Continence Improvement
Date and Time
Location
Virtual Event
About this course:
This three hour course is intended to provide clinicians with the most current in-depth information with respect to normal and compromised continence, and its assessment and treatment using electro-stimulation, therapeutic exercise and ADLs. Through a combination of didactic lecture and lab demonstration, this course provides the individual attention necessary for clinicians to understand the unique, potential clinical benefits provided by specific therapy interventions.
Instructor:
Enroll Now
Please note: You will not be able to register for webinars without an active
ACP University (LMS) account.
Existing Account
Auto-Enrollment
For the best experience, download the Adobe Learning Manager App and use the below QR code to automatically enroll anytime leading up to the start of the course.
Existing Account Enrollment Request
If you already have an account but can’t scan the QR code,
complete our form and we will add you to the course.
Requests must be received 24 hours prior to the course’s scheduled start.
ACP University Account Request
An active ACP University (LMS) account is required to register for this course. If you don’t have an 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].
Related Events
May 13, 2025
Biophysical Agent Essentials: Ultrasound
This two hour course is intended to provide clinicians with the most current in-depth information about ultrasound. The course materials and clinical protocols presented are evidence-based and oriented to immediate clinical application of therapeutic ultrasound.
May 15, 2025
Biophysical Agent Essentials: Electrotherapy
This two hour course is intended to provide clinicians with the most current in-depth information about the essentials of electrotherapy. The course materials and clinical protocols presented are evidence-based and oriented to immediate clinical application of therapeutic electrical stimulation.