Rehabilitation of the Unstable Elbow: Concepts to
Maximize Outcomes (Recorded Webinar)
Presented by Joey Pipicelli
The elbow is a congruous joint with a high degree of inherent stability provided by osseous and soft tissue constraints. Despite this, it remains the second-most dislocated major joint in adults. If not optimally managed, this injury can result in persistent instability, stiffness, pain, and early. This webinar offers a comprehensive exploration of evidence-informed rehabilitation strategies when managing elbow instability. Participants will gain an in-depth understanding of elbow anatomy and biomechanics. We will also review the pathophysiology of elbow instability, identifying common causes including both ligamentous injuries and fracture-dislocations. The core of this webinar focuses on creating individualized rehabilitation programs designed to restore motion, strength, and stability. Orthotic principles and interventions to maximize elbow and forearm motion in the presence of stiffness will also be discussed. By the end of this webinar, participants will have the knowledge to design and implement comprehensive rehabilitation programs that will optimize outcomes for patients with elbow instability.
Learning Objectives
- Distinguish the key components from elbow anatomy and biomechanics that contribute to elbow instability
- Implement individualized early motion rehabilitation programs based on the type of elbow instability and the various structures involved to facilitate a patient’s return to meaningful occupations
- Plan a rehabilitation program that addresses the radiographic drop and its therapeutic implications
- Determine at what phase of rehabilitation a static or a hinged static progressive elbow flexion orthosis can be implemented to enhance elbow flexion
- Design a program to strengthen the dynamic elbow stabilizers to be used during phase 3 of rehabilitation
Meet your instructor
Joey Pipicelli
Joey Pipicelli graduated from Western University with a MScOT in 2003 and became a Certified Hand Therapist in 2008. He has been working as a Hand Therapist at the Roth | McFarlane Hand and Upper Limb Centre (RM-HULC) in London, Ontario since 2009. Currently, he serves as Coordinator of the Chinchalkar Hand Therapy…
Chapters & learning objectives
1. Anatomy and Pathomechanics of Posterior Lateral Rotatory Instability
This chapter will delve into the anatomy and biomechanics relevant to injury and rehabilitation, providing a foundation for understanding the body's structures and movements. It will explore the mechanisms of injury and common forms of instability, highlighting how these factors contribute to various conditions. The chapter will also emphasize the importance of gathering specific case details, essential for developing personalized rehabilitation programs tailored to each patient's unique needs.
2. Rehabilitation Based on the Phases of Wound Healing
This chapter will outline therapeutic interventions for each phase of rehabilitation to optimize patient outcomes. It will cover the application of protective orthoses, comparing the use of hinged braces versus traditional braces, and explore strategies for effective edema control. Additionally, the chapter will address overhead rehabilitation techniques, proprioceptive training to enhance body awareness and balance, and progressive strengthening exercises tailored to the patient's recovery stage.
3. Therapeutic Management of Post-Traumatic Stiffness
This chapter will focus on the therapeutic management of post-traumatic stiffness, exploring strategies to restore motion and flexibility. It will guide practitioners through the process of determining the most appropriate form of mobilization orthosis application, evaluating different options to maximize joint motion and improve patient outcomes. The chapter will provide insights into selecting the best interventions based on individual patient needs and the nature of their stiffness.
4. Question and Answer Session
In this chapter, we’ll review and answer the questions asked during the webinar.
More courses in this series
Rehabilitation of Nerve Transfers: Principles, Application, and Case Studies (Recorded Webinar)
Jennifer T. Dodson
Midcarpal Instability: From Testing to Treatment (Recorded Webinar)
Ann Porretto-Loehrke
Wound Care Essentials for the Hand Therapist (Recorded Webinar)
Nora Barrett
Relative Motion: Not Just an Orthosis (Recorded Webinar)
Jeanine Beasley
Rehabilitation of the Unstable Elbow: Concepts to Maximize Outcomes (Recorded Webinar)
Joey Pipicelli
Frequently asked questions
Everything you need to know about Medbridge courses.
Who creates Medbridge courses?
We work with industry-leaders, top researchers, and consultants to build content roadmaps that are then structured into courses, filmed, and edited by our production team before being launched to our site.
How often does Medbridge release new courses?
New courses are added monthly and are automatically included in your subscription as they launch.
How often does Medbridge update courses?
Medbridge reviews its courses annually for relevance and to assess if content is up to date. Based on these reviews it may be determined that a course is out of date resulting in the course being re-filmed or retired, if the content is no longer needed (e.g. a replacement course already exists, the concepts are no longer best practice, etc.).
How many courses does Medbridge offer?
We have over 3,000 accredited courses and we are continually updating our library with new courses. Check our course library for the most up-to-date count for your discipline.
Are there any additional fees for taking a Medbridge course?
There are no additional fees for taking a Medbridge course, obtaining a course certificate of completion, earning CEUs as a subscriber, or accessing any of the additional tools your subscription may include.
Is there a limit to the number of courses I can take?
There is no limit to the number of courses you can take as a subscriber! As a subscriber to Medbridge, you have unlimited access to over 3,000+ accredited CE courses.
If you are a Premium subscriber, you also have unlimited access to our Patient Engagement Tools such as the Home Exercise Program, Patient Education Library, Orthopedic Exam Tests, and Manual Therapy Techniques. We have over 7,000 exercises and over 650+ videos and handouts of patient education resources with more exercises and patient education added to the library based on subscriber feedback, volume of request and specialities.
What is your refund policy?
You are eligible for a refund provided your request is received within 30 days of your subscription purchase and your account has no activity.