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S G M Edwards a Neurorehabilitation Unit, National
Hospital for Neurology and Neurosurgery, Queen Square, London WC1N
3BG, b Institute of Neurology, National Hospital for
Neurology and Neurosurgery, c Derriford Hospital, Plymouth PL6 8DH Correspondence
to: A J Thompson A.Thompson{at}ion.ucl.ac.uk
Rehabilitation aims to reduce the impact of disease, within
the limitations imposed by available resources and the underlying disease.1 Measuring rehabilitation is
difficult.2 Rating scales of impairment, disability, and
handicap are often used but only partially reflect the rehabilitation
process, tending to be "physician oriented."3
Rehabilitation is a patient based educational process working towards
self management.2 Therefore, patient oriented measures
should be used, as it is only the patients themselves who truly
appreciate the impact of their illness,3 and the benefits
from rehabilitation. The visual analogue scale is a patient based
measuring tool that can be used to answer a variety of questions.
We evaluated how much the traditional, physician oriented measures
reflect the benefit perceived by patients, as measured on a visual
analogue scale, within the setting of a neurorehabilitation inpatient unit.
Our study comprised 773 consecutive patients (mean age 47 (range
16-85) years) admitted to the National Hospital for Neurology and
Neurosurgery's neurorehabilitation unit between June 1996 and May
2001. This 18 bed unit specialises in intensive, relatively short stay,
individually tailored, goal oriented rehabilitation of patients with
predominantly physical neurological deficits.4 We excluded
31 patients whose lengths of stay were less than 11 days (period of
rehabilitation was not adequate). The median length of stay for the
remaining 742 patients was 25 (11-149) days.
We categorised patients into four diagnostic groups: multiple sclerosis
(305 patients), stroke (149), spinal cord syndromes (144), and all
other conditions (144). Overall the patients improved significantly
(P<0.001, paired t tests) on all physician outcome measures: functional independence measure motor score (58.6 (SD 19.2)
at admission, 73.4 (17.2) at discharge), cognitive score (29.8 (6.4)
v 31.2 (5.1)), total score (88.4 (22.0) v 104.6 (20.0)), and Barthel score (11.9 (5.2) v 16.1 (4.8)). Effect
sizes were 0.76, 0.22, 0.73, and 0.80 respectively. Improvements in all
four cohorts were similar.
At discharge, 682 patients were asked to rate their degree of perceived
benefit on a visual analogue scale, a line ranging from 0 to 10 (high
score indicates greater benefit). Patients with visual, cognitive, or
language deficits (n=60), unable to carry out the task, were
excluded. Patients' perceived benefit from rehabilitation programmes
was high, mean 8.3 (2.0) (multiple sclerosis 8.0, stroke 8.3, spinal
cord 8.5, others 8.5). Correlations of visual analogue scores and
disability change scores were low (Pearson's coefficient for change in
functional independence measure, motor score 0.240, cognitive score
0.072, total score 0.238; Barthel score 0.278).
Physician outcome measures relate poorly with patients'
perceived benefit from inpatient neurorehabilitation as measured on a
visual analogue scale. Visual analogue scales are an established tool
in the measurement of a range of symptoms, most notably pain. They have
also been used to assess global outcome in stroke
rehabilitation.5 They are quick and easy to administer but
are susceptible to some bias, with some patients likely to give higher
scores through a desire to please.
Patient based scores are likely to reflect functional improvement, and
patients in this study improved functionally and reported a high level
of perceived benefit on the visual analogue scale. The low correlation
of visual analogue scale with the functional outcome measures indicates
that these measures reflect only a small part of patients' perceived
benefit. Conventional outcome measures are likely to underestimate the
benefit of rehabilitation, with issues such as patients' coping
strategies and self efficacy being ignored. Work is needed to more
accurately define the areas of health that rehabilitation affects, so
that interventions and services can be more specific and effective.
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Participants, methods, and results
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Acknowledgments |
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Contributors: SGME analysed the data. SGME and EDP drafted the article. JCH helped with interpretation of the data and statistical analysis. AJT was responsible for the concept and design and is guarantor for the study.
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Footnotes |
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Funding: None
Competing interests: None declared.
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References |
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| 1. | Wade DT. Measurement in neurological rehabilitation. Oxford: Oxford University Press, 1992. |
| 2. |
Wade DT, de Jong BA.
Recent advances in rehabilitation.
BMJ
2000;
320:
1385-1388 |
| 3. | Hobart JC, Freeman JA, Lamping DL. Physician and patient-oriented outcomes in progressive neurological disease: which to measure? Curr Opin Neurol 1996; 9: 441-444[ISI][Medline]. |
| 4. | Freeman JA, Playford ED, Nicholas RS, Thompson AJ. A neurological rehabilitation unit: audit of activity and outcome. J R Coll Phys Lond 1996; 30: 21-26[ISI][Medline]. |
| 5. |
Indredavik B, Bakke F, Slordahl SA, Rokseth R, Haheim LL.
Stroke unit treatment improves long-term quality of life: a randomized controlled trial.
Stroke
1998;
29:
895-899 |
(Accepted 21 May 2002)
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