Community Mobility - Nbcot Registered Occupational Therapists Otr

1. Which adaptation best supports a driver who cannot turn the head adequately for lane changes?

   Extended side mirrors and/or wide-angle mirrors. These mirrors expand the field of view, compensating for restricted neck mobility to safely monitor traffic during lane changes.

2. Identify the safest initial recommendation when a client reports recent near-misses and slowed processing.

   Stop driving and refer for comprehensive driving evaluation. Immediate cessation prioritizes safety, with referral ensuring thorough assessment of cognitive changes impacting driving performance.

3. What is the key difference between a driving screen and a comprehensive driving evaluation?

   Screen identifies risk; comprehensive evaluation determines driving capacity. A screen quickly flags potential issues, while a full evaluation thoroughly assesses skills and determines fitness with specific recommendations.

4. Which recommendation best addresses community mobility when driving is not currently safe?

   Train and plan use of alternative transportation and trip routines. Alternative options maintain independence and access, with training ensuring safe, effective use when driving poses risks.

5. Which mobility training best supports safe public bus use for a client with mild cognitive impairment?

   Route training with cues, rehearsal, and safety problem-solving. Structured training builds familiarity, memory aids, and decision-making skills to enhance independence and safety in public transit use.

6. Which cognitive-perceptual deficit most strongly predicts unsafe driving due to poor hazard detection?

   Unilateral spatial neglect. Unilateral neglect impairs awareness of one side of space, leading to missed hazards and increased crash risk during driving tasks.

7. Which environmental modification most directly improves pedestrian safety for low vision at intersections?

   Accessible pedestrian signals and high-contrast wayfinding cues. These features provide auditory cues and visible markers, aiding safe crossing and navigation for visually impaired pedestrians.

8. Which recommendation is most appropriate when a client can drive but cannot load a wheelchair independently?

   Wheelchair lift or hoist system matched to vehicle and chair. Lifts or hoists automate loading, ensuring safe storage and accessibility for drivers unable to manually handle wheelchairs.

9. What is the primary purpose of a comprehensive driving evaluation by an OT/CDRS?

   Determine fitness to drive and needed interventions or restrictions. A comprehensive evaluation assesses overall driving ability, identifies risks, and recommends adaptations or restrictions to ensure safe community mobility.

10. Which modification is most appropriate for safe transfer from wheelchair to driver seat independently?

    Transfer board and adequate door opening/seat positioning. A transfer board bridges the gap, while proper door and seat setup minimizes reach and effort for independent, safe transfers.

11. Which professional credential most specifically indicates expertise in driver rehabilitation?

    Certified Driver Rehabilitation Specialist (CDRS). CDRS certification requires specialized training and expertise in evaluating and rehabilitating drivers with disabilities for safe vehicle operation.

12. Identify the best adaptation when a driver has limited trunk rotation and cannot check blind spots.

    Extended/wide-angle mirrors (and blind-spot mirror as needed). Mirrors enhance visibility without trunk movement, reducing blind spots and improving safety during maneuvers like merging.

13. What is the recommended action when a client has new-onset seizures with unclear control status?

    Recommend driving cessation until medically cleared per state law. State laws mandate seizure-free periods for driving safety, necessitating cessation until medical clearance to prevent loss of control risks.

14. Which visual deficit most directly indicates the need for bioptic telescope training and restrictions?

    Reduced visual acuity with otherwise adequate visual fields. Bioptic telescopes aid distance vision for those with low acuity but intact fields, requiring training and state-specific driving restrictions.

15. Which option best matches a driver with left hemiplegia who cannot control the steering wheel bilaterally?

    Spinner knob and appropriate one-handed steering techniques. These adaptations enable one-handed control, compensating for hemiplegia to maintain safe steering and vehicle handling.

16. Which vehicle adaptation is most appropriate for a driver with limited grip strength and hand pain?

    Steering wheel spinner knob (appropriate type and placement). Spinner knobs reduce grip demands and facilitate one-handed steering, improving control and reducing pain for drivers with hand limitations.

17. Which control adaptation is most appropriate when a driver cannot use foot pedals reliably?

    Hand controls for accelerator and brake. Hand controls transfer pedal functions to hands, enabling safe operation for those with lower extremity impairments affecting foot use.

18. Which medication side effect most directly warrants a driving risk warning and monitoring?

    Sedation or slowed reaction time. Sedative effects impair alertness and response speed, critical for safe driving, thus requiring warnings and ongoing monitoring by OT.

19. Which vehicle feature most directly reduces transfer demands for a driver with low endurance?

    Power seat (height, tilt, and fore-aft adjustments). Power adjustments optimize seat position, reducing physical strain and energy expenditure during entry and exit for low-endurance drivers.

20. Identify the best community mobility plan for a client who cannot manage transfers but must attend dialysis.

    Arrange paratransit/medical transport with assistance and scheduling. Assisted transport ensures reliable access to essential appointments, addressing transfer limitations while maintaining mobility needs.

21. Which option is the safest recommendation when a client cannot maintain upright sitting during transport?

    Use a crash-tested seating system with appropriate restraints. Crash-tested systems provide postural support and secure restraints, minimizing injury risk for those unable to sit upright during travel.

22. Which vehicle adaptation is most appropriate for a driver with right lower-extremity weakness?

    Left-foot accelerator (with pedal guard as indicated). Right leg weakness impairs pedal use, so a left-foot accelerator enables control with the unaffected limb, with guards preventing errors.

23. What is the primary purpose of a wheelchair tie-down and occupant restraint system (WTORS)?

    Secure wheelchair and provide crashworthy occupant restraint. WTORS ensures stability and protection in crashes by anchoring the wheelchair and restraining the occupant per safety standards.

24. Which community mobility option is most appropriate for a client needing door-through-door assistance?

    Paratransit or demand-response service. Paratransit offers personalized, assisted transport from origin to destination, ideal for those needing help with mobility and navigation.

25. Which recommendation best addresses driving safety for a client with progressive dementia and getting lost?

    Driving cessation and transition plan to alternative transportation. Progressive cognitive decline increases disorientation risks, necessitating cessation and planned alternatives for safe community access.

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