Effects of pulsed electromagnetic field therapy on sport recovery

This trial tests whether pulsed electromagnetic fields can help prevent muscle loss and weakness in patients with blood cancer who are in the hospital for a long time. It is for patients starting chemotherapy for acute leukemia or getting a stem cell transplant.

This study tests a special electromagnetic therapy for athletes who have muscle soreness after hard exercise. It aims to help your muscles recover faster and improve how you feel physically and psychologically.

This trial studies whether pulse electromagnetic field therapy can improve signs of reduced blood flow to the heart (ischemia) in people who cannot or will not get a coronary procedure during the study. If you already take standard heart medicines, you may be eligible to add this therapy and undergo exercise testing and heart imaging.

This study tests whether pulsed electromagnetic field therapy can help prevent or reverse muscle loss and weakness caused by hormone therapy (ADT) for prostate cancer. The treatment is non-invasive and may help you stay stronger during your cancer care.

This study tests whether adding pulsed electromagnetic field therapy (a non-invasive treatment using magnetic energy) to standard shockwave therapy can improve elbow pain and function better than shockwave therapy alone. It is designed for people with long-lasting lateral epicondylitis (tennis elbow) who have not recently had injections or other physical treatments for their elbow.

This trial tests whether pulsed electromagnetic field (PEMF) therapy—a non-invasive device placed on the knee—can help heal a torn meniscus and relieve pain and improve knee function when used with exercise therapy. It may be an option if you want to avoid surgery.