A royal history of animal physiotherapy

‘’As humans respond so rapidly to this form of treatment for their injuries, why isn’t it used on horses for theirs?’’

Lord Luis Mountbatten to Sir Charles Strong (1939)

Many will know of Lord Luis Mountbatten, a great british sailor, a notable diplomat, and the last Viceroy of India. Many will know that his murder by the IRA on August 27th 1979 changed forever the history of the British Royal Family. But probably they will not know that his Serene Highness, Prince Luis de Battenberg (1900-1979), Very Honorable Count of Mountbatten of Burma, was also responsible for arousing interest in a new discipline of physiotherapy in animals.

The discovery and development of the faradic current began in the 19th century. Michel Faraday discovered the physical phenomenon of induction, introducing the first type of variable currents that he called faradics, even though the first outstanding results were attributed to Sir Morton Smart for his use of faradism in the treatment of muscle and joint injuries. Mr Charles Strong, a physiotherapist in Harley Street, London, and the personal physiotherapist of the Royal Family, adopted the technique developed by Smart and built a therapeutic device based on the faradic principles, which he called the “Strongbox”.

Like many members of the Royal Family, Lord Mountbatten was fond of the sport of polo. In 1939, while he was being treated for one of his numerous sporting injuries, Mountbatten asked physiotherapist Charles Strong whether the faradic Strongbox might be applied to animals. Strong applied the treatment to two of the Viscount’s lame ponies, and they showed an amazing recovery. From that point onward, Strong became a passionate advocate for the application of physiotherapy in animals.

The Strongbox worked by applying a low-frequency current to the body, through electrodes. These impulses claimed to stimulate the damaged muscle, the blood and lymphatic circulation, reducing pain and improving healing. The device, it was argued, had no curative effects itself, but the effects of rhythmic contractions in the muscle created the conditions where healing occurred more easily, for example, increasing blood circulation
and activating the elimination of those substances that, of staying stagnant, could cause permanent disability (Strong, 1967). The sensations were well accepted, even by nervous racehorses.

Strong summarized the benefits of his treatment as follows:

  • Benefits on muscle elasticity: irritability and contractility returns to normal.
  • An increase of blood reaches the muscles and surrounding tissues, with all the chemical and
    physiological benefits that this entails.
  • The waste products are cleaned quickly and stagnation of the lymph is prevented.
  • A large supply of oxygen and nutrients is carried to the injured part.
  • Rapid absorption of fluid, lymph and blood is actively promoted.
  • Beneficial physical and chemical changes take place after muscular activity.
  • Muscle contractions reduce the risks of adhesions and prevent stagnation of the lymph in the areolar connective tissue of the interarticular spaces, thereby reducing the risk of loss of elasticity and flexibility in the tissue, which is so necessary for joint function .
  • In the last stages of the sprains, if the treatment has been delayed for a long time and adhesions have formed in the muscles and peri-articular tissues, these surfaces are separated gently and gradually,
    thanks to the increasingly powerful contractions of the muscles.
  • Muscle weakening is prevented, especially if the treatment is administered shortly after the injury, and weakened muscles soon recover their volume.
  • Do not try to shorten the inflammation process but simply guide and control it.

Strong was the physiotherapist of the British Royal Family for many years, treating polo ponies, racing horses and the members of the Royal Family, and in 1974 he was Knighted for his services to medicine. HRH Prince Philip, Duke of Edinburgh, wrote this tribute to Sir Charles Strong:

“Physiotherapy is usually associated with the treatment of people. Sir Charles Strong broke new grounds by adapting his apparatus of faradic currents to the treatment of animals and, in particular, of horse injuries. At the time that I played polo, he treated me with all kinds of injuries, but I also had good reasons to be grateful for his ability to treat animals. There were many occasions, in which he managed to get the ponies to recover in time for important matches. Sometimes I had the problem of deciding which injuries should have priority, mine or those of my horses. The Queen herself requested her services to treat her race horses and I think she once treated a boar stallion on the farm in Windsor for a contracture in the back. He was a true pioneer and many animal owners have reason to be grateful for his initiative. “

When Strong died, his work continued to develop in South Africa. His student, D.M Winks Greene, continued to treat the musculoskeletal injuries of horses, and in 1984 she became one of the founders of the UK’s ACPAT (Association of Chartered Physiotherapist in Animal Therapy), the first special interest group established anywhere in the world dedicated to the promotion and defense of physiotherapy in animals.

