NBCOT Registered Occupational Therapists (OTR) Quiz: Orthotic Training
20 questions · exam conditions
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Orthotic TrainingQuestion 1 of 20

A client with a new partial hand prosthesis (M-Finger) is learning to integrate it into bimanual activities. The client is able to operate the prosthesis to grasp objects but demonstrates poor timing and force modulation, often crushing paper cups during a water pouring task. The client has intact sensation in their residual digits.

Which training activity would be MOST effective for improving the client's fine motor control with the prosthesis?

Squeezing therapeutic putty with the prosthesis to increase the strength of the residual digits.
Repetitively grasping and releasing a wooden block while looking in a mirror to enhance visual feedback.
Using the prosthesis to perform a functional task that does not require fine force modulation, such as carrying a grocery bag.
Practicing picking up and moving objects of graded fragility, such as eggs, cherry tomatoes, and foam blocks.
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NBCOT Registered Occupational Therapists (OTR) Quiz

NBCOT Registered Occupational Therapists (OTR) Quiz: Orthotic Training

Practice Orthotic Training in NBCOT Registered Occupational Therapists (OTR) with focused quiz questions that help you check what you know, review explanations, and build confidence with test-style prompts.

What this quiz covers

This quiz focuses on Orthotic Training, giving you a quick way to practice the rules, question types, and explanations that matter most for NBCOT Registered Occupational Therapists (OTR).

How to use this quiz

Try each quiz question before looking at the correct answer. Use the explanations to review missed ideas, then come back to similar questions until the pattern feels familiar.

All questions

Question 1

A client with a new partial hand prosthesis (M-Finger) is learning to integrate it into bimanual activities. The client is able to operate the prosthesis to grasp objects but demonstrates poor timing and force modulation, often crushing paper cups during a water pouring task. The client has intact sensation in their residual digits.

Which training activity would be MOST effective for improving the client's fine motor control with the prosthesis?

  1. Squeezing therapeutic putty with the prosthesis to increase the strength of the residual digits.
  2. Repetitively grasping and releasing a wooden block while looking in a mirror to enhance visual feedback.
  3. Using the prosthesis to perform a functional task that does not require fine force modulation, such as carrying a grocery bag.
  4. Practicing picking up and moving objects of graded fragility, such as eggs, cherry tomatoes, and foam blocks. (correct answer)
Explanation: When you encounter prosthetic training questions, focus on the principle of motor learning: practice should closely match the problematic skill while providing appropriate challenge progression. This client's core issue is poor force modulation—they're crushing fragile objects—so training must specifically target graded force control. Option D is correct because practicing with objects of graded fragility (eggs, cherry tomatoes, foam blocks) directly addresses force modulation deficits. This approach uses a systematic progression from very fragile to more durable items, allowing the client to develop precise force control through immediate tactile and visual feedback. When you crush an egg versus successfully handle it, the feedback is unmistakable and promotes rapid motor learning. Option A is wrong because squeezing putty targets strength, not the fine force control needed for delicate manipulation. The client already grasps objects successfully—strength isn't the issue. Option B focuses on basic grasp-release patterns with visual feedback, but wooden blocks don't require the graded force control that's problematic. This doesn't challenge the specific deficit. Option C avoids the problem entirely rather than addressing it. While functional tasks are important, choosing activities that don't require fine force modulation won't improve this specific skill deficit. For prosthetic training questions on the NBCOT, remember that effective interventions should directly target the identified deficit using graded challenges. Look for training approaches that provide immediate, clear feedback about the problematic skill—in this case, force modulation through breakable versus durable objects.

Question 2

A client is being fitted for a static progressive elbow extension splint to manage a post-traumatic contracture. The OTR's protocol involves instructing the client to wear the splint for three 30-minute sessions per day. During the initial training session, the client reports a tingling sensation in their fourth and fifth digits after 10 minutes of wear.

What is the OTR's MOST appropriate immediate action and corresponding client education?

