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E-LEARNING TRAINING
Tendinopathy Rehabilitation: Movement Therapy

7 learners

The Movement Therapy in Rehabilitation addresses the importance of strength in the continuum of care. This course focuses on the periodization of rehabilitation to effectively manage loading, ensure progress, and maximize performance while protecting the injury. Common tendinopathies such as rotator cuff tendinopathy, femoro-patellar tendinopathy, gluteus medius tendinopathy, and Achilles tendinopathy are covered in detail to provide you with the knowledge to develop structured individualized rehabilitation programs.

5:36:00 of training
Mai-Linh DOVAN Mai-Linh DOVAN trainer
US$ 249.00 US$ 99.00

About

Movement Therapy in Rehabilitation addresses the importance of strength in the continuum of care. This course focuses on the periodization of rehabilitation to effectively manage loading, ensure progress, and maximize performance while protecting the injury.

Objectives of the Course

This training will enable healthcare professionals to:

  • Understand load management and identify strategies to ensure strength across the continuum of care.
  • Understand the importance of compression loading in treatment selection and intervention for insertional tendinopathies (enthesopathies).
  • Examine the differences between traditional rehabilitation periodization and exercise periodization.
  • Identify the main objectives and qualities of strength for stimulating neuromuscular adaptations in the different phases of rehabilitation periodization.
  • Apply a practical strategy for creating learning-based changes.
  • Apply a practical periodization to rotator cuff, patellofemoral, gluteus medius and Achilles tendinopathies.

Methodology and Pedagogy

We've designed this primarily practical program with a chronology of exercises in 3 phases.

Prerequisites

There are no prerequisites for this training. However, our courses are designed by and for healthcare professionals. Therefore, it is highly recommended that you have the skills of the following professions: physiotherapist and sports coach.

Training Program

Quiz: Test your knowledge

INTRODUCTION TO THE COURSE

Rehabilitation and performance require a motor learning environment to strengthen connections that include all elements of the task: sensory input, movement patterns, and cognitive information. In essence, motor learning is the process of learning to do something well or something new. The Movement Optimization strategy is designed to help reconcile injury management and performance from a practical standpoint. Because it involves rehabilitation, this strategy is designed to create a motor learning environment.

  • Introduction to the Course   2:12

INTRODUCTION

In this section, we'll look at movement therapy in rehabilitation, optimizing basic movement and strength across the continuum of care. We'll also look at how compression loading affects the choice of treatment and intervention for insertional tendinopathies (enthesopathies).

  • What is Movement Therapy in Rehabilitation?   5:20
  • The Rehabilitation Continuum   5:57
  • The Tendinopathy Continuum   5:36
  • Tendinopathy and Compression Loads   4:46

ESTABLISHING THE FRAMEWORK FOR REHABILITATION PERIODIZATION

This section examines the differences between traditional rehabilitation periodization and training periodization. It also provides an understanding of the neuromuscular implications of injury and pain, and identifies the key objectives and strength qualities for stimulating volume and intensity-based neuromuscular adaptations throughout the phases of rehabilitation.

  • Periodization in Training and Rehabilitation   6:19
  • Establishing the Phases of Rehabilitation Periodization   17:00

MANIPULATION OF TRAINING METHODS AND LOAD PATTERNS FOR REHABILITATION NEEDS

This section explains the importance and implications of isometric and eccentric methods and load patterns in stimulating motor learning and creating adaptations.

  • Isometric Methods   5:45
  • Eccentric Methods   2:59
  • Training Methods Manipulation   10:45
  • Manipulation of Load Patterns   8:04

MOVEMENT OPTIMIZATION STRATEGY

Movement therapy in rehabilitation enables our patients to regain all the resources available to optimize performance. Creating lasting changes in the way patients move, and helping them to access these resources, requires a strategy that addresses the many components involved in movement ability. Neuroplasticity means that we have the ability to change our neurology. Adults have the ability to self-direct plasticity, but this requires focused attention and the body and brain to be in a state of attention. Doing something mindlessly that requires no real effort will not result in plasticity changes. Optimizing muscle function, active range, control and strength requires active participation, which means we need to get our patients to move in very specific ways and apply intentional force. The goal of the movement optimization strategy for performance is to create learning-centered changes by creating a motor learning environment for patients.

  • Introduction   5:13
  • Mobilisation   5:17
  • Activation   7:38
  • Integration   8:16

ROTATOR CUFF TENDINOPATHY

In this section, we will review the anatomy and functional biomechanics of the rotator cuff and consider periodization for supraspinatus and infraspinatus tendinopathy - examples of exercises, methods and loading patterns.

  • Phase I - Tissue Healing   24:04
  • Phase II - Accumulation   19:38
  • Phase III - Intensification   13:14

PATELLAR TENDINOPATHY

In this section, we will review the anatomy and functional biomechanics of the knee and extensor mechanism and consider periodization for patellofemoral tendinopathy. (examples of exercises, methods and load diagrams)

  • Phase I - Tissue Healing   15:15
  • Phase II - Accumulation   12:21
  • Phase III - Intensification   6:13

ACHILLES TENDON TENDINOPATHY

In this section, we will review the anatomy and functional biomechanics of the foot and ankle and consider periodization for Achilles tendinopathy (examples of exercises, methods and load patterns).

  • Phase I - Tissue Healing   20:23
  • Phase II - Accumulation   7:56
  • Phase III - Intensification   5:54

GLUTEUS MEDIUS TENDON TENDINOPATHY

In this section, we will review the anatomy and functional biomechanics of the hip and consider periodization for gluteus medius tendinopathy. (Examples of exercises, methods and load charts)

  • Phase I - Tissue Healing   18:06
  • Phase II - Accumulation   6:49
  • Phase III - Intensification   6:27

CONCLUSION

Our vision is to provide the framework for a higher level of rehabilitation through effective programming within a structured training approach. The Movement Optimization strategy is designed to facilitate the reconciliation of injury management and performance from a practical perspective. The goal is to bring about learning oriented changes in the way our patients move.

  • Conclusion   2:32

Quiz : reevaluate your knowledge.

  • Post-training test Evaluate your progression after the training course with a multiple choice test.

Courses downloads & documentation

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