PROGRAM OFFICIAL EPTE® COURSE

OBJECTIVES OF PERCUTANEOUS ELECTROLYSIS EPTE COURSE

The main objective is providing the students all the knowledge and scientific evidence about the application of percutaneous electrolysis therapy in damaged tissues, and the approach of degenerative process in tendons using Percutaneous Electrolysis Therapy EPTE®”.

15 hours.

PERCUTANEOUS THERAPEUTIC
ELECTROLYSIS EPTE® OFFICIAL COURSE

1. TENDON ANATOMY AND BIOMECHANICS
2. PARADIGM SHIFT: TENDINITIS VS TENDINOSIS
3. SCIENTIFIC EVIDENCE OF PHYSIOTHERAPY IN TENDINOPATHIES.
4. CONCEPT OF ELECTROLYSIS: EPTE® METHODOLOGY.

4.1 What is electrolysis?
4.2 Electrolysis clinical indications
4.3 Electrolysis contraindications
4.4 EPTE® usage procedure

5. LOAD MODULATION
6. EPTE® THERAPY AGENDA
7. PATELLAR TENDINOPATHY

7.1 Clinical characteristics
7.2 Clinical application of EPTE® in patellar tendinopathy.
7.3 Knee bandage after EPTE® treatment.
7.4 Therapeutic exercises

8. ACHILLES TENDINOPATHY.

8.1 Clinical characteristics
8.2 EPTE® clinical application on the Achilles tendon
8.3 Achilles bandage after EPTE® treatment
8.4 Therapeutic exercises for the Achilles tendon

9. PLANTAR FASCIA

9.1 Clinical characteristics
9.2 EPTE® clinical application on the plantar fascia
9.3 Plantar fascia bandage after EPTE® treatment
9.4 Therapeutic exercises for the plantar fascia

10. SUPRASPINATUS TENDINOPATHY

10.1 Clinical characteristics.
10.2 EPTE® clinical application on the supraspinatus.
10.3 Shoulder bandage after EPTE® treatment.
10.4 Therapeutic exercises for the supraspinatus

11. EPICONDYLAR TENDINOPATHY.

11.1 Clinical characteristics
11.2 EPTE® clinical application on the elbow epicondyle
11.3 Elbow bandage after EPTE® treatment
11.4 Eccentric exercises for the wrist extensor muscles

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