Contracture Management
Date and Time
Location
Virtual Event
Enroll Now
Self-Enrollment for Existing ACPU Account Members
For the best experience, download the Adobe Learning Manager App and use the below QR code or direct URL to automatically enroll anytime leading up to the start of the course.
If you don’t have an ACPU account, please reach out to your Clinical Program Consultant for your facility-specific learner link. If you don’t recall who your CPC is, reach out to us at
[email protected].
About this course:
This three hour course is intended to provide clinicians with the most current in-depth information with respect to contracture assessment and treatment using biophysical agents in conjunction with orthotics. The course materials and clinical protocols prepare the clinician to design and implement skilled, evidence-based rehabilitation programs for the treatment of contractures and their impact on patient participation, activity, and functional performance.
Instructor:
Request Enrollment by ACP
If you are unable to use the link/QR code above to register, please submit the form below to request enrollment. You may also use this form to enroll in multiple courses for April 2025. Requests must be received 24 hours prior to the course’s scheduled start.
Related Events
January 22, 2026
This intermediate level course for SLPs defines COPD, the different stages of the disease, and the impact on swallowing. The course reviews the physiological disadvantages of swallowing during inhalation and offers evidence-based treatment approaches for dysphagia rehab in patients with COPD.
January 27, 2026
This intermediate level course for PT/PTAs and OT/OTAs on patterned electrical neuromuscular stimulation (PENS) is part of a series of Accelerated Clinical Practice courses. Through a didactic lecture and lab demonstration, this course provides the attention necessary to achieve proficiency in the use and application of functional and neuro re-education PENS to muscles in the Lower Quadrant. The course includes a review of literature regarding muscle activation, physiology research, and functional outcomes associated with PENS applications. Additionally, the course covers the impact of PENS on physiological impairments and how it contributes to improved patient participation, activity, and functional performance.