Applications of pulsed magnetic field therapy in veterinary medicine

The health of our pets is a central concern for pet owners and veterinarians. In recent years , pulsed electromagnetic field therapy (PEMF) has gained popularity as a complementary method in veterinary medicine. It is valued by pet owners and veterinarians as a non-invasive, supplementary treatment – ​​for example, in cases of chronic conditions, injuries, or degenerative diseases. Currently, there is no scientifically proven, universally valid efficacy. But how does this method work, and in which areas of veterinary medicine is it used? In this article, we will discuss the potential applications and the current state of research on PEMF therapy for animals .

What is pulsed magnetic field therapy?

Pulsed magnetic field therapy (PMFT) is a treatment that uses low-frequency, pulsed magnetic fields. These magnetic fields penetrate the tissue. Whether and to what extent this influences cellular processes, blood circulation, or inflammatory processes is a matter of ongoing research, but has not yet been conclusively proven scientifically.

PMFT is non-invasive and generally well tolerated by animals. It can be performed using special devices such as magnetic field mats , blankets, or cuffs, which are individually adapted to the size and condition of the animal.

Discussed mechanisms of action in animals

The following mechanisms, among others, are discussed in the scientific literature on magnetic field therapy:

  1. Microcirculation: A possible influence on the diameter of the capillaries and thus on blood flow and oxygen transport is being investigated.
  2. Endogenous processes: A possible interaction with the body’s own pain-regulating mechanisms is discussed, but has not been conclusively clarified.
  3. Inflammatory processes: A possible influence on inflammation-related messenger substances is being investigated in individual studies.
  4. Cell regeneration: A possible connection with wound healing processes is being discussed in research.

These mechanisms are discussed, among other things, in a review article by Markov (2007) on magnetic field therapy in general [ Markov, 2007 ]. Important: This article is a general review and not a veterinary-specific study. It was not specifically conducted on our devices or on animals and therefore does not allow any direct conclusions to be drawn about their effectiveness.

Possible applications of magnetic field therapy in veterinary medicine

Magnetic field therapy is used in animals as a complementary measure in the following areas, among others:

1. Joint problems
Degenerative joint diseases such as arthritis and hip dysplasia are common in dogs and cats. Magnetic field therapy is used as a complementary, non-invasive treatment alongside veterinary care. Research exists on its use in dogs with hip dysplasia, for example by Ernst et al. (2014) [ Ernst et al., 2014 ]. However, it should be noted that this research refers to magnetic field therapy in general and not to our specific product; efficacy in individual cases has not been scientifically proven.

2. Wound care
Following surgery or injuries, magnetic field therapy is sometimes used as a supplement to veterinary-prescribed wound care. There is no scientific evidence that it reduces the risk of infection.

3. Neurological complaints
In animals with neurological problems such as intervertebral disc disease, magnetic field therapy is sometimes discussed as a complementary treatment. However, there is no scientific evidence that it promotes the regeneration of nerve tissue or restores signal transmission; it does not replace veterinary neurological diagnosis and treatment.

4. Orthopedic injuries
Sprains, bruises, or tendon injuries are common in active dogs and horses. Magnetic field therapy is sometimes used as a complementary, supportive treatment.

5. Support for chronic conditions
For older animals with chronic conditions, e.g., due to osteoarthritis, some pet owners use magnetic field therapy as a supplementary measure alongside conventional veterinary treatment.

6. Use in equine medicine
In horses, magnetic field therapy is used as a complementary treatment for tendon problems, hoof issues, and back pain, among other conditions. Some sources cite further publications on this topic [ Gunn-Moore & Simpson, 2010 ]. We expressly point out that we have not been able to verify this source and that you should check it against the original publication before using it.

Note: The research mentioned in this article refers to magnetic field therapy in general and was not conducted on Bio Medical Systems devices. There is no scientific evidence of efficacy for our specific products. Magnetic field therapy does not replace veterinary diagnosis and treatment.

Potential benefits of magnetic field therapy for animals

Users often describe magnetic field therapy as follows:

  • Non-invasive: The application requires no sedation and is well tolerated by most animals.
  • Generally well tolerated; however, a general exclusion of risks cannot be given.
  • Individually adjustable: Depending on the size, age and condition of the animal, the intensity and duration of the application can be adjusted.
  • Easy to use: Many pet owners can perform the application at home following veterinary instructions.

Contraindications and precautions

Magnetic field therapy is not suitable for all animals. Contraindications may include:

  • pregnancy
  • Tumor diseases
  • Animals with pacemakers or implants
  • Acute infections

A veterinary examination should always be carried out before starting the application to rule out any possible risks.

Conclusion: Magnetic field therapy as a complementary measure in veterinary medicine

Pulsed electromagnetic field therapy (PEMF) is a non-invasive, generally well-tolerated method used by pet owners and veterinarians as a complementary treatment for injuries, chronic conditions, and degenerative diseases. It does not replace veterinary diagnosis and treatment, and its effectiveness has not yet been scientifically proven to be universally applicable. Individual consultation with the treating veterinarian is recommended.