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National <strong>clinical</strong> guideline <strong>for</strong> <strong>stroke</strong><br />

Evidence to recommendations<br />

The literature on balance training post-<strong>stroke</strong> contains small RCTs and systematic<br />

reviews. These papers demonstrate a small consistent positive effect of balance training<br />

but the research does not distinguish the optimum intervention and fails to report on<br />

long-term follow-up beyond the intervention period.<br />

Stroke survivors are often at high risk of falls at all stages post <strong>stroke</strong>. Stroke-related<br />

balance deficits include reduced postural stability during standing, and delayed and less<br />

coordinated responses to both self-induced and external balance perturbations. Gait<br />

deficits include reduced propulsion at push-off, decreased hip and knee flexion at swingphase<br />

and reduced stability at stance-phase. The high incidence of falls in <strong>stroke</strong><br />

survivors may be attributable to impaired cognitive function, and impaired planning and<br />

execution of tasks. Factors that increase the risk of falling in older people are also<br />

common impairments in <strong>stroke</strong> survivors. Falls may have serious consequences, both<br />

physically and psychologically. Individuals with <strong>stroke</strong> have increased risk of hip fracture<br />

(usually on the paretic side) and greater mortality and morbidity rates compared to<br />

people without <strong>stroke</strong>. Fear of falling may lead to decreased physical activity, social<br />

isolation and loss of independence.<br />

Several studies have aimed to identify people with <strong>stroke</strong> at risk of falls using composite<br />

and single tests. None have convincingly identified the person with <strong>stroke</strong> who is going to<br />

fall. Despite evidence <strong>for</strong> the effectiveness of falls prevention (progressive muscle<br />

strengthening and balance training) in older people living in the community, the<br />

applicability of these interventions has not been evaluated in <strong>stroke</strong> patients. More<br />

research is needed to evaluate interventions aimed at reducing falls in people with <strong>stroke</strong>.<br />

Future studies should evaluate multifactorial interventions including strength and balance<br />

training, vitamin D supplementation and strategies that target risk factors <strong>for</strong> falls.<br />

6.9.1 Recommendations<br />

A Any patient with significant impairment in maintaining their balance should receive<br />

progressive balance training.<br />

B Any patient with moderate to severe limitation of their walking ability should be<br />

given a walking aid to improve their stability.<br />

C Falls and injury prevention, and assessment of bone health, should be part of every<br />

<strong>stroke</strong> rehabilitation plan including providing training <strong>for</strong> patients and carers about<br />

how to get up after a fall.<br />

D Stroke patients should have their nutritional status assessed and should be given<br />

vitamin D3 (800 to 2000 Inter<strong>national</strong> Units per day) and calcium supplementation if<br />

they are at risk of deficiency, particularly if they are house-bound or reside in care<br />

homes (see section 7.5).<br />

6.9.2 Sources<br />

A Marigold et al 2005; Duncan et al 2003; Goljar et al 2010; Lubetzky and Kartin 2010;<br />

Tung et al 2010<br />

B See section 6.8<br />

86 © Royal College of Physicians 2012

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