are thus deemed potentially aggressive.
The researchers tested the accuracy of their diagnoses against biopsy specimens from 43 patients who were actively monitored over at least ten years.
Each had initially been diagnosed with a low-risk prostate cancer. Fourteen of them later developed advanced prostate cancer. The genetic biomarker test accurately identified each of them.
The researchers plan to evaluate the genetic test in a larger clinical trial.
Although one in six men will be diagnosed with prostate cancer in their lifetime, most do not die from it.
Source-AFP
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