Prostate cancer treatment may include surgery, radiation, active surveillance, or hormone therapy depending on the cancer and the patient. This guide explains the major treatment options, common side effects, and how men can support urinary continence recovery after prostate surgery.
Updated: August 15, 2026
Author: Elidah Medical Staff
Prostate cancer treatment is one of the most searched topics in men’s health—and for good reason. It is the most commonly diagnosed non-skin cancer among men in the United States, with approximately 1 in 8 men receiving a diagnosis during their lifetime.
The encouraging reality is that most prostate cancers are highly treatable, particularly when detected early. The more complex reality is that treatment decisions can feel overwhelming, and the potential side effects—especially urinary incontinence and erectile dysfunction—are often underappreciated until recovery begins.
Prostate cancer treatment depends on the stage of the disease, overall health, and individual preferences. Common options include surgery, radiation therapy, and active surveillance. Understanding these treatments—and what recovery looks like afterward—can help men make informed decisions and prepare for what to expect, especially for recovery in urinary control.
Prostate cancer develops in the prostate gland, a walnut-sized organ located below the bladder that plays a role in semen production. Most cases are adenocarcinomas, meaning they originate in glandular cells.
While many prostate cancers grow slowly, some behave more aggressively and can spread beyond the prostate. According to data from the National Cancer Institute, the five-year survival rate for localized prostate cancer approaches 100 percent, underscoring the importance of early detection and appropriate treatment selection.
Prostate cancer is often identified before symptoms develop, typically through routine screening. When abnormalities are detected, further testing helps confirm the diagnosis and determine disease severity.
The diagnostic process usually begins with a prostate-specific antigen (PSA) blood test, which measures a protein produced by the prostate. Elevated PSA levels can indicate cancer but may also reflect benign conditions. A digital rectal exam (DRE) may also be performed to assess the physical characteristics of the prostate.
If findings are suspicious, imaging—most commonly MRI—provides more detailed visualization. However, a definitive diagnosis requires a prostate biopsy, in which tissue samples are analyzed by a pathologist.
Once cancer is confirmed, it is categorized using several key metrics. The Gleason score (or Grade Group) reflects how abnormal the cancer cells appear and helps predict aggressiveness. PSA levels provide additional context, and tumor staging describes how far the cancer has spread. Together, these factors determine whether a patient is considered low, intermediate, or high risk, which directly guides treatment decisions.
Treatment selection depends on cancer characteristics as well as patient age, health status, and personal priorities.
There are several approaches to prostate cancer treatment, depending on the stage of the disease and overall health. Each option has different benefits and potential side effects, and the best choice depends on individual circumstances.
Many men consider both treatment effectiveness and quality of life when choosing between these options.
While prostate cancer outcomes are often very positive, recovery can involve temporary or ongoing side effects. One of the most common concerns—especially after surgery—is urinary leakage and reduced bladder control.
The prostate cancer recovery rate is generally high, especially when the disease is detected early. However, recovery also includes managing side effects, regaining strength and returning to normal daily life. Addressing issues like urinary leakage is an important part of overall recovery.
Urinary incontinence is one of the most common and impactful side effects following prostate surgery. The typical pattern is stress urinary incontinence, where leakage occurs during activities that increase abdominal pressure, such as coughing, lifting, or standing.
This occurs because the prostate and surrounding tissues contribute to urinary control. During surgery, the internal sphincter is affected, and the external sphincter and pelvic floor muscles must compensate. At the same time, nerve signaling to these muscles may be temporarily disrupted.
As healing progresses, muscle strength and coordination gradually return. However, recovery timelines vary widely based on factors such as age, baseline muscle condition, surgical technique, and nerve preservation.
Importantly, continence recovery is not purely passive. Early and structured pelvic floor activation can influence how quickly and effectively control returns.
Pelvic floor muscle training—commonly referred to as Kegel exercises—is recommended as first-line therapy by the American Urological Association. The goal is to strengthen the muscles responsible for bladder control and improve their ability to respond during moments of stress.
However, many men struggle with proper technique. It is common to unintentionally engage the abdominal or gluteal muscles instead of the pelvic floor. Without proper activation and consistency, the benefits of Kegel training can be limited.
Pelvic floor physical therapy provides structured guidance and feedback. A trained therapist can assess whether the correct muscles are being activated and use tools such as biofeedback to improve coordination and timing.
While effective, therapy requires access to specialized providers and consistent attendance, which may not be feasible for all patients.
Neuromuscular electrical stimulation offers a different approach to muscle activation. Instead of relying solely on voluntary contraction, NMES delivers controlled electrical impulses that trigger pelvic floor contractions.
This can be particularly useful early in recovery, when voluntary activation is weak or inconsistent. By providing repeatable, structured contractions, NMES supports neuromuscular re-education and may help accelerate functional improvement in some patients.
For men recovering from prostatectomy, structured activation of the pelvic floor is a critical component of rehabilitation.
Elitone for Men is an FDA-cleared, fully external neuromuscular electrical stimulation device designed to support recovery of urinary continence after prostate surgery. It delivers targeted stimulation through the perineal region, activating the muscles responsible for bladder control in a consistent and repeatable way.
Unlike manual exercises, which depend on correct technique and adherence, the device provides guided activation through 20-minute sessions that can be performed at home. This makes it particularly relevant for men who struggle with Kegels or who want to reinforce their rehabilitation program with structured muscle activation.
After prostate cancer treatment, urinary leakage is often the most disruptive quality-of-life issue patients face after cancer control itself.
It affects more than convenience. It can delay return to work, limit physical activity, reduce confidence in social settings, and impact intimacy and mental health.
While natural healing occurs, the timeline is unpredictable. Some men recover quickly, while others experience prolonged symptoms. This variability highlights the importance of a proactive recovery strategy that combines symptom management with interventions aimed at restoring muscle function.
Prostate cancer treatment appropriately prioritizes cancer control. However, regaining bladder control is one of the most important parts of prostate cancer recovery. While some improvement happens naturally over time, actively strengthening the pelvic floor muscles can help support faster progress and reduce leakage. Quality of life, particularly urinary continence, becomes the next critical focus.
Urinary incontinence after prostatectomy is common, but it is not something men must simply wait out. Evidence-based rehabilitation strategies, including pelvic floor training and neuromuscular stimulation, provide meaningful ways to support recovery.
Understanding these options allows patients to take a more active role in their recovery and, in many cases, regain control sooner. Learn more about options that support bladder control recovery.
For localized disease, radical prostatectomy and radiation therapy are the most common options, while low-risk cases may be managed with active surveillance.
Most men improve significantly within three to six months, although recovery can continue for up to a year or longer.
For the majority of men, continence improves over time. A smaller subset may experience persistent symptoms.
Yes, but only when performed correctly and consistently. Technique and adherence are critical.
Clinical evidence supports neuromuscular electrical stimulation as a tool to assist pelvic floor rehabilitation in certain patients.
Many clinicians recommend starting pelvic floor activation shortly after catheter removal, depending on individual healing.
Coverage varies by plan. Patients should check with their provider or contact Elitone support for assistance.
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