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DPT 771 - Ortho, Prosthetics & Assistive Tech > CARLEE > Flashcards

CARLEE Flashcards

1
Q
A
  • Ossur Low profile
  • Flex - Symes Foot
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2
Q
A
  • Seattle Litefoot
  • Quantum foot
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3
Q
A

Vertical Shock and Torque Absorbers

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4
Q
A

Don’t know the name but its used for - Symes

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5
Q
A

Pylon

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6
Q
A
  • Multi-axial Dynamic Response Feet
  • “Energy storing”
  • Split toe allows for inversion/eversion
  • Functional K3/K4
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7
Q
A

Flexible Keel foot - SAFE Foot: Stationary Ankle Flexible Endoskeletal

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8
Q
A
  • Dynamic Response or “energy storing feet”
  • K3/K4
  • Body mass and activity sensitive
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9
Q
A
  • Dynamic Response or “energy storing feet”
  • K3/K4
  • Body mass and activity sensitive
  • Spring you forward
    Absorb pressure
    Laminated heel or toes
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10
Q
A
  • Single axis foot
  • Ankle and flexible kneel
  • K2
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11
Q
A
  • SAFE = Stationary Attachment Flexible Endoskeleton.
  • Most basic solid ankle foot
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12
Q
A
  • Dynamic Response or “energy storing feet”
  • K3/K4
  • Body mass and activity sensitive
  • Spring you forward
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13
Q
A
  • Computer Technology Ankle/Foot or Powered (Bionic) ankle
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14
Q
A
  • Manual Locking Knee
  • Peg leg
  • Pullstring and it locks/unlocks
  • Safest (K1/K2)
  • Last resort
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15
Q
A
  • Friction Knee
  • K1/K2
  • Only one walking speed
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16
Q
A
  • Stance Control Knee
  • K1/K2/K3
  • Lock and key method
  • Added stability
  • WB = lock
  • Non WB = bend
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17
Q
A
  • Single axis
  • Less stable st heel strike
  • One axis to absorb gait stress
  • K2
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18
Q
A
  • Polycentric
  • 4 axis points
  • K3/K4
  • More stable knee
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19
Q
A
  • Hydraulic and Pneumatic stance control
  • K2 and above
  • Stance control and cadence
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20
Q
A
  • Hydraulic Swing Phase Knee
  • K3/K4
  • Variable cadence
  • Stance control
  • Heavier
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21
Q
A
  • SACH = Solid Ankle, Cushion Heel, and refers to a compressible heel wedge that provides “pseudo-plantar flexion” after heel strike.
  • K1
  • Most basic solid ankle foot
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22
Q
A
  • Manual Locking Knee
  • Peg leg
  • Pullstring and it locks/unlocks
  • Safest (K1/K2)
  • Last resort
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23
Q
A
  • Computer Technology Ankle/Foot or Powered (Bionic) ankle
  • Functional level 3 & 4: No restrictions
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24
Q
A
  • Friction Knee
  • K1/K2
  • Only one walking speed
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25
Q
A
  • Stance Control Knee
  • K1/K2/K3
  • Lock and key method
  • Added stability
  • WB = lock
  • Non WB = bend
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26
Q
A
  • Single axis - Friction Knee
  • Less stable at heel strike
  • One axis to absorb gait stress
  • K2
27
Q
A
  • Stance Control Knee
  • Locks in up to 20 degrees of flexion
  • Geriatric or individuals with weak hip extensors
  • One pivot point
28
Q
A
  • Polycentric
  • 4 axis points
  • K3/K4
  • More stable knee
29
Q
A
  • Hydraulic and Pneumatic stance control
  • K2 and above
  • Stance control and cadence
30
Q
A
  • Microprocessor Knees - C Leg
  • K2/K3/K4
  • Variable cadence without hesitation
31
Q
A
  • Hydraulic Swing Phase Knee
  • K3/K4
  • Variable cadence
  • Stance control
  • Heavier
32
Q
A

Water knee

33
Q
A
  • Power Knee
  • Not realistic
  • Won’t be very functional/natural
34
Q
A

Waist Belt/Silesian belt

35
Q
A

Y-strap

36
Q
A

Thigh and Lacer

37
Q
A
  • TES Belt
  • Total elastic suspension
38
Q
A
  • Sleeve Suspension
  • Used with vacuum/suction suspension
  • Create negative pressure seal
39
Q
A
  • Cuff Strap
  • Patella WB
40
Q
A

Locking liner

41
Q
A
42
Q
A
  • Microprocessor Knees - C Leg
  • K2/K3/K4
  • Variable cadence without hesitation
43
Q
A

Pin Lock

44
Q
A

Suction seal liner with one way valve

45
Q
A

Skin fit suction/Pull-in suction/Suction without a liner

46
Q
A
  • Elevated vacuum system/Negative Pressure/Vacuum Assisted
  • Powered pump
  • Compression of pump created while walking
47
Q
A

Pin lock trans-tibial gel liner

48
Q
A
  • Prosthetic socks
  • Wear more to take up room
  • Fluctuate in size and volume
49
Q
A

Suction gel liner

50
Q
A
  • Quadrilateral Socket
  • Wide M-L
  • Narrow A-P
  • Gluteal muscles on a “shelf” of the pros
51
Q
A
  • Ischial Containment
  • Most common (90%)
  • Narrow M-L dimension
  • Increased M/L stability during ambulation
  • Complaints of groin pain
52
Q
A
  • High Fidelity
  • Sub-isheal design
  • Heavy soft tissue pressure
53
Q
A
  • MAS Socket
  • Large gluteal cut out
  • More groin pain due to cut out
54
Q
A
  • Infinite Socket
  • Adjustable fit
  • Didn’t really work
55
Q
A
  • Double Wall Socket for Transfemoral
  • Socket within a sock
  • Not very common
56
Q
A
  • Muscle Contouring
  • Not a socket, just a principle
57
Q
A
  • Sub-Ischial Socket
  • Vacuum needed
  • No bony alignment issues
58
Q
A
  • Hip Disarticulation socket
  • “Diagnostic fitting”
59
Q
A
  • Trans-tibial Socket design and interface
60
Q
A
  • L side - Patella Tendon Bearing (PTB)
  • WB concentrated - patellar tendon, medial tibial flare, gastrocnemius
  • Not very comfy
61
Q
A
  • R side - Total Surface Bearing (TSB)
  • Pressure distributed over entire limb surface
  • Entire surface of residual-limb is in total contact with socket
62
Q
A

Tubular Gauze

63
Q
A
  • Stump Shrinker
  • Compression sock
64
Q
A

DPT 771 - Ortho, Prosthetics & Assistive Tech (21 decks)

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