Tendon injuries are among the most common and long-lasting health problems in horses. Whether they’re used for sport or leisure, excessive strain, improper loading, or an unfortunate kick can quickly lead to tendon damage. Healing these injuries often requires a great deal of patience. In modern equine therapy, more and more horse owners and veterinarians are relying on the supportive effects of magnetic field therapy . But how does this method work, and what benefits can it offer for horses with tendon problems?

Causes and challenges of tendon injuries

Tendons are made of tough connective tissue that must withstand high tensile loads. Repetitive strain, sudden overstretching, or external influences can lead to micro-injuries or more serious damage. Typical signs of a tendon injury include:

• Swelling or overheating in the area of the tendon
• Pain reactions during palpation
• Lameness or reluctance to move
• Stiffness after rest periods

The classic treatment usually includes a combination of cooling, relief, physiotherapeutic measures and a long-term, controlled retraining.

How can magnetic field therapy be supportive?

Magnetic field therapy is a complementary treatment method that is receiving increasing attention in veterinary medicine. It involves treating horses with pulsating electromagnetic fields that are intended to act at the cellular level. The goal is to promote blood circulation and support regenerative processes.

Possible supportive effects of magnetic field therapy:

• Promote blood circulation : Better blood circulation can help supply oxygen and nutrients to the affected tissue.
• Support of cell metabolism : Magnetic impulses are intended to stimulate biochemical processes in the cells.
• Accompanying measure for inflammation : Many users report a positive effect on swelling.
• Influencing pain perception : Tissue stimulation can influence the perception of pain.

Application of magnetic field therapy

Magnetic field therapy can be easily integrated into everyday life. Special magnetic field blankets or gaiters are available that directly surround the affected tendon tissue, thus delivering the desired impulses. The duration and intensity of the treatment can be individually adjusted, although regular treatments are recommended.

Scientific status and practical experience

In Germany, magnetic field therapy is considered a complementary therapy whose mechanisms of action are not yet fully scientifically recognized. It can therefore be integrated into a comprehensive treatment plan as a supportive measure in consultation with a veterinarian or therapist. Experiences from horse owners and therapists suggest that it can have positive effects, but scientific evidence is limited.

Conclusion

Tendon problems in horses require comprehensive and well-coordinated treatment. Magnetic field therapy can be used as a complementary measure to support the regeneration process. However, anyone who integrates it into their horse’s treatment plan should seek professional advice and combine the treatment with proven methods such as physiotherapy and customized training. This way, the horse can receive the best possible support.