If you’re dealing with bladder problems like incontinence, you may have heard of neuromodulation, a way of altering the nerve pathways by electrical stimulation or chemicals to help the nerve signals control bladder function.
However, you may not have heard of neuromuscular modulation – a process that specifically targets the nerve-muscle junction to enhance muscle function.
While both of these terms are often used interchangeably in addressing issues such as incontinence, there are differences. Read on to learn more about neuromuscular modulation and how this therapy works to control bladder leaks.
Understanding Neuromuscular Modulation
Neuromuscular modulation is an innovative therapeutic technique that focuses on improving muscle function and control through the stimulation of nerve-muscle connections. Imagine boosting your muscle coordination for better bladder control.
Bladder function is controlled not only by strong pelvic muscles underneath the bladder but by an automatic reflex of coordinating the muscles surrounding the bladder. Neuromuscular modulation uses special electrical signals to help your muscles become stronger and improve their communication with the nerves. The result? Regained control and relief from incontinence problems.
Key Features of Neuromuscular Modulation for Stress Incontinence
- Pudendal Stimulation: Neuromuscular modulation delivers carefully calibrated electrical impulses to pudendal nerves that control the pelvic floor muscles and urethral sphincter. Think of it as sending energy to the nerves that oversee your pelvic floor and bladder muscles. This prompts your muscles to contract without needing signals from your brain. It’s like giving your muscles a direct strength boost and helping your bladder behave.
Neuromuscular Modulation for Overactive Bladder
- Sacral Nerve Stimulation: This technique involves using electrical pulses to wake up the nerves that communicate with your bladder. It’s like hitting a reset button for your bladder control. This method can work really well initially, but its effectiveness might lessen after around five years due to nerve fatigue. However, it exhibits a high success rate after weeding out non-responders during pre-implantation trial periods.
- Tibial Nerve Stimulation: Currently performed through percutaneous stimulation of ankle nerves (PTNS), this method indirectly influences bladder function by targeting secondary nerves. It can be an effective treatment option for some, however, it does require frequent visits to the doctor because a specialized needle is used for the procedure. Emerging advancements introduce implantable or wearable devices, although they continue to target secondary nerves that must travel up the leg.
New Direct Stimulation Incontinence Treatment
New external stimulation for direct nerve activation, such as ELITONE, eliminates uncertainty by targeting the very nerves orchestrating bladder function. This method enhances muscle coordination, strengthens pelvic floor muscles, calms overactive bladders, and ultimately leads to significant incontinence relief.
Offering direct stimulation benefits without implant-related risks and the ability to prevent nerve fatigue, this technique empowers individuals to bid adieu to uncertainty, regain confidence, and embrace a future free from the constraints of bladder-related challenges. With neuromuscular modulation, the power to regain control lies at your fingertips (and at-home).
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