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Evidence based Practise

 

Evidence based practise: Exercise and rehabilitation programmes for paralysing conditions

 

 

 

 

 

David Akroyd-Jones 1 and Diane Crone
Physability 1 & Gloucestershire University 2

 
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Spinal cord injury and other forms of paralysis result in a chronic condition, and for certain individuals’, full recovery is not an option (Hammell 1995).

This investigation demonstrates how an interdisciplinary approach (BASES 1997) can determine and achieve rehabilitation objectives for an individual with spinal chord injury (C6,C7 incomplete).

Rehabilitation in this context is defined as “optimising fitness, redefining the boundaries and constraints that those conditions may impose” (Jones D 1999)

Interdisciplinary Approach

More than one area of sport and exercise science working together in an integrated and co-ordinated manner to solve a problem (BASES 1997). This intervention was derived from integrating theory and application from the following disciplines:

Physiology

The World Health Organisation model of disability emphasises the need to reduce the risk of secondary impairments such as cardiorespiratory, cardiovascular, systemic dysfunction and metabolic alterations (Noreau & Shephard 1995).

Research has shown that the SCI population is at the lower end of the fitness spectrum (Hooker et al 1992).

Kinetics

Assessment of movement dysfunction, dynamic stability and muscle balance (S.Klein Vogelbach approach).  

Methodology

Needs analysis - to establish client-centred goals

Base line assessments -  to determine performance measures

Intervention - 13 week Exercise Prescription programme including:

Passive stretching: Upper and lower extremity

Prescribed weight assisted and resisted exercises  for the lower trunk and lower extremities

Electrotherapy to assist in developing ‘normal’ muscular function

Swiss ball therapy to improve dynamic stability and pre-gait training (S.Klein Vogelbach approach).

Partial weight bearing gait therapy (3 sessions per-week)

Cardiovascular programme (3 sessions per -week)

Complementary therapies: Osteopathy and Homeopathy

 

Baseline assessments recorded during week 1 included:

 

Motor assessment index (Wade 1996) - To assess voluntary muscle activity by verbal command. Provides a subjective visual assessment of the ability to contact a muscle under certain conditions

Balance assessment (Mountjoy 2000, Berg 1989) - assessment of balance by observational analysis

Cardiovascular Endurance (Mc Ardle et al 1995) - Using Borg’s rate of perceived exertion, target zone heart rate and blood pressure measurements during combined arm and leg ergometry.

Gait training assessment  (Wernig & Muller 1992) To include duration, distance walked and body weight bearing support (BWS)

Lung Function ‘Vitalograph’ PEF/FEV measurement

Results - assessments at week 1 and week 13

Conclusion

Using an interdisciplinary approach to rehabilitation improved the clients performances in six of the base line assessments undertaken.

These findings support the use of an interdisciplinary approach for client-centred rehabilitation to enable the client’s needs to be met concisely and effectively.

It is suggested that this approach is preferred to a mono disciplinary approach where, due to its nature, it may not achieve such a holistic affect.

References

BASES, (1997), Future directions a discussion paper, The interdisciplinary section, p 3
Berg K (1989), Balance and its measure in the elderly: a review Physiotherapy, Canada, 41(5) p240-246
Hammell K W (1995), Spinal Cord Injury Rehabilitation, Chapman & Hall, London
Akroyd-Jones D (1999) National Rehabilitation Centre for the Paralysed,
Hooker S P, Figoni S F, Rodgers M M, Glaser R M, Mathews T, Suryaprasad A G and Gupta S C, (1992) Metabolic and hemodynamic responses to concurrent voluntary arm crank and electrical stimulation leg cycle exercise in quadriplegics Journal of Rehabilitation Research and Development Vol..29 No.3 p1 - 11
Klein-Vogelbach S. (1990b), Functional Kinetics, Springer, Berlin Heidelberg, New York
McArdle W D, Katch F I and Katch V L (1995) Exercise Physiology, Lea & Febiger, Malvern, P.A, U.S.A
Mountjoy J (2000) Unpublished Research, National Rehabilitation Centre for the Paralysed
Noreau l and Shephard R J, (1995). Spinal Cord Injury and Quality of Life , Sports Medicine,New Zealand 20(4) 226-250
Wade, D T, (1996) Measurement in Neurological Rehabilitation, Oxford University Press U.K.
Wernig A, Muller S, (1992) Laufband locomotion with body weight support improved walking in persons with severe spinal cord injuries, Paraplegia 30, 229-238

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Rehabilitation centre with disabled access and accessible parking, specialising in exercise therapy for individuals affected by spinal cord injury, head injury, stroke, multiple sclerosis & other paralysing conditions

The Old Convent, Beeches Green, Stroud Gloucestershire GL5 4AD +44 (0) 1453 75 55 57

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