Extra Flashcards

(107 cards)

1
Q

What is a static orthotic design

A

Immobilizes a joint

Provides stabilization , protection and support to. A body segment

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2
Q

What are consideration when choosing an outcome measure

A
  • what do they measure
  • purpose
  • psychometric properties
    -clinical utility
  • type of measure
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3
Q

What are the psychometric properties to consider with a outcome measures

A

-validity
- reliability (interrater vs intrarater)
- minimical detectable change/ minimal clinically important difference
- ceiling vs floor
Sensitivity

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4
Q

What are the 2 types of outcome measures

A

Generic and disease specific

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5
Q

What does a. Generic outcome measure reflect

A

Reflect for patients w varying conditions and varying levels of function (so everyone

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6
Q

What are advantages and disadvantages for a generic outcome measures

A

Advantage: normative data for specific groups , easy to compare

Disadvantage: ceiling and floor effect likely

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7
Q

What are examples of generic outcome measures

A

10 meter
6 min
TUG
FGA
4 square

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8
Q

What does teh disease specific outcome measure reflect

A

A specific heal condition and items related more to the disease

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9
Q

What is advantages and disadvantages for disease specific outcome measures

A

Advantage: more specifically reflects a certain condition and then relations between domains and ICF models

Disadvantage: does not allow comparisons across different groups

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10
Q

What are examples of disease specific outcome measures

A

L test for functional mobility (LE amputation)
DGI and FGA (vestibular prob)
Modifies Emory functional ambulation profile (stroke)
HiMAT (TBI)

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11
Q

Ceiling vs floor effect

A

To hard
To easy

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12
Q

What outcome measures are included in the core set of outcome measure by ANPT and which are the GAIT core set

A
  • berg
  • FGA (gait)
  • 10 m (gait)
  • 6 min(gait)
    -5x STS
  • activities specific balance. Condifcen scale )(gait )
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13
Q

What does the FGA assess as a gait core outcome measure

A

Balance during walking

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14
Q

What does teh 10m assess as a gait core outcome measure

A

Assesses gait speed (6th vital sign)

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15
Q

What does teh 6 min assess as a gait core outcome measure

A

Assesses endurance testing post stroke anf SCI

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16
Q

What does the activities specific balance confidence scale assess as a gait core outcome measure

A

Self report on level of self confience w multiple task related to walking

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17
Q

What the cut off scores for the 10 m test for

Household ambulator
Limited community ambulator
Community ambulator

A

<.4 m/s
.4-.8 m/s
>.8 m/s

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18
Q

How much time do u need to cross teh street for a slow light , average light and fast light

A

Slow: .71m/s
Average: 1.21 m/s
Fastest: 1/38 m/s

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19
Q

What are teh 6 goals for casting

A
  • increased PROM
  • decreased tone/spasticity
  • improve positioning
  • improve hygiene
  • increased function of extermity
  • block an unwanted movement
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20
Q

What interventions should u do before the next cast after u take the first one off