  1. Instruct the client to remove the splint and re-apply it with less tension, educating them that a gentle stretch is the goal.
  2. Remove the splint immediately, check for pressure areas around the cubital tunnel, and instruct the client to discontinue use until the splint can be modified. (correct answer)
  3. Reassure the client that a tingling sensation is a normal part of the stretching process and encourage them to complete the full 30-minute session.
  4. Modify the wearing schedule to six 15-minute sessions to allow for more frequent rest periods for the ulnar nerve.
Explanation: The correct answer is B. Tingling in the ulnar nerve distribution (fourth and fifth digits) is a sign of nerve compression, likely at the cubital tunnel, and is a significant adverse event. The first priority is to remove the source of compression (the splint) to prevent nerve damage. The OTR must then assess the cause (e.g., a pressure point) and recognize that the orthosis requires modification before it can be safely used again. This demonstrates critical safety reasoning. Distractor A is insufficient because simply reducing tension may not resolve a specific pressure point causing nerve compression. Distractor C provides false reassurance and is unsafe. Distractor D modifies the schedule but does not address the root cause, which is a problem with the orthosis fit or design, and continued use, even for shorter periods, could still cause harm.

Question 3

A client with a recent transhumeral amputation is trialing a hybrid prosthesis combining a body-powered elbow with a myoelectric terminal device. The client has mastered individual component control but demonstrates significant difficulty with coordinated, functional use, such as reaching for and grasping an object from a shelf.

Which training approach should the OTR use to BEST facilitate functional integration of the hybrid system?

  1. Drill the client on controlling the elbow and terminal device separately for 15-minute intervals before attempting combined movements.
  2. Use a functional activity, breaking it down into discrete steps and having the client 'talk through' the sequence of controls (e.g., 'First lock elbow, then charge hand'). (correct answer)
  3. Provide tactile cues to the contralateral shoulder to guide the client in using the appropriate body movements to operate the elbow control cable.
  4. Recommend the prosthetist increase the gain on the myoelectric controller to make the terminal device more responsive to muscle signals.
Explanation: The correct answer is B. The client's issue is not with individual component control but with the cognitive load of sequencing and coordinating two different control systems (body-powered and myoelectric) for a single task. The 'talk through' method is a cognitive strategy that helps the client internalize the required motor plan. Breaking down the functional activity makes the complex task manageable and promotes motor learning in a meaningful context. Distractor A focuses on decontextualized practice, which is less effective for functional integration than practicing the whole task. Distractor C is a useful technique for teaching initial control of a body-powered component but does not address the core problem of coordinating the hybrid system. Distractor D might make the hand close faster but could decrease control and would not solve the sequencing problem.

Question 4

An OTR is training a client who is a professional violinist to use a custom-molded wrist-hand orthosis (WHFO) with an outrigger for dynamic extension assist following a radial nerve injury. The client is anxious about returning to playing and is concerned the orthosis will permanently alter their technique.

What is the MOST appropriate educational strategy for the OTR to use with this client?

