Today’s Solutions: June 11, 2026

Treating prostate cancer through traditional means such as surgery or radiotherapy carries certain risks, with some patients experiencing impotence, urinary problems, and bowel trouble, among other unwanted side effects.

Now, a new procedure using ultrasound techniques may soon be available to treat prostate cancer with minimal side effects and without making a single incision. It involves using specific doses of sound waves that target, heat, and destroy problematic prostate tissue.

The technique was recently put to the test in a study of 115 participants with a median age of 65 and has shown promising results. After a year of treatment, prostate volume was reduced from 39 cubic centimeters to less than 4 centimeters. On top of that, 80 percent of study participants saw their clinically significant cancer eliminated while 65 percent had no evidence whatsoever of cancer.

The breakthrough is crucial to medical research since prostate cancer is the second most common cancer in the United States, potentially allowing tens of thousands of men to get treatment while avoiding unwanted side effects.

Solutions News Source Print this article
More of Today's Solutions

WasteBar turns cigarette butt waste into food currency in the Netherlands

BY THE OPTIMIST DAILY EDITORIAL TEAM There is a small mobile cart somewhere in the Netherlands right now, and if you bring it a ...

Read More

5 plant-health boosting orange peel tricks to use in your garden this summer

BY THE OPTIMIST DAILY EDITORIAL TEAM Every orange you eat comes with a second product most people toss without thinking. The peel is packed ...

Read More

Here’s why you should wash your clothes with cold water

Washing your clothes with hot water may be an effective way to remove stains, but doing so with every laundry batch takes its toll ...

Read More

How to host a more sustainable super bowl party

This year, the Arizona Super Bowl Host Committee in collaboration with NFL Green is working together to make this year’s Super Bowl as sustainable ...

Read More