A

Soft tissue and joint mobs
WB and forced used

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21
Q

If a patient has excess PF in WA (IC and LR) what is weak

A

DF

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22
Q

If a patient has excess PF in SLS (MSt and TSt) what is weak

A

quads

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23
Q

If a patient has excess PF in SLA (swing) what is weak

A

Weak DF

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24
Q

If a patient has excess DF in SLA (swing) what is weak

A

Weak calf w strong quads

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25
If a patient has excess DF in SLS (MSt , TSt) what is weak
Weake calf w strong quads
26
If a patient has excess DF in WA (IC , LR ) what is weak
Weak hip extensors
27
If a pateint demonstrates decreased knee flexion/stiff knee gait pattern in seing gait what is most likely the causes
Weakness in PF
28
29
If a patient has **excessive PF** during **swing** what could be the cause
Weak pre tibialis
30
If someone has contralateral hip drop what is weak
Abductors
31
If the knee is in hyperextension during loading response what is weak
PF or quads
32
If a pateint has no ankle rockers what is lacking and excessive
Lack of DF and excessive PF
33
If a patient has **hyperextension** in **midstance/terminal stance** what is the cause
Weak PF not allowing for controlled tibial advancement
34
If someone has **foot flap** in LR or IC what is the cause
Weak pre tibialis
35
How would u know if a patient was not tolerating casting
Increased BP Increased ICP Constantly diaphoretic Agitiation and/or inability to sleep
36
Which UE orthotics have a direct attachment of elastic components
High profile
37
Which UE orthotic has **more tension force**
Low profile
38
How should the outriggers of the UE orthotic be positioned
Must be perpendicular to bone
39
Position of function for hand position Wrist MP PIP DIP Thumb
Wrist: 20-30 extension MP : 35-45 flexion PIP: 45 flexion DIP: relaxed flexed Thumb: palmar abduction
40
Postion of rest/anti deformity for the hand Wrist MP PIP DIP Thumb
Wrist: 30-40 extension MP : 60-90 flexion PIP: extensions DIP: extension Thumb: palmar abduction
41
Pressure=
Force / area
42
Which UE orthotics archive tissue mobilization by applying a LOW load to the tissues END RANGE in one direction over a long period of time
Static progressive
43
What is the main difference between static and dynamic orthotics
Force is static vs elastic load
44
What kind of force is a dynamic orthotics
Elastic type of force —> increase ROM
45
What does a static orthotic do
Immobilizes a joint , provides stabilization , protection and support to bony segment
46
Qhat orthotic design is applied with the joints, soft tissues or musculothendious units they cross in a lengthened position and are worn for a extended period of time , removed during therapy
Serial static
47
What knee joint is the only one with **stumble recovery** due to control mechanisms for both **stance and swing**
Microprocessor (C lEG)
48
What does the **variable position knee joint** do
Accommodate knee flexion contractures
49
What knee joint is used for a pt w excessive hyper extension due to quad weakness
Posterior offer
50
What would indicate you to do us a metal KAFO
Need strength Obesity Fluctuating edema
51
What would indicate you to do us a plastic KAFO
Initimate/totla control Control of transverse plane When energy conservation is important
52
If a patient has a swing phase drop foot control bc of weak PF and they need assistance with DF what orthotic would u use
Ankle metal double upright , klenzak ankle
53
If u add a spring to the posterior side of the a metal double upright klenzak ankle what would that assist with
DF in swing to help w the foot control
54
What is the primary function of a metal soluble upright , double action ankle
Assist , resist or block PF and DF Pin in front of —> block DF in stance Spring in back—> asssit DF in swing and PF in stance
55
If a patient has an at risk or edematous foot what AFO would u use
Metal double upright , double action ankle
56
What rocker do u still have if u use an ground reaction + rear entry
First rocker - heel rocker
57
What is the primary and secondary action of the ground reaction AFO
Primary- external extension moment to the knee Secondary- good mid and read foot control
58
If a patient has weak quads and weak PF
Ground reaction
59
If the patient has absent quads or balance problems what AFO should u not use
Articulated ankle
60
What is the primary goal for articulated ankle AFO
- control ankle motin - allows ankle rocker in stance - DF restraint : controls tibial translation - PF stop: decrease amount of PF ; decreased tibial recline
61
What is the primary function of the posterior leaf spring AFO
- support weight in foo during swing - clears toes - assist w controlled lowering the food during LR in stance ; heel rockers
62
When is posteior leaf spring contraindicated
When control in stance , inversion and supination is needed
