Can You Pass the Longevity Test?

As healthcare specialists, we are always seeking out ways to educate and inform our patients about the importance of health. We came across this article from the Sept. 2014 issue of Discover magazine that details a study on how strength and flexibility may relate to longevity.
Called the sitting-rising test (SRT), the challenge sounds pretty simple: Lower yourself from standing to sitting, and then get back up – but without using your hands. 
This test gives indication to where deficiencies are in the body that could possibly lead to issues with age. Balance and conditioning problems are known to increase the risk of dangerous falls and accidents, researchers argue that these factors may be linked to longevity.

Do you have a second to give the test a try? The test requires no equipment whatsoever and can be performed in seconds.

It seems like a pretty rudimentary test of conditioning, but this test should be used as a motivational tool to improve your health with regular exercise and maintaining a healthy weight.

Read the article below for details on scoring and see how you do!


Simple Sitting Test Predicts How Long You'll Live

By Bee Wilson
Published: Monday Sept, 8, 2014

Sit. Stand. Repeat. This little trick — a deceptively simple measure of flexibility and strength — can predict who will live longer and whose lives will be cut short, according to a study by Brazilian physician Claudio Gil Araujo. He uses the test with athletes, but he also uses it to lay out the stakes with patients: To live longer, they must get moving and maintain muscle and balance.

Araujo noticed long ago that many of his patients, particularly older people, had trouble with ordinary motions such as bending down to pick up something off the floor — difficulty indicative of a loss of flexibility. As people age, he knew, reduced muscle power and loss of balance can greatly increase the risk of dangerous falls.

Araujo wanted to do more than just lecture his patients about the importance of staying fit. He wanted to give them concrete information about where they had room to improve. He believed that existing clinical tests assessing flexibility, balance and muscle strength were too impractical or time-consuming, requiring ample space for walking or specific equipment such as a stopwatch or a particular type of adjustable chair. 

And because factors such as the height of the arms on a chair or a clinician’s speed with a stopwatch can vary, the results could also be unreliable. So he and colleagues developed an alternative, which they call the sitting-rising test, or SRT. It requires no equipment or walking paths — just a clear patch of floor and a willing participant.

In a study published in the European Journal of Cardiology, Araujo had more than 2,000 patients ages 51 to 80, all part of an exercise program at Clinimex Exercise Medicine Clinic in Rio de Janeiro, take the SRT. People who scored fewer than eight points on the test, he found, were twice as likely to die within the next six years compared with those who scored higher; those who scored three or fewer points were more than five times as likely to die within the same period compared with those who scored more than eight points. 

Overall, each point increase in the SRT score was associated with a 21 percent decrease in mortality from all causes. Araujo hopes such information can help get more older people walking through the doors of a gym rather than rolling into an emergency room. 





Roen Kelly/Discover

Roen Kelly/Discover

Try It

1. Stand in comfortable clothes in your bare feet, with clear space around you.

2. Without leaning on anything, lower yourself to a sitting position on the floor.

3. Now stand back up, trying not to use your hands, knees, forearms or sides of your legs.




Roen Kelly/Discover

Roen Kelly/Discover

Scoring

The two basic movements in the sitting-rising test — lowering to the floor and standing back up — are each scored on a 1-to-5 scale, with one point subtracted each time a hand or knee is used for support and 0.5 points subtracted for loss of balance; this yields a single 10-point scale.