Prosthetics and Rehabilitation Quiz

Imagine a patient receiving a prosthetic limb after an amputation. What would be a primary consideration when recommending an externally powered prosthesis?

• The patient's activity level and lifestyle.

• The color of the prosthesis.

• The weight of the prosthesis.

• The length of the rehabilitation process.

In a rehabilitation center, how might feedback mechanisms in an orthotic device assist a patient recovering from an injury?

• By improving their comfort while wearing it.

• By providing information on their movement and posture.

• By reducing the weight of the device.

• By making it easier to put on.

Consider a person with a spinal cord injury using functional electrical stimulation. What outcome might they expect from this treatment?

• Increased muscle strength and improved movement in paralyzed areas.

• Immediate relief from pain.

• A complete recovery of muscle function.

• Enhanced flexibility in joints.

A child using a sensory assist device in school faces challenges with environmental awareness. What feature of the device could help them?

• Enhanced auditory cues to alert them to nearby objects.

• A built-in camera for taking pictures.

• A lighter weight for easier carrying.

• A more colorful design to attract attention.

During a fitting session for a body-powered prosthesis, what should the clinician emphasize about its operation?

• It is controlled by the user's physical movements.

• It requires a battery for operation.

• It is designed for long-distance running.

• It is mostly cosmetic and not functional.

When discussing myoelectric prosthetics with a patient, what critical aspect should be highlighted regarding their functionality?

• They utilize the user's muscle signals to control the device.

• They rely solely on remote control.

• They can only be used during physical therapy sessions.

• They are limited to cosmetic use only.

A technician is explaining the importance of muscle signal detection in myoelectric prostheses to a patient. What is the most relevant point to convey?

• Muscle signals are essential for the prosthesis to move as intended.

• Muscle signals only affect the appearance of the device.

• Muscle signals are less important than battery life.

• Muscle signals are used to charge the device.

In a workshop on orthotic devices, how might the feedback mechanisms be presented as beneficial for patient progress?

• They help track performance over time and adjust treatment plans accordingly.

• They are mainly for making the device look appealing.

• They reduce the weight of the orthotic device.

• They provide entertainment during rehabilitation.

A physical therapist is discussing the use of functional electrical stimulation with a patient. What should they emphasize as a key benefit of this approach?

• It can stimulate nerve regeneration.

• It improves coordination without any effort.

• It guarantees complete muscle recovery.

• It can enhance muscle strength in paralyzed areas.

While considering the fitting of an externally powered prosthesis, what lifestyle factors should a clinician inquire about?

• The patient's daily activities, job requirements, and hobbies.

• The patient's previous prosthetic experience.

• The patient's fashion preferences.

• The patient's family history of limb loss.