J.J. Mowder-Tinney, PT, PhD, NCS, C/NDT, CSRS, CEEAA, and world-renowned neurorehabilitation expert Edelle Field-Fote, PT, PhD, FAPTA, FASIA, as they challenge the traditional boundaries of task-specific training. Together, they unpack why kinematic repetition alone often fails to translate into real-world performance and how foundational clinical concepts may be limiting your patients’ functional restoration. Dr. Field-Fote shares her revolutionary motor skill training circuit and explains how to strategically use neuromodulation as a “burner” to amplify meaningful neural signals. You will discover how to move beyond simple task replication to embrace error, variability, and explosive power training that truly drives long-term neuroplasticity.
Learning Outcomes
- Analyze the evidence around essential factors that are needed to translate task-specific training into real-world performance
- Apply evidence-informed, practical strategies to actionably incorporate multimodal movement parameters and neuromodulation into task-specific training
- Solve patient case scenarios involving the application of an expanded task-specific training framework to restore functional mobility and upper extremity function
Timestamps
- (00:00:00) Welcome
- (00:01:38) Introduction to neurorehabilitation and Dr. Field-Fote's journey
- (00:06:16) Understanding task-specific training in neurorehab
- (00:10:48) The role of neuromodulation in rehabilitation
- (00:16:11) Developing a motor skill training circuit
- (00:21:02) Managing spasticity in rehabilitation
- (00:24:51) Embracing ambiguity in clinical practice
- (00:31:25) Isolating muscle function for enhanced training
- (00:35:22) Circuit training: a structured approach to rehabilitation
- (00:38:02) Challenging the nervous system for real-world performance
- (00:40:34) The importance of kinematics in rehabilitation
- (00:45:17) Key takeaways for clinicians in rehabilitation
- (00:52:05) Engaging patients through varied training techniques
- (00:54:34) Incorporating home programs for continuous improvement
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