  1. Explain that the orthosis's purpose is to prevent contractures and enable functional grasp/release, and collaboratively develop a graded program of simulated and actual instrument handling. (correct answer)
  2. Analyze the movements required for playing the violin and adapt the orthosis with softer materials to allow for practice with the instrument.
  3. Reassure the client that the orthosis is temporary and focus training exclusively on ADL tasks, deferring instrument practice until the nerve recovers.
  4. Videotape the client attempting to hold their instrument while wearing the orthosis to provide them with visual feedback on their compensatory movements.
Explanation: When working with clients who have specialized occupational demands like professional musicians, your educational approach must balance medical necessity with occupation-specific concerns. This question tests your ability to provide comprehensive, client-centered education that addresses both the therapeutic purpose and the client's professional anxiety. Choice A is correct because it combines essential patient education about the orthosis's medical purpose (preventing contractures, enabling grasp/release) with collaborative planning that directly addresses the client's professional concerns. The graded program from simulated to actual instrument handling demonstrates occupation-based practice while respecting tissue healing and nerve recovery timelines. Choice B focuses on adaptation but misses the crucial educational component about why the orthosis is necessary. Simply making materials softer doesn't address the client's anxiety about technique changes or provide understanding of the therapeutic rationale. Choice C dismisses the client's primary occupational role by deferring instrument practice entirely. This approach fails to address professional concerns and doesn't prepare the client for the eventual return to violin playing with proper technique modifications. Choice D uses videotaping as a feedback tool but lacks the foundational education about the orthosis's purpose and doesn't provide the systematic skill-building approach needed for complex motor relearning in a professional musician. Remember that with high-level performers, education must explain both the "what" and "why" of interventions while directly addressing their occupation-specific fears. Always combine medical rationale with collaborative planning that honors the client's professional identity and concerns.

Question 5

A client with a recent traumatic below-elbow amputation is undergoing training with a myoelectric prosthesis. The client is technologically savvy and has quickly learned the controls. However, they report feeling 'disconnected' from the prosthesis and avoid using it for tasks requiring fine sensory discrimination, such as buttoning a shirt, stating, 'I can't feel what I'm doing.'

Which training strategy would BEST address the client's stated concern?

  1. Focus on drills that involve identifying objects of different shapes and sizes by sight while manipulating them with the prosthesis.
  2. Increase the signal gain to provide a stronger muscle contraction, which can enhance proprioceptive feedback at the residual limb.
  3. Train the client to interpret the auditory feedback from the motor and the visual cues of the prosthetic fingers to substitute for sensory loss. (correct answer)
  4. Refer the client to a peer support group for amputees to discuss the psychosocial adjustment to using a prosthesis.
Explanation: The correct answer is C. The client is experiencing a lack of direct sensory feedback, which is inherent to current myoelectric prostheses. The most effective training strategy is to teach sensory substitution. This involves training the client to pay close attention to secondary cues—the sound of the motor whirring, the visual position of the fingers, the resistance seen in the object—and to learn to interpret these cues as a replacement for tactile sensation. This directly addresses the functional problem. Distractor A focuses only on visual cues and is less comprehensive. Distractor B might provide some enhanced proprioception but can also lead to decreased control and does not address the lack of tactile feedback. Distractor D addresses an important psychosocial aspect but does not provide a practical, skill-based training solution for the specific functional problem the client has identified.

Question 6

A client with post-polio syndrome is being trained to use a lightweight carbon fiber knee-ankle-foot orthosis (KAFO) to manage knee instability during ambulation for community distances. The client reports that after walking for more than 10 minutes, they experience significant fatigue in their contralateral hip abductors and lower back.

In addition to collaborating with the physical therapist on gait mechanics, what is the OTR's MOST important educational focus related to the orthosis use?

  1. Training the client in energy conservation techniques, including pacing and planning seated rest stops during community outings. (correct answer)
  2. Instructing the client on a strengthening program for their core and hip musculature to better support the braced limb.
  3. Teaching the client how to correctly check the fit and alignment of the KAFO to ensure it is not causing compensatory movements.
  4. Recommending the client use a rolling walker in the community to offload weight from the contralateral limb.
Explanation: The correct answer is A. The client has post-polio syndrome, a condition characterized by progressive muscle weakness and severe fatigue. While the KAFO provides stability, it also alters gait mechanics and can increase energy expenditure. The fatigue is a primary symptom of their underlying condition, exacerbated by the new demand. Therefore, training in energy conservation and pacing is a critical component of education for safely and successfully integrating the orthosis into daily life. Distractor B (strengthening) must be approached with extreme caution in post-polio syndrome, as over-exertion can lead to further muscle damage. Distractor C is important but less likely to be the primary cause of fatigue if the orthosis was fitted properly. Distractor D might be an option, but the primary OTR focus should be on self-management strategies like energy conservation before adding more equipment.

