Prosthetics and Orthotics Test 1 with verified detailed answers || || || || || || || ||
Prosthetics - ✔✔artificial limbs || || ||
orthotics - ✔✔braces || ||
Prosthetist - ✔✔-design and fit prosthesis
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-select appropriate materials and components
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-alignment
-evaluates fit and function || || ||
-teaches patient to care for prosthesis
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Orthotist - ✔✔-design, fit and fabricate orthoses
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-select appropriate components and materials
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-align orthoses
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-educates patient on appropriate use and care
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Educational Requirements for prosthetist/orthotist - ✔✔-masters degree
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-residency
-certification exam ||
Rehabilitation Team Members - ✔✔-patient || || || ||
-nurse
-PT
-prosthetist
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-social worker ||
-dietitian
-OT
-Dr
-orthotist
Primary Concern of Rehabilitation Team - ✔✔patient education (begin before amputation
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or immediately after)
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Commonly used Prosthetic and orthotic materials - ✔✔-leather
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-metal
-wood
-thermoplastics and thermosetting materials || || ||
-foamed plastics ||
-viscoelastic polymers ||
Factors affecting material use - ✔✔-strength
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-stiffness
-durability (hinges) ||
-density
-corrosion resistance (perspiration/urine)
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Leather Advantages - ✔✔-protects skin from irritation
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-good strength and resilience
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-breathability
-very moldable
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Most common Metals Used - ✔✔-steel
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-aluminum
-magnesium alloys ||
Steel (advantages and disadvantages) - ✔✔-strong, rigid, durable
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-high density (weight)
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-susceptibility to corrosion || ||
-difficult to fabricate || ||
Aluminum (advantages and disadvantages) - ✔✔-high strength to weight ratio
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-resistant to corrosion || ||
-not super durable
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Titanium (advantages and disadvantages) - ✔✔-very strong, but not that dense
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-very resistant to corrosion
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-difficult to fabricate || ||
-expensive
Magnesium alloys (advantages and disadvantages) - ✔✔-light
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-corrosion resistant ||
-not widely used because difficult to make and expensive
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Wood (advantages and disadvantages) - ✔✔-very available
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-strong
-light weight ||