Walking Interventions CVA Flashcards

1
Q

is walking whole or part practice

A

whole

you can practice parts of walking (step ups, weight shifting) the the actual task is whole

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2
Q

what is the difference between gait and walking

A

gait is kinematics - heel toe, heel strike

walking is something you do with intention

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3
Q

what happens if we do not address walking impairments

A

loss of independence

pain from compensation

permanent stiffness or MSK changes

increase risk of falls

activity inefficiency

general deconditioning

lower QOL

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4
Q

steps of gait

A

Initial Contact
Loading Response
Midstance
Terminal Stance
Pre-swing
Initial Swing
Mid-swing
Terminal Swing

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5
Q

Stride Length

A

Distance from heel strike to heel strike of the same limb

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6
Q

Step Length

A

Distance from heel strike of one limb to heel strike of the opposite limb

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7
Q

Step Width

A

Lateral distance from midpoint of one heel to midpoint of the opposite heel

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8
Q

Foot Angle

A

Angle between the line of progression of the body and the long axis of the foot
Amount of “toeing out”

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9
Q

does the neural control of walking change with different circumstances

A

no
adapts to the different environments

Letsmultiple centers of control (heterarchical control!) take over for adjustments

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10
Q

do we want our pt to think about every step

A

no

the automaticity of walking is essential

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11
Q

gait CVA: weight acceptance

A

Diminished initial weight acceptance

Diminished single limb support

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12
Q

gait CVA: limb advancement

A

Diminished limb advancement

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13
Q

gait CVA: double support time

A

increased

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14
Q

gait CVA: univolved limb step length

A

Shortened step length by uninvolved limb

want to spend less time on the involved side

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15
Q

gait CVA: step length univolved side

A

eased step length (prolonged swing phase) in involved limb
Making up for the other side

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16
Q

gait CVA: base of support

A

widened

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17
Q

gait CVA: speed

A

Decreased overall speed

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18
Q

gait CVA: agonists/antagonists

A

Cocontraction agonists/antagonists

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19
Q

UE spastic presentation

A

flexion

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20
Q

extensor synergy LE

A

internal rotation, adduction, and extension of the hip

knee extension

ankle extension and inversion (foot pointed downward and inward)

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21
Q

arms, flexor synergy

A

shoulder abduction (raising the arm to the side)

elbow flexion

supination (palm facing upwards)
wrist and finger flexion

22
Q

is ankle clonus often seen in stroke pt’s

A

Ankle clonus may also be present

23
Q

what was the most important independent determinant of temporal and spatial gait asymmetry

A

Ankle spasticity

24
Q

The link between presence of spasticity and functional outcomes is

A

inconclusive

25
how to perform gait analysis
starting at ankle -> trunk
26
what is foot drop
Inability to lift the foot to at least neutral DF/PF Severe DF weakness
27
what part of gait is foot drop effecting
initial contact, they are not getting in DF
28
what is Foot Slap
Audible “slap” as the foot hits the ground after initial contact Inability to eccentrically control plantarflexion moment Moderate DF weakness More aggressive
29
what do we see with Steppage Gait
Excessive hip and knee flexion during swing to clear the foot
30
what are the causes of Steppage Gait
DF weakness/paralysis Limited DF ROM PF contracture
31
what do we see with Hip Circumduction
Swinging leg “out and around” to clear the foot
32
what are the causes of Hip Circumduction
Reduced knee flexion Lack of ankle dorsiflexion
33
Trendelenburg Gait
Contralateral pelvic drop during stance due to stance leg hip abductor weakness
34
what side drops if we have weak left abductors
right side drop
35
in normal gait what is the relationship between the pelvis and the trunk
they rotate in opposite directions
36
what does the pelvis and trunk relationship allow for
Allows for more efficient balance reactions Minimizes lateral shifting
37
As a result of opposite trunk and pelvis rotation, we get WHAT
opposite arm and leg swing
38
lean with CVA gait
forward lean
39
hip flex, rotation, arm swing, and lateral shifting and CVA
minimized
40
Gait Assessments
10 MWT 6 MWD Figure of 8 – curve walking DGI (being replaced slowly by FGA) FGA Tinetti (quality of movement) - not as popular as it was
41
< 0.4 m/s
serve walking impairments household amb
42
0.4 - 0.8 m/s
moderate walking impairments limited community amb
43
> 0.8 m/s
minimal walking impairments community amb
44
>/= 1.2  m/s
normal gait speed
45
why is gait speed a vitial sign
waring bell telling you that something is the body is changing neg.
46
Force production deficit can lead to what issues during walking
Insufficiently stabilize or advance limb
47
how is Fractionated movement deficit assessed
asking the patient to move one segment in isolation and keep other, adjacent segments still
48
is fractional movement is messed up what will we see with gait
Swing gets all flexion pre-swing gets all extension
49
Sensory detection deficit and gait
Variation in foot placement, general clumsiness
50
what part of gait does she work on first
1. single limb support 2. limb advancement 3. Weight acceptance
51
Leapfrogging" (or Reverse Transfer)
Achievement in high-complexity activities will also improve performance in less complex activities IF they are sufficiently related (Horn 2005) BM is not related to Gait; therefore you can get better at gait without showing improvement in unrelated tasks
52
what does the CPG say
Higher reps (step counts) matter Get it however you get it