Question 7

A client with a complete T2 spinal cord injury has been provided with a balanced forearm orthosis (BFO) mounted to their power wheelchair to assist with feeding and grooming. The client has 3/5 strength in their shoulder abductors and flexors. During training, the client can initiate movement but has difficulty controlling the BFO's movement smoothly, resulting in jerky motions and food spillage.

Which educational and training strategy should the OTR implement FIRST to improve the client's control of the BFO?

  1. Add more weight to the BFO's proximal counterweight to make it easier for the client to lift their arm against gravity.
  2. Adjust the BFO's forearm trough to place the elbow in slightly more flexion, shortening the lever arm.
  3. Have the client practice moving the BFO through large, sweeping arcs in space before attempting to approach a target.
  4. Instruct the client to focus on using small, subtle trunk movements to guide the BFO's trajectory in space. (correct answer)
Explanation: When addressing movement control issues with assistive devices like balanced forearm orthoses (BFOs), you need to distinguish between mechanical adjustments and compensatory movement strategies. For clients with spinal cord injuries who have limited arm strength but intact trunk control, the most effective approach often involves leveraging their strongest remaining movement patterns. The correct answer is D because clients with T2 complete injuries retain full trunk control and proprioception above the injury level. Small trunk movements can provide the precise control needed to guide the BFO smoothly through space. This strategy capitalizes on the client's strongest, most controlled movement patterns while the shoulder muscles (which are weaker at 3/5 strength) provide basic positioning support. Option A is incorrect because adding weight would make the orthosis harder to control, not easier, especially given the client's 3/5 shoulder strength. Option B wrongly assumes the issue is mechanical leverage when the problem is movement control and coordination. Option C takes the opposite approach from what's needed—large, sweeping movements would actually reinforce the jerky motion pattern rather than developing the fine motor control necessary for functional tasks like feeding. The key insight is that gross motor movements should support fine motor control, not replace it. Starting with large movements (option C) would delay the development of precise control needed for ADLs. Remember: For spinal cord injury clients using assistive devices, always consider which movement patterns remain strongest and most controlled, then build compensatory strategies around those abilities rather than trying to strengthen weaker muscle groups first.

Question 8

An 82-year-old client with moderate Alzheimer's disease is discharged home after a distal radius fracture, with a custom wrist cock-up splint. The client lives with their adult child, who works full-time. The client has demonstrated significant memory deficits and difficulty following multi-step directions. The primary goal is to ensure correct splint application and adherence to the wearing schedule.

Which training strategy is MOST effective for the OTR to implement with the client and caregiver?

  1. Provide a detailed, typed handout with photographs and a comprehensive wear schedule for the caregiver to review with the client daily.
  2. Use the spaced retrieval technique with the client for key steps of donning, and create a simplified, large-print visual checklist for the caregiver to post in the client's room. (correct answer)
  3. Focus training solely on the caregiver, instructing them to be exclusively responsible for all splint management to prevent any errors by the client.
  4. Recommend weekly telehealth check-ins to verbally review the splinting protocol and troubleshoot any issues with the client and caregiver.
Explanation: The correct answer is B. This is a multi-faceted approach that addresses the specific needs of both the client and the caregiver. Spaced retrieval is an evidence-based technique for teaching new information to individuals with memory impairment. A simplified visual checklist provides a clear, permanent cue for the caregiver that does not rely on memory. This combination promotes the client's participation to the best of their ability while providing robust support for the caregiver. Distractor A is likely too complex for a person with moderate dementia to follow, and the caregiver may not have time to review it daily. Distractor C creates caregiver dependency and does not support the client's remaining abilities, which is contrary to a client-centered approach. Distractor D is a good adjunct for follow-up but is not an effective primary training strategy for a client with significant memory deficits who needs immediate, consistent cues.

