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This course offers a comprehensive deep dive into leveraging this therapeutic modality. The course begins with a review of the properties of water and their physiological effects, followed by a focus on the anatomy, physiology, and common conditions benefiting from underwater treadmill therapy. Attendees will gain valuable insights into equipment and water management, alongside essential knowledge of canine psychology and handling techniques for effective and stress-free sessions. The curriculum is rounded out with instruction on bodywork and relaxation techniques, culminating in a practical workshop where participants can immediately apply learned concepts in a hands-on setting. This course is designed to provide practitioners with the actionable skills and confidence needed to effectively integrate underwater treadmill therapy into their rehabilitation practice.
Learning ObjectivesBy the end of this course, participants will be able to:
- Demonstrate advanced understanding of underwater treadmill hydrotherapy principles as they apply to orthopedic and neurologic rehabilitation.
- Design and implement progressive, evidence-based hydrotherapy protocols tailored to specific orthopedic conditions and post-operative recovery.
- Apply hands-on techniques to improve joint mobility, muscle strength, gait quality, and functional outcomes in orthopedic patients.
- Utilize targeted hydrotherapy strategies to support neuroplasticity, proprioceptive feedback, and motor control in neurologic patients.
- Modify treadmill parameters and session variables to achieve therapeutic goals and respond to patient presentation in real time.
- Confidently integrate advanced hydrotherapy techniques into comprehensive rehabilitation plans for complex cases.
Course Outline
I. Introduction & Foundations of Advanced Hydrotherapy- Brief review of hydrotherapy principles as they apply to advanced cases
- Biomechanics, tissue healing timelines, and progressive loading considerations
- Optimizing patient selection, safety, and outcomes in the underwater treadmill
- Developing progressive protocols for post-operative and conservative orthopedic management
- Case-based strategies for CCL repairs, hip and elbow dysplasia, TPLO/TTA, osteoarthritis, and other common conditions
- Progression principles: resistance, incline, turbulence, and gait patterning
- Troubleshooting limitations and compensations in orthopedic patients
- Live demonstration and participant practice with orthopedic patients
- Adjusting treadmill parameters to target specific gait patterns and muscle groups
- Incorporating manual techniques, functional exercises, and neuromuscular re-education in water
- Understanding neuroplasticity and how water properties enhance neurologic recovery
- Treatment planning for IVDD, FCE, degenerative myelopathy, and other neurologic conditions
- Strategies for improving proprioception, coordination, balance, and strength in neurologic patients
- Integrating hydrotherapy into a comprehensive neuro-rehab plan
- Live demonstration and guided participant practice with neurologic case scenarios
- Real-time assessment and adjustment of protocols based on patient response
- Incorporating sensory input, task-specific training, and progressive challenge techniques
- Open discussion on complex cases, treatment decision-making, and clinical troubleshooting
- Participant questions and collaborative solution-building



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