#7249 Beyond Hot Packs: Evidence Informed Physical Agents in Neurological Rehab

#7249 Beyond Hot Packs: Evidence Informed Physical Agents in Neurological Rehab is organized by MotivationsCEU.

Description:
This course cuts through outdated modality habits and reframes physical agents as precision tools for neurological recovery. Clinicians will explore how targeted thermal, electrical, and mechanical inputs can meaningfully influence hyper and hypotonicity, motor control, sensory processing, and fatigue. The course will also discuss examine when and why to use interventions such as neuromuscular electrical stimulation (NMES), sensory-level TENS for cortical engagement, cryotherapy for spasticity modulation, and heat for preparatory soft?tissue extensibility. Each modality is anchored in mechanism, giving therapists a clear understanding of how these inputs interact with neurophysiology and neuroplasticity.

Across the course, participants will apply evidence-based reasoning to real clinical scenarios, including post-stroke shoulder pain, postural control deficits, gait asymmetry, and upper extremity nonuse. The course will also break down practical decision-making for tools like vibration for proprioceptive priming, EMG-triggered stimulation for volitional recruitment, contrast therapy for autonomic dysregulation, and biofeedback for motor relearning. The overall goal of this course is to equip clinicians with a modern, confident, mechanism-driven approach to physical agents that enhances the efficacy of skilled therapeutic interventions in patients with neurological impairments.

Objectives:
Upon completion of this course, the participant will be able to:

1. Apply clinical reasoning to select and dose physical agent modalities to address common neurological impairments such as spasticity, weakness, sensory loss, and motor activation in both the upper and lower extremities.
2. Integrate physical agents into functional task practice, such as dressing, grooming, sit-to-stand transitions, and gait training by using modalities to prime motor units, enhance proprioceptive input, or reduce maladaptive tone prior to ADL performance.
3. Evaluate patient response to thermal, electrical, and mechanical modalities during neurorehabilitation sessions and modify treatment parameters to optimize outcomes related to gait symmetry, postural control, upper-extremity use, and overall participation.