Question 9

A client with bilateral transradial amputations is being trained in the use of two myoelectric prostheses. The client has mastered unilateral control and use but struggles significantly with bimanual tasks, such as stabilizing a jar while opening the lid. They tend to activate both prostheses simultaneously or in an uncoordinated fashion.

Which training technique should be prioritized to develop bimanual coordination?

  1. Practice with a device that provides auditory feedback, with different tones for each prosthesis, to help differentiate the signals.
  2. Engage the client in tasks that require one prosthesis to act as a static stabilizer while the other performs a dynamic action. (correct answer)
  3. Have the client practice activating both prostheses simultaneously in symmetrical patterns, such as pushing a large object.
  4. Use functional electrical stimulation on the residual limbs to augment the muscle contractions and provide clearer feedback.
Explanation: The correct answer is B. The foundation of bimanual coordination is the ability to dissociate movements between the two limbs. By starting with tasks where one hand is a stabilizer (a less cognitively demanding role) and the other is the manipulator, the client can focus on controlling one active prosthesis at a time. This is a classic motor learning approach that grades the task by reducing the cognitive load and complexity, building a foundation for more complex, reciprocal bimanual skills. Distractor A is a possible adjunct but doesn't teach the fundamental motor pattern of dissociation. Distractor C practices symmetrical movements, which is the opposite of the coordinated, asymmetrical movements needed for most bimanual tasks. Distractor D is an advanced modality and not a primary training technique for teaching the cognitive-motor skill of bimanual prosthetic control.

Question 10

A 16-year-old with Ehlers-Danlos Syndrome (hypermobility type) is being trained on the use of silver ring splints to prevent swan-neck deformities and PIP joint hyperextension during writing tasks. The client finds the splints help with stability but reports their handwriting has become slower and more laborious.

Which educational focus is MOST critical for the OTR to address with this client?

  1. The need for consistent, all-day wear to allow for complete neuromuscular adaptation to the splints.
  2. The importance of retraining fine motor patterns to rely on larger, more proximal muscles for movement control. (correct answer)
  3. The expectation that hand strength will decrease initially but will recover as they accommodate to the splints.
  4. The strategy of slightly loosening the splints to allow for more micromovement during fine motor activities.
Explanation: The correct answer is B. The silver ring splints block the pathological hyperextension, but the client is likely still trying to use their old, inefficient motor patterns which are now being restricted. The slowness and effort are due to this conflict. The critical training component is to educate the client on motor learning principles: they must learn to initiate and control movements from more proximal, stable joints (e.g., wrist, shoulder) instead of relying on distal joint hypermobility. This is a key principle of joint protection for hypermobile individuals. Distractor A is incorrect; these splints are often worn for specific tasks, not necessarily all day. Distractor C is a possibility, but not the primary educational focus; the issue is motor pattern, not just strength. Distractor D is counterproductive, as the splints need to be snug to provide the necessary joint blockade.

Question 11

A client who sustained a CVA with resultant left hemiplegia and moderate cognitive deficits is being fitted for a resting hand splint to manage spasticity. The client's spouse will be the primary caregiver responsible for the splinting program at home.

Which instructional strategy is MOST appropriate for the OTR to use when training the caregiver?

  1. Providing written instructions with medical terminology for the caregiver to review later.
  2. Using simple, direct language and asking the caregiver to demonstrate the application of the splint on the client. (correct answer)
  3. Focusing the training session primarily on the client to promote their independence.
  4. Recommending online videos for the caregiver to watch for additional splinting techniques.
Explanation: Given the client's cognitive deficits, the caregiver is the primary learner. Using simple, clear language combined with a hands-on return demonstration is the most effective way to ensure the caregiver understands and can safely apply the splint. This method addresses potential health literacy challenges and confirms practical competency.

Question 12

A client is 4 weeks post-flexor tendon repair of digits 2 and 3 and has been fitted with a dorsal blocking splint. The client is anxious about moving the fingers and expresses fear of re-injuring the repair.

