Gait Interventions Flashcards

1
Q

Interventions for gait must be:

A
  • challenging
  • progressive and adapted
  • include active participation
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2
Q

Interventions include reducing _______________ of body structure and function

A

impairment

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3
Q

Interventions include _________ to effective and efficiently meet the progression and stability requirements

A

modifying

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4
Q

Interventions include developing the ability to ______ ____ to challenging task and environmental demands

A

adapt gait

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5
Q

What can the goal of treatement be aimed at?

A

the impairment level to maximize the performance of functional mobility skills

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6
Q

What can a hip stability impairment be?

A

shortened hip flexors and/or ankle PF limits the ability to advance the body over the stance foot

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7
Q

What can hip flexion strength treatment look like?

A

weakness of hip flexors will impact the ability to advance the swing limb using push off

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8
Q

What can ankle stability treatment look like?

A

weakness in ankle PFs limits a forceful push-off in terminal stance and shortened step

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9
Q

What are some impairment strategies?

A

stretching, sensory stimulation, voluntary and AA movement and strength training

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10
Q

What does strengthening do?

A
  • increases muscle force production
  • increased recruitment of motor units
  • salience, specific, repetition, intensity
  • performed for time rather than reps
  • focus on concentric and eccentric: wall squats, step-ups and downs
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11
Q

Addressing impairments alone may not be enough to ensure recovery of …

A

functional ambulation skills, must be combined with functional performance

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12
Q

What do assistive devices do?

A
  • expand BOS
  • reduce WB through LEs
  • maximize stability
  • more stability
  • safety to prevent falls
  • allow more repetition
  • can create asymmetrical lean
  • can create asymmetrical gait pattern
  • can cause UE posturing
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13
Q

What is part practice for?

A

to improve vertical alignment and stability, manual cues can be given as well as assistive devices and long poles to facilitate extension

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14
Q

What ability does part practice allow with loading the stance limb?

A

the ability to load the stance limb without collapsing - therapist can use manual cues and assistance to prevent collapse while working on WB as well as stepping up onto a higher surface

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15
Q

What does part practive introduce?

A

weight shifting toward the affected limb to advance the less affected

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16
Q

What is a major factor at determining stability?

A

foot placement at IC and throughout the stance
- reducing impairments that constrain a foot position is important

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17
Q

What can treatment include regarding foot placement?

A
  • stretching PF and HS, use of myofascial release and fascia can be helpful in preparing the foot to accept weight
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18
Q

What is a common cause of impaired heel strike?

A

inability to activate tibialis anterior

  • the ability to generate the force during voluntary contraction does not ensure the muscle will be automatically recuruited
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19
Q

What can patients do to improve progression of gait?

A
  • practice a forceful push off of the paretic limb while maintaining an extended leg
  • can also practice exaggerated hip flexion during the initiation of swing, marching in place and high step gait
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20
Q

What can we do to improve ankle stability?

A

aircast: corrects supination that is common in neurological gait

21
Q

What can we do to improve foot clearance?

A
  • ace wrap
  • tape on shoe, sliders, plastic bag, to reduce friction
  • TB knee flexion facilitation
22
Q

What kind of steps should we encourage?

A

larger steps!
- a step large enough to place the less affected foot in front of the affected foot
- facilitates loading the paretic limb in an hip extended position to prep for swing
- hip flexors in a stretched position activates hip flexors which will assist in a reciprocal pattern

23
Q

What is whole task practice also known as?

A

overground locomotor training

24
Q

What is a part of whole task practice?

A
  • reciprocal stepping with emphasis on the whole task
  • focuses on practicing walking to increase speed and endurance
  • initiated after appropriate pre-gait postural stability has been met
  • may need to brace or use ACE wrap AFO for stability
  • facilitate gait as a CONTINUOUS TASK
25
What are progressions of overground training?
- walking in all directions - walking on different surfaces - stair climbing, step over step - walking in the home environment or stimulated - ramps, curbs, uneven terrain, over and around obstacles - activities that involve coincident training - dual-task walking What are advanced
26
What are advanced gait challenges overground?
- step overs with affected LE, facilitates swing with hip, knee and ankle flexon - step overs with unaffected LE, encourages WB on affected limb, improve glut strength and stance - walking up a slope - walking down a slope
27
What does walking up a slope do?
- increased DF to clear ground - control knee hyperextension
28
What does walking down a slope do?
- eccentric control of knee flexion - requires eccentric glut activation - trunk extension to hold patient upright
29
What are advanced gait challenges?
- walking with paretic side next to wall, reduces circumduction and improves upright trunk - walking with unlevel surfaces promotes ankle and stance leg stability
30
What are some benefits of body weight supported treadmill training?
- Manual assistance can be provided by PT to normalize gait - may introduce safe fait earlier in the acute stage of poststroke for someone who otherwise may not be able to practice walking - encourages experience-dependent plasticity - harness minimizes the weight of the patient on the paretic limbs, provides safety, frees hands of the therapist for manual contracts, eliminates need for AD and compensation
31
What does BWSTT improve?
no difference between TT and over ground training however BSWTT does improve velocity and distance
32
When is BWSTT safe?
through all stages of recovery to promote early intervention
33
What does TT encourage?
effective weight shifting onto paretic extremity - allows advancement of the unaffected LE which allows the affected limb to be initiated from a hip ext position - encourages equal WB, symmetical stepping and use of hip extension in terminal stance
34
Can stepping and loading of LEs can be practiced before limbs are fully capable of suppporting body weight?
YES
35
How can learned nonuse be prevented?
by focusing attention on involved side
36
What fear does BWSTT help with?
fear of falling
37
What can the rhythmic input of the TM assist with?
may reinforce a coordinated reciprocal gait pattern
38
What is facilitated by the TM belt?
hip extension
39
What velocity should we begin with with BWSTT?
.25m/s and 30% BW in non-ambulatory patients
40
When should TM speed be increased?
incrementally asap along with BW
41
What is high intensity gait training? (HIGT)
- considers intensity, repetition, and specificity - 70-80% of HR max or HR reserve
42
how often should we do HIGT?
3x per week 30-50 min sessions, 12 weeks 6 months of training
43
What is variable task practice with HIGT?
overground, side stepping, backwards stepping, stairs, BWSTT
44
What is NMES/FES?
improve force generate - reduced rate of motor firing can be augmented with NMES - studies show improved volunary recruitment of motor units
45
Can NMES/FES reduce spasticity?
yes - stimulation is applied to substitute for voluntary activation when the peripheral nerve remains intact
46
What is FES?
functional electrical stimulation - motor level ES to substitute for voluntary activation when the peripheral nerve remains intact
47
What are other interventions for gait?
- walking in tall kneeling - resisted gait
48
What is beneficial about walking in tall kneeling?
- requires weight shifting onto one knee - weight shifting to completely unweight contralateral leg is emphasized - great treatment for ataxia and people with extensor tone
49
What is beneficial about resisted gait?
- using manual resistance to add difficulty - can also use a TB to add resistance to gait