Functional Transfers - Nbcot Registered Occupational Therapists Otr

Identify the best transfer choice: client can bear weight but cannot pivot due to poor balance.

Assisted sit-to-stand with mechanical lift or stand-assist device as indicated. Devices provide necessary stability for weight-bearing clients unable to pivot, facilitating safe transfers despite balance limitations.
Identify the contraindication for using a standard gait belt.

Recent abdominal surgery, abdominal wounds, or ostomy without precautions. Such conditions risk internal injury or complications from pressure, necessitating alternative support methods for safe transfers.
Identify the safest way to manage a client who begins to fall during a transfer.

Control descent to a nearby surface/floor while protecting head; do not catch. Guided descent protects vital areas and prevents abrupt impacts, prioritizing client safety over attempting to halt the fall entirely.
What is the safest general direction to transfer when the client has one stronger side?

Transfer toward the stronger side. Directing transfers to the stronger side leverages the client's intact strength and stability, reducing risk of falls or injury.
What is the correct transfer choice when a client requires maximal assistance or is unpredictable?

Mechanical lift transfer. Mechanical lifts provide maximal support for dependent clients, ensuring safety when manual methods are insufficient or risky.
Which option best corrects this error: therapist lifts under client's axillae during transfer?

Use a gait belt/trunk support; avoid axillary lifting to prevent brachial plexus injury. Axillary lifting risks nerve damage; belt or trunk support distributes force safely, protecting both client and therapist.
Which option correctly describes OT body mechanics during a transfer?

Wide BOS, neutral spine, bend hips/knees, avoid twisting; pivot with feet. These mechanics distribute load evenly, protect the spine, and minimize injury risk by using larger muscle groups effectively.
What is the best immediate action if the client reports dizziness upon standing during transfer training?

Stop, sit the client down, monitor symptoms/vitals, and reassess before retrying. Pausing addresses orthostatic hypotension or instability, allowing stabilization before proceeding to prevent falls or further issues.
Which transfer setup best reduces effort: move the client or move the environment first?

Move the environment to the client (position surfaces/equipment before transfer). Adjusting the environment first minimizes client movement and energy expenditure, enhancing safety and efficiency in transfers.
Which option is the safest communication practice immediately before initiating a transfer?

Explain steps, confirm readiness, and use a clear count (for example, "on 3"). Clear communication ensures synchronization, reduces anxiety, and enhances cooperation for a controlled and safe transfer execution.
Identify the best transfer method for a client with unilateral neglect affecting awareness of one side.

Transfer toward the stronger/attended side with increased cueing and setup. Transferring to the attended side compensates for neglect, improving awareness and stability while incorporating compensatory strategies.
What instruction best promotes safe sit-to-stand mechanics for the client?

Lean forward (nose over toes) and push from armrests/seat. Forward lean shifts the center of mass over the base of support, promoting balance and efficient use of momentum for standing.
Which transfer is most appropriate for a client with good UE strength and intact sitting balance?

Lateral/scoot transfer (with or without a sliding board as needed). This method utilizes upper body strength and balance for independent or minimal assist transfers, promoting functional mobility.
What is the correct placement of the wheelchair footrests before a transfer?

Swing away/remove footrests and clear the client's feet from obstruction. Clearing footrests eliminates tripping hazards, ensuring unobstructed foot placement and safe weight-bearing during transfers.
Find the correct sequence: lock brakes, remove footrests, position chair, apply gait belt, transfer.

Position chair, lock brakes, remove footrests/armrest as needed, apply gait belt, transfer. This sequence ensures optimal setup and stability before assistance, systematically reducing risks throughout the transfer process.
What is the correct way to use a gait belt during assisted transfers?

Secure snugly at waist; grasp from sides/back, not by buckle or clothing. Proper gait belt use provides secure support at the client's center of mass, enabling safe assistance without risking slips or pulls.
Which transfer technique is indicated when the client cannot bear weight through the legs?

Sliding board transfer (or mechanical lift if needed). Non-weight-bearing requires techniques that offload the legs, ensuring safe movement without compromising medical restrictions.
What is the key safety step when performing a sliding board transfer regarding the board?

Place board under buttock and onto target; ensure stable contact and no gaps. Stable board placement bridges surfaces securely, preventing slips and ensuring smooth, controlled sliding during the transfer.
Which direction should the client lean during a stand-pivot transfer to reduce fall risk?

Lean forward to shift COM over BOS before standing/pivoting. Forward lean aligns the center of mass for stability, facilitating a controlled pivot and minimizing backward fall potential.
Which option best describes when to remove a wheelchair armrest during transfers?

Remove/flip back the armrest on the transfer side if it improves access and safety. Removing the armrest clears obstacles, improving access for sliding or pivoting while maintaining wheelchair stability.
What is the first safety check related to wheelchair stability before most transfers?

Lock wheelchair brakes (and stabilize the chair). Locking brakes prevents wheelchair movement, ensuring a stable base and minimizing accident risk during the transfer process.
Identify the best wheelchair position for a stand-pivot transfer relative to the target surface.

Position wheelchair at about a $30^{\circ}$ angle to the target surface. A $30^{\circ}$ angle optimizes alignment for pivot mechanics, facilitating smoother weight shift and reducing strain during the transfer.
What is the safest transfer choice for a client with strict non-weight-bearing status on one leg?

Stand-pivot using the weight-bearing leg only, or sliding board if unable to stand safely. These methods adhere to weight-bearing restrictions, ensuring safe transfers without compromising the affected leg's healing.
Which option best describes safe hand placement for the client during sit-to-stand?

Hands on armrests/seat (not on the therapist's neck or shoulders). Stable hand placement on surfaces provides leverage for self-propulsion, promoting independence and reducing reliance on the therapist.
Which action is required for safe foot placement before a sit-to-stand transfer?

Feet flat, slightly behind knees, with stable base of support. Proper foot placement provides a stable base of support, enabling effective weight distribution and propulsion during the sit-to-stand motion.

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