When educating the client, which point should the OTR emphasize to address the client's anxiety and ensure adherence to the protocol?

  1. The importance of performing aggressive, active finger flexion exercises outside of the splint.
  2. The splint's role in protecting the repair by preventing full finger extension, while allowing safe, controlled flexion. (correct answer)
  3. The statistical probability of tendon rupture to underscore the need for caution.
  4. The instruction to keep the hand completely still at all times, even within the splint.
Explanation: Client education for a dorsal blocking splint post-flexor tendon repair must balance the need for protected motion with the prevention of rupture. Explaining that the splint is designed specifically to protect the repair while allowing safe motion within a prescribed range directly addresses the client's fear. This empowers the client to participate in therapy by understanding the protective function of the orthosis.

Question 13

An OTR is teaching a client with a new myoelectric prosthesis how to perform contractions of the agonist and antagonist muscles to operate the terminal device. The client is having difficulty isolating the muscle groups.

Which educational technique should the OTR use FIRST to help the client learn the necessary muscle control?

  1. Provide a mirror for visual feedback while the client attempts contractions.
  2. Use biofeedback software that provides auditory or visual signals when the correct muscle is activated. (correct answer)
  3. Instruct the client to practice opening and closing a clothespin with their intact hand to understand the concept of force.
  4. Place the prosthesis on the client and have them immediately attempt to pick up an object.
Explanation: Biofeedback is a standard and effective tool in the early stages of myoelectric prosthetic training. It provides direct, real-time feedback to help the client learn to isolate and consistently contract the correct muscles (agonist/antagonist) to generate the electrical signals needed to operate the prosthesis. This is more direct and precise than mirror therapy for this specific goal.

Question 14

A 7-year-old child with juvenile idiopathic arthritis (JIA) is prescribed bilateral wrist-hand resting splints for nighttime wear to reduce inflammation and maintain joint alignment. The parents report the child frequently removes the splints during the night.

What is the MOST effective educational strategy for the OTR to recommend to the parents?

  1. Explain that the child must wear the splints for them to be effective, and they should be reapplied firmly if removed.
  2. Involve the child in decorating the splints with stickers and create a sticker chart reward system for each night the splints are worn. (correct answer)
  3. Suggest using elastic bandages to wrap over the splints to make them more difficult for the child to remove.
  4. Recommend discontinuing splint use until the child is older and better able to understand their purpose.
Explanation: For pediatric clients, adherence is greatly improved by making the orthosis feel like their own and incorporating positive reinforcement. Allowing the child to decorate the splints gives them a sense of ownership and control. A reward system, like a sticker chart, provides motivation and makes the process a positive routine rather than a nightly struggle.

Question 15

A factory worker is being trained to use a wrist cock-up splint for lateral epicondylitis. The client needs to wear the splint during repetitive work tasks but has low health literacy.

Which method is BEST for verifying the client's understanding of the splint's purpose and wear schedule?

  1. Asking the client, "Do you have any questions about what we discussed?"
  2. Providing a pamphlet with pictures and minimal text for the client to take home.
  3. Having the client explain, in their own words, when and why they should wear the splint. (correct answer)
  4. Co-signing a written agreement that outlines the client's commitment to the wear schedule.
Explanation: This is an example of the teach-back method, which is an evidence-based strategy for confirming understanding, especially with clients who may have low health literacy. Asking the client to explain the information in their own words is far more effective than asking a closed-ended question like "Do you have any questions?" It allows the OTR to directly assess comprehension and correct any misunderstandings.

Question 16

An OTR is instructing a client on how to clean a thermoplastic splint that has a soft liner.

What cleaning instructions are MOST appropriate for this type of orthosis?

