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Physiotherapy with ultrasound and Percutaneous Therapeutic Electrolysis (EPTE)

In the constant pursuit of improving the quality of care and outcomes in the field of physiotherapy, technology has played a crucial role. Two significant advancements that have revolutionized the world of physiotherapy are ultrasound-guided physiotherapy and Percutaneous Therapeutic Electrolysis (EPTE). These advanced technologies have proven to be effective tools in the recovery and treatment of a wide range of musculoskeletal conditions. In this article, we will explore their benefits and the fundamentals of their use in the field of physiotherapy.

Benefits of Ultrasound-Guided Physiotherapy and EPTE

1. Accurate Assessment

Ultrasound-guided physiotherapy allows physiotherapists to obtain real-time images of internal tissues. This is invaluable for a comprehensive assessment as it helps identify injuries, inflammations, and muscular issues with a clarity that cannot be achieved through physical palpation alone. The ability to directly visualize anatomical structures enables physiotherapists to assess the severity of an injury and design a more effective and personalized treatment plan.

2. Targeted Treatment

Ultrasound-guided physiotherapy is also used during the treatment. Physiotherapists can monitor in real-time how tissues and structures respond to specific therapies. This allows them to adjust and adapt the treatment instantly according to the individual needs of the patient, which can accelerate recovery and reduce the risk of unwanted side effects.

3. Pain Reduction

EPTE is an innovative technique that uses high-frequency electrical current to treat soft tissue injuries, such as tendonitis and tendinosis. This therapy has proven to be effective in pain reduction by stimulating the body’s natural healing process. EPTE not only alleviates pain but also improves the function of damaged tissues and accelerates recovery.

4. Stimulation of Tissue Repair

EPTE promotes tissue repair by generating a controlled inflammatory process in the affected area. This process triggers the production of new collagen fibers and the regeneration of damaged tissue. This, coupled with specific exercises, results in strengthened tendons and reduced degeneration, improving long-term functionality.

Fundamentals of Ultrasound-Guided Physiotherapy and EPTE

Ultrasound-Guided Physiotherapy:

Ultrasound-guided physiotherapy is based on ultrasound technology. During an ultrasound-guided physiotherapy session, a conducting gel is applied to the skin over the area to be treated. Then, an ultrasound probe is placed on the area and moved gently to obtain real-time images of the underlying tissues. These images are displayed on a screen, allowing the physiotherapist to assess the anatomy and function of the tissues.

Once an initial assessment has been made, the physiotherapist uses this information to design a personalized treatment plan. This may include specific exercises, manual therapy, and other physiotherapy modalities. During the treatment, the ultrasound is used to guide the application of therapy, ensuring that it is focusing on the exact areas that require attention.

Percutaneous Therapeutic Electrolysis (EPTE):

EPTE is an advanced technique that uses a conducting needle to administer high-frequency electrical current in the affected area. The fundamentals of EPTE include:

1. Identification of the Injury:

The physiotherapist first locates the injury and disinfects the area.

2. Needle Insertion

A thin and conducting needle is inserted directly into the area of the affected tendon. The needle is thin enough to be tolerable but precise enough to reach the target tissue.

3. Application of Electrical Current:

High-frequency electrical current is applied through the needle. This electrical current stimulates a controlled inflammatory response in the tendon, initiating the healing process.

4. Promotion of Regeneration:

The controlled inflammation triggers the production of new collagen and regeneration of damaged tissue. This strengthens the tendon and accelerates recovery.

5. Follow-up and Rehabilitation

After the procedure, additional physiotherapy may be performed to enhance function and strength in the treated area. EPTE is used as an integral part of a broader treatment plan.

In conclusion, ultrasound-guided physiotherapy and Percutaneous Therapeutic Electrolysis (EPTE) are advanced technologies that have revolutionized the field of physiotherapy by providing precise diagnostics and effective treatments for a wide range of musculoskeletal conditions. These therapies offer significant benefits, such as pain relief, improved function, and accelerated recovery. If you are seeking cutting-edge physiotherapy treatments, consider exploring these options with one of our expert physiotherapists.

EPTE and Ultrasound Information Brochure
Informed Consent Document for EPTE
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