Neuro Gait training Flashcards

1
Q

(true/false) gait deviations rarely occur in isolation

A

true

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2
Q

Description: uncontrolled foot flat after initial contact which results in an audible slapping sound

A

foot slap

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3
Q

What are the causes of foot slap?

A

Weak dorsiflexors
Sensory deficits
Motor control

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4
Q

Description: Knee buckling or mild flexion thrust during the LOADING response

A

uncontrolled knee FLX

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5
Q

What causes uncontrolled knee FLX during the loading response?

A

Weak quadriceps
Inadequate plantar flexion ROM during loading response
Excessive hamstring activity
Knee flexion contracture

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6
Q

Description: Knee buckling or mild flexion thrust during LATE STANCE

A

uncontrolled knee FLX

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7
Q

What causes uncontrolled knee FLX during the late stance phase?

A

WEak quads
Weak PF
excessive Hamstring activity

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8
Q

What causes knee HyperEXT/recurvatum?

A

Weak quadriceps
Plantar flexion contracture
Plantar flexion spasticity
Poor motor control

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9
Q

What causes flexed trunk and hips during gait?

A

Weak quadriceps
Weak hip and trunk extensors
Hip flexor spasticity
Rectus femoris spasticity
Hip flexion contracture

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10
Q

What causes excessive trunk and hip EXT during gait?

A

Hamstring spasticity
Gluteal spasticity
Trunk extensor spasticity
Gluteal weakness
Ataxia
Poor motor planning

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11
Q

What causes hip ER at late stance/preswing?

A

Hip flexion contracture
Hip flexion spasticity
Weak hip flexors

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12
Q

Why does lateral trunk lean occur?

A

Compensation for weak ipsilateral abductors

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13
Q

Description: The ankle remains in a plantar flexed posture throughout swing and stance. May also be accompanied by varus position.

A

equinus/eqinovarus

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14
Q

What causes equinus/equinovarus?

A

Plantar flexion contracture
Spasticity of gastroc, soleus or posterior tibialis

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15
Q

Description: The swing limb knee remains in extension during swing phase.

A

stiff knee

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16
Q

What causes stiff knee?

A

Gluteal spasticity
Hamstring spasticity
Overactivity of the rectus femoris (RF)

17
Q

What are compensatory strategies of stiff knee?

A

hip hiking
lateral trunk lean
sound side vaulting

18
Q

Description: Patient walks with a very narrow base of support often crossing midline with one or both limbs.

A

scissoring

19
Q

What are the causes of scissoring?

A

Spasticity of the adductors
Weakness of the abductors

20
Q

What are the causes of initial contact with the forefoot?

A

Leg length discrepancy
PF contracture
PF spasticity
Flaccidity of DF
Painful heel

21
Q

What are the characteristics of neurological weakness/paresis?

A
  • decreased force generation
  • decreased firing rate
  • decreased # of motor units
  • altered motor recruitment
22
Q

(true/false) Neurologic gait (common with stroke and cerebral palsy) can cause coactivation of flexors and extensors leading to deviations

23
Q

______ inputs are triggers for initiation of swing

A

proprioceptive

24
Q

Neuroplasticity recovery occurs within the first ____ months.

25
definition: The ability of the spinal cord to produce rhythmic flexor and extensor movement without supraspinal involvement
central pattern generators
26
(true/false) Interaction of sensory information derived from moving limbs essential to locomotion
true
27
Recovery is task (independent/dependent)
dependent --> movement should be as close to normal as possible
28
Is neuro treadmill training the same as ground walking?
no, due to the ability to control the speed and incline
29
What are the benefits of neuro treadmill training?
- WB foot is carried posteriorly by the belt - facilitates hip EXT - can control incline and speed
30
It takes (less/more) energy to walk with a neurologic impairment
more