  1. Place the entire splint in the dishwasher on the top rack once a week for deep cleaning.
  2. Wipe the plastic shell and the liner with a cloth dampened with lukewarm water and mild soap, then allow to air dry completely. (correct answer)
  3. Use a disinfectant wipe containing alcohol to clean all surfaces of the splint daily to kill germs.
  4. Submerge the splint in hot water for 5 minutes and then scrub with a stiff brush.
Explanation: Thermoplastic material can deform with heat, so using hot water or a dishwasher is contraindicated. Alcohol-based products can degrade both the plastic and the liner material over time. The safest and most effective method is to use lukewarm water and mild soap, which cleans effectively without damaging the orthosis. Ensuring it is completely dry before re-application is important for skin health.

Question 17

A client who had a stroke is being trained to use an anti-spasticity ball splint. The client exhibits a strong flexor synergy in the affected upper extremity.

When teaching the caregiver to don the splint, the OTR should FIRST instruct them to:

  1. Pull forcefully on the fingers to open the hand and push it onto the cone.
  2. Apply deep pressure to the client's biceps tendon to relax the elbow.
  3. Slowly and gently extend the client's wrist and fingers while providing sustained pressure to the palm. (correct answer)
  4. Position the client's arm in full abduction and external rotation before attempting to open the hand.
Explanation: Applying the splint requires inhibiting the flexor synergy. Forceful pulling will increase spasticity (triggering the stretch reflex). The most effective technique is to use principles of neuro-inhibition, such as slow, sustained stretch and pressure, to gradually relax the flexor tone in the wrist and fingers, allowing the hand to be opened and positioned in the splint safely and effectively.

Question 18

An elderly client with low vision and peripheral neuropathy is being taught how to don and doff a prefabricated wrist support for osteoarthritis.

Which compensatory strategy would be MOST beneficial to teach this client?

  1. Use a brightly colored piece of tape to mark the top and front of the support. (correct answer)
  2. Recommend the client always ask for assistance from a family member.
  3. Suggest the client practice in front of a mirror to get visual feedback.
  4. Provide a magnified diagram showing the steps for application.
Explanation: For a client with low vision, using high-contrast tactile or visual cues is an effective compensatory strategy. Brightly colored tape provides a clear visual marker to help orient the support correctly. This, combined with feeling for the thumb hole (a tactile cue), addresses both sensory deficits and promotes independence. Relying on a mirror or diagram may not be effective with significant vision loss.

Question 19

An OTR is preparing discharge instructions for a client who will be independently managing a dynamic extension splint at home following metacarpal fracture.

What is the MOST critical component to include in the final training session?

  1. A review of the surgical procedure and the anatomy of the hand.
  2. Contact information for a durable medical equipment supplier to order a replacement splint.
  3. Clear guidelines on when to contact the therapist or surgeon, such as for a sudden increase in pain, swelling, or loss of motion. (correct answer)
  4. A demonstration of how to adjust the tension of the splint's rubber bands for a stronger stretch.
Explanation: Safety and problem-solving are paramount upon discharge. The client must be able to recognize signs and symptoms that indicate a problem (e.g., infection, hardware failure, excessive pressure) and know exactly who to contact and when. This knowledge empowers the client to manage their care safely and seek help before a minor issue becomes a major complication.

Question 20

A client with a partial hand amputation has chosen a cosmetic prosthesis. The client hopes it will allow them to return to their hobby of woodworking.

When providing education about this device, what is the OTR's PRIMARY responsibility?

  1. Train the client in using the prosthesis as a functional assist for holding tools.
  2. Manage the client's expectations by clearly explaining that the prosthesis is non-functional and primarily for appearance. (correct answer)
  3. Begin an intensive grip strengthening program for the residual limb.
  4. Refer the client to a vocational counselor to explore new hobbies.
Explanation: A primary role of the OTR in prosthetic training is client education, which includes managing expectations about the device's capabilities. A cosmetic prosthesis is passive and does not have active grasp. It is crucial to explain this limitation clearly and compassionately so the client understands it cannot be used for functional tasks like woodworking. This prevents disappointment and potential misuse of the device.