Presented by: Mark Ellis OTR/L, CHT
Format: 45 minutes presentation, 15 minutes Q&A
Webinar Description: This webinar offers a comprehensive analysis of the elbow's intricate design, focusing on its ligamentous, bony, and dynamic architecture. Designed to elevate clinical approaches to upper extremity rehabilitation, the course examines how fractures and dislocations disrupt structural balance and joint stability. Participants will analyze critical decision-making frameworks to determine precisely when and how to safely introduce and navigate movement throughout the healing process to optimize patient recovery.
Learning Objectives:
Upon completion of this course, participants will:
1. Identify the suggested minimal ROM requirements in the elbow for common functional tasks.
2. Identify the 3 primary constraints of elbow stability.
3. Identify the 2 specific ligaments that serve as primary restraints tovarus/valgus stress in the elbow.
4. Identify the ROM parameters during the early protected ROM for lateral elbow instability.
5. Identify three structures implicated in a "terrible triad" injury.
CE Credit: 1.0 continuing education hours, or 0.10 CEUs
Pricing:
Members $35
Student Members $20
Non-Members $55
Student Non-Members $30
* The ASHT Webinar Committee conducts an audit of webinars to ensure that the content is keeping up with the latest science and research. Please note that this webinar may be updated in the future. At that time, the purchased webinar will no longer be available for view.
Recording Date: August 5, 2026