Splinting Flashcards

static/dynamic splinting, prefabricated and custom splints

1
Q

basic goals of splinting

A

protection

assistance

stabilization

support

substitution

transfer of power

tissue remodeling

joint stretching

strengthening

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2
Q

what should every splint do

A

adhere to certain biomechanical principles

fit comfortably

don/doff easily

be aesthetic

meet goals/needs of pt but restrict fxn as little as possible

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3
Q

2 types of splints

A

static/dynamic

custom/prefabricated

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4
Q

most splints work on a

A

pressure system

to achieve intended goals

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5
Q

static splints

A

no moving parts designed to support or limit joint activity

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6
Q

purpose of static splint

A

protection of tissue through joint immobilization

maintain or correct joint alignment

prevention of contractures

supports/stabilization

maintain or increase joint ROM

position hand to improve fxn

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7
Q

when would you use a static splint for protection or immobilization/rest

A

arthritic joint

healing fx

carpal tunnel syndrome

tendon/nerve repair

ligamentous injury/volar plate

joint replacement

rest inflamed joint

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8
Q

when would you use a static splint for joint alignment

A

arthritic joints RA/OA

s/p nerve injury

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9
Q

when would you use a static splint for joint alignment –> arthritic joints

A

anti-ulnar drift splint

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10
Q

when would you use a static splint for joint alignment –> s/p nerve injury

A

ulnar N. anticlaw splint

median N. short opponens

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11
Q

when would you use a static splint for prevention of contractures

A

surgical scars

burns

s/p nerve injury

serial splinting

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12
Q

when would you use a static splint for support and stability

A

ligamentous injuries –> skiers thumb

dislocations

hypermobility

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13
Q

when would you use static splinting to maintain ROM

A

maintenance of ROM gained from exercises +/or dynamic splinting

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14
Q

when would you use static splinting to position the hand to improve fxn

A

radial N palsy wrist extension allows for finger fxn

median N thumb positioned in ABD/OPP for fxn

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15
Q

what is a static progressive splint

A

incremental, periodic application of stress relaxation (SR) loading

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16
Q

SR loading

A

tissue is stretched and held at a constant length

amount of force is reduced over time

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17
Q

when do therapist apply SPS

A

manually when treating stiff tissues

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18
Q

what devices provide SPS

A

JAS (brand name)

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19
Q

JAS

A

for home use as an adjunct to clinic therapy

20
Q

dynamic splinting

A

the application of a moving force through traction

21
Q

what is dynamic splinting trying to achieve

A

support

increase joint mobility

controlled mobility after injury to surgery

22
Q

purpose of dynamic splinting

A

provide resistance

provide prolonged stretch

joint positioning

23
Q

purpose –> DS –> provide resistance

A

strengthening

enhancement of tendon glide

24
Q

purpose –> DS –> provide prolonged stretch

A

plastic tissue deformation

mobilization of stiff joints

stretching tight soft tissue

25
dynamic splinting is a substitution for
assist or replace fxn of weak or absent muscle ex: radial N splint
26
purpose of tendon rehab splints
allow controlled passive glide of repaired tendons
27
dynasplint systems
aid in restoring range of motion to stiff joints
28
dynasplint systems have
low load prolonged duration stretch (LLPS) permanent CT deformation
29
additional principles of dynamic splinting
check dynamic components regularly and replace if necessary wearing time vary by pt and goals record measurable gains
30
custom made splints materials
low temp thermoplastics
31
strapping and closures
velcro hook and loop betapile polyethylene foam adhesive and non-adhesive d-rings posts
32
dynamic components
rubber bands strings slings hinges bars springs hooks tubes turnbuckles
33
precautions when splinting
friction pressure
34
friction
resistance of skin against movement of the splint skin against skin
35
what does friction cause
potential "hot spots"
36
where does friction usually occur
over bony prominences
37
pressure
excessive force by splint can cause undue pressure
38
where does pressure usually occur
bony prominences, must be careful
39
what could excessive pressure cause
ischemia --> tissue breakdown --> "hot spots"
40
how do we avoid pressure
padding and rolling edges
41
example of hot spots
elbow
42
design considerations
pt individuality pt acceptance and compliance
43
pt individuality --> design considerations
age mental status support system medical status proximity/transport to clinic insurance prices
44
pt acceptance and compliance --> design considerations
simple to don/doff cosmetic --> low profile comfortable easily adjustable light weight fxnal allows for max sensory surface
45
prefabricated splints
CVS or pharmacy off the shelf