In a potentially important discovery, researchers have found bacteria that may be linked to prostate cancer tumors. Although the exact role of microorganisms is still unknown, this new information may lead to the development of new and more effective treatments for prostate cancer. your work will be done accordingly Guardians What is already being hailed as a potential revolution in the prevention and treatment of the deadliest form of the disease.

About 170 out of 170,000 men in Germany develop prostate cancer each year.

For their investigation, scientists led by the University of East Anglia conducted a sophisticated genetic analysis of urine and prostate tissue from more than 600 men with and without prostate cancer and found five types of bacteria that were associated with rapid progression. Huh. Disease.

results in journal European Urology Oncology Could lead to new screening programs and pave the way for personalized antibiotic treatment to protect high-risk men from the disease. The German Cancer Aid makes the statistics available on its website. For illness:

“Statistically speaking, 169.8 out of 100,000 men in Germany are diagnosed with prostate cancer each year. A total of 70,100 men are diagnosed with prostate cancer each year. Prostate cancer is the most common type of cancer in men. The average rate of diagnosis is Age is 71 years.”

Thanks to better education and screening, diagnosis rates have increased rapidly in recent years, but there are still no effective ways to prevent or treat aggressive prostate cancer. The new study provides clear evidence that bacteria play a role in the development of prostate cancer — and opens up exciting new avenues for research.

“This is an exciting discovery that has the potential to truly revolutionize the treatment of men with prostate cancer,” Dr. Hayley Luxton from Prostate Cancer UK. The findings could mark a turning point in the treatment of this disease.

Challenges to treatment still to be mastered

However, lead scientist Colin Cooper, professor of cancer genetics at the University of East Anglia, admits that there is still an element of uncertainty. So it is possible that the bacteria may not be involved in the disease. For example, men with more aggressive cancers may be more likely to develop inflammation and infection in their prostates, which can lead to the presence of these bacteria. However, it may also happen that bacteria are present but do no harm. Accordingly, further research is needed to determine the role of these bacteria in prostate cancer.

The prospect of using antibiotics to target the bacterial cause of the disease seems like a ray of hope for patients. However, there are still significant challenges to make such treatment a reality. For example, antibiotics have had difficulty entering the prostate, so any potential therapy would have to be highly targeted to specific bacteria.

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