UE Orthoses Flashcards

1
Q

function of static orthosis

A
  • Immobilizes a joint
  • Provides stabilization, protection, and support to a body segment
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2
Q

type of orthotic?
Miami J, TLSO

A

static orthotic

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3
Q

function of serial static orthotic

A

Applied with the joints, soft tissue, or musculotendinous units they cross in a lengthened position

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4
Q

type of orthotic?
serial casting, OTC splints

A

serial static orthotic

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5
Q

dynamic orthotics use a(n) ____ force

A

elastic

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6
Q

function of dynamic orthotics

A

Mobilize specific tissues to achieve increases in ROM

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7
Q

type of orthotic?
hand splint with finger outriggers

A

dynamic orthotics

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8
Q

function of static progressive orthotic

A

Tissue mobilization through low-load to the tissue’s end range in one direction over a period of time

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9
Q

what type of force do static progressive orthotics use?

A

static, nonelastic

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10
Q

orthotics use a _____ point pressure system

A

3

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11
Q

pressure = ___/____

A

pressure = force/area

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12
Q

Orthotic acts as a ____ force proximally and distally to the forces of the forearm and hand

A

counter

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13
Q

factors to consider for positioning of the hand

A

Diagnosis
Healing time frame
Intervention goals

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14
Q

Position of function for hand

A

20-30 deg wrist extension
35-45 deg MTP flexion
45 deg PIP flexion
Relaxed flexed position of DIP
Palmar abduction of thumb

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15
Q

Position of rest for hand

A

(sock puppet)
30-40 deg wrist extension
60-90 deg MTP flexion
PIP & DIP extension
Palmar abduction of thumb

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16
Q

Pull of dynamic component MUST be ____ to long axis of bone

A

PERPENDICULAR

17
Q

must maintain ____ pull of outriggers as position changes

18
Q

main difference between low profile and high profile outriggers

A

low - act as pulley for dynamic components
high - direct attachment of elastic

19
Q

which needs more adjustments? low profile or high profile outriggers

A

low profile

20
Q

which has more tension force? low profile or high profile outriggers

A

low profile

21
Q

UE orthotic precautions

A

Vascular compromise
Nerve injury due to pressure
Biomechanical principles and joint alignment
Minimize immobilization of non-involved structures
Impairment of function
Infection
Skin injury (maceration)
Impaired mentation
Compliance
Safety