EPI Treatment for Muscle & Tendon Repair in Doha

✓ Fully Licensed MOPH Physiotherapy Services
✓ Innovative Treatment to Relieve Problems with Muscles, Ligaments and Tendons
✓ Personalised Therapy Plans Designed by our Expert Team
✓ Rapid Repair and Recovery to Relieve Pain

Are you suffering from tendon pain, or recovering from a ligament injury? Intratissue Percutaneous Electrolysis is an innovative technique our team of physiotherapy Doha specialists are trained to provide, offering freedom from pain by triggering a localised organic reaction.

Unique Treatment Tailored To Your Health Concerns

Our expert team at Anatomy Rehab specialises in a wide range of different physiotherapy techniques to provide our patients with the best standard of care. We are trained in EPI therapy, also known as Intratissue Percutaneous Electrolysis. This unique treatment complements many of our other physiotherapy services to encourage faster regeneration while reducing pain. Our knowledgeable physiotherapists may recommend electrolysis as part of your personal physio plan to improve your pain and get you on the road to recovery faster.

This specialist technique is suitable for several different tissue-related health problems, including:

  • Muscular strain
  • Myofascial pain
  • Tendonitis
  • Tendinopathies
  • Ligament injuries

During EPI treatment, an acupuncture needle is inserted into the injured area. Once inserted, a galvanic current is passed into the tissue through the needle, causing an organic reaction. This reaction is called phagocytosis, a process that affects the repair of affected tissue to regenerate damaged or injured muscles and ligaments rapidly.

Our physiotherapy Doha clinic combines electrolysis with other physio techniques and exercises to help you recover quickly to make you pain-free as soon as possible. We tailor our physio plans to the needs and goals of each of our patients. If you are struggling with daily pain or difficulty preventing you from exercising or participating in sports, we can create a plan that includes this unique electrolysis technique to provide you with the best possible care.

How Does EPI Help Your Recovery?

EPI helps you recover from injuries to your tissue by causing local inflammation through galvanic currents. You can think of this treatment as ‘shocking’ the tissue to encourage it to regrow and repair organically. Spanish studies have shown that this technique is highly effective in treating damaged tissue in various parts of the body, including the arms, legs, shoulders and other areas.

Here are a few of the ways that Intratissue Percutaneous Electrolysis can help you in recovery:

Rapid Regeneration

Phagocytosis caused by an organic reaction that electrolysis creates serves as a way to ‘jump start’ your body’s recovery process. By inflaming the area causing you problems or pain, our licensed physiotherapists can pinpoint the area your body needs to focus on to enhance your recovery time.

Reduced Pain

Electrolysis effectively reduces the pain of muscular and ligament injuries when combined with other exercises and physio techniques. Reduced pain enables you to move through your physio plan at a faster rate, getting you back to your former fitness level sooner while allowing your injury to effectively repair and then rebuild with rehabilitation.

Combined Treatment

We offer a wide selection of clinically researched techniques and services at our physiotherapy Doha location with an underlying goal to get you better and keep you painfree. Our knowledgeable physios work with you to create a completely personalised plan for your specific health concerns. As a complimentary treatment, we often pair electrolysis with exercises, massage and other therapies to help you achieve your recovery goal.

CONTACT THE TEAM

Call the team now to book your appointment

Call the team now to book your appointment

Anatomy Rehab is a well-being healthcare concept where our team of licensed professionals will use a range of skills and expertise to enhance your health and enable you to reach your full potential.