Wheelchair Flashcards

1
Q

What is the most important thing to consider when planning the system?

a. age
b. funding
c. living environment
d. individual needs and use

A

individual needs and use

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2
Q

A fixed asymmetry with malalignment that does not correct with minimal manual force will need what kind of intervention?

a. correct
b. accommodate

A

accommodate

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3
Q

What are the considerations for accommodation?

A

prevent worsening of symptoms
postural supports should match the fixed spinal curve
respect the ROM limitations
do not correct position to point of resistance or compensation at the pelvis

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4
Q

A flexible asymmetry that reverses with minimal manual force will need what kind of intervention?

a. accommodate
b. correct

A

correct

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5
Q

What is the primary goal of posture and positioning?

A

function

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6
Q

What needs to be considered with evaluation in short sitting?

A

what support does the pt need to maintain optimal posture?

is manual support by PT needed? and how much force is required, points of contact needed?

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7
Q

What needs to be considered with evaluation in supine?

A
ROM limitations 
causes of "imbalanced" pelvis 
spinal alignment/malalignment 
quality of muscle tone 
fixed verse flexible deviations
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8
Q

How should the pelvis be positioned in a wheelchair?

A

the hips as far back as possible

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9
Q

Positioning the hips as far back as possible will influence

A

puts axle position more forward - decrease rolling resistance - increase propulsion efficiency

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10
Q

What is important to consider for the front-end angle?

a. hamstring flexibility and tone
b. quad flexibility and tone
c. back flexibility
d. LE flexibility

A

hamstring flexibility and tone

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11
Q

If the footrest height is too low the patient will have

A

posterior pelvic tilt
anterior slide
feet not supported by foot rest

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12
Q

If the footrest height is too high the patient will have

A

increased ischial pressure

“splaying” of knees into abduction

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13
Q

The rear seat height should be (higher/lower) than the front

A

lower

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14
Q

An appropriate seat dump will
improve _ efficiency in elderly
improve propulsion biomechanics in _ subjects and _ the risk of injury
_ stabilizing muscle activity in SCI during reach tasks with tilt/reclined seat position

A

propulsion
SCI
decrease
decreased

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15
Q

If seat dump is too little, you will see
_ trunk balance
_ pelvic tilt for stability
_ slide

A

decreased
posterior
anterior

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16
Q

If seat dump is too much, you will see

A

decreased ability to transfer “tippy”

posterior pelvic tilt

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17
Q

The elbow should be flexed _ degrees with the palm at 12:00 handrim

a. 80-100 degrees
b. 90-100 degrees
c. 100-120 degrees
d. 110-120 degrees

A

100-120 degrees

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18
Q

If the seat height is too low, you will see
_ shoulder and wrist _
difficulty _

A

increased shoulder and wrist extension

difficulty transferring to other surfaces

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19
Q

If the seat height is too high, you will see

A

short push stroke
increased stroke frequency
fatigue

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20
Q

The goal with the backrest is to

A

optimize manual propulsion

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21
Q

Height for the backrest should be _ as possible and at least _ inch below the _

A

low

1 inch below the inferior angle of the scapula

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22
Q

if the patient is unable to balance in an upright back position

A

open the back angle

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23
Q

If the patients backrest is too reclined, you will see an

A

increased forward head
ceiling gazy
tippy

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24
Q

if the patients backrest is too upright, you will see
the trunk _ _
_ function without _ support

A

the trunk fall forward

unable to function without UE support

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25
The lumbar support should support a. the pelvis in a posterior tilt b. the pelvis slightly anterior tilted c. the pelvis in a neutral position d. the pelvis in a natural position
the pelvis in a neutral position
26
seat tilt + posterior pelvic support =
stability
27
if the lumbar support is too high, you will see the patient
pushes upper back forward
28
if the lumbar support is too low, you will see the patient
push sacrum forward and encourage a posterior pelvic tilt
29
be cautious with _ for lumbar support
skin
30
in a manual wheelchair, after positioning the lumbar support, revisit _ position
axle
31
the axle should be as far (forward/backward) as possible
forward
32
how many inches should the front casters be off the floor in a balanced position for wheelies? a. 2-4 inches b. 3 inches c. 1-2 inches d. 1-3 inches
1-3 inches
33
If the headrest is too high the patient
probably needs to be pulled back into wheelchair
34
What 3 things need to be identified for the frontal view?
pelvis lower extremities trunk
35
What are 3 types of pelvic asymmetries?
obliquity tilt: anterior, posterior rotation
36
Pelvic asymmetries can be caused by
ROM limitations caused by HO, orthopedic restrictions, contractures spasticity muscle imbalance ischial shaving for previous pressure sores
37
Trunk and neck asymmetries can be caused by
compensatory or pre-existing | righting responses
38
It is important to correlate asymmetries with mat evaluation (True/false)
true
39
If correction requires excessive force, possible skin compromise and discomfort, should you accommodate or correct?
accommodate
40
What are two ways to accommodate and support?
custom orthoses | bracing
41
Postural supports (should/shouldnt) match the fixed spinal curve
should
42
Correct position to point of resistance or compensation at the pelvis (true/false)
false
43
with obliquity and scoliosis, should you accommodate or correct?
correct
44
What tone needs to be considered with front end angle?
hamstring tone
45
symmetry is the primary goal (true/false)
false | FUNCTION
46
What measurements are mostly taken and relevant?
depth and width
47
What is considered the foundation for the wheelchair?
pelvis position front end angle footrest
48
What is considered for posture, balance, and function?
``` seat squeeze seat height backrest balance positioning the lumbar headrest ```
49
For the backrest - if they are unable to balance upright
open the back angle
50
What is used to support and align? a. straps b. blocks c. back d. cushion
straps
51
What is used to prevent motion in a direction? a. straps b. blocks c. back d. cushion
blocks
52
Transport manual wheelchairs have adjustability (true/false)
false
53
Standard manual wheelchairs can be used for a. short term use b. long term use
short term use
54
Which wheelchair has a lower sear to floor for foot propulsion? a. standard manual b. hemi height manual c. high strength lightweight d. ultra lightweight
hemi height manual
55
What patients are suitable for a hemi height manual wheelchair?
foot propellers CVA TBI CP
56
What wheelchair can be used for in home use and limited community? a. standard manual b. hemi height manual c. high strength lightweight d. ultra lightweight
hemi height lightweight
57
What wheelchair can be used for in home and full community use? a. standard manual b. hemi height manual c. high strength lightweight d. ultra lightweight
ultra lightweight
58
What patients are suitable for a high strength lightweight manual?
CVA CP TBI
59
What patients use a ultra lightweight manual?
SCI | CP
60
A tilt in space manual should be used if the patient lacks
cognitive function to drive functional chair
61
What patients use a tilt in space wheelchair?
TBI | CP
62
What type of lock needs more trunk flexion to reach it?
scissor
63
Group 2 PWC are used for patients that are able to
transfer independently
64
Group 3 PWC are used for patients with
neurological deficits
65
Positioning cushions are used for patients with
malalignment