The creation of this association has been followed by other countries such as Holland (Dutch Association for Animal Therapy, 1989), Canada (Canadian Horse and Animal Physical Rehabilitation Division, 1994) and Australia (Australian Animal Physiotherapy Association, 1998). As well as Finland,
Belgium, Ireland, the United States, Switzerland, Sweden and Spain (AEFA).

In 2011, the IAPTAP (International Association of Physical Therapists in Animal Practice) became a recognized subgroup of the WPCT (World Confederation for Physical Therapy), composed of animal physiotherapy working groups of the Physiotherapy Colleges of ten countries.

In Spain, the first Animal Physiotherapy Work Committee was created at the Physiotherapist College of Catalonia in 2002. Currently, since 2014, the Working Group of Physiotherapy in Animals of the Spanish General Council of the Official Colleges of Physiotherapist (CGCFE) works at a national level, for the promotion, development and defense of this speciality.

There is much to do in this field in terms of regulation, investigation and education, but thanks to Sir Charles Strong and the many therapists that follwed, physiotherapy for animals now has a much stronger profile within the profession and offers exciting opportunities for physiotherapists.

Posted by Maria Calatayud

Maria Calatayud is an equine physiotherapy practitioner from Valencia, Spain. Maria is currently a PhD student in the Physiotherapy department of the CEU Cardenal Herrera University. Her Masters degree in Physiotherapy and Veterinary Rehabilitation was gained from IACES (Madrid), accredited by the University Physiotherapy School Garbí (University of Girona). Since 2014 Maria has been the Coordinator of the Special Interest Group in Animal Physiotherapy from the General Council of the Official Colleges of Physiotherapists of Spain. Maria has presented multiple papers and posters on the topic of equine myofascial trigger points and has travelled the world attending educational programs on animal health.

  1. semaglutide vs wegovy

    semaglutide vs wegovy

    Reply

  2. long term use of protonix

    long term use of protonix

    Reply

  3. effexor vs celexa

    effexor vs celexa

    Reply

  4. atorvastatin ezetimibe fixed dose combination

    atorvastatin ezetimibe fixed dose combination

    Reply

  5. robaxin 500mg street price

    robaxin 500mg street price

    Reply

  6. ashwagandha for stress

    ashwagandha for stress

    Reply

  7. what is celecoxib 200 mg used for

    what is celecoxib 200 mg used for

    Reply

  8. buspar depression

    buspar depression

    Reply

  9. can u od on bupropion

    can u od on bupropion

    Reply

  10. can you take tylenol with celebrex

    can you take tylenol with celebrex

    Reply

  11. aripiprazole 15 mg tablet

    aripiprazole 15 mg tablet

    Reply

  12. flomax cr kidney stones

    flomax cr kidney stones

    Reply

  13. depakote classification

    depakote classification

    Reply

  14. flexeril high

    flexeril high

    Reply

  15. ddavp dosing enuresis

    ddavp dosing enuresis

    Reply

  16. how long does augmentin stay in your system

    how long does augmentin stay in your system

    Reply

  17. diclofenac sodium topical gel 1

    diclofenac sodium topical gel 1

    Reply

  18. best time of day to take diltiazem

    best time of day to take diltiazem

    Reply

  19. para que sirve el amoxicillin

    para que sirve el amoxicillin

    Reply

  20. bactrim pediatric dose calculator

    bactrim pediatric dose calculator

    Reply

  21. bactrim and alcohol forum

    bactrim and alcohol forum

    Reply

  22. cephalexin vs ciprofloxacin

    cephalexin vs ciprofloxacin

    Reply

  23. ciprofloxacin for uti

    ciprofloxacin for uti

    Reply

  24. brand viagra no prescription

    brand viagra no prescription

    Reply

  25. is fluoxetine zoloft

    is fluoxetine zoloft

    Reply

  26. cymbalta during pregnancy

    cymbalta during pregnancy

    Reply

  27. ketamine-baclofen-clonidine-gabapentin-lidocaine

    ketamine-baclofen-clonidine-gabapentin-lidocaine

    Reply

  28. metronidazole heartburn

    metronidazole heartburn

    Reply

  29. zoloft during pregnancy birth defects

    zoloft during pregnancy birth defects

    Reply

  30. […] has had a relation to animals for a number of years now. Animal physiotherapy, ie. physiotherapy for animals is generally considered to have been brought to…, a physiotherapist who developed an interest in this field following an interaction with a client […]

    Reply

Leave a Reply

Translate »