Can sit and rise? Will live longer

The ability is sit down without any support and rise up again is a strong predictor of longevity of life

Man and woman sitting on the ground

A simple test of musculo-skeletal fitness has proved to be a strong predictior of all-cause mortality in a research studying more than 2000 middle-aged and older men and women. This study, performed in Brazil by Dr Claudio Gil Araújo and colleagues at the Clinimex – Exercise Medicine Clinic in Rio de Janeiro, was published in European Journal of Cardiovascular Prevention.

The test was a very simple. The particpants we were told: “Without worrying about the speed of movement, try to sit and then to rise from the floor, using the minimum support that you believe is needed.” The tests was conducted in 2002 adults of both sexes and with ages ranging from 51 to 80 years. The participants were tracked till the date of death or 31 October 2011, a median follow-up of 6.3 years.

Each of the two basic movements were assessed and scored out of 5, with one point being subtracted from 5 for each support used [hand or knee, for example]. The scores were combined to make a composite score of 0 to 10, which, for the sake of the analysis, was ranked as four categories—C1 being lowest score and C4 being the highest score

Over the study period 159 subjects died, giving a mortality rate of 7.9%. The majority of these deaths occurred in people with low test scores; only two of persons who died had a composite score of 10. Even when accounting for age, gender and body mass index, those with lower composite score had a higher risk of death. Subjects in the lower score range [C1] had a 5-6 times higher risk of death than those in the reference group [C4].

Commenting on the results, the investigators said that a high score in the sitting-rising test might “reflect the capacity to successfully perform a wide range of activities of daily living, such as bending over to pick up a newspaper or a pair of glasses from under a table”.

Also in this study a composite score below 8 [that is, requiring more than one hand or knee support to sit and rise from the floor in a stable way] was indicative of 2 times higher death rates over the 6.3 year study period. By contrast, scores in the range of 8 suggest a particularly low risk of death during the tracking period. “Even more relevant,” reported the investigators, “is the fact that a 1-point increment in the [sitting-rising] score was related to a 21% reduction in mortality.”

While explaining this close correlation between the test scores and survival, Dr Araújo said: “It is well known that aerobic fitness is strongly related to survival, but our study also shows that maintaining high levels of body flexibility, muscle strength, power-to-body weight ratio and co-ordination are not only good for performing daily activities but have a favourable influence on life expectancy.”

“When compared to other approaches to functional testing,” added Dr Araújo, “the sitting-rising test does not require specific equipment and is safe, easy to apply in a short time period (less than 2 minutes), and reliably scored. In our clinical practice, the test has been shown over the past ten years to be useful and practical for application to a large spectrum of populations, ranging from paediatric to geriatric.”

Dr Araújo stressed upon the great potential of the sitting-rising test among primary care physicians looking for a quick assessment of musculo-skeletal fitness in clinical or industrial settings. “If a middle-aged or older man or woman can sit and rise from the floor using just one hand – or even better without the help of a hand – they are not only in the higher quartile of musculo-skeletal fitness but their survival prognosis is probably better than that of those unable to do so.”



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