In electrical stimulation therapy, what can be done to minimize discomfort?

Minimizing discomfort in electrical stimulation therapy is crucial for effective treatment and patient compliance. Properly positioning the electrodes is key because the placement can significantly affect how the electrical current interacts with the underlying tissues. Correct positioning ensures that the current flows through the targeted area effectively while minimizing discomfort at the surface of the skin.

When electrodes are placed correctly, they can stimulate the appropriate nerve fibers and muscle groups, achieving the desired therapeutic effect without causing unnecessary pain or discomfort. Additionally, optimal placement can help in evenly distributing the electrical current, preventing hotspots that might lead to increased sensitivity or irritation.

In contrast, incorrect electrode placement can lead to suboptimal stimulation, effectively increasing discomfort rather than alleviating it. Other options focus on adjusting parameters like intensity or duration, but these adjustments alone, without proper electrode placement, may not effectively address or minimize discomfort during therapy.