Spinal Cord Injury - Interventions Flashcards

1
Q

What does strength training above the lesion for neurally intact muscles involve?

A
  • PRT principles
  • Target muscles required for function
  • Task-specfic (training in the specific position/with the specific loads)
  • Consider power & endurance
  • Greater than 5/5 strength required for function esp in UL
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2
Q

What does strength training below the lesion for partially paralysed muscles involve?

A
  • Partially paralysed muscles may not respond the same way
  • Principles of PRT but modified for weakness with neurological strengthening principles (e.g. reducing lever arm, using EMG/mental practice, gravity eliminated etc.)
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3
Q

What did Lu et al 2015 find regarding strength training in quadriplegia?

A
  • Systematic review of exercise therapy, e-stim & FES
  • 3-5 days/week, 6-8 weeks
  • Exercise therapies have benefits on UL strength & ADLs in people with quadriplegia
  • FES + exercise therapy may improve arm/hand muscle strength & ADL performance
  • E-stim alone can increase wrist extensor strength, but may not increase function
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4
Q

What did Hicks et al find regarding strength training in SCI?

A
  • Systematic review of acute & chronic SCI (mix of lesion levels)
  • Only included high quality papers
  • Evidence that 2-3 times at mod-vig intensity increases muscular strength in chronic SCI
  • Insufficient high quality evidence of the effect of exercise on functional activity performance
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5
Q

What did Kloosterman et al 2009 find regarding strength training for partially paralysed muscles in SCI?

A
  • Systematic review of strength training for partially paralysed muscles
  • 3-5 times/week, 20-45 mins, 16 weeks-6 months
  • Exercise therapy provides benefits for UL following modified principles of PRT in patients with SCI
  • Increases strength & function
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6
Q

What are some of the other strength training interventions that can be used for SCI?

A
  • Electrical stimulation: Limited evidence for UL, may not be useful in LMN lesions
  • Mental practice
  • Tendon transfers
  • Tenodesis
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7
Q

What does tendon transfers involve?

A
  • Surgical repositioning of a tendon from its normal insertion & reattachment to a bone, tendon or insertion of another muscle
  • Includes deltoid-triceps, biceps-triceps, brachioradialis-ECRB
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8
Q

What is tenodesis surgery?

A
  • Division/attachment of a tendon alone to a bone or ligament
  • Includes tendonesis FPL, FPL split tenodesis
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9
Q

What are the principles of training new motor skills?

A
  • Task specific practice (whole, modified, part)
  • Intensity of practice
  • Preparatory & task specific strengthening
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10
Q

What activities are trained in SCI?

A
  • Bed mobility
  • Balance in sitting & standing
  • Transfers
  • Wheelchair mobility
  • UL & hand function
  • Walking
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11
Q

What did van Langevelde et al 2011 find is the current amount and content of practice used at the Australian specialised SCI unit?

A
  • 8.9 sessions/week
  • 43 mins/session
  • Most therapy directed at strength training & modified activity practice
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12
Q

What evidence is there for task specific training?

A
  • Limited research in training new activities in complete lesions
  • Training function is based on theory of the pathology & evidence from other populations
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13
Q

What did Boswell-Ruys et al 2010 find regarding sitting training in chronic thoracic paraplegia?

A
  • 1 hour task specific training 3 times weekly for 6 weeks
  • No treatment control
  • Improvements in max reach distance
  • No differences in perceived functional performance, fear of falling or inobjective measures of sway & time t-shirt test
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14
Q

What did Harvey et al 2011 find regarding sitting training in subacute thoracic paraplegia?

A
  • Usual therapy + additional 30 mins task specific training 3 times weekly for 6 weeks
  • Usual therapy control
  • All subjects improved
  • No clinically significant differences between groups in subjective & objective outcomes
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15
Q

What did Harvey et al 2009 find regarding gait training in incomplete lesions?

A
  • Systematic review of exercise training in acute & chronic SCI
  • Evidence for gait training to improve walking function & independence
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16
Q

What did Merholtz et al 2012 find regarding gait training in incomplete lesions?

A

Insufficient evidence for BWS TT or robotics alone on walking speed & capacity in SCI

17
Q

What did Spooren et al 2009 find regarding UL hand function in incomplete lesions?

A
  • Systematic review of repetitive motor task training in acute & chronic SCI
  • Evidence suggests improved UL & hand function
18
Q

What did Kloosterman et al 2009 find regarding exercise therapy in chronic SCI?

A
  • Systematic review

- Evidence suggests increases strength & functional task practice

19
Q

What are the ACSM CV fitness training guidelines for wheelchair dependent people with SCI?

A
  • At least 20 mins mod-vig aerobic activity 3-5 times per week
  • Intensity 50-80% peak exercise capacity or 70-85% max HR
  • Mode similar to the task in which fitness is required
  • Exercise intensity progressed as fitness improves (e.g. BORG)
20
Q

What are the ACSM CV fitness training guidelines for able-bodied people with SCI?

A

Usual fitness training principles

21
Q

What are the precautions/considerations for CV fitness training in SCI?

A
  • Adequate hydration
  • Cool environment
  • Monitor hypotension, hypertension & autonomic dysreflexia (sudden increase in BP & HR, can cause organ failure)
  • Be aware of CIs related to recent surgery
  • Technique (e.g. wheelchair, ergometer)
22
Q

What does optimal outcomes relation to activity performance depend on?

A
  • Neurological injury
  • Age
  • Body morphology
  • Pre-injury function & health
23
Q

What outcome measures are used for activity & performance in SCI?

A
  • FIM (generic)
  • Spinal cord independence measure (very specific)
  • Walking index for SCI
  • Clinical outcomes variable scale (COVS)
  • Usual outcome measures (6MWT, 10MWT etc)
24
Q

What are the impairments that physio can address in SCI?

A
  • Strength
  • Muscle length/joint ROM
  • CV fitness
  • Pain
  • Respiratory function
25
Q

What is often the primary goal for people with SCI?

A

Independence

26
Q

What are the differences between training activities in people with SCI & training activities in stroke?

A
  • Stroke is recoverable, SCI is not (esp complete)

- In SCI, focus is on training modified/adaptive skills or new motor skills