63
Which AFO is most effective for low tone and flaccid paralysis
Posterior leaf spring
64
Where is the trim line for posterior leaf spring
Posterior to midline of medial and laterla malleoli
65
What is the primary and secondary goasl for **solid ankle AFO**
Primary: blocked movement of ankle in ALL planes (loss of all rockers) Secondary: impact movements and position of the knee —> forces tibia back
66
If a patient needs control of stance phase (closed chain) to help with knee HE or knee flexion and also need help w DF assist and patient has mod hypertonciity what AFO would u used
Solid ankle AFO
67
When would u not use an solid ankle AFO
Open chain problems when ankle movement in stance should be preserved
68
What AFO gives u the highest level of control below the knee
Solid ankle AFO
69
When would u used supramalleolar orthosis
If a pt has severe pes plant/ valgus root , intermittent toe walking or low tone or mild hypertonic tone
70
What is the supramalleolar orthosis facilaitate in swing
Foot clearance
71
What is the primary and secondary affect of SAFO
Primary: control rear foot , midfoot Secondary: mild control of ankle inversion/eversion
72
When would u used UCBL
- flexibile pes Plano/ valgus foot , plantar fasciitis/ heel pain
73
When would u not use a ICBL
- mod to high tone - toe walker - athletic
74
What does the UCBL help
Pronation and supination not INV or EV
75
What does the vertical shank overstabilzie and destabilize
Knee Hip
76
**Excessive** shank inclination destabilizes what
Knee
77
Which rocker initiates swing limb advancement
Toe rocker
78
What will be increased w a crouch gait for peds
Increased hip flexion , knee flexion , DF
79
What type of outcome measure is easy to compare across patients
Generic outcome measure
80
What type of measures is reflecting a specific health condition and items relate more to a disease
Disease specific outcome measure
81
Ceiling and floor effects are more likely to be seen with what kind of outcome measure
Generic
82
Is a patient has a LE amputation and want s to see with and without use of prosthesis how they walk what outcome measure would u do
Amputee mobility predictor
83
84
What phase of gait are the 4 rockers of the foot in
Heel rocker:LR Ankle rocker: MDs Forefoot rocker:terminal stance Toe rocker: pre swing
85
What is the critical event in IC , LR , MidS , TmS
IC: heel contact LR: hip stability , controlled knee flexion , ankle PF (heel rocker) MidS: controlled tibial advancement (good PF to control) Term: calf mm control DF to have heel off and trailing limb
86
What is the critical event in PreSW, ISW, MidSW, TermSW
Pre: PASSIVE knee flexion , ankle PF assist w passive knee flexion ISW: hip flexion 15°, knee flexion 60° MD: neutral foot, increased hip flexion Term: knee extension
87
If a patient has foot slap what mm is weak
Pre tibialis bc it cant not on control PF
88
What does the UCBL block
Forefoot abduction/adduction
89
What does the postieorr leaf spring assist in controlling
Lowering of foot during loading response
90
Where is the trim line for a solid ankle ADO
Middle of malleoli so helps control mediolateral stability
91
Which AFO will Impact movement and position of the knee secondary
Solid ankle
92
Adding a DF restrain to articulate AFO helps controls what
Tibial translation
93
What knee joint helps assist in standing/stragitening the knee
Ratchet lock
94
What kind of ankle AF would u give a patient that is demonstrating weak anterior ribs and drop foot , so cant control PF
Posterior left spring
95
If someone has weak PF and is wearing a posterior left spring what will happen
They will buckle thru .. so dont give them if they have excessive DF
96
What is the primary effect of the ground reaction fore AFO
Applies an external extension movement to the knee
97
If there is excess knee flexion u want to block what
The DF bc when the knee goes into more flexion then DF increased also … prob have increased knee flexion due to weak PF or weak quads
98
99
How much percent is single limb support and double limb support
80% 20%
100
How mcuh % is stance ohase vs swing phase
62% stance 38% swing
101
What is the difference between ceiling and floor effect
Ceiling is when it is to easy Floor is when it is to hard - u fall to the floor bc it is to hard balhhhh
102
What is a single axis knee KADO
* free knee * unrestricted flexion * extension locked at 180°
103
What is a single axis locking knee KADO
* fall with gravity or are manual locked * drop lock * requires each side to be unlocked to sit
104
What is the basic goals of orthotic treatment
* prevent deformity * provide stability (block aberrant Motion and assist or resist joint motin) * facilitate function
105
What is the goals of casting
* increase PROM * decrease tone/spasticity * improve positions * improve hygiene * increased function of extremity * block an unwanted movement
106
What are the indications for casting
* correct deformity * lengthen mm * reduce spasticity * prevent loss of joint ROM
107