PWR Neurological Rehabilitation Techniques 5

Question 1

A patient with PD reports that her symptoms are significantly better at 90 minutes after taking levodopa. How should a PWR therapist use this information?

Accepted Answer

Schedule high-intensity exercise sessions to coincide with the 'on' state when motor function is optimal

Answer

Scheduling intensive exercise during the patient's 'on' state maximizes motor performance, safety, and the quality of repetitions that drive neuroplastic adaptation.

Question 2

What does research on 'forced exercise' (e.g., tandem cycling at externally imposed rates) suggest about Parkinson's rehabilitation?

Accepted Answer

Exercising above the patient's volitional rate can produce greater motor improvements than voluntary exercise alone

Answer

Studies on forced-rate tandem cycling show that exercising at rates higher than patients would self-select can produce superior improvements in motor function, possibly through enhanced dopaminergic signaling.

Question 3

Which progressive resistance training variable is MOST important to monitor and advance in a PWR neurological rehabilitation program?

Accepted Answer

Load and movement amplitude, ensuring both increase as the patient's capacity improves

Answer

Progressive overload in both load and movement amplitude is essential to drive continued neuromuscular adaptation without allowing plateaus in Parkinson's exercise programs.

Question 4

A PWR!Moves practitioner is working on PWR!Step with a patient. Which primary motor skill is this move designed to rehabilitate?

Accepted Answer

Weight transfer and stepping — the foundational locomotor skill for ambulation and fall recovery

Answer

PWR!Step targets dynamic weight transfer and stepping mechanics that underlie safe ambulation and the ability to recover from balance perturbations.

Question 5

In neurological rehabilitation for PD, what is the concept of 'skill acquisition' versus 'performance' and why does it matter for treatment planning?

Accepted Answer

Skill acquisition produces durable neural changes that persist over time, while performance reflects only temporary improvements dependent on cueing or medication state

Answer

True skill acquisition creates lasting neural reorganization that generalizes to daily life, whereas performance improvements may be transient; PWR interventions aim for skill acquisition through practice conditions that promote retention.

(PWR) Parkinson's Wellness Recovery Moves Certification Practice Test

(PWR) Parkinson's Wellness Recovery Moves Certification Practice Test

PWR Neurological Rehabilitation Techniques 5