New, Minimally Invasive Treatment for Prostate Cancer Kills Cancer Cells with Limited Side Effects in New Study

A new prostate cancer treatment that uses MRI and ultrasound ablation reduces cancer, prostate size and PSA levels, according to new research.

A new, minimally invasive treatment for prostate cancer can successfully kill cancer cells while limiting serious side effects, a new study finds.

The procedure uses MRI and transurethral ultrasound ablation, or TULSA, instead of surgery or radiation.

A small catheter-like device is inserted through the urethra and using MRI doctors guide it into position to heat the malignant tissue.

Study participants who received TULSA experienced a reduction in cancer, prostate size and PSA levels, according to the results.

Researchers say cancer was undetectable on follow-up biopsy by 76% after one year.

And by 5 years, 92% of patients recovered urinary continence and 87% preserved erectile function.

The lead author says, “The success of TULSA represents a revolution in whole-gland treatment for prostate cancer.”

Of those treated, 25 men received follow-up conventional treatment with surgery or radiation because of residual or new tumors.

A randomized control trial comparing TULSA with radical prostatectomy is now underway.

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