Athletic Training Practice Exam 2025 – 400 Free Practice Questions to Pass the Exam

The most appropriate treatment method to prevent atrophy in a quadriceps strain rehabilitation is Russian stimulation. This form of electrical stimulation specifically targets muscle activation and can effectively promote muscle contractions, which is crucial during the recovery process following a strain. By stimulating the motor neurons of the quadriceps, Russian stimulation encourages the muscle to engage without placing additional strain or stress on the injured tissue. This can help maintain muscle strength and prevent atrophy that often occurs during periods of immobilization or limited activity.

Using Russian stimulation in rehabilitation allows the patient to gain the benefits of muscle contractions, which can enhance blood flow and provide a natural stimulus for recovery while also helping to preserve muscle mass. Effectiveness is particularly significant in the context of a quadriceps strain, where maintaining strength in the muscle is vital for overall function and timely return to activity.

In contrast, other methods such as ultrasound and TENS are generally more focused on pain relief and tissue healing rather than directly stimulating muscle contractions. Interferential current primarily targets pain relief and may not provide the same degree of muscle activation required to prevent atrophy. Stretching, while beneficial for flexibility, does not directly prevent muscle atrophy and can potentially exacerbate a strain if not performed carefully. Thus, Russian stimulation stands out as the