Biomechanical Taping for Managing Load, Movement, and Function

presented by Ryan Kendrick, MPhtySt, BPhty

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Disclosure Statement:

Financial: Ryan Kendrick receives compensation from MedBridge for this course. He is a shareholder of PosturePals Pty LTD, manufacturer of Dynamic Tape®.

Nonfinancial: Ryan Kendrick has no competing nonfinancial interests or relationships with regard to the content presented in this course.

Dynamic Tape® products were developed and patented as a licensed technology trademarked as Dynamic Tape®. Similar products exist, but this course will discuss dynamic taping with limited to no information about the like products or services.

Satisfactory completion requirements: All disciplines must complete learning assessments to be awarded credit, no minimum score required unless otherwise specified within the course.

MedBridge is committed to accessibility for all of our subscribers. If you are in need of a disability-related accommodation, please contact [email protected]. We will process requests for reasonable accommodation and will provide reasonable accommodations where appropriate, in a prompt and efficient manner.

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Video Runtime: 134 Minutes; Learning Assessment Time: 28 Minutes

The influence of load and various kinematic factors on tendinopathy and other overuse conditions is well documented. In this course, Ryan Kendrick, Australian musculoskeletal physiotherapist and developer of Dynamic Tape(R), explains how taping biomechanically can help in the management of these conditions and also discusses how the application of elastic therapeutic taping can be used to assist function in the pediatric and neurologic populations. Elastic therapeutic taping is a natural extension to the practitioner's clinical reasoning process, and by following a simple procedure, techniques can be developed and integrated into the clinician's treatment approach, making it specific to their client and complementing their manual therapy and exercise-based interventions. This course provides a thorough understanding of the background research, theoretical concepts, and practical application guidelines.

Learning Objectives

Recognize the significant difference in physical properties and methodology between dynamic taping, kinesiology taping, and rigid sports taping
Identify ways in which dynamic taping can be used in therapeutic interventions to promote the client's ability to participate in daily activities
Classify the nature and cause of any adverse skin reactions resulting from tape applications, including medical adhesive-related skin injuries (MARSI)
Outline the importance of load with regard to pathology and management of tendinopathy
Define the scientific basis of biomechanical taping with regard to mechanical and physiological mechanisms
Interpret the outcome of the taping application

Meet Your Instructor

Ryan Kendrick, MPhtySt, BPhty

Ryan earned his Bachelor of Physiotherapy degree from the University of Queensland, Australia, in 1994 and a Masters in Musculoskeletal Physiotherapy under the same world renowned guidance, which included Gwen Jull, Carolyn Richardson, Paul Hodges, and Bill Vicenzino. Ryan has worked extensively in the area of musculoskeletal and sports physiotherapy, with roles including personal physiotherapist…

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Chapters & Learning Objectives

1. History of Taping and the Evolution of Dynamic Taping

This chapter develops an understanding of clinical need and relevance of taping mechanically by outlining influence of load and force transfer on pathology and movement. It also covers traditional taping approaches and their uses and limitations with respect to managing load and movement, as well as the unique properties of Dynamic Tape® that allow it to address these gaps.

2. The Fundamentals of Biomechanical Taping

This chapter outlines the importance of load with regard to pathology and management, using tendinopathy as an example. It explores factors that influence load and how this may direct our taping application. The crucial elements of obtaining a mechanical effect with tape are described and illustrated.

3. Comparison of Tape Properties

This chapter qualifies and quantifies the properties of various tapes, highlighting why they are suited to their approach or aim. The energy storage and release capacity of Dynamic Tape® is demonstrated, and various clinical scenarios where this may provide a clinical or functional benefit are discussed.

4. Mechanisms

This chapter delves into the various mechanisms responsible for the clinical and functional improvements observed and takes a look at some of the emerging research. Further research is available by visiting www.dynamictape.com.

5. Technique Development

This chapter highlights the important of a thorough assessment, a clear aim, and an understanding of the various contributing factors and pain processes at play. It provides a flowchart to guide the development of a technique to address those aims based on an appreciation of the potential mechanisms, and then guides in the evaluation to determine whether the technique actually created a genuine force and how this addressed the aim.

6. Medical Adhesive-Related Skin Injuries (MARSI)

This chapter compares and contrasts the reactions that can occur in response to adhesive tapes, factors involved in their development, and how to minimize the risk. It also provides students with a clear warning to provide to their clients and instructions on safe application and removal.

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