It targets the muscles at the base of the pelvis. These muscles support the bladder, rectum, and prostate. They help with urinary, bowel, and sexual functions. They also aid in core stability. Understanding and caring for these muscles can improve your overall well-being. Quick Takeaways: β Pelvic floor dysfunction affects men too. It can cause issues like incontinence, erectile dysfunction, and chronic pain. Recognizing the importance of male pelvic health is vital for improving quality of life.
Male pelvic floor physical therapy focuses on the pelvic floor muscles, which are a group of muscles at the base of the pelvis. These muscles support the bladder, rectum, and prostate, playing a key role in urinary and bowel functions, sexual performance, and core stability. Pelvic floor physical therapists are uniquely trained to treat conditions affecting the male pelvic anatomy. They help with issues related to urologic health, sexual function, and bowel control.
At Wright Physical Therapy, our therapists understand the sensitivity of these topics and work to ensure you feel comfortable and informed throughout your treatment. Urinary Incontinence: Pelvic floor physical therapy can strengthen muscles weakened by prostate surgery or other conditions, reducing urinary leakage and improving bladder control.
Erectile Dysfunction: By improving blood flow and muscle control, pelvic floor therapy can help men manage erectile dysfunction and enhance sexual function. Post-Surgical Recovery: After surgeries like prostate removal or hernia repairs, pelvic floor therapy aids in restoring muscle function, reducing scar tissue, and promoting healing.
Athletic Performance: Male athletes benefit from pelvic floor therapy by preventing or addressing issues like groin strains, pelvic instability, or sports-related pelvic pain, enhancing performance and reducing injury risks. Pelvic anatomy plays a crucial role in these functions. The pelvic floor muscles maintain proper organ positioning, support bladder control, and prevent pelvic organ prolapse. They also contribute to core stability, which is vital for posture and spine support.
