PWR PWR Exercise Program Design & Progression 2 — Questions and Answers
Question 1: What is the minimum recommended frequency for PWR!Moves exercise sessions to achieve neuroplasticity benefits?
- Once per week
- 2-3 times per week (Correct answer)
- Daily sessions only
- Once per month
Correct answer: 2-3 times per week
Research supports 2-3 sessions per week as a minimum frequency to achieve neuroplasticity benefits through PWR!Moves exercise.
Question 2: Which progression strategy is most appropriate when advancing a client from floor-based to standing PWR!Moves?
- Skip intermediate positions to save time
- Progress through quadruped, kneeling, and half-kneeling positions (Correct answer)
- Move directly from supine to standing immediately
- Use only assistive devices for all transitions
Correct answer: Progress through quadruped, kneeling, and half-kneeling positions
Progressing through quadruped, kneeling, and half-kneeling provides graded challenge as clients transition from floor-based to upright PWR!Moves.
Question 3: How should exercise complexity be progressed in a PWR program to promote motor learning?
- Begin with multi-task dual-task exercises immediately
- Start with simple single-task movements and progress to dual-task (Correct answer)
- Only use dual-task exercises for advanced clients
- Avoid complexity progression to reduce fall risk
Correct answer: Start with simple single-task movements and progress to dual-task
Starting with simple single-task movements and progressively adding dual-task components follows cognitive load principles and promotes neuroplasticity in Parkinson's disease.
Question 4: What role does amplitude play in PWR!Moves exercise progression for Parkinson's clients?
- Amplitude is irrelevant to movement quality
- Large amplitude movements should be avoided
- Training large amplitude movements helps counteract the hypokinesia seen in Parkinson's disease (Correct answer)
- Amplitude should decrease as the program progresses
Correct answer: Training large amplitude movements helps counteract the hypokinesia seen in Parkinson's disease
Training large amplitude movements directly addresses hypokinesia (reduced movement size), a hallmark of Parkinson's disease, and reinforces normal movement patterns.
Question 5: Which tool is used to monitor subjective exertion during PWR exercise sessions?
- Grip dynamometer
- Borg RPE Scale (Correct answer)
- Berg Balance Scale
- Timed Up and Go
Correct answer: Borg RPE Scale
The Borg Rating of Perceived Exertion (RPE) Scale is used during sessions to monitor how hard the client feels they are working and guide intensity adjustments.
Question 6: When should exercise intensity be modified or a PWR session stopped?
- Only when the client requests it
- When clients show signs of excessive fatigue, dizziness, or significant symptom worsening (Correct answer)
- After exactly 30 minutes regardless of client status
- Only when vital signs are abnormal
Correct answer: When clients show signs of excessive fatigue, dizziness, or significant symptom worsening
Signs of excessive fatigue, dizziness, or significant symptom worsening indicate the need to modify intensity or stop the session to ensure client safety.
PWR PWR Exercise Program Design & Progression 2
What is the minimum recommended frequency for PWR!Moves exercise sessions to achieve neuroplasticity benefits?