Scoliosis and Physiotherapy treatment

Learn how to examine and treat Scoliosis with physiotherapy techniques and methods.

Ratings: 4.93 / 5.00




Description

In this course you will learn exactly how to examine a patient with scoliosis, how to evaluate the static posture, the dynamic posture and how to do a radiological examination by measuring the Cobb angle and the Raimondi angle. You will learn theoretically and practically the basic principles of the Schroth method, Dynamic neuromuscular Stabilization method and Spiraldynamik concept.


During the course you will learn:

· What is scoliosis, what are the structural deformities in the horizontal, frontal, and sagittal plane.

· How to examine the static posture of a patient with scoliosis

· What dynamic tests can you apply to a patient with scoliosis

· How to measure the Cobb and Raimondi angle in a radiographic imaging

· What are the principles of the Schroth method, Dynamic Neuromuscular Stabilization method and Spiraldynamik concept

· How to practically apply all the three methods above on a patient with scoliosis


After the course you will be able to examine and treat a patient with scoliosis step by step. The course is illustrated with the real patient so you can understand the principles and apply it easily in practice. Its super easy to understand it because I have explained it in detail, and step by step all the process. I have prepared many videos for the lectures, and you can also download the materials in pdf for the theoretical part.

What You Will Learn!

  • Examine the static and dynamic posture of a patient with scoliosis
  • Examine the radiological graphs and measure the Cobb angle and Raimondi angle
  • Understand the difference between structural and postural scoliosis
  • Apply exercises by the Schroth method in the treatment of scoliosis
  • Apply exercises by the Spiraldynamic concept and DNS method in the treatment of scoliosis

Who Should Attend!

  • Physiotherapy practitioners and students
  • Physical therapy
  • Pediatrics
  • Medicine
  • Sport science
  • Rheumatology